PRODUCT CATALOGUE 2013 - tritec

energy for a better world 

PRODUCT CATALOGUE 2014

Foreword 

TRITEC means clean energy. The cleanest energy comes 

from the sun: today and in the future. “Energy for a better 

world” is our motto. This guiding theme includes not only 

the environmental aspect, but it also and simultaneously 

places an important social demand on the global energy 

supply. 

For more than 27 years, TRITEC has been an international 

photovoltaic system supplier and centre of competence in 

the area of renewable energies. All components of a photovoltaic 

system must be perfectly coordinated, in order 

to achieve optimal efficiency. As your solar specialist and 

partner, we will advise and support you in planning your 

solar systems. You will find everything regarding technical 

advice, product software, documentation and training in 

the chapter “Customer Support and Services”. 

As a manufacturer of our own products, we are focused 

on PV mounting systems and PV measuring technology. 

Our own mounting systems include our TRI-STAND and 

TRI-FLAT variants, as well as TRI-VENT and TRI-ROOF (see 

chapter “Mounting Systems”). The dimensioning software 

TRI-DESIGN is used for the optimum dimensioning of PV 

systems for any type of roof. TRI-KA, the handy characteristics 

analyser, is the ideal device for the performance 

check of PV systems. 

Do you want to know more about our products? 

Get advice or visit a product training course in your area. 

Our catalogue is continuously updated; find more information 

at: www.tritec-energy.com/products 

In addition to the perfect coordination of the individual 

PV components, the quality of each individual product is 

essential. After all, systems generating solar energy are exposed 

to the hardest weather conditions for many years. 

For this reason we only use A-brands as we only work with 

manufacturers guaranteeing the highest quality. You can 

find our products and photovoltaic system components on 

page 10 et seqq. 

TRITEC is also a system integrator and manufacturer of 

own brand products. During the planning and installation 

of small and medium-sized photovoltaic systems we work 

with qualified partner companies. As international system 

integrator we implement large photovoltaic systems and 

test state-of-the-art installation technologies, which will 

then be established in practical use. To see examples of 

our range of applications, please visit www.tritec-energy. 

com/reference-cases. 

Solar Power Plant 11.6 kWp, Jungfraujoch (Switzerland) 

In co-operation with TRITEC

Contents 

PHOTOVOLTAICS 

Introduction 7 

Grid-connected Systems 8 

PRODUCTS 

Solar Modules 11-29 

Grid-connected Inverters 31-61 

Control and Measuring Instruments 63-81 

Mounting Systems – Components 83-117 

Mounting Systems – Applications 119-143 

Accessories 145-171 

Storage Systems 173-185 

CUSTOMER SUPPORT AND SERVICES 

Product Software 189 

Training Courses / Product Documentations 191 

COMPANY 

General Terms and Conditions 192 

TRITEC Contacts 194 

Imprint 195

Introduction to Photovoltaics 

History of Photovoltaics 

Photovoltaics are an essential part of the portfolio of renewable 

energies. At the EU level, the passing of the 

Directive for Renewable Energies set a mandatory target: 

By 2020, 20 per cent of the energy demand must be supplied 

by renewable energies. Feed-in tariffs and subsidies 

have resulted in a boom in the construction of photovoltaic 

installations worldwide. Currently, the 30 GW mark in solar 

power output has been exceeded worldwide. That output 

can provide 10 million households with clean energy. 

And the newly installed photovoltaic output continues to 

grow every year. Until 2015, average global growth of 

33% per year can be expected. 

Already in 1839, the French physicist Alexandre Edmond 

Becquerel had discovered the photoelectric effect. But it 

took more than 100 years, until the first technical application 

in satellite technology could be realised at the end of 

the 50s. Driven by the energy crises of the 70s and supported 

by an increased environmental awareness, photovoltaics 

began to move towards economic efficiency 20 

years later. 

Potential of Photovoltaics 

The amount of sun energy impacting the earth as light and 

warmth is 1.5 · 10 18 kWh per annum; this corresponds approximately 

to the 15000-fold of the entire primary energy 

consumption of humanity in 2006 (1.0 · 10 14 kWh/year). This 

irradiation energy can be captured by the photovoltaic 

effect and partially converted to electricity, without the 

generation of undesirable by-products such as emissions 

(e.g. CO 2 

) or nuclear waste. 

Central Europe on average can assume an annually irradiated 

output of 1000 kWh/m 2 , Southern Europe achieves 

values of 1700 kWh/m 2 , some desert regions even more than 

2300 kWh/m 2 . If Central Europe wanted to cover the world’s 

power needs with the irradiated solar energy, an area of 

400 by 400 kilometres would be required. 

7 

In a few years, these efforts will result in the so-called grid 

parity – the point when power generation using photovoltaics 

will be equal in costs to conventional power. 

GWp/a 

17 

16 

15 

14 

13 

12 

11 

10 

9 

8 

7 

6 

5 

4 

3 

2 

1 

0 

1,42 

1,60 

2,59 

5,75 

7,20 

16,50 

1995 1996 1997 1998 1999 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 

Year 

Global market volume for photovoltaics systems 

© Solarpraxis 

Global annual solar irradiation in kWh/m² 

© meteonorm 

Stade de Suisse 1.35 MWp, Bern (Switzerland) 

Designed and installed by TRITEC

8 

The Functional Principle of the Solar Cell 

Today’s solar cells mostly consist of the base material silicon, 

that is divided into two layers (p and n layer) with different 

electric properties by doping with boron or phosphorus 

and thus becomes a diode. In contrast to the conventional 

semiconductor diode found in electronic circuits and rectifiers, 

the solar cell is optimised to exploit incident sun light. 

For this purpose solar cells are manufactured with as large 

a surface as possible. The so-called p-n junction here is only 

just below the surface exposed to the solar irradiation. 

At the p-n junction an electric field is building that has a 

pull effect on free (mobile in the material) charge carriers. 

The photons (light energy packages) of the incident sun 

light penetrate the cell material and now produce free 

charge carriers (electrons and holes) in proximity to the p-n 

junction. These are separated from the inner field and 

swept to the electric connecting contacts on the top and 

bottom side of the cell. There they are available for use in 

an external circuit. Each cell has a usable voltage of 0.5 to 

0.6 Volt, which can be increased to any value by connecting 

several cells in series. In solar modules the cells are partially 

connected in series and parallel, in order to achieve the optimum 

usable operating voltages. 

The production rate of the free charge carriers increases in 

proportion to the intensity of the solar irradiation. The 

photons’ energy is converted to electric power to the 

amount of approx. 15 % corresponding to the cell’s efficiency. 

The rest heats the solar cell and is discharged to the environment 

by means of heat transport processes. At standard 

test conditions (STC: 1000 W/m 2 , temperature 25° C, 

AirMass 1.5) up to 2.5 Ampere solar power and therefore 

approx. 1.5 W electric peak capacity can be expected per 

dm 2 of cell surface. 

Due to their energy and material efficiency and therefore 

due to their lower costs, thin-film technologies show the 

greatest potential in the long term. Currently three different 

technologies are on the market: the amorphous/microcrystalline 

silicon technology, the CdTe based technology 

and the copper indium selenide (CIS) technology. Though 

these technologies are still in their infancy, manufacturers 

are working flat out on their development. 

Yield of a Photovoltaic Installation 

The yield generated by a photovoltaic installation during a 

year is also called solar yield. A significant factor for the 

yield assessment of photovoltaic installations is the performance 

ratio. For this the yield of the photovoltaic installation 

is divided by the installed photovoltaic output and 

the annual irradiation. A performance ratio of more than 

80 % indicates a good ratio of yield and irradiated solar output. 

Among the factors affecting the yield are the location 

of the photovoltaic installation, the orientation and the 

climate or the intensity and length of the solar irradiation. 

By means of special diagrams, the solar irradiation can be 

calculated depending on the mounting angle and the orientation. 

In Central Europe the solar irradiation is greatest 

at an orientation to the South and an angle of 30°. A system 

with orientation to the South-West and a mounting 

angle of 30° for example, would achieve an annual solar 

irradiation of approx. 95 % of the maximum. 

In order to enable photovoltaic installations to achieve 

high yields, detailed planning is necessary. On the one 

hand the used components must be adapted perfectly to 

the individual requirements, and on the other attention 

must be given to correct dimensioning and placement with 

the least possible clouding. In addition, solar modules are 

daily exposed to wind and weather and must work faultlessly 

in spite of all adversities. Therefore, high-quality and 

durable products are another important prerequisite for 

good yields of photovoltaic systems. 

Grid-connected 

Photovoltaic Systems 

Design of Grid-connected Photovoltaic 

Installations 

Grid-connected systems are photovoltaic installations that 

are connected to the public grid and feed the entire electric 

power generated by the solar energy to the grid. The size 

of a grid-connected system depends on different factors: 

roof/facade surface, financial resources and statutory provisions. 

Most European private grid-connected systems have 

an output of two to ten kilowatt. If an installation on a 

pitched roof is supposed to achieve such a yield, the required 

roof surface for two kilowatt (PV) is approximately 

18 m 2 and approximately 90 m 2 for ten kilowatt. 

The essential components of grid-connected PV installation 

are photovoltaic modules, inverters, a mounting system, a 

protective device to automatically switch off in case of 

mains malfunctions and a meter to record the amount of 

power supplied. Two factors are essential for a high-yield 

system: 1. The quality of the installed products, incl. accessories 

(e.g. wiring); 2. The different components must be 

optimally coordinated. 

For 27 years now, TRITEC has been a photovoltaic system 

provider with a wide and premium range of quality products. 

We are happy to support you in the planning as well 

as in case of queries regarding the approval and financing 

of photovoltaic installations.

9 

Functional principle of a crystalline solar cell 

© Solarpraxis 

Annual irradiation (%) 

© DGS / Solarpraxis 

8 

4 

3 

1 

2 

7 

6 5 

1. PV array 

2. Mounting system 

3. Wiring 

4. PV array combiner/junction box 

5. Grid-connected inverter 

6. Import/export meter 

7. Connection to grid 

8. Consumer loads 

Principle of a grid-connected photovoltaic system 

© Solarpraxis

Solar Modules 

To be able to guarantee topquality and long-term 

investment returns despite harshest weather conditions, 

we offer exclusively first-class brand name products of 

leading manufacturers. These are solar modules of the 

latest generation – suitable for photovoltaic systems of 

any size. 

11 

HAREON SOLAR 

JA SOLAR 

KYOCERA 

LG 

PANASONIC 

Q.CELLS 

REC

................................................................................................................................................................... 

SOLAR MODULES 

Framed Modules 

................................................................................................................................................................... 

Hareon Solar HR-Mono – Modules with 

monocrystalline cells 

12 

Hareon Solar 

Hareon Solar Technology Co., Ltd. was founded in 2004 

and, today, it is one of the largest silicon-wafer producers 

in China. With its completion of the first module 

production lines, Hareon Solar has at its disposal, since 

2008, a fully-integrated production of PV components 

from ingots to modules. 

Reliable modules 

With an outstanding module and cell efficiency, the 

modules of the HR-Mono series achieve very high efficiencies. 

Even with a reduced incidence of light, the 

modules realize a good performance yield thanks to 

their excellent low-light behaviour. Before and after 

lamination, every module is subjected to an electroluminescence 

test. 

TRITEC quality controls 

n 

Regular quality controls in cooperation with the 

Fraunhofer Institute in Freiburg 

n 

External quality controls of production on location 

on behalf of TRITEC 

n 

Mechanical TÜV load test with the TRITEC mounting 

system TRI‐STAND 

Certificates and warranties 

n 

IEC 61215, IEC 61730, IEC 62716, IEC 61701, CE, UL 

Listed, CEC, VDE, RoHS, TÜV, PV CYCLE 

n 

25-year linear performance warranty 

n 

10-year product warranty 

n 

European warranty processing 

The solar modules manufactured by Hareon Solar have been 

tested and certified by all recognised test institutes worldwide. 

The Ningbo plugs allow easy wiring of the modules, while 

the specifically developed module frames withstand loads 

of up to 5400 N/m².

................................................................................................................................................................... 


SOLAR MODULES 

................................................................................................................................................................... 

Art. No. 0101538 0101355 0101554 0101528 0101550 0101527 

Model 

Hareon HR-200W- 

24/Aab Mono 


24/Aa Mono 


18/Cbb Mono EU 


18/Cbb Mono EU 


18/CbMonoEU 


18/Cb Mono 

Nominalpower 200W+5W,-0W 205W+5W,-0W 250W+5W,-0W 255W+5W,-0W 265W+5W,-0W 270W+5W,-0W 

Max. system voltage 1000 V 1000 V 1000 V 1000 V 1000 V 1000 V 

Operating voltage 37.93 V 37.83 V 30.59 V 30.69 V 30.70 V 30.80 V 

Operating current 5.27 A 5.42 A 8.17 A 8.31 A 8.63 A 8.77 A 

Open circuit voltage 45.68 V 45.68 V 37.59 V 37.73 V 37.91 V 38.10 V 

Short circuit current 5.69 A 5.90 A 8.79 A 8.93 A 9.31 A 9.45 A 

Temp. coefficient open circuit -0.310 %/°C -0.310 %/°C -0.322 %/°C -0.322 %/°C -0.322 %/°C -0.322 %/°C 

voltage 

Temp. coefficient short circuit 0.047 %/°C 0.047 %/°C 0.055 %/°C 0.055 %/°C 0.055 %/°C 0.055 %/°C 

current 

Temp. coefficient nominal -0.410 %/°C -0.410 %/°C -0.428 %/°C -0.428 %/°C -0.428 %/°C -0.428 %/°C 

power 

Reverse current load 15 A 15 A 15 A 15 A 15 A 15 A 

Max.stringprotection 15A 15A 15A 15A 15A 15A 

Number of bypass diodes 3 pc. 3 pc. 3 pc. 3 pc. 3 pc. 3 pc. 

Cells per module 72 pc. 72 pc. 60 pc. 60 pc. 60 pc. 60 pc. 

Cell dimensions (L / W) 125 mm / 125 mm 125 mm / 125 mm 156 mm / 156 mm 156 mm / 156 mm 156 mm / 156 mm 156 mm / 156 mm 

Cell connection 2 bus bar 2 bus bar 3 bus bar 3 bus bar 3 bus bar 3 bus bar 

Cell type 

Monocrystalline silicon 






Connection 

Ningbo, cable 

900 mm each (+ / ‐) 

Ningbo, cable 

900 mm each (+ / ‐) 

Ningbo, cable 

900 mm each (+ / ‐) 

Ningbo, cable 

900 mm each (+ / ‐) 

GZX, cable 900 mm 

each (+ / ‐) 

Ningbo, cable 

900 mm each (+ / ‐) 

Mounting frame 

Black anodized 

aluminium 

Anodized aluminium 


aluminium 


aluminium 



Back sheet Black White Black Black White White 

Dimensions (L / W / H) 1580 mm / 808 mm / 

40 mm 

1580 mm / 808 mm / 

40 mm 

1636 mm / 992 mm / 

40 mm 

1636 mm / 992 mm / 

40 mm 

1636 mm / 992 mm / 

40 mm 

1636 mm / 992 mm / 

40 mm 

Weight 15.8 kg 15.8 kg 19.3 kg 19.3 kg 19.3 kg 19.3 kg 

Number per container / truck 700 pc. 700 pc. 700 pc. 700 pc. 700 pc. 700 pc. 

Max. load 5400 N/m² 5400 N/m² 5400 N/m² 5400 N/m² 5400 N/m² 5400 N/m² 

Performance warranty * 25 years 25 years 25 years 25 years 25 years 25 years 

Product warranty 10 years 10 years 10 years 10 years 10 years 10 years 

Norms 

IEC 61215, IEC 

61730, CE, UL 

Listed, CEC, RoHS, 

ISO 9001, ISO 

14001, TÜVdot- 

COM-ID: 

0000026038, MCS, 

PV CYCLE 


61730, CE, UL 


ISO 9001, ISO 


COM-ID: 

0000026038, MCS, 

PV CYCLE 


61730, CE, UL 


ISO 9001, ISO 


COM-ID: 

0000026038, MCS, 

PV CYCLE 


61730, CE, UL 


ISO 9001, ISO 


COM-ID: 

0000026038, MCS, 

PV CYCLE 


61730, CE, UL 


ISO 9001, ISO 


COM-ID: 

0000026038, MCS, 

PV CYCLE 


61730, CE, UL 


ISO 9001, ISO 


COM-ID: 

0000026038, MCS, 

PV CYCLE 

13 

* - Manufacturer's performance warranty: 25 years linear performance warranty – guarantees at least 97 % of the nominal power for the 1st year and 

then a maximum output reduction of 0.7 % per year 

The electrical specifications are under standard test conditions (STC) of irradiance of 1000 W/m², spectrum of 1.5 air mass and cell temperature of 25°C. 

For Switzerland: 

Art. No. 0101549 instead of 0101550 


TRITEC Group www.tritec-energy.com | © 20141222-1 | The content of this datasheet is subject to change without prior notice

................................................................................................................................................................... 

SOLAR MODULES 


................................................................................................................................................................... 

Hareon Solar HR-Poly – Modules withpolycrystalline 

cells 

14 

Hareon Solar 

Hareon Solar Technology Co., Ltd. was founded in 2004 

and today, it is one of the largest silicon-wafer producers 

in China. With its completion of the first module 

production lines, Hareon Solar has at its disposal, since 

2008, a fully-integrated production of PV components 

from ingots to modules. 

Reliable modules 

With an outstanding module and cell efficiency, the 

modules of the HR-Poly series achieve very high efficiencies. 

Even with a reduced incidence of light, the 

modules realize a good performance yield thanks to 

their excellent low-light behaviour. Before and after 

lamination, every module is subjected to an electroluminescence 

test. 

TRITEC quality controls 

n 

Regular quality controls in cooperation with the 

Fraunhofer Institute in Freiburg 

n 

External quality controls of production on location 

on behalf of TRITEC 

n 

Mechanical TÜV load test with the TRITEC mounting 

system TRI‐STAND 


n 



n 


n 


n 


The HR-Poly of Hareon Solar have been tested and certified 

by all recognised test institutes worldwide. 

Withtheir Ningbo connectors and the specifically developed 

40 mm frame (loads up to 5400 N/m²), the Hareon solar 

modules are suitable for universal applications.

................................................................................................................................................................... 


SOLAR MODULES 

................................................................................................................................................................... 

Art. No. 0101519 0101525 0101557 0101553 

Model 

Hareon HR-250P-18/Bb Poly 

3BB EU 


3BB 


4BB EU 


4BB EU 

Nominalpower 250W+5W,-0W 260W+5W,-0W 260W+5W,-0W 265W+5W,-0W 

Max. system voltage 1000 V 1000 V 1000 V 1000 V 

Operating voltage 29.98 V 30.51 V 30.51 V 30.71 V 

Operating current 8.34 A 8.52 A 8.52 A 8.63 A 

Open circuit voltage 37.41 V 37.65 V 37.65 V 37.81 V 

Short circuit current 8.79 A 9.09 A 9.09 A 9.24 A 

Temp. coefficient open circuit -0.32 %/°C -0.32 %/°C -0.32 %/°C -0.32 %/°C 

voltage 

Temp. coefficient short circuit 0.055 %/°C 0.055 %/°C 0.055 %/°C 0.055 %/°C 

current 

Temp. coefficient nominal -0.44 %/°C -0.44 %/°C -0.44 %/°C -0.44 %/°C 

power 

Reverse current load 15 A 15 A 15 A 15 A 

Max. string protection 15 A 15 A 15 A 15 A 

Number of bypass diodes 3 pc. 3 pc. 3 pc. 3 pc. 

Cells per module 60 pc. 60 pc. 60 pc. 60 pc. 

Cell dimensions (L / W) 156 mm / 156 mm 156 mm / 156 mm 156 mm / 156 mm 156 mm / 156 mm 

Cell connection 3 bus bar 3 bus bar 4 bus bar 4 bus bar 

Cell type Polycrystalline silicon Polycrystalline silicon Polycrystalline silicon Polycrystalline silicon 

Connection 

Ningbo, cable 900 mm each 

(+ / ‐) 


(+ / ‐) 


(+ / ‐) 


(+ / ‐) 

Mounting frame Anodized aluminium Anodized aluminium Anodized aluminium Anodized aluminium 

Back sheet White White White White 

Dimensions (L / W / H) 1636 mm / 992 mm / 40 mm 1636 mm / 992 mm / 40 mm 1636 mm / 992 mm / 40 mm 1636 mm / 992 mm / 40 mm 

Weight 19.3 kg 19.3 kg 19.3 kg 19.3 kg 

Number per container / truck 700 pc. 700 pc. 700 pc. 700 pc. 

Max. load 5400 N/m² 5400 N/m² 5400 N/m² 5400 N/m² 

Performance warranty * 25 years 25 years 25 years 25 years 

Product warranty 10 years 10 years 10 years 10 years 

Norms 

IEC 61215, IEC 61730, CE, UL 

Listed, CEC, RoHS, ISO 9001, 

ISO 14001, TÜVdotCOM-ID: 

0000026038, MCS, PV CYCLE 

IEC 61215, IEC 61730, CE, UL 



0000026038, MCS, PV CYCLE 

IEC 61215, IEC 61730, CE, UL 


ISO14001,TÜVdotCOM-ID: 

0000026038, MCS, PV CYCLE 

IEC 61215, IEC 61730, CE, UL 



0000026038, MCS, PV CYCLE 

15 




For Switzerland: 




................................................................................................................................................................... 

SOLAR MODULES 


................................................................................................................................................................... 

JA Solar Mono – Highreliability, top efficiency 

16 

Convincing price/benefit ratio 

As one of the worldwide leading manufacturers of 

high-powered photovoltaic products, JA Solar presents 

high-quality modules with its JAM series. Due to their 

outstanding efficiencies, the modules realize an excellent 

price/benefit ratio. 

Solar modules for any application 

Due to the optimized, highly-transparent, low-iron 

tempered glass surfaces with very low reflection values 

and high-efficiency silicon cells, JA modules provide 

outstanding performance even in low light. Thanks 

to their rugged construction, the modules withstand 

even the most adverse weather conditions. A black 

module variant is available for visually particularly 

attractive PV systems. 

Uncompromising quality 

n 

Tested resistance of the modules against ammonia 

and salt mist 

n 

No PID effect 

n 

Dual electroluminescence test 

n 

State-of-the-art, automated production lines and 

strict process controls 

n 

European test standards for module performance 

controls 


n 



n 


n 


n 


A waterproof standard junction box witha bypass diode 

and its rugged construction guarantee reliability for many 

years. 

Thanks to highly efficient crystalline silicon cells, excellent 

performance is ensured at low light conditions. Moreover, 

the classification by current classes ensures optimum system 

performance.

................................................................................................................................................................... 


SOLAR MODULES 

................................................................................................................................................................... 

Art. No. 0101488 0101542 

Model JA Solar JAM6(BK)-60-255/SI Mono JA Solar Percium JAM6-60-285-PR 

Nominal power 255 W +5 %, -0% 285 W +5 %, -0% 

Max. system voltage 1000 V 1000 V 

Operating voltage 30.62 V 32.26 V 

Operating current 8.31 A 8.83 A 

Open circuit voltage 38.10 V 39.43 V 

Short circuit current 8.72 A 9.38 A 

Temp. coefficient open circuit -0.340 %/°C -0.340 %/°C 

voltage 

Temp. coefficient short circuit 0.049 %/°C 0.049 %/°C 

current 

Temp. coefficient nominal -0.430 %/°C -0.410 %/°C 

power 

Reverse current load 15 A 15 A 

Operating module 

-40 to +85 °C -40 to +85 °C 

temperature 

Cells per module 60 pc. 60 pc. 

Cell dimensions (L / W) 156 mm / 156 mm 156 mm / 156 mm 

Cell type Monocrystalline silicon Monocrystalline silicon 

Connection Cables 4 mm² with TongLing connectors Cables 4 mm² with TongLing connectors 

Mounting frame Black anodized aluminium Anodized aluminium 

Back sheet Black White 

Dimensions (L / W / H) 1650 mm / 991 mm / 40 mm 1650 mm / 991 mm / 40 mm 

Weight 18.5 kg (approx.) 18.2 kg (approx.) 

Number per container / truck 728 pc. 728 pc. 

Max. load 5400 N/m² 5400 N/m² 

Performance warranty * 25 years 25 years 

Product warranty 10 years 10 years 

Norms 

IEC 61215, IEC 61730, protection class II, CE mark, MCS, ISO 

9001 (2008), ISO 14001 (2004), BS OHSAS 18001 (2007) 

IEC 61215, IEC 61730, protection class II, CE mark, MCS, ISO 

9001 (2008), ISO 14001 (2004), BS OHSAS 18001 (2007) 

17 





................................................................................................................................................................... 

SOLAR MODULES 


................................................................................................................................................................... 

The KD series of Kyocera – Large-format high 

performance modules 

18 

Manufacturer withcutting-edge technology 

Kyocera also decisively furthered the developments in 

solar technology. Seven years after its foundation in 

1975, the company had its first series production of 

polycrystalline silicon solar cells. In addition to its complete 

module production, Kyocera excels at its special 

innovations in research and development. This regularly 

results in novel production methods and procedures 

and modules with record efficiencies. 

Long-lasting performance 

The modules' outstanding efficiency over a number of 

years has been confirmed by several long-term tests 

and by Stiftung Warentest (the leading German product 

testing and consumer advocacy organization). As a 

protection against severest climate conditions, the cells 

are embedded between a tempered glass cover and 

EVA film and sealed on the back with PET film. The 

rugged aluminium frame withstands even high wind 

and snow loads. 

Highest quality demands 

n 

Low light reflection of the modules due to the 

"reactive ion etching" method (RIE) for higher efficiency 

and optimum area utilization 

n 

Specified 5-step development process for every 

module 

n 

Pairing: Sorting method ensures nominal performance 

of two paired modules 

n 

No PID effect 


n 

IEC 61215, IEC 61730, IEC 62716, IEC 61701, TÜV, CE, 

MCS, PV CYCLE 

n 

Performance warranty: 10 years on 90 % and 25 years 

on 80 % of the nominal power 

n 


The junction box on the rear is provided with bypass diodes 

which prevent the overheating risk of individual solar cells 

(hot spot effect). Several series-connected PV modules may 

be simply wired by pre-installed solar cables and plugs. 

Thanks to the textured silicon nitride, the 6" cell receives a 

minor light reflection and homogeneous coloration.

................................................................................................................................................................... 


SOLAR MODULES 

................................................................................................................................................................... 

Art. No. 0101544 0101431 0101545 0101434 0101547 

Model KD195GH-4FU KD220GH-4YU KD220GH-4FU KD250GH-4YB2 KD250GH-4FB2 

Nominal power 195 W ±5 % 220 W +5 %, -3% 220 W +5 %, -3% 250 W +5 %, -3% 250 W +5 %, -3% 

Max. system voltage 1000 V 1000 V 1000 V 1000 V 1000 V 

Operating voltage 23.60 V 26.60 V 26.60 V 29.80 V 29.80 V 

Operating current 8.27 A 8.28 A 8.28 A 8.39 A 8.39 A 

Open circuit voltage 29.50 V 33.20 V 33.20 V 36.90 V 36.90 V 

Short circuit current 9.05 A 8.98 A 8.98 A 9.09 A 9.09 A 

Temp. coefficient open circuit -106.2 mV/K, ‐0.36 %/K -119.52 mV/K, ‐0.36 %/K -119.52 mV/K, ‐0.36 %/K -132.84 mV/K, ‐0.36 %/K -132.84 mV/K, ‐0.36 %/K 

voltage 

Temp. coefficient short circuit 5.43 mA/K, 0.06 %/K 5.388 mA/K, 0.06 %/K 5.388 mA/K, 0.06 %/K 5.454 mA/K, 0.06 %/K 5.454 mA/K, 0.06 %/K 

current 

Temp. coefficient nominal -897 mW/K, -0.46 %/K -1012 mW/K, ‐0.46 %/K -1012 mW/K, ‐0.46 %/K -1150 mW/K, ‐0.46 %/K -1150 mW/K, ‐0.46 %/K 

power 

Reverse current load 15 A 15 A 15 A 15 A 15 A 

Max.stringprotection 15A 15A 15A 15A 15A 

Numberofbypassdiodes 3pc. 3pc. 3pc. 3pc. 3pc. 

Cells per module 48 pc. 54 pc. 54 pc. 60 pc. 60 pc. 

Cell dimensions (L / W) 156 mm / 156 mm 156 mm / 156 mm 156 mm / 156 mm 156 mm / 156 mm 156 mm / 156 mm 

Cell connection 3 bus bar 3 bus bar 3 bus bar 3 bus bar 3 bus bar 

Cell type Polycrystalline silicon Polycrystalline silicon Polycrystalline silicon Polycrystalline silicon Polycrystalline silicon 

Connection SMK PV-03, cables, 840 

(–) /1030(+)mm 

SMK PV-03, cables, 900 

(–) /1100(+)mm 


(–) /1100(+)mm 


(–) /1190(+)mm 


(–) /1190(+)mm 



aluminium 


aluminium 


aluminium 


aluminium 


aluminium 

Back sheet White White White White White 

Dimensions(L/W/H) 1338mm±2.5 mm / 

990 mm ±2.5 mm / 

46 mm 

1500 mm ±2.5 mm / 

990 mm ±2.5 mm / 

46 mm 

1500 mm ±2.5 mm / 

990 mm ±2.5 mm / 

46 mm 

1662 mm ±2.5 mm / 

990 mm ±2.5 mm / 

46 mm 

1662 mm ±2.5 mm / 

990 mm ±2.5 mm / 

46 mm 

Weight 16.0 kg 18.0 kg 18.0 kg 20.0 kg 20.0 kg 

Number per container / truck 760 pc. 680 pc. 680 pc. 640 pc. 640 pc. 

Max. load 5400 N/m² 5400 N/m² 5400 N/m² 5400 N/m² 5400 N/m² 

Performance warranty * 10 / 25 years 10 / 25 years 10 / 25 years 10 / 25 years 10 / 25 years 

Product warranty 10 years 10 years 10 years 10 years 10 years 

Norms 

IEC 61215 ed. 2, IEC 

61730, protection class 

II, TÜVdotCOM-ID: 

0000023299, MCS, PV 

CYCLE 

IEC 61215 ed. 2, IEC 



0000023299, MCS, PV 

CYCLE 

IEC 61215 ed. 2, IEC 



0000023299, MCS, PV 

CYCLE 

IEC 61215 ed. 2, IEC 



0000023299, MCS, PV 

CYCLE 

IEC 61215 ed. 2, IEC 



0000023299, MCS, PV 

CYCLE 

19 

* - Manufacturer's performance warranty: 10 years on 90 % / 25 years on 80 % of the minimal nominal power under standard testing conditions (STC) 



................................................................................................................................................................... 

SOLAR MODULES 


................................................................................................................................................................... 

LG Solar MonoX Neon & Black – High-quality 

modules for any requirements 

20 

LG Electronics 

LG Electronics, Inc. is among the worldwide leading 

companies for electronic, information and communications 

products. Moreover, for 20 years LG has been 

relying on the technology of renewable energies. The 

company's offer comprises high-quality solar cells and 

modules which are completely manufactured in Korea. 

Powerful technology 

State-of-the-art manufacturing plants, certified test 

laboratories and strict controls guarantee the high 

quality of monocrystalline modules. Moreover, the 

MonoX Black series combines toptechnical performance 

and a sophisticated design. The MonoX Neon 

modules are based on N-type silicon. This results in a 

higher efficiency than with conventional P-type cells. 

Thanks to the N-type technology, the high-performance 

modules result in a higher output per area, lower 

system costs and higher yields. 

Premium quality "A" – without any exception 

n 

High quality standard exceeds statutory requirements 

n 

Comprehensive electroluminescence tests in different 

production stages 

n 

Tested resistance against ammonia and salt mist 

n 

Screwed frame for high stability 


n 

IEC 61215, IEC 61730-1/-2, ISO 14001, ISO 9001, 

OHSAS 18001, UL 1703 

n 


n 


LG solar modules have a high load capacity – even in 

extreme wind and weather conditions. 

MonoX Black modules combine technical progress and aesthetic 

appearance.

................................................................................................................................................................... 


SOLAR MODULES 

................................................................................................................................................................... 

Art. No. 0101502 0101555 

Model LG 255 S1K-A3 MonoX Black LG 300 N1C-B3 MonoX Neon 








voltage 


current 


power 



-40 to +90 °C -40 to +90 °C 

temperature 




Connection Cables 4 mm² with MC4 connectors Cables 4 mm² with MC4 connectors 

Mounting frame Black anodized aluminium Black anodized aluminium 

Back sheet Black White 


Weight 16.8 kg ±0.5 kg 16.8 kg ±0.5 kg 


Max. load 5400 N/m² 5400 N/m² 



Norms IEC 61215, IEC 61730-1/-2, ISO 14001, ISO 9001, OHSAS 18001, 

UL 1703 

IEC 61215, IEC 61730-1/-2, ISO 14001, ISO 9001, OHSAS 18001, 

UL 1703 

21 

* - Manufacturer's performance warranty: 25 years linear performance warranty – guarantees at least 97 % (MonoX Neon: 98 %) of the nominal power 

for the 1st year and then a maximum output reduction of 0.7 % per year 



................................................................................................................................................................... 

SOLAR MODULES 


................................................................................................................................................................... 

Panasonic – Modules withpowerful HIT solar cells 

22 

HIT solar cell technology 

All Panasonic modules are based on HIT solar cells 

(Heterojunction with Intrinsic Thin layer). They consist 

of monocrystalline hybrid wafers which are coated 

with thin, amorphous silicon. Thanks to the state-ofthe-art 

manufacturing process, solar cells can be producedwithveryhighefficienciesandoptimumenergy 

returns. 

More performance per area 

As compared to conventional solar cells of crystalline 

silicon, HIT cells are convincing with their high energy 

yield even at high temperatures. Even in bad light 

conditions, excellent performance is achieved thanks 

to the anti-reflective glass. 

Consistent quality testing 

n 

Minimal failure rate of below 0.01 % with over 

3 million delivered modules in Europe 

n 

Guaranteed durability of the modules by long-term 

TÜV test 

n 

Tested resistance against ammonia and salt mist 

n 

No PID effect 

n 

Uninterrupted traceability: all modules are measuredandprovidedwithanindividualbarcode 


n 


Listed, CEC, VDE, RoHS, MCS, PV CYCLE 

n 

Performance warranty: 10 years on 90 % and 25 years 

on 80 % of the nominal power 

n 


The modules of the Panasonic HIT-N series are based on 

hybrid HIT solar cells (amorphous and monocrystalline silicon) 

with the highest levels of efficiency. 

HIT cells generate solar electricity simultaneously on the 

front and on the back side.

................................................................................................................................................................... 


SOLAR MODULES 

................................................................................................................................................................... 

Art. No. 0101530 0101531 

Model Panasonic VBHN240SJ25 Panasonic VBHN245SJ25 







Temp. coefficient open circuit -131 mV/°C -133 mV/°C 

voltage 

Temp. coefficient short circuit 1.76 mA/°C 1.76 mA/°C 

current 


power 



Cell dimensions 125 / 125 mm 125 / 125 mm 

Cell type HIT solar cell, monocrystalline HIT solar cell, monocrystalline 

Connection SMK connectors, cable 960 mm each (+ / ‐) SMK connectors, cable 960 mm each (+ / ‐) 


Back sheet White White 


Weight 15.0 kg 15.0 kg 


Max. load 2400 N/m² 2400 N/m² 

Performance warranty * 10 / 25 years 10 / 25 years 


Norms 

IEC 61730, IEC 61215, CE mark, protection class II, TÜVdotCOM- 

ID: 0000023431, MCS, PV CYCLE 

IEC 61730, IEC 61215, CE mark, protection class II, TÜVdotCOM- 

ID: 0000023431, MCS, PV CYCLE 

23 

* - Manufacturer's performance warranty: 10 years on 90 % / 25 years on 80 % of the minimal nominal power under standard testing conditions (STC) 



................................................................................................................................................................... 

SOLAR MODULES 


................................................................................................................................................................... 

Hanwha Q.Cells – High-quality monocrystalline 

third generation modules 

24 

Leading in researchand development 

Within a few years, Hanwha Q.Cells has developed 

from a solar cell manufacturer to a worldwide leading 

photovoltaic systems enterprise. The quality modules 

from German and Malaysian production are based on 

the results of intensive research and development. 

Since its foundation, Hanwha Q.Cells has developed 

product standards which are valid until today – for 

example, the 6-inch solar cell or the full-square monocrystalline 

solar cell. The company has the largest technology 

centre of the solar industry which also comprises 

an accredited test laboratory and a module test 

centre. 

The third module generation – yet higher 

standards 

In terms of performance, technology, design and tests, 

maximum demands are made on the Q.Peak-G3 series. 

In monocrystalline solar modules, the solar cell with its 

full-square format and a new busbar layout provides 

2 % more module power. Q.Peak BLK-G3 has a completely 

black design and thus also meets top aesthetic 

demands. Additionally, the slim module concept provides 

cost benefits since 40 % more modules per container 

can be loaded. 

Powerful and resilient 

n 

A 35 mm frame with aluminium alloy for low weight 

and a high load capacity of up to 5400 Pa 

n 

Module glass with anti-reflection technology 

reduces undesirable reflections by about 50 % 

n 

Salt water and ammonia resistant junction box and 

plug connector with low contact resistance 

n 

Increased flexibility thanks to an MC4-combinable 

plug 


n 

Since 2011, continuous and successful participation 

in the VDE's Quality Tested Program 

n 

No PID effect 

n 

IEC 61215 (ed. 2), IEC 61730 (ed. 1), PV CYCLE, CE 

n 

Successful salt mist corrosion test 

n 

Product warranty for 12 years, and a 25-year linear 

performance warranty 

High module efficiency is guaranteed thanks to the fullsquare 

monocrystalline cell. 

An open field installation in Germany withQ.Peak modules.

................................................................................................................................................................... 


SOLAR MODULES 

................................................................................................................................................................... 

Art. No. 0101511 0101512 

Model Q.Peak-G3 270 Mono Q.Peak BLK-G3 265 Mono 

Nominal power 270 W +5 W, -0 W 265 W +5 W, -0 W 







voltage 


current 


power 



-40 to +85 °C -40 to +85 °C 

temperature 




Connection Cables 4 mm² with Tyco PV4 connectors Cables 4 mm² with Tyco PV4 connectors 


Back sheet White Black 


Weight 19 kg 19 kg 


Max. load 5400 N/m² 5400 N/m² 



Norms CE, VDE Quality Tested, IEC 61215 (ed. 2), IEC 61730 (ed. 1) CE, VDE Quality Tested, IEC 61215 (ed. 2), IEC 61730 (ed. 1) 

25 


then a maximum output reduction of 0.6 % per year (25th year: 83 % of the nominal power) 



................................................................................................................................................................... 

SOLAR MODULES 


................................................................................................................................................................... 

Hanwha Q.Cells – High-quality polycrystalline 

third generation modules 

26 

Leading in researchand development 

Within a few years, Hanwha Q.Cells has developed 

from a solar cell manufacturer to a worldwide leading 

photovoltaic systems enterprise. The quality modules 

from German and Malaysian production are based on 

the results of intensive research and development. 

Since its foundation, Hanwha Q.Cells has developed 

product standards which are valid until today – for 

example, the 6-inch solar cell or the full-square monocrystalline 

solar cell. The company has the largest technology 

centre of the solar industry which also comprises 

an accredited test laboratory and a module test 

centre. 

The third module generation – yet higher 

standards 

In terms of performance, technology, design and tests, 

maximum demands are made on the Q.Pro-G3 series. 

The polycrystalline solar modules are based on the 

novel Q.Antum cell concept which guarantees high 

performance classes. The electrical rear structure 

reflects light rays which passed unused through the 

cell. Otherwise lost light energy can thus be converted 

into current. Additionally, the slim module concept 

providescostbenefitssince40% more modules per 

container can be loaded. 

Powerful and resilient 

n 

A 35 mm frame with aluminium alloy for low weight 

and a high load capacity of up to 5400 Pa 

n 

Module glass with anti-reflection technology 

reduces undesirable reflections by about 50 % 

n 

Salt water and ammonia resistant junction box and 

plug connector with low contact resistance 

n 

Increased flexibility thanks to an MC4-combinable 

plug 


n 

Since 2011, continuous and successful participation 

in the VDE's Quality Tested Program 

n 

No PID effect 

n 

IEC 61215 (ed. 2), IEC 61730 (ed. 1), PV CYCLE, CE 

n 

Successful salt mist corrosion test 

n 

Product warranty for 12 years, and a 25-year linear 

performance warranty 

Use of the Q.Antum world record cell concept guarantees 

high efficiencies. 

Q.Cells' modules meet maximum requirements in the 

mechanical load test.

................................................................................................................................................................... 


SOLAR MODULES 

................................................................................................................................................................... 

Art. No. 0101508 

Model 

Q.Pro-G3 250 Poly 

Nominal power 

250 W +5 W, -0 W 

Max. system voltage 

1000 V 

Operating voltage 

29.89 V 

Operating current 

8.45 A 

Open circuit voltage 

37.78 V 

Short circuit current 

8.94 A 

Temp. coefficient open circuit -0.33 %/°C 

voltage 

Temp. coefficient short circuit 0.04 %/°C 

current 

Temp. coefficient nominal -0.43 %/°C 

power 

Reverse current load 

20 A 


-40 to +85 °C 

temperature 

Cells per module 

60 pc. 

Cell dimensions (L / W) 156 mm / 156 mm 

Cell type 

Polycrystalline silicon 

Connection 

Cables 4 mm² with Tyco PV4 connectors 



Back sheet 

White 

Dimensions (L / W / H) 1670 mm / 1000 mm / 35 mm 

Weight 

19 kg 

Number per container / truck 754 pc. 

Max. load 

5400 N/m² 

Performance warranty * 25 years 

Product warranty 

12 years 

Norms CE, VDE Quality Tested, IEC 61215 (ed. 2), IEC 61730 (ed. 1) 

27 


then a maximum output reduction of 0.6 % per year (25th year: 83 % of the nominal power) 



................................................................................................................................................................... 

SOLAR MODULES 


................................................................................................................................................................... 

REC Peak Energy series – Polycrystalline modules 

withmaximum power 

28 

Reliability and sustainability 

The Norwegian REC Groupwith production facilities in 

the U.S. and in Singapore is worldwide one of the 

largest manufacturers of silicon materials, PV wafers, 

solar cells and modules. The enterprise is also committed 

to sustainability in production where highest environmental 

standards apply. Thanks to new processes, 

silicon production requires up to 90 % less energy than 

conventional methods. 

Outstanding stability and energy yield 

The modules are easy to install and without earthing 

wire. Despite their low weight, the modules have a 

rugged and durable design which guarantees maximum 

durability for decades even under the most 

adverse weather conditions. A special treatment of 

the glass increases energy generation even at low solar 

irradiation. 

Top quality 

n 

Cutting-edge production facilities with maximum 

quality requirements 

n 

Completely vertical production chain from raw silicon 

all the way to the module 

n 

Outstanding low-light performance 

n 

Robust and sustainable product design 

n 

No PID effect 


n 

IEC 61215, IEC 61730, IEC 62716, IEC 61701, CE, MCS, 

PV CYCLE, BBA 

n 


n 


REC maximum performance modules combine sustainable 

quality and reliable power output. 

A fruit farm in Germany witha photovoltaics system from 

REC.

................................................................................................................................................................... 


SOLAR MODULES 

................................................................................................................................................................... 

Art. No. 0101495 

Model 

Nominal power 

Max. system voltage 

Operating voltage 

Operating current 


Short circuit current 

Temp. coefficient open circuit 

voltage 

Temp. coefficient short circuit 

current 

Temp. coefficient nominal 

power 

Reverse current load 


temperature 

Cells per module 

Cell dimensions (L / W) 

Cell type 

Connection 


Back sheet 

Dimensions(L/W/H) 

Weight 

Number per container / truck 

Max. load 

Performance warranty * 

Product warranty 

Norms 

REC 260 PE Poly 

260 W +5 W, -0 W 

1000 V 

30.7 V 

8.50 A 

37.8 V 

9.01 A 

-0.27 %/°C 

0.024 %/°C 

-0.40 %/°C 

25 A 

-40 to +80 °C 

60 pc. 

156 mm / 156 mm 

Polycrystalline silicon 

Cables 4 mm² with MC4 connectors 


White 

1665mm±2.5 mm / 991 mm ±2.5 mm / 38 mm ±1 mm 

18 kg 

600 pc. 

5400 N/m² 

25 years 

10 years 

IEC 61215, IEC 61730, IEC 62716, IEC 61701, CE mark, MCS, PV CYCLE, BBA 

29 

* - Manufacturer's performance warranty: 25 years linear performance warranty – guarantees at least 97 % of the actual power output for the 1st year 

and then a maximum output reduction of 0.7 % per year 


Photos © REC 


Grid-connected Inverters 

For grid-connected photovoltaic systems of any size, our 

offer includes suitable PV inverters from brand name 

manufacturers. Whether single phase or three phase, with 

or without transformers – we are offering exclusively 

equipment with maximum efficiencies for high energy 

yields over the long term. 

SMA 

31 

KACO 

KOSTAL

................................................................................................................................................................... 

GRID-CONNECTED INVERTERS 

Single-phased 

................................................................................................................................................................... 

SMA Sunny Boy 

32 

Flexible pioneers 

As the first manufacturer of an inverter suitable for 

mass production, SMA has concentrated on repeatedly 

diversifying the implementation possibilities with new 

technologies, so that today any system constellation 

from 400 Wpand upwards can be optimally realized 

with an SMA inverter. SMA develops and manufactures 

the inverters for a life span of more than 20 years and 

produces at the company headquarters in Niestetal, 

near Kassel, Germany. 

The choice is yours: with or without transformer 

SMA inverters are available with or without transformers. 

While the transformerless concept offers the ability 

to use such latest technologies as H5 topology and is 

also extremely lightweight, the transformer device is 

the first choice for those who want galvanic isolation. 

In addition, transformer-based devices offer the best 

possibilities for combination with thinfilm modules. 

The new generation: globally communicative 

Just radio where previously cables were required – 

Bluetooth makes it possible. The Sunny Boys of the 

new generation are provided with this innovative 

radio technology. Set for international action: the 

new Sunny Boy speaks German, English, French, Spanish, 

Italian, and Greek. 

Easy installation of the new Sunny Boy 

In addition to its completely new installation and wiring 

concept, the new Sunny Boy is not only 20 percent 

lighter, it is also clearly reduced in volume. Installation 

in a flash on a tophat rail or wall fixture is thus 

guaranteed. The concept is rounded off by wiring without 

tools due to special SMA spring-type clamps and 

effective anti-theft device. 

A new generation of electrically isolated inverters: Full of 

state-of-the-art SMA technology, the Sunny Boy HF delivers 

the highest yields for inverters with transformers of this 

performance class. 

The new generation of the Sunny Boy series: with Bluetooth 

and flexible country settings as standard.

................................................................................................................................................................... 

Single-phased 


................................................................................................................................................................... 

Art. No. 0201741 0201539 0201018 0201742 

Model SMA SB 1300TL-10 SMA SB 1600TL-10 SMA SB 2100TL-10 SMA SB 2500TLST‐21 

MPPvoltagerange 125-480V 155-480V 200-480V 180-500V 

Open circuit voltage 600 V 600 V 600 V 750 V 

Max. input current 11 A 11 A 11 A 15 A 

Nominal output 1300 W 1600 W 1950 W 2500 W 

Max. DC power 1400 W 1700 W 2200 W 2650 W 

MPPtracker 1pc. 1pc. 1pc. 1pc. 

Output voltage 180 - 260 V 180 - 260 V 180 - 260 V 180 - 280 V 

Power factor cos p hi 1 1 1 1, 0.8 (leading) - 0.8 (lagging) 

Frequency 50Hz-4.5Hz,+2.5Hz 50Hz-4.5Hz,+2.5Hz 50Hz-4.5Hz,+2.5Hz 50,60Hz±5 Hz 

Max. efficiency 96.0 % 96.0 % 96.0 % 97.0 % 

Euro efficiency 94.3 % 95.0 % 95.2 % 96.0 % 

Night-time consumption 0.1 W 0.1 W 0.1 W 1.0 W 

Ambient temperature -25 to +60 °C -25 to +60 °C -25 to +60 °C -25 to +60 °C 

Relative humidity IEC 60721-3-4, 4K4H IEC 60721-3-4, 4K4H IEC 60721-3-4, 4K4H 0 to 100 %, no condensation 

Heat dissipation Convection Convection Convection Convection 

Protection mode IP65 IP65 IP65 IP65 

Circuit type 

Transformerless, singlephased 




Grid monitoring Yes Yes Yes Yes 

Fault current monitoring Fault current monitoring 

according to VDE 0126 

Fault current monitoring 





accordingtoVDE0126 

Display LC display LC display LC display Graphic LC display 

Casing Aluminium Aluminium Aluminium Aluminium 

Dimensions (W / H / D) 440 mm / 339 mm / 214 mm 440 mm / 339 mm / 214 mm 440 mm / 339 mm / 214 mm 490 mm / 519 mm / 185 mm 

Weight 16 kg 16 kg 16 kg 23 kg 

Warranty * 5 years 5 years 5 years 5 years 

Norms 

CE mark, VDE 0126-1-1, G83/1- 

1, PPC, AS 4777, EN 50438¹, 

C10/11, PPDS, UTE C15-712-1, 

VDE-AR-N 4105, RD1699 

CE mark, VDE 0126-1-1, G83/1- 

1, PPC, AS 4777, EN 50438¹, 

C10/11, PPDS, UTE C15-712-1, 

VDE-AR-N 4105, RD1699 

CE mark, VDE 0126-1-1, G83/1- 

1, PPC, AS 4777, EN 50438¹, 

C10/11, PPDS, UTE C15-712-1, 

VDE-AR-N 4105, RD1699 

CE mark, VDE 0126-1-1, G83/1- 

1, C10/11, G59/2, VDE-AR-N 

4105 

33 

Art. No. 0201743 0201583 0201744 0201584 

Model SMA SB 3000TLST‐21 SMA SB 3000TL-21 SMA SB 3600TL-21 SMA SB 4000TL-21 



Max.inputcurrent 15A 2x15A 2x15A 2x15A 





Power factor cos phi 1, 0.8 (leading) - 0.8 (lagging) 1, 0.8 (leading) - 0.8 (lagging) 1, 0.8 (leading) - 0.8 (lagging) 1, 0.8 (leading) - 0.8 (lagging) 

Frequency 50, 60 Hz ±5 Hz 50, 60 Hz ±5 Hz 50, 60 Hz ±5 Hz 50, 60 Hz ±5 Hz 





Relative humidity 0 to 100 %, no condensation 0 to 100 %, no condensation 0 to 100 %, no condensation 0 to 100 %, no condensation 

Heat dissipation Convection Convection Convection Convection 


Circuit type 














Display Graphic LC display Graphic LC display Graphic LC display Graphic LC display 





Norms 

CE mark, VDE 0126-1-1, G83/1- 

1, C10/11, G59/2, VDE-AR-N 

4105 

CE mark, VDE 0126-1-1, 

C10/11, VDE-AR-N 4105 

CE mark, VDE 0126-1-1, 

C10/11, VDE-AR-N 4105 

CE mark, VDE 0126-1-1, 

C10/11, VDE-AR-N 4105 

Continued on next page 


................................................................................................................................................................... 


Single-phased 

................................................................................................................................................................... 

Art. No. 0201585 0201118 0201119 0201120 

34 

Model SMA SB 5000TL-21 SMA SB 2000HF-30 SMA SB 2500HF-30 SMA SB 3000HF-30 



Max.inputcurrent 2x15A 12A 15A 15A 





Power factor cos phi 1, 0.8 (leading) - 0.8 (lagging) 1 1 1 

Frequency 50, 60 Hz ±5 Hz 50Hz±4.5Hz 50Hz±4.5Hz 50Hz±4.5 Hz 






Heat dissipation Convection OptiCool fan OptiCool fan OptiCool fan 


Circuit type 


High frequency transformer, 

single-phased 


single-phased 


single-phased 










Display Graphic LC display Graphic LC display Graphic LC display Graphic LC display 





Norms CE mark, VDE 0126-1-1, 

C10/11, VDE-AR-N 4105 

CE mark, VDE 0126-1-1, G83/1- 

1, PPC, AS 4777, EN 50438¹, 

C10/11, PPDS, IEC 61727, 

SI4777, UTE C15-712-1, VDE- 

AR-N 4105, RD1699 

CE mark, VDE 0126-1-1, G83/1- 

1, PPC, AS 4777, EN 50438¹, 

C10/11, PPDS, IEC 61727, 

SI4777, UTE C15-712-1, VDE- 

AR-N 4105, RD1699 

CE mark, VDE 0126-1-1, G83/1- 

1, PPC, AS 4777, EN 50438¹, 

C10/11, PPDS, IEC 61727, 

SI4777, UTE C15-712-1, VDE- 

AR-N 4105, RD1699 

* - Can optionally be extended to 10 / 15 / 20 / 25 years 


................................................................................................................................................................... 


Single-phased 

................................................................................................................................................................... 

Kaco Powador 00 Series 

Inverters without transformers 

36 

Higher efficiency 

Without transformers, the inverters of the Kaco 00 

series achieve optimal efficiency. As a specialist for 

inverters without transformers, Kaco has equipped all 

devices of the 00 series with a full bridge and omitted 

the boost converters. The self-controlled devices emulate 

the sinus voltage curve of the public power grid 

using a H4 bridge. Prerequisite for using the 00 series 

inverters is an input voltage higher than the grid peak 

voltage. 

Simple installation 

With a MPP range of 350 to 600 V and an off-load 

voltage of 800 V the conditions for a simple system 

dimensioning are ideal. The devices are connected to 

the grid by screw terminals. The redundant 3-phase 

monitoring, including an AC/DC sensitive residual-current-operated 

protective device, facilitates the grid 

connection, even in the case of systems with several 

inverters. 

Long service life 

All inverters operate up to outputs of 8 kW with silent 

and purely passive cooling. The lost heat is optimally 

dissipated by the cooling element on the back. This 

cooling without mechanical fans reduces error sources 

and thus achieves a long life-cycle of the devices. 

100 % feed-in 

The Kaco Powador 7900 was specifically developed for 

applications with connections limits of 20 kW. Due to 

the 100 % symmetrical feed-in of 20 kW, not one watt 

of power is wasted, not even in Spain, Italy or Greece. 

The Powador 3200 – 5500 without transformers can be single-phase 

connected individually, due to their nominal output. 

The single-phase Powador 6600 – 9600 have a nominal output 

of more than 5 kW; for this reason the unbalanced load 

between feed-in phases should be considered during the 

dimensioning.

................................................................................................................................................................... 

Single-phased 


................................................................................................................................................................... 

Art. No. 0201462 0201463 0201464 0201465 0201466 

Model Kaco Powador 3200 

DCS INT 

Kaco Powador 4400 

DCS INT 


DCS INT 


DCS INT 


DCS INT 

MPPvoltagerange 350-600V 350-600V 350-600V 350-600V 350-600V 

Open circuit voltage 800 V 800 V 800 V 800 V 800 V 

Max. input current 8.6 A 12.0 A 14.5 A 15.2 A 18.0 A 

Nominal output 2600 W 3600 W 4400 W 4600 W 5500 W 

Max. DC power 3200 W 4400 W 5300 W 5500 W 6600 W 

MPPtracker 1pc. 1pc. 1pc. 1pc. 1pc. 

Output voltage 190 - 264 V 190 - 264 V 190 - 264 V 190 - 264 V 190 - 264 V 

Power factor cos phi 

0.8 inductive, 

0.8 capacitive 









Frequency 50Hz 50Hz 50Hz 50Hz 50Hz 

Harmonic distortion < 3 %

................................................................................................................................................................... 


Single-phased 

................................................................................................................................................................... 

Art. No. 0201467 0201468 0201469 0201470 

38 

Model Kaco Powador 7700 DCS INT Kaco Powador 7900 DCS INT Kaco Powador 8600 DCS INT Kaco Powador 9600 DCS INT 



Max. input current 19.0 A 19.7 A 21.4 A 24.0 A 





Power factor cos phi 0.8 inductive, 0.8 capacitive 0.8 inductive, 0.8 capacitive 0.8 inductive, 0.8 capacitive 0.8 inductive, 0.8 capacitive 

Frequency 50Hz 50Hz 50Hz 50Hz 


................................................................................................................................................................... 


Single-phased 

................................................................................................................................................................... 

Kaco Powador 02 Series 

Great flexibility, simple installation 

40 

New current sensor 

The new current sensor of the Kaco Powador 02 series 

enables more precise control and better MPP tracking. 

The inverters with electrical isolation satisfy with their 

effortless installation, good efficiency as well as optimal 

operation by means of thin-film modules. 

Effortless installation 

The connections are situated on their own PCB within 

the casing and can be connected easily. For a faster and 

easier wiring, all communication connections are 

mounted separately on a PCB. A DC circuit breaker is 

integrated into the device. 

Electrical isolation 

Due to the electrical isolation, the devices can be installed 

even in places that would be impossible for 

devices without transformers. The wide input voltage 

range makes the devices extremely flexible and enables 

feed-in even at low irradiation. 

Advantages in brief 

n 

International inverters for 16 countries 

n 

New current sensor 

n 

Electrical isolation 

n 

Simple installation 

n 

High efficiency 

n 

Simple wiring 

n 

Optimal for thin-film modules 

n 

Display of earthing status of the PV generator 

The integrated transformer of the Powador 02 series ensures 

electrical isolation from the mains, which allows the 

use of thin-film modules without any problems. 

Withan efficiency of 96 %, the inverters of the Kaco Powador 

02 series are among the top-rated of their class.

................................................................................................................................................................... 

Single-phased 


................................................................................................................................................................... 

Art. No. 0201124 0201126 0201128 0201130 0201132 

Model 

Kaco Powador 2002 INT Kaco Powador 3002 INT Kaco Powador 4202 INT Kaco Powador 5002 INT Kaco Powador 6002 INT 


Open circuit voltage * 600 V 600 V 600 V 600 V 600 V 

Max. input current 14.3 A 13.5 A 18.5 A 22.4 A 26.5 A 

Nominal output ** 1650 W 2500 W 3500 W 4200 W 4600 / 5000 W 



Output voltage 190 - 264 V 190 - 264 V 190 - 264 V 190 - 264 V 190 - 264 V 














................................................................................................................................................................... 


Single-phased 

................................................................................................................................................................... 

Kostal Piko – The single-phase All-in-One solution 

42 

Versatile application 

Withageneratorpowerof3kW,theKostalPiko 

single-phase inverter is convincing not only for its flexible 

range of applications in virtually all PV systems. 

Transformerless conversion as well as the standard 

integrated DC disconnect are just two of the numerous 

features of the Piko series. Moreover, and in addition 

to its high reliability, the inverter provides ease of 

installation and a simplified country configuration. 

Single-phase inverter 

As single-phase inverter of the Piko series, Kostal Piko 

3.0 offers many special equipment features. Already 

integrated are the switch contact for own consumption 

control, an electronic DC disconnect as well as a datalogger 

and web server for system monitoring. Additionally 

provided are standard interfaces such as 

RS485, S0, two Ethernet as well as four analogue inputs 

allowing communications with other system components. 


n 

Transformerless conversion 

n 

Easy handling with gripdepressions on the side 

n 

Broad input voltage range 

n 

Integrated switch contact for internal consumption 

control 

n 

Integrated robust electronic DC switch 

n 

Integrated datalogger and web server for system 

monitoring 

n 

Various communication interfaces integrated as a 

standard 

n 

Graphic display with 3-button operating concept 

The single-phase Kostal inverter is transformerless and provided 

withan integrated datalogger. 

The Piko sensor allows to compare actual irradiation and 

temperature conditions with the performance data of the 

PV system.

................................................................................................................................................................... 

Single-phased 


................................................................................................................................................................... 

Art. No. 0201884 

Model Kostal Piko 3.0 

MPP voltage range 

270 - 730 V 


900 V 

Max. input current 

12.5 A 

Nominal output 

3000 W 

Max. DC power 

4300 W 

MPP tracker 

1 pc. 

Output voltage 

230 V 


1, 0.9 inductive, 0.9 capacitive 

Frequency 

50 Hz 

Max. efficiency 96.20 % 

Euro efficiency 95.50 % 

Night-time consumption < 1.7 W 

Ambient temperature -20 to +60 °C 

Heat dissipation 

Controlled air cooling 

Relative humidity 

0 to 95 %, no condensation 

Protection mode 

IP55 

Circuit type 

Transformerless, single-phased 

DC load disconnector 

Integrated 

Surge protection 

Integrated 

Grid monitoring 

DIN V VDE 0126-1-1, VDEW-compliant 

Display 

Graphic display with 3-button operating concept 

Connection (input / output) MC4 / spring-loaded terminal strip 

Casing 

Sheet steel 

Dimensions (W / H / D) 500 mm / 385 mm / 222 mm 

Weight 

22 kg 

Warranty * 

5 years 

Norms 

DIN VDE 0100-712, DIN EN 61000-3-2:2006, DIN EN 61000-6-3:2007, DIN V VDE V 0126-1-1 (VDE V 0126-1-1):2006-02, VDE-AR-N 

4105, OVE/ONORM E 8001-4-712:2009-12, appendix A (AT), G83/1-1, G59/2 

43 

* - Can optionally be extended to 10 / 20 years 


................................................................................................................................................................... 


Three-phased 

................................................................................................................................................................... 

SMA Sunny Tripower – Three-phase feed for 

simple system planning 

44 

Greatest efficiency 

Cost-effective, safe and flexible – these qualities make 

the SMA Sunny Tripower inverters extremely efficient 

inverters. With an efficiency of 98%, open circuit voltage 

upto 1000 V and power ratings of 5 to 25 kW, the 

inverters are perfectly suited for all applications. 

The latest technology 

The innovative product qualities of the Sunny Tripower 

series guarantee simple installation, high yields and 

safe grid support. The multi-string technology and 

the large input voltage range make the inverters ready 

for all system dimensioning – from 5 kW to the megawatt 

range. 

Best safety 

The Sunny Tripower inverters meet the requirements 

of the VDEW Mean Voltage directives and are therefore 

a reliable part of the grid management. The safety 

concept with string failure detection, electronic string 

protection and integrable lightning protection function 

ensures greatest availability and reduces system 

costs. 


n 

Integrated DC circuit breaker ESS 

n 

String current monitoring 

n 

Flexible module dimensioning with two boost converters 

n 

Tool-free cable connection 

n 

Innovative DC connector system 

n 

Easily accessible connection area 

n 

Communication via Bluetooth 

The SMA Sunny Tripower – efficient, innovative and safe. 

Monitoring of system data withthe SMA Sunny Beam.

................................................................................................................................................................... 

Three-phased 


................................................................................................................................................................... 

Art. No. 0201748 0201749 0201750 0201751 0201752 

Model STP 5000TL-20 STP 6000TL-20 STP 7000TL-20 STP 8000TL-20 STP 9000TL-20 



Max. input current (per 11A/10A 11A/10A 15A/10A 15A/10A 15A/10A 

input/MPPT) 





160 - 280 V, threephased 





Power factor cos phi 1, 0.8 (leading) - 

0.8 (lagging) 

1, 0.8 (leading) - 

0.8 (lagging) 

1, 0.8 (leading) - 

0.8 (lagging) 

1, 0.8 (leading) - 

0.8 (lagging) 

1, 0.8 (leading) - 

0.8 (lagging) 

Frequency 50, 60 Hz ±5 Hz 50,60Hz±5 Hz 50, 60 Hz ±5 Hz 50, 60 Hz ±5 Hz 50, 60 Hz ±5 Hz 

Max. efficiency 98.0 % 98.0 % 98.0 % 98.0 % 98.0 % 

Euro efficiency 97.1 % 97.4 % 97.5 % 97.6 % 97.6 % 

Night-timeconsumption 1W 1W 1W 1W 1W 

Ambient temperature -25 to +60 °C -25 to +60 °C -25 to +60 °C -25 to +60 °C -25 to +60 °C 


0 to 100 %, no 

condensation 

0 to 100 %, no 

condensation 

0 to 100 %, no 

condensation 

0 to 100 %, no 

condensation 

0 to 100 %, no 

condensation 

Heat dissipation OptiCool fan OptiCool fan OptiCool fan OptiCool fan OptiCool fan 

Protection mode IP65 IP65 IP65 IP65 IP65 

Circuit type 

Transformerless, threephased 





Grid monitoring Yes Yes Yes Yes Yes 

Fault current monitoring Fault current 

monitoring according 

to VDE 0126 

Fault current 


to VDE 0126 

Fault current 


to VDE 0126 

Fault current 


to VDE 0126 

Fault current 


to VDE 0126 

Display LCD graphics display LCD graphics display LCD graphics display LCD graphics display LCD graphics display 

Casing Aluminium Aluminium Aluminium Aluminium Aluminium 

Dimensions (W / H / D) 470 mm / 730 mm / 

240 mm 

470 mm / 730 mm / 

240 mm 

470 mm / 730 mm / 

240 mm 

470 mm / 730 mm / 

240 mm 

470mm/730mm/ 

240 mm 

Weight 37 kg (approx.) 37 kg (approx.) 37 kg (approx.) 37 kg (approx.) 37 kg (approx.) 

Warranty * 5 years 5 years 5 years 5 years 5 years 

Norms CE mark, VDE 0126-1-1, 

UTE C15-712-1, VDE-AR- 

N4105 

CE mark, VDE 0126-1-1, 

UTE C15-712-1, VDE-AR- 

N4105 

CE mark, VDE 0126-1-1, 

UTE C15-712-1, VDE-AR- 

N4105 

CE mark, VDE 0126-1-1, 

RD 661/2007, PPC, AS 

4777, EN 50438¹, 

C10/11, PPDS, UTE C15- 

712-1, G59/2, VDE-AR-N 

4105, BDEW 2008, 

RD1699 

CE mark, VDE 0126-1-1, 

UTE C15-712-1, VDE-AR- 

N4105 

45 



................................................................................................................................................................... 


Three-phased 

................................................................................................................................................................... 

Art. No. 0202118 0201111 0202119 0201112 

46 

Model STP 10000TL-20 STP 10000TL-10 STP 12000TL-20 STP 12000TL-10 



Max. input current (per 18A/10A 22A/11A 18A/10A 22A/11A 

input/MPPT) 




Output voltage 160 - 280 V, three-phased 160 - 280 V, three-phased 160 - 280 V, three-phased 160 - 280 V, three-phased 

Power factor cos phi 0.8 (leading) - 0.8 (lagging) 1 0.8 (leading) - 0.8 (lagging) 1 

Frequency 50, 60 Hz ±5 Hz 50Hz±5 Hz 50, 60 Hz ±5 Hz 50Hz±5 Hz 



Night-time consumption 1 W < 1 W 1 W < 1 W 



Heat dissipation OptiCool fan OptiCool fan OptiCool fan OptiCool fan 


Circuit type Transformerless, three-phased Transformerless, three-phased Transformerless, three-phased Transformerless, three-phased 










Display LCD graphics display LCD graphics display LCD graphics display LCD graphics display 



Weight 37 kg (approx.) 65 kg (approx.) 38 kg (approx.) 65 kg (approx.) 


Norms AS 4777, CE, CEI 0-21, 

C10/11:2012, DIN EN 62109-1, 

EN 50438, G59/3, G83/2, IEC 

62109-2, NEN EN 50438, NRS 

097-2-1, PPC, PPDS, RD 

661/2007, RD 1699:2011, SI 

4777, UTE C15-712-1, VDE 

0126-1-1, VDE AR-N 4105, VFR 

2013, VFR 2014 

CE mark, VDE 0126-1-1, RD 

661/2007, PPC, AS 4777, EN 

50438¹, C10/11, PPDS, IEC 

61727, UTE C15-712-1, G59/2, 

VDE-AR-N 4105, BDEW 2008, 

RD1699, CEI 0-21 

AS 4777, CE, CEI 0-21, 

C10/11:2012, DIN EN 62109-1, 

EN 50438, G59/3, G83/2, IEC 

62109-2, NEN EN 50438, NRS 

097-2-1, PPC, PPDS, RD 

661/2007, RD 1699:2011, SI 

4777, UTE C15-712-1, VDE 

0126-1-1, VDE AR-N 4105, VFR 

2013, VFR 2014 


661/2007, PPC, AS 4777, EN 

50438¹, C10/11, PPDS, IEC 

61727, UTE C15-712-1, G59/2, 

VDE-AR-N 4105, BDEW 2008, 

RD1699, CEI 0-21 



................................................................................................................................................................... 

Three-phased 


................................................................................................................................................................... 

Art. No. 0201113 0201114 0202159 0202160 

Model STP 15000TL-10 STP 17000TL-10 STP 20000TL-30 STP 25000TL-30 



Max. input current (per 33A/11A 33A/11A 33A/33A 33A/33A 

input/MPPT) 




Output voltage 160 - 280 V, three-phased 160 - 280 V, three-phased 160 - 280 V, three-phased 160 - 280 V, three-phased 

Power factor cos p hi 1 1 1 1 

Frequency 50 Hz ±5 Hz 50Hz±5 Hz 50, 60 Hz -6 Hz, +5 Hz 50, 60 Hz -6 Hz, +5 Hz 



Night-time consumption < 1 W < 1 W < 1 W < 1 W 



Heat dissipation OptiCool fan OptiCool fan OptiCool fan OptiCool fan 












Display LCD graphics display LCD graphics display Without display Without display 





Norms 


661/2007, PPC, AS 4777, EN 

50438¹, C10/11, PPDS, IEC 

61727, UTE C15-712-1, G59/2, 

VDE-AR-N 4105, BDEW 2008, 

RD1699, CEI 0-21 


661/2007, PPC, AS 4777, EN 

50438¹, C10/11, PPDS, IEC 

61727, UTE C15-712-1, G59/2, 

VDE-AR-N 4105, BDEW 2008, 

RD1699, CEI 0-21 

CE mark, VDE 0126-1-1, VDE- 

AR-N 4105, AS 4777, BDEW 

2008, C10/11, CE, CEI 0-16, CEI 

0-21, EN 50438, G59/3, 

IEC61727, IEC 62109-1/2, NEN 

EN 50438, PPC, RD 1699, RD 

661/2007, SI4777, UTE C15- 

712-1 


AR-N 4105, AS 4777, BDEW 

2008, C10/11, CE, CEI 0-16, CEI 

0-21, EN 50438, G59/3, 

IEC61727, IEC 62109-1/2, NEN 

EN 50438, PPC, RD 1699, RD 

661/2007, SI4777, UTE C15- 

712-1 

47 



................................................................................................................................................................... 


Three-phased 

................................................................................................................................................................... 

Art. No. 0201731 0201732 0202161 0202162 

48 

Model STP 15000TLEE-10 STP 20000TLEE-10 FLX PRO 15 FLX PRO 17 



Max. input current (per 36A 36A 13.5A/13.5A/13.5A 13.5A/13.5A/13.5A 

input/MPPT) 




Output voltage 160 - 280 V, three-phased 160 - 280 V, three-phased 230/400 V, three-phased 230/400 V, three-phased 

Power factor cos phi 1, 0.8 (leading) - 0.8 (lagging) 1, 0.8 (leading) - 0.8 (lagging) 1, 0.8 (leading) - 0.8 (lagging) 1, 0.8 (leading) - 0.8 (lagging) 

Frequency 50, 60 Hz -6 Hz, +5 Hz 50, 60 Hz -6 Hz, +5 Hz 50, 60 Hz -6 Hz, +5 Hz 50, 60 Hz -6 Hz, +5 Hz 



Night-time consumption 1 W 1 W 2.7 W 2.7 W 



Heat dissipation OptiCool fan OptiCool fan Fan Fan 












Display 

LCD graphics display (Project LCD graphics display (Project LCD graphics display 

LCD graphics display 

variant without display) variant without display) 





Norms 


661/2007, PPC, AS 4777, EN 

50438¹, C10/11, PPDS, IEC 

61727, UTE C15-712-1, G59/2, 

VDE-AR-N 4105, RD 1699, CEI 

0-21 


661/2007, PPC, AS 4777, EN 

50438¹, C10/11, PPDS, IEC 

61727, UTE C15-712-1, G59/2, 

VDE-AR-N 4105, RD 1699, CEI 

0-21 


AR-N 4105, AS 4777, BDEW 

2008, C10/11, CE, CEI 0-16, CEI 

0-21, EN 50438, G59/3, 

IEC61727, IEC 62109-1/2, NEN 

EN 50438, PPC, RD 1699, RD 

661/2007, SI4777, UTE C15- 

712-1 


AR-N 4105, AS 4777, BDEW 

2008, C10/11, CE, CEI 0-16, CEI 

0-21, EN 50438, G59/3, 

IEC61727, IEC 62109-1/2, NEN 

EN 50438, PPC, RD 1699, RD 

661/2007, SI4777, UTE C15- 

712-1 

* - Can optionally be extended to 10 / 15 / 20 / 25 years 

Art. No. 0201731 / 0201732 / 0202161 / 0202162: starting at 100 kW, also available as Project variant 


................................................................................................................................................................... 


Three-phased 

................................................................................................................................................................... 

Kaco Powador / blueplanet TL3 series 

Inverters from 5 to 17 kW 

50 

The latest technology 

Kaco only uses state-of-the-art technology for the 

manufacture of the new grid inverters of the TL3 series. 

The devices have extremely flexible applications within 

a range of 5 to 17 kW and satisfy the highest quality 

requirements. Real three-phase devices, they supply 

sinusoidal alternating current with a phase shift of 

120°. The devices are equipped as a standard with 

data logger and web server as well as a graphic display 

to show operating data including the new "priwatt" 

function in order to optimize own consumption. All 

technical control functions can thus be directly handled 

via a commercially available PC as well as via the firmly 

implemented M2M interface. 

TL3 series 

The transformerless inverters of the TL3 series operate 

with two separate MPP trackers and can process solar 

energy from upto four strings which can be completely 

asymmetrically loaded. The input voltage range is designed 

particularly wide with 350 to 800 V. The start 

voltage is already at 250 V, peak efficiency is 98 %. 

Other benefits at a glance 

n 

Cooling by temperature-controlled fans 

n 

RS485 interface for communication 

n 

Integrated web server for seamless monitoring via 

Ethernet 

n 

USB interface for easy software updates 

n 

Graphic display to show the operating data 

n 

Simple installation due to compact housing 

n 

Asymmetrical dimensioning possible 

Kaco blueplanet are the ideal inverters for the smooth and 

most efficient design of any residential or small commercial 

solar power plant. 

The transformerless inverters of the Powador TL3 series convince 

with the highest efficiency of > 98.0 %.

................................................................................................................................................................... 

Three-phased 


................................................................................................................................................................... 

Art. No. 0201236 0201237 0201238 0201239 0201250 

Model 

Kaco blueplanet 5.0 TL3 Kaco blueplanet 6.5 TL3 Kaco blueplanet 7.5 TL3 Kaco blueplanet 9.0 TL3 Kaco Powador 10.0 TL3 

MPP voltage range * 240 - 800 V 310 - 800 V 350 - 800 V 420 - 800 V 200 - 800 V 


Max.inputcurrent 2x11.0A 2x11.0A 2x11.0A 2x11.0A 2x18.6A 




Output voltage 400 / 230 V 400 / 230 V 400 / 230 V 400 / 230 V 400 / 230 V 














................................................................................................................................................................... 


Three-phased 

................................................................................................................................................................... 

Art. No. 0201251 0201252 0201301 0201302 

52 

Model Kaco Powador 12.0 TL3 Kaco Powador 14.0 TL3 Kaco Powador 18.0 TL3 Kaco Powador 20.0 TL3 

MPP voltage range * 200 - 800 V 200 - 800 V 200 - 800 V 200 - 800 V 


Max.inputcurrent 2x18.6A 2x18.6A 2x18.6A 2x18.6A 




Output voltage 400 / 230 V 400 / 230 V 400 / 230 V 400 / 230 V 




................................................................................................................................................................... 


Three-phased 

................................................................................................................................................................... 

Kaco Powador central inverters 

Efficient and reliable 

54 

Individual performance 

With generator outputs of 25 to 60 kVA, the inverters 

of the Kaco Powador series cover a broad performance 

range completely. The ability of combining all devices 

freely enables any project to be realised optimally and 

individually – from single-family houses to decentralized 

megawatt solar parks. 

Powador TL3 series 

Based on the concept of the successful 30 kW family 

and the switching concept of the Powador 14.0 TL3, 

these devices have been redesigned completely: As 

three-phase devices they feed in between the phases 

with a typical shift of 120°. A number of country-specific 

presets are programmed into the inverters; simply 

select the required ones on site on the devices. To 

achieve optimal adjustment the devices operate three 

separate MPP trackers, which can be loaded asymmetrically. 

The input voltage range is designed particularly 

wide with 350 to 800 V. 


n 

Generator output of 25 to 60 kVA 

n 

Ability to combine all devices 

n 

n 

n 

n 

n 

Patented MPP control 

New IGBT circuit breaker 

3-phase voltage monitoring for devices without 

transformers 

Integrated string collector with string fuse and 

overvoltage protection (with Powador 30.0 – 72.0 

TL3 XL variants) 

Lowest kW price with Powador 60.0 and 72.0 TL3 

Available in four designs 

n 

M version with DC disconnect, 1 string per MPPT 

connectable 

n 

XL version with integrated string collector and string 

fuse as well as surge protection. For the 60 kVA 

device, 5 strings per MPP tracker can be connected 

and 4 strings for devices upto 40 kVA. 

n 

XL-F with fuse on plus and minus inputs 

n 

XL-SPD 1+2 with surge protector equipment of type 

1+2 per MPP tracker 

n 

Park devices with 480 V output voltage for decentralized 

major photovoltaic systems, for connection 

to external transformers 

The transformerless three-phase current inverters of the 

Powador TL3 series can be used internationally and are 

extremely flexible regarding their design. 

Central inverters from 500 to 2000 kVA enable further efficient 

solutions for large-scale systems starting at 500 kWp.

................................................................................................................................................................... 

Three-phased 


................................................................................................................................................................... 

Art. No. 0201241 0201247 0201242 0201248 0201243 

Model 

Kaco Powador 30.0 TL3 

MINT 


XL INT 


MINT 


XL INT 


MINT 



Max.inputcurrent 3x34A 3x34A 3x34A 3x34A 3x34A 


















................................................................................................................................................................... 


Three-phased 

................................................................................................................................................................... 

Art. No. 0201249 0201284 0201285 0201286 0201287 

56 

Model 


XL INT 


MINT 


XL INT 


Park M INT 


Park XL INT 



Max.inputcurrent 3x34A 3x34A 3x34A 3x34A 3x34A 


















................................................................................................................................................................... 

Three-phased 


................................................................................................................................................................... 

Art. No. 0201288 0201289 0201290 0201291 

Model 

Kaco Powador 60.0 TL3 M INT Kaco Powador 60.0 TL3 XL INT Kaco Powador 72.0 TL3 Park 

MINT 

Kaco Powador 72.0 TL3 Park 

XL INT 



Max.inputcurrent 3x36A 3x36A 3x36A 3x36A 




Output voltage 400 / 230 V 400 / 230 V 480 / 277 V 480 / 277 V 




................................................................................................................................................................... 


Three-phased 

................................................................................................................................................................... 

Kostal Piko – The three-phase All-in-One solution 

58 

The Kostal Group 

In 1912, the Kostal groupof companies was founded in 

Lüdenscheid (Germany) and, today, it has a workforce 

of over 15,000 people at 38 locations worldwide. The 

corporate focus is on the development and production 

of technologically sophisticated electronic and electromechanical 

products for all worldwide leading motor 

vehicle manufacturers and their suppliers. Inverters 

from Kostal Solar Electronic thereby profit in terms of 

high quality and long-term security with regard to 

durability, service and guarantee. 

Versatile application 

With generator outputs of 4 to 20 kW, the three-phase 

inverters of the Kostal Piko series are convincing on the 

basis of their advantages in terms of flexibility, communications 

and handiness with regard to virtually any 

PV system. The standard integrated communications 

package enables – through numerous interfaces – system 

monitoring via the free company-own portal. 

Moreover, and in addition to their high reliability, 

the inverters provide ease of installation and a simplified 

country configuration. 

New generation 

Since 2014, the proven Piko family is being successively 

replaced by a new generation with enhanced flexibility, 

an extended range of features and improved efficiencies. 

For all devices (except for Piko 5.5 10A), parallel 

connection enables an increase of the maximum DC 

input current. Moreover, Kostal Piko 5.5 as well as Piko 

15 / 17 / 20 are provided with three independent MPP 

trackers. All three-phase inverters have an integrated 

datalogger and web server for systems monitoring, as 

well as the communications interfaces Ethernet, RS485, 

S0 and four analog inputs. External consumers (e.g. 

heat pump, infrared heating, air conditioning) can be 

directly controlled; dynamic control of effective power 

can be realized with the optional Piko BA sensor interface. 


n 

Quality and security of an automotive group 

n 

Three-phase feed-in already as low as 4.2 kW 

n 

Flexible input voltage range 

n 

Optimization of own consumption by Piko sensor, EE 

bus and S0 interface 

n 

Effortless installation 

n 

Simple country configuration for over 30 countries 

n 

Integrated datalogger and web server for system 

monitoring 

All three-phase Kostal inverters are transformerless and provided 

withan integrated datalogger. 

The Piko sensor allows to compare actual irradiation and 

temperature conditions with the performance data of the 

PV system.

................................................................................................................................................................... 

Three-phased 


................................................................................................................................................................... 

Art. No. 0201546 0201547 0201745 0201737 0201548 

Model Kostal Piko 4.2 EU DCS Kostal Piko 5.5 EU DCS Kostal Piko 5.5 10A Kostal Piko 7.0 EU DCS Kostal Piko 8.3 EU DCS 



Max. input current 9.0 A 9.0 A 10 A 12.5 A 12.5 A 




Output voltage 400 / 230 V 400 / 230 V 184 - 264.5 V 400 / 230 V 400 / 230 V 


1, 0.95 inductive, 










Frequency 50Hz 50Hz 50Hz(–2.5Hz,+1.5Hz) 50Hz 50Hz 



Night-time consumption < 1 W < 1 W < 2.7 W < 1 W < 1 W 


Heat dissipation Controlled air cooling Controlled air cooling Controlled air cooling Controlled air cooling Controlled air cooling 


0 to 95 %, no 

condensation 

0to95%, no 

condensation 

0to95%, no 

condensation 

0to95%, no 

condensation 

0to95%, no 

condensation 


Circuit type 






DC load disconnector Integrated Integrated Integrated Integrated Integrated 

Surgeprotection TypeII/III TypeII/III TypeII/III TypeII/III TypeII/III 

Grid monitoring DIN V VDE 0126-1-1, 

VDEW-compliant 

DIN V VDE 0126-1-1, 


DIN V VDE 0126-1-1, 


DIN V VDE 0126-1-1, 


DIN V VDE 0126-1-1, 


Display 

Two-line LC display, Two-line LC display, Two-line LC display, Graphic LC display Graphic LC display 

LEDs 

LEDs 

LEDs 

Connection (input / output) MC4 / spring-loaded 

terminal strip 

MC4 / spring-loaded 








Casing Sheet steel Sheet steel Sheet steel Sheet steel Sheet steel 


350 mm 

420 mm / 211 mm / 

350 mm 

420 mm / 211 mm / 

350 mm 

520 mm / 230 mm / 

450 mm 

520mm/230mm/ 

450 mm 



Norms 

DIN VDE 0100-712, DIN 

EN 61000-3-2:2006, DIN 

EN 61000-6-3:2007, DIN 

V VDE V 0126-1-1 (VDE 

V 0126-1-1):2006-02, 

VDE-AR-N 4105, 

OVE/ONORM E 8001-4- 

712:2009-12, appendix 

A (AT), G83/1-1, G59/2 


EN 61000-3-2:2006, DIN 

EN 61000-6-3:2007, DIN 

V VDE V 0126-1-1 (VDE 

V 0126-1-1):2006-02, 



712:2009-12, appendix 

A (AT), G83/1-1, G59/2 


EN 61000-3-2:2006, DIN 

EN 61000-6-3:2007, DIN 

V VDE V 0126-1-1 (VDE 

V 0126-1-1):2006-02, 



712:2009-12, appendix 

A (AT), G83/1-1, G59/2 


EN 61000-3-2:2006, DIN 

EN 61000-6-3:2007, DIN 

V VDE V 0126-1-1 (VDE 

V 0126-1-1):2006-02, 



712:2009-12, appendix 

A (AT), G83/1-1, G59/2 


EN 61000-3-2:2006, DIN 

EN 61000-6-3:2007, DIN 

V VDE V 0126-1-1 (VDE 

V 0126-1-1):2006-02, 



712:2009-12, appendix 

A (AT), G83/1-1, G59/2 

59 



................................................................................................................................................................... 


Three-phased 

................................................................................................................................................................... 

Art. No. 0202073 0202064 0202065 0202066 0202166 

60 

Model Kostal Piko 10 Kostal Piko 12 Kostal Piko 15 Kostal Piko 17 Kostal Piko 20 



Max. input current 

18 A / 18 A (symmetrical 

dimensioning), 20 A / 

10 A (asymmetrical 

dimensioning) 

18 A / 18 A (symmetrical 

dimensioning), 20 A / 

10 A (asymmetrical 

dimensioning) 

20 A / 20 A / 20 A 

(symmetrical and 

asymmetrical dimensioning) 

20 A / 20 A / 20 A 



20 A / 20 A / 20 A 






Output voltage 185 - 264 V 185 - 264 V 184 - 264.5 V 184 - 264.5 V 184 - 264.5 V 












Frequency 

50 Hz (–2.5 Hz, +1.5 Hz) 50 Hz (–2.5 Hz, +1.5 Hz) 50 Hz (–2.5 Hz, +1.5 Hz) 50 Hz (–2.5 Hz, +1.5 Hz) 50 Hz (–2.5 Hz, +1.5 Hz) 



Night-time consumption < 1.8 W < 1.8 W < 1.8 W < 2.15 W < 2.15 W 


Heat dissipation Controlled air cooling Controlled air cooling Controlled air cooling Controlled air cooling Controlled air cooling 


4 to 100 %, no 

condensation 

4 to 100 %, no 

condensation 

4 to 100 %, no 

condensation 

4 to 100 %, no 

condensation 

4 to 100 %, no 

condensation 


Circuit type 






DC load disconnector Integrated Integrated Integrated Integrated Integrated 

Surgeprotection TypeII/III TypeII/III TypeII/III TypeII/III TypeII/III 

Grid monitoring DIN V VDE 0126-1-1, 


DIN V VDE 0126-1-1, 


DIN V VDE 0126-1-1, 


DIN V VDE 0126-1-1, 


DIN V VDE 0126-1-1, 


Display Graphic LC display Graphic LC display Graphic LC display Graphic LC display Graphic LC display 

Connection (input / output) MC4 / spring-loaded 










Casing Aluminium Aluminium Aluminium Aluminium Aluminium 


248 mm 

580 mm / 445 mm / 

248 mm 

700 mm / 540 mm / 

265 mm 

700 mm / 540 mm / 

265 mm 

700mm/540mm/ 

265 mm 



Norms 


EN 61000-3-2:2006, DIN 

EN 61000-6-3:2007, DIN 

V VDE V 0126-1-1 (VDE 

V 0126-1-1):2006-02, 



712:2009-12, appendix 

A (AT), G83/1-1, G59/2 


EN 61000-3-2:2006, DIN 

EN 61000-6-3:2007, DIN 

V VDE V 0126-1-1 (VDE 

V 0126-1-1):2006-02, 



712:2009-12, appendix 

A (AT), G83/1-1, G59/2 


EN 61000-3-2:2006, DIN 

EN 61000-6-3:2007, DIN 

V VDE V 0126-1-1 (VDE 

V 0126-1-1):2006-02, 



712:2009-12, appendix 

A (AT), G83/1-1, G59/2 


EN 61000-3-2:2006, DIN 

EN 61000-6-3:2007, DIN 

V VDE V 0126-1-1 (VDE 

V 0126-1-1):2006-02, 



712:2009-12, appendix 

A (AT), G83/1-1, G59/2 


EN 61000-3-2:2006, DIN 

EN 61000-6-3:2007, DIN 

V VDE V 0126-1-1 (VDE 

V 0126-1-1):2006-02, 



712:2009-12, appendix 

A (AT), G83/1-1, G59/2 

* - Can optionally be extended to 10 / 20 years 


Control and Measuring 

Instruments 

Only regular maintenance and monitoring will guarantee 

long-term high yields of a PV system. In addition to 

dataloggers and displays, we also offer own products in 

the area of measuring technology: The characteristics 

analyser TRI-KA will measure fast and simply the 

current/voltage curve of module strings and individual 

modules. Our sensors measure not only the outside 

temperature, but also the module temperature and thus 

improve the measuring results of a datalogger. 

63 

TRITEC 

SOLAR-LOG 

4-NOKS 

SOLARFOX

................................................................................................................................................................... 

CONTROL AND MEASURING INSTRUMENTS 

Characteristics Analyser 

................................................................................................................................................................... 

TRI-KA – The mobile characteristics analyser: Now 

even more efficient 

64 

Mobile portable measuring instrument 

The new TRI‐KA not only identifies the current voltage 

curves of module strings, but also of individual photovoltaic 

modules. The I-U characteristic curve, output, 

short-circuit current and open-circuit voltage are 

recorded by a 16 bit processor. During each measurement 

the TRI‐KA adjusts the measuring range and 

sample rate optimally. The device is easily and intuitively 

operated using the menus on the colour touch 

screen. The characteristic curve measured by the 

TRI‐KA can be converted to a STC characteristic curve 

based on the values measured by the sensor TRI‐SEN 

and displayed. In addition, the STC ideal characteristic 

curve of the manufacturer can be displayed, due to the 

integrated module data base. 

Wireless sensor 

Without contact, the wireless sensor TRI‐SEN measures 

the cell temperature, the angle of inclination and the 

irradiation at the solar module level. The measured 

values are wirelessly transferred directly to the main 

instrument, the TRI‐KA. The reference cell for the 

measuring of the irradiation can be either a monocrystalline 

or a polycrystalline cell. 

Evaluation software 

The evaluation software was also completely overhauled. 

The TRI‐KA software can evaluate, manage 

and store the measured module data on the PC. With 

a few steps of the guided Wizard, the measured data is 

saved to the respective customer or system directory. 

Further measurements of the same system can then be 

added, sorted by date, and compared with the software. 


n 

Mobile portable measuring instrument 

n 

Wireless sensor 

n 

Simple menu navigation on colour touch screen 

n 

Large measuring range: 1.0 – 1000 V and 0.1 – 15.0 A 

n 

Creation of system and maintenance protocols 

n 

Output comparison for several years 

n 

Simple identification of errors and faults of PV systems 

and PV modules 

The TRI‐KA characteristics analyser and the TRI‐SEN irradiation 

and temperature sensor are easy to operate and provide 

reliable measurements. 

With the evaluation software the individual strings are evaluated 

and combined to individual installations. Measurement 

reports from single strings, single modules and from 

the entire systems can be printed.

................................................................................................................................................................... 

Characteristics Analyser 


................................................................................................................................................................... 

Art. No. 0802201 

Model 

Included in delivery 

TRI-KA complete set 

1 TRI‐KA, 1 TRI‐SEN, 1 rugged case with rubber foam padding, TRI‐KA measurement cable sets (MC3, MC4, Huber+Suhner, Tyco, 

SunClix and without connectors), 1 TRI‐SEN mounting, 1 SD card (PC user software with user guide), 1 USB SD/SDHC card reader, 

2 power supply units (chargeable), operating instructions 

Specifications 

65 

Model TRI-KA TRI-SEN 

Measuring 

I/U characteristic curve, short-circuit current, open-circuit Global irradiation, module temperature, angle of inclination 

voltage, MPP current, MPP voltage 

Calculated values 

STC values (short-circuit current, open-circuit voltage, MPP - 

current, MPP voltage), fill factor, MPP output, ideal 

characteristic curve of module manufacturer 

Voltage measuring range 1.0 - 1000 V (< ±1 %) (Uoc>5V) - 

Current measuring range 0.1 - 15.0 A (< ±1 %) - 

Temperature measuring range - 0 - 100 °C (±3 % in relation to a black body) 

Irradiation measuring range - 100 - 1200 W/m² (±5 %) 

Measuring connection Measuring cable Non-contact measurement 

Characteristic curve measuring 15 - 30 seconds - 

duration 

Save slots for measured curves Depending on size of SD memory card (> 1000 measured - 

curves with 1 GB) 

Reference cells - 1 x monocrystalline cell, 1 x polycrystalline cell 

Display 3.2 inch colour LCD touch screen (240 x 320 pixels, RGB) B/W LC display (2-line, 16 characters) 

Power supply Lithium polymer accumulator, run-time app. 8 hours Lithium polymer accumulator, run-time app. 8 hours 

Auto power-off Adjustable (1 - 15 minutes) - 

Interface 

2 measuring cables to PV string, wireless connection to Wireless connection to TRI‐KA 

TRI‐SEN, SD/SDHC memory card for PC 

Ambient temperature 0 to +50 °C 0 to +60 °C 

Protection mode IP20 IP20 

Insulation Protection class II - 

Measuring category CAT II 1000 V, CAT III 600 V - 


Weight 500 g 200 g 

Warranty 2 years 2 years 

Norms EN 61010-1, EN 61010-2-030, EN 61010-031, CE mark EN 61010-1, CE mark 

Spare parts 

Art. No. Model Belongs to Art. No. 

0801101 TRI-KA measurement cable replacement set for MC3 0802201 

0801102 TRI-KA measurement cable replacement set for MC4 0802201 

0801103 TRI-KA measurement cable replacement set for 0802201 

Huber+Suhner 

0801104 TRI-KA measurement cable replacement set for Tyco 0802201 

0801110 TRI-KA measurement cable replacement set without 0802201 

connector 

0802202 TRI-SEN mounting 0802201 

0802203 TRI-KA measurement cable replacement set for 0802201 

SunClix 

0802205 TRI-KA SD/SDHC card reader 0802201 

0802206 TRI-KA SD/SDHC memory card 0802201 

0802208 TRI-KA rugged case, empty 0802201 

0802209 TRI-KA chargeable power supply unit 0802201 

For measurements of (certain) thin-layer modules and special module technologies, please consult TRITEC. 

System requirements user software: Microsoft® Windows XP / Vista / 7; Pentium processor with a minimum of 600 MHz or similar; minimum of 256 MB 

memory or more; VGA graphics card with at least 16 bit colour depth (High Color) and a resolution of 1024 x 768 pixels; free hard disc memory of at least 

500 MB; keyboard; mouse; USB interface 


................................................................................................................................................................... 


Datalogger 

................................................................................................................................................................... 

The Solar-Log series – The monitoring system for 

all photovoltaic systems 

66 

State-of-the-art technology 

The devices of the Solar-Log series provide simple monitoring 

of solar systems of all types. Due to state-ofthe-art 

technology, the operation, analysis and display 

of all parameters are handled by the web browser. And 

the web browser is independent of the operating system. 

Great flexibility 

Various interfaces allow the connection and analysis of 

all current inverters. The Solar-Log series is a manufacturer-independent 

complete solution, which provides 

all tools for the professional monitoring and analysis of 

solar systems. 

Features 

n 

String monitoring 

n 

Monitoring of failure and performance of individual 

inverters 

n 

Status and fault monitoring via integrated LCD display 

n 

Completely internet-enabled; sends messages via e- 

mail and SMS 

n 

Existing broadband router can also be used 

n 

S0 output for large displays 

n 

S0 input for electric meter 

n 

USB port for simple data transfer 

n 

Connection of Solar-Log SensorBox or Sensor basic 

for the recording of environmental data 

The new Solar-Log 300 , Solar-Log 1200 and Solar-Log 2000 are 

multilingual and can be connected to almost any inverter 

during installation. 

Solar-Log TM Web offers the perfect display of all data of a 

photovoltaic system.

................................................................................................................................................................... 

Datalogger 


................................................................................................................................................................... 

Art. No. 0802273 0802274 0802275 0802276 0802277 

Model Solar-Log 300 Solar-Log 300 WiFi Solar-Log 300 BT, SMA Solar-Log 300 WiFi BT, Solar-Log 300 GPRS 

Bluetooth 

SMA Bluetooth 

Number of inverters Any Any Any Any Any 

Number of inverter 

1 1 1 1 1 

manufacturers 

Software configuration Flexible Flexible Flexible Flexible Flexible 

Recommended max. system 15 kWp15 kWp15 kWp15 kWp15 kWp 

size 

Max. cable length 1000 m 1000 m 1000 m 1000 m 1000 m 

Voltage (Supply / Device) 115 - 230 V / 12 V 115 - 230 V / 12 V 115 - 230 V / 12 V 115 - 230 V / 12 V 115 - 230 V / 12 V 

Powerconsumption 3W 3W 3W 3W 3W 



Casing Plastic Plastic Plastic Plastic Plastic 

Display LCD status display LCD status display LCD status display LCD status display LCD status display 

Interface 

1 x Ethernet - RJ45 bush 

- 10/100 MBit, 

1 x RS485/RS422, 1 x USB, 

2 x S0-In 

1xEthernet-RJ45bush 

- 10/100 MBit, 

1 x RS485/RS422, 1 x USB, 

2 x S0-In, WiFi 


- 10/100 MBit, 

1 x RS485/RS422, 1 x USB, 

2 x S0-In, Bluetooth 


- 10/100 MBit, 

1 x RS485/RS422, 1 x USB, 

2 x S0-In, Bluetooth, 


- 10/100 MBit, 

1 x RS485/RS422, 1 x USB, 

2 x S0-In, GPRS 

WiFi 

Handling Via web browser Via web browser Via web browser Via web browser Via web browser 

Languages Multi-lingual Multi-lingual Multi-lingual Multi-lingual Multi-lingual 

Data interpretation Integrated web server Integrated web server Integrated web server Integrated web server Integrated web server 


40 mm 

225 mm / 285 mm / 

40 mm 

225 mm / 285 mm / 

40 mm 

225 mm / 285 mm / 

40 mm 

225mm/285mm/ 

40 mm 


Warranty 5 years 5 years 5 years 5 years 5 years 

67 

Art. No. 0802278 0802279 0802280 0802281 0802282 

Model 

Solar-Log 300 PM+, 

Power Management 

Solar-Log 300 PM+ WiFi, 


Solar-Log 300 PM+ 

GPRS, Power 

Management 

Solar-Log 300 Meter Solar-Log 1200 

Number of inverters Any Any Any Any Any 


1 1 1 1 2 

manufacturers 

Software configuration Flexible Flexible Flexible Flexible Flexible 

Recommended max. system 15 kWp15 kWp15 kWp15 kWp100 kWp 

size 

Max. cable length 1000 m 1000 m 1000 m 1000 m 1000 m 

Voltage (Supply / Device) 115 - 230 V / 12 V 115 - 230 V / 12 V 115 - 230 V / 12 V 115 - 230 V / 12 V 115 - 230 V / 12 V 

Powerconsumption 3W 3W 3W 3W 3W 



Casing Plastic Plastic Plastic Plastic Plastic 

Display LCD status display LCD status display LCD status display LCD status display LCD status display, 

graphic display with 

touch screen 

Interface 


- 10/100 MBit, 

1 x RS485/RS422, 1 x USB, 

2 x S0-In, input for 

ripple control signal, 

compatibility of power 


- 10/100 MBit, 

1 x RS485/RS422, 1 x USB, 

2 x S0-In, WiFi, input for 

ripple control signal, 



- 10/100 MBit, 

1 x RS485/RS422, 1 x USB, 

2 x S0-In, GPRS, input 

for ripple control signal, 



- 10/100 MBit, 

1 x RS485/RS422, 1 x USB, 

2xS0-In,1xexternal 

meter current 

transformer 

1 x RS485/RS422, 

1 x RS485, 1 x Ethernet - 

RJ45 bush - 10/100 MBit, 

1xUSB,2xS0-In, 

1 x potential-free 

contact (relay) 

management with 

inverter types on 

request 



request 



request 

Handling Via web browser Via web browser Via web browser Via web browser Via web browser and 

touch screen display 

Languages Multi-lingual Multi-lingual Multi-lingual Multi-lingual Multi-lingual 

Data interpretation Integrated web server Integrated web server Integrated web server Integrated web server Integrated web server 


40 mm 

225 mm / 285 mm / 

40 mm 

225 mm / 285 mm / 

40 mm 

225 mm / 285 mm / 

40 mm 

225mm/285mm/ 

40 mm 





................................................................................................................................................................... 


Datalogger 

................................................................................................................................................................... 

Art. No. 0802283 0802284 0802285 0802286 

68 

Model Solar-Log 1200 WiFi Solar-Log 1200 BT, SMA Solar-Log 1200 WiFi BT, SMA Solar-Log 1200 GPRS 

Bluetooth 

Bluetooth 

Number of inverters Any Any Any Any 


2 2 2 2 

manufacturers 

Software configuration Flexible Flexible Flexible Flexible 

Recommended max. system 100 kWp100 kWp100 kWp100 kWp 

size 

Max. cable length 1000 m 1000 m 1000 m 1000 m 

Voltage (Supply / Device) 115 - 230 V / 12 V 115 - 230 V / 12 V 115 - 230 V / 12 V 115 - 230 V / 12 V 

Powerconsumption 3W 3W 3W 3W 



Casing Plastic Plastic Plastic Plastic 

Display 

LCD status display, graphic 

display with touch screen 







Interface 

1 x RS485/RS422, 1 x RS485, 

1 x Ethernet - RJ45 bush - 

10/100 MBit, 1 x USB, 2 x S0-In, 

1 x potential-free contact 

(relay), WiFi 

1 x RS485/RS422, 1 x RS485, 


10/100 MBit, 1 x USB, 2 x S0-In, 


(relay), Bluetooth 

1 x RS485/RS422, 1 x RS485, 


10/100 MBit, 1 x USB, 2 x S0-In, 


(relay), WiFi, Bluetooth 

1 x RS485/RS422, 1 x RS485, 


10/100 MBit, 1 x USB, 2 x S0-In, 


(relay), GPRS 

Handling 

Via web browser and touch 

screen display 







Languages Multi-lingual Multi-lingual Multi-lingual Multi-lingual 

Data interpretation Integrated web server Integrated web server Integrated web server Integrated web server 



Warranty 5 years 5 years 5 years 5 years 

Art. No. 0802287 0802288 0802289 0802290 

Model 

Solar-Log 1200 PM+, Power Solar-Log 1200 PM+ WiFi, Solar-Log 1200 PM+ GPRS, Solar-Log 1200 Meter 

Management 





2 2 2 2 

manufacturers 



size 







Display 









Interface 

1 x RS485/RS422, 1 x RS485, 


10/100 MBit, 1 x USB, 2 x S0-In, 


(relay), input for ripple control 

signal, compatibility of power 

management with inverter 

1 x RS485/RS422, 1 x RS485, 


10/100 MBit, 1 x USB, 2 x S0-In, 


(relay), WiFi, input for ripple 

control signal, compatibility of 

power management with 

1 x RS485/RS422, 1 x RS485, 


10/100 MBit, 1 x USB, 2 x S0-In, 


(relay), GPRS, input for ripple 

control signal, compatibility of 

power management with 

1 x RS485/RS422, 1 x RS485, 


10/100 MBit, 1 x USB, 2 x S0-In, 


(relay), input for ripple control 

signal, 1 x external meter 

current transformer 

types on request 

inverter types on request inverter types on request 

Handling 
















................................................................................................................................................................... 

Datalogger 


................................................................................................................................................................... 

Art. No. 0802291 0802292 0802293 0802294 

Model Solar-Log 2000 Solar-Log 2000 GPRS Solar-Log 2000 PM+, Power 

Management 

Solar-Log 2000 PM+ GPRS, 




3 3 3 3 

manufacturers 



size 







Display 









Interface 

2 x RS485 / 1 x CAN, 1 x RS485, 


10/100 MBit, 1 x USB, 2 x S0-In, 


(relay), 1 x alarm contact 

2 x RS485 / 1 x CAN, 1 x RS485, 


10/100 MBit, 1 x USB, 2 x S0-In, 


(relay), 1 x alarm contact, 

GPRS 

2xRS485/1xCAN,1xRS485, 


10/100 MBit, 1 x USB, 2 x S0-In, 



input for ripple control signal, 




2 x RS485 / 1 x CAN, 1 x RS485, 


10/100 MBit, 1 x USB, 2 x S0-In, 



GPRS, input for ripple control 

signal, compatibility of power 



Handling 














69 



................................................................................................................................................................... 


Datalogger 

................................................................................................................................................................... 

70 

Accessories 

Art. No. Model Description Belongs to Art. No. 

0802174 Solar-Log cable set to SMA, 3 m Accessory RS485 cable 0802273, 0802274, 0802275, 0802276, 0802277, 

0802278, 0802279, 0802280, 0802281, 0802282, 

0802283, 0802284, 0802285, 0802286, 0802287, 

0802288, 0802289, 0802290, 0802291, 0802292, 

0802293, 0802294 

0802176 Solar-Log cable set to Danfoss, 3 m Accessory RS485 cable 0802273, 0802274, 0802275, 0802276, 0802277, 

0802278, 0802279, 0802280, 0802281, 0802282, 

0802283, 0802284, 0802285, 0802286, 0802287, 

0802288, 0802289, 0802290, 0802291, 0802292, 

0802293, 0802294 

0802190 Solar-Log SensorBox for 

200/500/1000/1200/2000 

0802191 Solar-Log wind sensor, accessory for 

SensorBox 

0802192 Solar-Log temperature sensor, 

accessory for SensorBox 

Measuring irradiation and module 

temperature 

0802282, 0802283, 0802284, 0802285, 0802286, 

0802287, 0802288, 0802289, 0802290, 0802291, 

0802292, 0802293, 0802294 

Measuring wind speed 0802282, 0802283, 0802284, 0802285, 0802286, 

0802287, 0802288, 0802289, 0802290, 0802291, 

0802292, 0802293, 0802294 

Measuring ambient temperature 0802282, 0802283, 0802284, 0802285, 0802286, 

0802287, 0802288, 0802289, 0802290, 0802291, 

0802292, 0802293, 0802294 

0802197 Solar-Log cable set to Kaco, 3 m Accessory RS485 cable 0802273, 0802274, 0802275, 0802276, 0802277, 

0802278, 0802279, 0802280, 0802281, 0802282, 

0802283, 0802284, 0802285, 0802286, 0802287, 

0802288, 0802289, 0802290, 0802291, 0802292, 

0802293, 0802294 

0802215 Solar-Log RS485 radio package, min. 

80 m range 

0802216 Solar-Log Powerline package, twopiece 

0802217 Solar-Log Powerline package single, 

one-piece 

Radio connection inverter to Solar- 

Log 

Powerline connection Solar-Log to 

PC 

Powerline connection Solar-Log to 

PC 

0802273, 0802274, 0802275, 0802276, 0802277, 

0802278, 0802279, 0802280, 0802281, 0802282, 

0802283, 0802284, 0802285, 0802286, 0802287, 

0802288, 0802289, 0802290, 0802291, 0802292, 

0802293, 0802294 

0802273, 0802274, 0802275, 0802276, 0802277, 

0802278, 0802279, 0802280, 0802281, 0802282, 

0802283, 0802284, 0802285, 0802286, 0802287, 

0802288, 0802289, 0802290, 0802291, 0802292, 

0802293, 0802294 

0802273, 0802274, 0802275, 0802276, 0802277, 

0802278, 0802279, 0802280, 0802281, 0802282, 

0802283, 0802284, 0802285, 0802286, 0802287, 

0802288, 0802289, 0802290, 0802291, 0802292, 

0802293, 0802294 

0802221 Solar-Log cable set to Fronius, 3 m Accessory RS485/422 cable 0802273, 0802274, 0802275, 0802276, 0802277, 

0802278, 0802279, 0802280, 0802281, 0802282, 

0802283, 0802284, 0802285, 0802286, 0802287, 

0802288, 0802289, 0802290, 0802291, 0802292, 

0802293, 0802294 

0802222 Solar-Log cable set to Sunways, 3 m Accessory RS485 cable 0802273, 0802274, 0802275, 0802276, 0802277, 

0802278, 0802279, 0802280, 0802281, 0802282, 

0802283, 0802284, 0802285, 0802286, 0802287, 

0802288, 0802289, 0802290, 0802291, 0802292, 

0802293, 0802294 

0802242 Solar-Log cable set to Kostal, 3 m For 200/500/1000, accessory RS485 

cable 

0802247 Solar-Log Sensor basic for 

200/300/500/1000 

0802265 Solar-Log 3-phase current meter, 

calibrated 

0802266 Solar-Log 3-phase current meter 

ISKRA, non-calibrated 

0802295 Solar-Log 300 overvoltage 

protection set 

0802296 Solar-Log 1200/2000 overvoltage 

protection set 

0802297 Solar-Log meter current 

transformer CT16A - Solar-Log 300 

Meter 

0802298 Solar-Log meter current 

transformer CT100A-o - Solar-Log 

1200 Meter 

Measuring irradiation and module 

temperature 

Digital current meter RS485, S0 

impulse 

Digital current meter, S0 impulse, 

analogue display 

Solar-Log device protection 

RS485/422 interface, including 

extended cover & overvoltage 

protection 

Solar-Log device protection 

RS485/422 interface, including 

extended cover & overvoltage 

protection 

Monitoring of upto two 3-phase 

lines 

Monitoring of upto two 3-phase 

lines 

0802273, 0802274, 0802275, 0802276, 0802277, 

0802278, 0802279, 0802280, 0802281, 0802282, 

0802283, 0802284, 0802285, 0802286, 0802287, 

0802288, 0802289, 0802290, 0802291, 0802292, 

0802293, 0802294 

0802273, 0802274, 0802275, 0802276, 0802277, 

0802278, 0802279, 0802280, 0802281 

0802273, 0802274, 0802275, 0802276, 0802277, 

0802278, 0802279, 0802280, 0802281, 0802282, 

0802283, 0802284, 0802285, 0802286, 0802287, 

0802288, 0802289, 0802290, 0802291, 0802292, 

0802293, 0802294 

0802273, 0802274, 0802275, 0802276, 0802277, 

0802278, 0802279, 0802280, 0802281, 0802282, 

0802283, 0802284, 0802285, 0802286, 0802287, 

0802288, 0802289, 0802290, 0802291, 0802292, 

0802293, 0802294 

0802273, 0802274, 0802275, 0802276, 0802277, 

0802278, 0802279, 0802280, 0802281 

0802282, 0802283, 0802284, 0802285, 0802286, 

0802287, 0802288, 0802289, 0802290, 0802291, 

0802292, 0802293, 0802294 

0802281 

0802290 


................................................................................................................................................................... 


Datalogger 

................................................................................................................................................................... 

Elios4you: PV monitoring and own consumption 

control withmobile smart app 

72 

Continuously monitors yield and consumption 

Elios4you continuously monitors generation, feed-in 

and consumption in all three current phases. With 

that information, Elios4you determines the available 

energy for own photovoltaic consumption. 

Renders surplus solar energy usable 

Elios4you renders surplus, self-generated solar energy 

usable for you. Intelligent control can determine as of 

which surplus level electrical consumers are automatically 

switched on. 

To be used in any existing PV system withup 

to 50 kW 

Elios4you may be used in any existing photovoltaic 

system with upto 50 kW feed-in rate, independent of 

manufacturers of inverters or system monitoring and 

control. 

Installation without interference with existing 

installation 

Elios4you is swiftly and easily installed and just as easily 

set up – without any interference with the existing 

installation. 

User-friendly app withclearly arranged diagrams 

n 

For power generation 

n 

Power consumption 

n 

Feed-in power 

n 

Mains power consumption 

n 

Alarm in case of failing power generation 

Convenient and simple – by means of intelligent monitoring 

and control via tablet computer or smart phone, at home or 

on the road with the Elios4you smart app. 

Elios4you continuously monitors power generation, feed-in 

and consumption in all three power phases. 

by

................................................................................................................................................................... 

Datalogger 


................................................................................................................................................................... 

Art. No. 0802304 0802305 

Model Elios4you WIFI logger upto 15 kW DIN rail installation Elios4you WIFI logger upto 50 kW DIN rail installation 

General features 

6 LEDs for the display of operating functions, system 

parameter configuration with iOS or android app for tablet 

computer/smart phone 

6 LEDs for the display of operating functions, system 

parameter configuration with iOS or android app for tablet 

computer/smart phone 

WLAN standard IEEE 802.11b, access point (AP), station (STA) IEEE 802.11b, access point (AP), station (STA) 

Power supply 

Power supply single phase 230 Vac, 1.8 W, voltage 

measurement 400 V ±20 % (single-phase + neutral conductor) 

Power supply single phase 230 Vac, 1.8 W, Y-connection for 

voltage measurement 400 V ±20 % (three-phase + neutral 

conductor) 

Data storage Update every 5 seconds; 15-minute mean values for up to 2 

months, via Elios4you smart app unlimited on mobile terminal 

device 

Update every 5 seconds; 15-minute mean values for up to 2 

months, via Elios4you smart app unlimited on mobile terminal 

device 

Max. length of current sensor 20 m shielded 20 m shielded 

lines 

Max. length analogue output 20 m shielded 20 m shielded 

lines * 

Stand-by power consumption 2 W 2 W 

Current measuring accuracy Accuracy class 2 (max. 2 % deviation from the actual value of 

100 % – 5 % of the nominal current; max. 2.5 % deviation at 

less than 5 % of the nominal current) 

Accuracy class 2 (max. 2 % deviation from the actual value of 

100 % – 5 % of the nominal current; max. 2.5 % deviation at 

less than 5 % of the nominal current) 

Connections 

Screw-type terminals for AC power supply and voltage 

measurement, for current transformer, for alarm signal input 

and for analogue output 

Screw-type terminals for AC power supply and voltage 

measurement, for current transformer, for alarm signal input 

and for analogue output 

WLAN antenna 

Indoor omnidirectional antenna on an RP-SMA screw 

connection 

Indoor omnidirectional antenna on an RP-SMA screw 

connection 

Dimensions Housing with DIN rail, width: 6 modules, 105 x 110 mm Housing with DIN rail, width: 6 modules, 105 x 110 mm 

Norms 

ETSI EN 301 489-1 v1.8.1:2008, ETSI EN 301 489-17 v2.1.1:2009, 

ETSI EN 300 328 v1.7.1:2006, EN 61010:2011, EN 61326-1:2007 

ETSI EN 301 489-1 v1.8.1:2008, ETSI EN 301 489-17 v2.1.1:2009, 

ETSI EN 300 328 v1.7.1:2006, EN 61010:2011, EN 61326-1:2007 

73 

* - Elios4you + Power Reducer 

by 


................................................................................................................................................................... 


Sensors 

................................................................................................................................................................... 

Spektron irradiation sensors 

74 

The Spektron 210 and 320 are silicon sensors used for 

measuring the solar irradiation. The Spektron 210 provides 

a voltage proportionally to the intensity of the 

solar irradiation. The Spektron 320 has an integrated 

amplifier. Therefore the sensor signal is amplified and 

output as a norm signal. The output signal ranges from 

0to10V,0to3.125V,0to150mV,and4to20mAat0 

to 1500 W/m². 

Range of application 

n 

Output and operational check of thermal and photovoltaic 

solar plants 

n 

Controlling of shading equipment on buildings 

n 

n 

Instruction and training 

Sensor for control systems 

Ease of use 

The Spektron can be connected directly to a voltmeter 

or a datalogger. The voltage measured by the Spektron 

210 can be converted into the unit of irradiation 

(W/m²), using the calibration value imprinted on the 

sensor. 

Robust casing 

The Spektron can be used irrespective of the weather 

conditions and under any angle of inclination. 

Spektron 210: The 2-core extension cable is UV-resistant. All 

Spektron devices are calibrated beneatha sun light simulator 

against a reference sensor, which has been calibrated by 

the Fraunhofer ISE. 

The Spektron 320 can output up to four different norm 

signals, due to its integrated circuit board. This board has 

to be powered with5 to 30 V DC or 12 to 30 V DC.

................................................................................................................................................................... 

Sensors 


................................................................................................................................................................... 

Art. No. 0802183 0802259 

Model Spektron 210 Spektron 320 

Measuring range 0 - 1500 W/m² 0 - 1500 W/m² 

Sensor type Monocrystalline cell (13 mm / 33 mm) Monocrystalline cell (33 mm / 40 mm) 

Sensor accuracy ±5 % annual mean ±5 % annual mean 

Outlet Approx. 75 mV at 1000 W/m² 4 - 20 mA or 0 - 10 V or 0 - 3.125 V or 0 - 150 mV 

Calibration 

Sun Simulator Solar Constant 1200 with reference sensor 

calibrated by the ISE 

Sun Simulator Solar Constant 1200 with reference sensor 

calibrated by the ISE 

Design of the sensor Measuring cell laminated in novaflon and EH foil Measuring cell enclosed in glass 

Supply voltage - 5 - 30 V DC (at output signal ranges 0 - 3.125 V, 0 - 150 mV, 4 - 

20 mA) or 12 - 30 V DC (at output signal ranges 0 - 10 V, 0 - 

3.125 V, 0 - 150 mV, 4 - 20 mA) 

Power consumption - Approx. 30 mW 

Casing Z-profiled aluminium plate, connection encapsulated Polycarbonate, UV-resistant, with PG screw joint and pressure 

differential valve 


Connection Cable 3 m, 2 x 1.0 mm² Connection terminals, 1.5 mm² 

75 

Mounting 6 mm drill hole to be fixed with screws Mounting with drill hole to be fixed with a screw 


Weight 250 g (incl. cable) 300 g 


Norms CE mark CE mark 


................................................................................................................................................................... 


Sensors 

................................................................................................................................................................... 

TRITEC temperature sensors 

76 

TRITEC surface temperature sensor Pt1000 

The surface temperature sensor Pt1000 is an adhesive 

foil sensor. It was designed for measurements on surfaces 

and is primarily used for temperature measurementsofsolarmodules. 

By installing the surface temperature sensor at the 

back of a solar module, the module temperature can 

be measured. The temperature of solar modules is 

crucial for their output, because the output decreases 

by 0.43 %/K with increasing temperature. By monitoring 

the temperature at the solar cells, conclusions can 

be drawn about the behaviour of the output curve. 

TRITEC outside temperature sensor Pt1000 

The outside temperature sensor Pt1000 is integrated in 

a weather-proof macrolone housing. Its compact 

design makes the sensor extremely flexible: it can be 

installed anywhere. The UV-resistant plastic housing is 

equipped with a two-core connection cable. 

TRITEC surface temperature sensor Pt1000 

TRITEC outside temperature sensor Pt1000

................................................................................................................................................................... 

Sensors 


................................................................................................................................................................... 

Art. No. 0802118 0802258 

Model TRITEC surface temperature sensor Pt1000 TRITEC outside temperature sensor Pt1000 

Measuring principle Platinum resistance wire Platinum resistance wire 

Measuring range -20 to +150 °C -20 to +150 °C 


Connection Cable, 3 m, two-conductor connection Cable, 3 m, two-conductor connection 

Dimensions (W / H / D) 50 mm / 50 mm / 8 mm 52 mm / 50 mm / 32 mm 

Casing 

Injection moulded plastic with aluminium plate, incl. adhesive Macrolone housing 

tape 

Weight 120 g 120 g 


77 


................................................................................................................................................................... 


Large-scale Display 

................................................................................................................................................................... 

Solarfox displays 

Making clean energy visible 

78 

Individual display 

Solarfox displays allow the individual and appealing 

display of solar data. Using the visually attractive displays 

indoors and outdoors, all data of a solar system 

can be displayed almost in real-time. Combined with 

individual features, such as company logos or weather 

details, not only system data are communicated, but 

the entire displayed content can be customised. 

Simple handling 

The displays designed for continuous operation (24/7) 

can be set upas easily as they are operated. The setup 

takes less than 10 minutes, following a user-friendly 

setupmenu. The devices are operated via the Internet, 

and the entire display content can be edited using a 

web browser application. In addition to continuous 

operation, the devices can be used with a time switch 

control activating them on certain days and time. 

Flexible application 

Be it on private land or company grounds, large or 

small displays, indoors or outdoors – Solarfox provides 

the appropriate device for any application. Present the 

solar data to your guests in your own home, show your 

customers the yield of your system directly in the reception 

area of your company or show the CO 2 savings at 

the entrance of a public building. The various Solarfox 

displays offer a solution for every application. Data 

communication between display and datalogger is 

provided via the Internet. The display can thus be 

very flexibly positioned. 


n 

Daily, monthly, annually and overall view of the 

energy yield 

n 

Possibility of inserting marketing material for system 

operators and installers 

n 

Visualisation of several PV systems possible with one 

display system 

n 

Online access to the content of the display 

n 

Numerous modules, such as weather forecast, CO 2 

savings, news, RSS feeds, news ticker, etc. 

n 

Compatible with nearly all standard dataloggers 

Solarfox SF-200 and SF-300 indoor display – Individual and 

appealing display of the various parameters and information. 

Solarfox SF-400 outdoor display – The outdoor displays of 

Solarfox are visually attractive and optimally protected.

................................................................................................................................................................... 



................................................................................................................................................................... 

Art. No. 0802223 0802224 0802225 0802226 

Model Solarfox SF-200 24" Solarfox SF-200 32" Solarfox SF-200 37" Solarfox SF-200 42" 

Display size 61 cm (24 inch) 81 cm (32 inch) 94 cm (37 inch) 107 cm (42 inch) 

Resolution 1920 x 1080 pixels 1366 x 768 pixels 1920 x 1080 pixels 1920 x 1080 pixels 

Display technology LCD LCD LCD LCD 

Application Indoors Indoors Indoors Indoors 

Casing Plastic, black Plastic, black Plastic, black Plastic, black 

Handling Via web browser Via web browser Via web browser Via web browser 

Languages English / French / German / 

Spanish / Italian / Dutch 

English / French / German / 






Data visualisation PV system 

Additional visualisation 

options 

Current output, daily, 

monthly, annual, overall 

energy, CO2 savings, 

remuneration 

Marketing inserts, company 

logos, weather forecast, news, 

RSS feeds, power consumption 




remuneration 







remuneration 







remuneration 




Rel. ambient temperature 0 to +50 °C 0 to +50 °C 0 to +50 °C 0 to +50 °C 


Power consumption * < 25 W < 83 W < 130 W < 185 W 

Stand-by power consumption < 6 W < 8 W < 8 W < 8 W 

Max. angle of view 170 ° 178 ° 178 ° 178 ° 

Data communication LAN, optional: WLAN, UMTS LAN, optional: WLAN, UMTS LAN, optional: WLAN, UMTS LAN, optional: WLAN, UMTS 

Other features 

Continuous operation or time 

switch for individual days and 

time 



time 



time 



time 

Mounting 

Wall-mounted, ceiling 

installation or stand 









Warranty ** 2 years 2 years 2 years 2 years 

79 

Art. No. 0802227 0802268 0802269 0802270 




Display technology LCD LED LED LED 

Application Indoors Indoors Indoors Indoors 

Casing Plastic, black Plastic, black Plastic, black Plastic, black 












options 




remuneration 







remuneration 







remuneration 







remuneration 




Rel. ambient temperature 0 to +50 °C 0 to +50 °C 0 to +50 °C 0 to +50 °C 



Stand-by power consumption < 8 W 8 W 8 W 8 W 


Data communication LAN, optional: WLAN, UMTS LAN, optional: WLAN, UMTS LAN, optional: WLAN, UMTS LAN, optional: WLAN, UMTS 




time 



time 



time 



time 

Mounting 














................................................................................................................................................................... 



................................................................................................................................................................... 

Art. No. 0802271 0802229 0802230 0802232 

80 




Display technology LED LCD LCD LCD 

Application Indoors Outdoors Outdoors Outdoors 

Casing Plastic, black Steel, black Steel, black Steel, black 












options 




remuneration 







remuneration 







remuneration 







remuneration 



RSS feeds 

Rel. ambient temperature 0 to +50 °C -30 to +45 °C -30 to +45 °C -30 to +45 °C 



Stand-by power consumption 8 W 6 W (without ventilation) 6 W (without ventilation) 6 W (without ventilation) 


Data communication LAN, optional: WLAN, UMTS LAN LAN LAN 




time 



time 



time 



time 

Mounting 

Wall-mounted, ceiling Wall-mounted model Wall-mounted model Wall-mounted model 





* - Depending of the ambient temperature, values can vary 

** - Warranty for screen: 3 years 


Mounting Systems – 

Components 

Our mounting systems exclusively comprise high-quality 

components of stainless steel and aluminium. Tests on 

components and profiles demonstrate excellent stability 

with maximum snow and wind loads. 

TRITEC 

TRITEC PMT 

83

................................................................................................................................................................... 

MOUNTING SYSTEMS – COMPONENTS 

On-the-Roof System 

................................................................................................................................................................... 

TRI‐STAND mounting system 

For pitched roofs, flat roofs and fronts 

84 

TRI‐STAND – The mounting system 

The development of the new mounting system 

TRI‐STAND is based on well-founded know-how and 

years of practical experience. The knowledge gained 

from the implementation of numerous solar systems 

resulted in a mounting system that is ideally suited for 

all applications – from small stand-alone systems to 

large grid-connected systems, on pitched and flat roofs 

as well as fronts. 

Insertion profile TS – The aluminium profile 

The insertion profile TS of the TRI‐STAND mounting 

system allows the easy, quick and thus efficient installation 

of all popular framed solar modules. After the 

insertion of the modules into the aluminium profile, 

the modules are held in place by their own weight and 

friction. The photovoltaic modules do not need to be 

screwed in. 

Universal profiles UP / UP-L / UP-S – The base 

profiles 

TheuniversalprofilesUP,UP‐L andUP‐S are the basic 

profiles of the TRI‐STAND mounting system. The universal 

profile UP is used for standard systems. For applications 

with low static stresses the universal profile 

UP‐L is used, however for great static stresses UP‐S. 

The revolutionary design of the universal profiles 

allows for two types of installation: the easy to install 

insertion system with cross bracing and the insertion 

profile TS or the cost-effective clip system with middle 

and end clips. – The choice is yours. 

SafeClick SC – The secure connector 

SafeClicks connect the universal profiles of the 

TRI‐STAND mounting system securely and easily with 

its insertion profiles. The practical design of the Safe- 

Click allows easy installation by simply clicking in the 

insertion profiles. Drilling is not necessary. 

Middle rail TS-M – The optimal reinforcement 

In the case of vertical module insertion and acceptance 

of pressures of more than 2400 N/m², some module 

manufacturers specify the use of a middle support. 

The TRI‐STAND middle rail TS-M is specifically designed 

for the mounting system and the ideal support for all 

popular modules. 

Insertion of modules into the cross bracing of profiles – the 

stable and installation-friendly version for pitched roofs. 

The upright installation represents the more flexible and 

installation-friendly version for flat roofs, which can compensate 

for any unevenness.

................................................................................................................................................................... 



................................................................................................................................................................... 

Art. No. 1502622 1502199 1502694 1502200 1502800 

Model 

TRI‐STAND insertion 

profile TS-31, 6.000 m, 

blank aluminium 

Pitched roof, flat roof 

and building exterior 










Application 

Pitched roof, flat roof Pitched roof, flat roof Pitched roof, flat roof 

and building exterior and building exterior and building exterior 

Frame thickness 31 mm 34 mm 35 mm 35 mm 38 mm 

Dimensions(L/W/H) 6000mm/54mm/ 6000 mm / 54 mm / 3000 mm / 54 mm / 6000 mm / 54 mm / 

47 mm 

50 mm 

51 mm 

51 mm 

Weight * 1.195 kg 1.107 kg 1.115 kg 1.115 kg 1.139 kg 

Norms IEC 61215 ed. 2 (10.16), IEC 61215 ed. 2 (10.16), IEC 61215 ed. 2 (10.16), IEC 61215 ed. 2 (10.16), 

TÜV 

TÜV 

TÜV 

TÜV 






3000 mm / 54 mm / 

54 mm 

IEC 61215 ed. 2 (10.16), 

TÜV 

Art. No. 1502798 1502695 1502201 1502696 1502202 

85 

Model 















Application 





54 mm 

56 mm 

56 mm 

58 mm 



TÜV 

TÜV 

TÜV 

TÜV 

Art. No. 1502697 1502661 1502699 1502203 1502700 






6000 mm / 54 mm / 

58 mm 

IEC 61215 ed. 2 (10.16), 

TÜV 

Model 















Application 





61 mm 

61 mm 

62 mm 

62 mm 



TÜV 

TÜV 

TÜV 

TÜV 

Art. No. 1502204 1502707 1502212 1502708 1502653 






3000 mm / 54 mm / 

66 mm 

IEC 61215 ed. 2 (10.16), 

TÜV 

Model 






TRI‐STAND universal 

profile UP, 3.000 m, 








profile UP-L, 3.000 m, 




Application 



Frame thickness 50 mm Any Any Any Any 


66 mm 

41 mm 

41 mm 

41 mm 



TÜV 

TÜV 

TÜV 

TÜV 






6000 mm / 40 mm / 

41 mm 

IEC 61215 ed. 2 (10.16), 

TÜV 



................................................................................................................................................................... 



................................................................................................................................................................... 

Art. No. 1502824 1502711 1502213 1502715 1502680 

Model 

Application 







profile UP-S, 3.000 m, 










profile UP-TS, 3.000 m, 





profile UP-TS, 6.000 m, 




Frame thickness Any Any Any Any Any 

Dimensions(L/W/H) 6200mm/40mm/ 

41 mm 

3000 mm / 70 mm / 

41 mm 

6000 mm / 70 mm / 

41 mm 

3000 mm / 54 mm / 

41 mm 

6000 mm / 54 mm / 

41 mm 


Norms IEC 61215 ed. 2 (10.16), 

TÜV 

IEC 61215 ed. 2 (10.16), 

TÜV 

IEC 61215 ed. 2 (10.16), 

TÜV 

IEC 61215 ed. 2 (10.16), 

TÜV 

IEC 61215 ed. 2 (10.16), 

TÜV 

86 

Art. No. 1502714 1502211 1502623 1502205 1502702 

Model 

TRI‐STAND middle rail 

TS-M, 3.000 m, blank 

aluminium 



TRI‐STAND middle rail 

TS-M, 6.000 m, blank 

aluminium 





black 





black 

Application 



Frame thickness Any Any 31 mm 34 mm 35 mm 


17 mm 

17 mm 

47 mm 

50 mm 



TÜV 

TÜV 

TÜV 

TÜV 

Art. No. 1502206 1502801 1502799 1502703 1502207 



black 



3000 mm / 54 mm / 

51 mm 

IEC 61215 ed. 2 (10.16), 

TÜV 

Model 



black 





black 



black 



black 

Application 





51 mm 

54 mm 

54 mm 

56 mm 



TÜV 

TÜV 

TÜV 

TÜV 

Art. No. 1502704 1502208 1502705 1502209 1502706 



black 



6000 mm / 54 mm / 

56 mm 

IEC 61215 ed. 2 (10.16), 

TÜV 

Model 



black 





black 



black 



black 

Application 





58 mm 

58 mm 

62 mm 

62 mm 



TÜV 

TÜV 

TÜV 

TÜV 



black 



3000 mm / 54 mm / 

66 mm 

IEC 61215 ed. 2 (10.16), 

TÜV 



................................................................................................................................................................... 



................................................................................................................................................................... 

Art. No. 1502210 1502712 1502415 1502713 1502654 

Model 



black 





black 



black 





black 



Application 



Frame thickness 50 mm Any Any Any Any 


66 mm 

41 mm 

41 mm 

41 mm 



TÜV 

TÜV 

TÜV 

TÜV 



black 



6000 mm / 40 mm / 

41 mm 

IEC 61215 ed. 2 (10.16), 

TÜV 

Art. No. 1502416 1502739 1502740 1502414 

87 

Model 

TRI‐STAND universal profile 

UP-S, 6.000 m, black 


UP-TS, 6.000 m, black 

TRI‐STAND middle rail TS-M, 

3.000 m, black 


6.000 m, black 

Application 

Pitched roof, flat roof and 

building exterior 







Frame thickness Any Any Any Any 


Weight * 1.585 kg 1.216 kg 0.775 kg 0.775 kg 

Norms IEC 61215 ed. 2 (10.16), TÜV IEC 61215 ed. 2 (10.16), TÜV IEC 61215 ed. 2 (10.16), TÜV IEC 61215 ed. 2 (10.16), TÜV 

* - Per meter 

Accessories 

Art. No. 1502214 1502307 1502215 1502436 1502216 

Model 

TRI‐STAND end bracket 

TS-E, blank aluminium 

TRI‐STAND end bracket 

TS-E, black 

TRI‐STAND SafeClick SC 

TRI‐STAND special 

SafeClick, with 7 mm 

drill hole 


profile connector TS-C 

Application Pitched and flat roof Pitched and flat roof Pitched and flat roof Pitched roof Pitched and flat roof 

Dimensions(L/W/H) 32mm/29mm/33mm 32mm/29mm/33mm 13mm/45mm/70mm 13mm/45mm/70mm 95mm/64mm/17mm 


Art. No. 1502217 1502218 1502219 1502222 1502223 

Model 


profile connector UP-C 

TRI‐STAND slide nut M8 TRI‐STAND slide nut 

M10 

TRI‐STAND FlexFix (20 - 

70°) 

TRI‐STAND Z adapter 

UP-Z 

Application Pitched and flat roof Pitched and flat roof Pitched and flat roof Flat roof Pitched and flat roof 


41 mm 

32 mm / 21 mm / 9 mm 32 mm / 21 mm / 9 mm 65 mm / 40 mm / 35 mm 102 mm / 30 mm / 

34 mm 




................................................................................................................................................................... 



................................................................................................................................................................... 

Art. No. 1502224 1502410 1502225 1502226 1502227 

Model 

TRI‐STAND spacer UP-D, 

3mm 

TRI‐STAND spacer UP-D, 

6mm 

TRI‐STAND middle clip 

(31 - 40 mm), blank 

aluminium 


(41 - 50 mm), blank 

aluminium 


(31 - 40 mm), black 

Application Pitched and flat roof Pitched and flat roof Pitched and flat roof Pitched and flat roof Pitched and flat roof 

Dimensions (L / W / H) 56 mm / 35 mm / 3 mm 56 mm / 35 mm / 6 mm 70 mm / 35 mm / 27 mm 70 mm / 35 mm / 27 mm 70 mm / 35 mm / 27 mm 


Art. No. 1502228 1502632 1502229 1502230 1502233 

88 

Model 


(41 - 50 mm), black 

TRI‐STAND end clip 

31 mm, blank 

aluminium 


34 mm, blank 

aluminium 


35 mm, blank 

aluminium 


40 mm, blank 

aluminium 




Art. No. 1502234 1502665 1502235 1502236 

Model 

TRI‐STAND end clip42 mm, 








Application Pitched and flat roof Pitched and flat roof Pitched and flat roof Pitched and flat roof 

Dimensions(L/W/H) 50mm/42mm/27mm 50mm/45mm/27mm 50mm/46mm/27mm 50mm/50mm/27mm 


Art. No. 1502633 1502237 1502238 1502241 

Model 


black 


black 


black 


black 




Art. No. 1502242 1502243 1502244 1502777 

Model 

TRI‐STAND end clip42 mm, TRI‐STAND end clip46 mm, TRI‐STAND end clip50 mm, TRI‐STAND bending tool 

black 

black 

black 






................................................................................................................................................................... 



................................................................................................................................................................... 

Art. No. 1302257 1302258 1502245 1502246 

Model 

TRI‐STAND grounding clamp TRI‐STAND grounding clamp TRI‐STAND cross cable clip TRI‐STAND edge clipTS‐EC 

for insertion profile TS for connector TS‐C 

block UP-K 




TRI‐STAND has successfully passed the TÜV tests. Patent applications have been filed for SafeClick and FlexFix. 

Other TRI‐STAND profile types upon request. 

For the insertion system, please comply with the module manufacturer's instructions. 

89 


................................................................................................................................................................... 



................................................................................................................................................................... 

TRI‐STAND Aero 

Aerodynamically optimised mounting system 

90 

The mounting system for large flat roofs 

TRI‐STAND Aero is the logically consistent development 

of the proven PV mounting system TRI‐STAND. 

The new mounting system is based on TRI‐STAND components, 

but is designed especially for efficient use on 

large flat roofs. 

Smaller loads, less costs 

Due to its aerodynamically optimised shape, the 

mounting system TRI‐STAND Aero offers significant 

advantages in terms of load and costs. The new PV 

mounting system puts considerably less weight on 

roofs than conventional module supports. Compared 

to the conventional flat roof supports, TRI‐STAND Aero 

needs at least 50 % less ballast for the installation. 

The centrepiece – the TS-F bracket 

The back of the elevation is clad with a metal sheet that 

both reduces the dynamic pressure and prevents wind 

pressure loads on the underside of the modules. The 

centrepiece is the newly developed TS-F bracket. It is 

used to attach the module to the bottom profiles and 

the vertical profiles providing support on the back. The 

bracket makes the diagonal profile superfluous – and 

thus saves material costs. Instead, the module is 

screwed directly onto the mounting holes. 

Less shading, more output 

Since the PV modules are supported at an angle of 20 

degrees, the shading distances reduce and the output 

per square metre increases. Installing the TRI‐STAND 

Aero system keeps the roof covering intact. The system 

is designed for modules with a width of 790 – 810 mm 

and 990 – 1010 mm. Modules with these dimensions 

are state-of-the-art. The required back sheets are tailored 

to these dimensions. As a result, customers are 

spared expensive customised components and benefit 

from an efficient product. 

The TRI‐STAND Aero mounting system – load and cost-optimised. 

The TS-F bracket is the centrepiece of the TRI‐STAND Aero 

mounting system.

................................................................................................................................................................... 



................................................................................................................................................................... 

Art. No. 1502730 1502731 1502732 1502733 1502735 

Model 

TRI‐STAND Aero TS-F 

bracket (6 per module) 


hexagon set screw M6 x 

16 A2 


threaded plate A2 (4 

per module) 

TRI‐STAND Aero drilling 

screw 6.3 x 25 A2 

TRI‐STAND Aero wind 

deflector, 790 - 810 mm 

Application Flat roof Flat roof Flat roof Flat roof Flat roof 


Module brand Module width 790 - 

810 mm and 990 - 

Module width 790 - 

810mmand990- 


810mmand990- 


810 mm and 990 - 


810 mm 

1010 mm 

1010 mm 

1010 mm 

1010 mm 

Dimensions (L / W / H) 89 mm / 40 mm / 39 mm 22 mm / 8 mm / 8 mm 40 mm / 14 mm / 5 mm 31 mm / 8 mm / 8 mm 2500 mm / 345 mm / 

83 mm 


Norms Wind channel test Wind channel test Wind channel test Wind channel test Wind channel test 

Art. No. 1502736 1502744 1502254 1502737 1502738 

91 

Model 

TRI‐STAND Aero wind 

deflector, 990 - 

1010 mm 

TRI‐STAND hammerhead 

screw M10 x 20 A2 nut with serrated 

TRI‐STAND self-locking 

bearing surface M10 A2 


universal profile UP-L, 

0.272 m 


universal profile UP-L, 

0.341 m 




1010 mm 


810mmand990- 


810mmand990- 


810 mm 


1010 mm 

1010 mm 

1010 mm 


83 mm 

20 mm / 10 mm / 10 mm 20 mm / 20 mm / 10 mm 272 mm / 40 mm / 

41 mm 

341 mm / 40 mm / 

41 mm 


Norms Wind channel test IEC 61215 ed. 2 (10.16), 

TÜV 

IEC 61215 ed. 2 (10.16), 

TÜV 

Wind channel test 

Art. No. 1502742 1502743 1502708 1502653 

Wind channel test 

Model 

TRI‐STAND Aero universal 

profile UP-L, 1.140 m 

TRI‐STAND Aero universal 

profile UP-L, 1.340 m 


UP-L, 3.000 m, blank 

aluminium 



aluminium 

Application Flat roof Flat roof Flat roof Flat roof 


Module brand Module width 790 - 810 mm Module width 990 - 1010 mm Module width 790 - 810 mm 

and 990 - 1010 mm 

Module width 790 - 810 mm 

and 990 - 1010 mm 



Norms Wind channel test Wind channel test IEC 61215 ed. 2 (10.16), TÜV IEC 61215 ed. 2 (10.16), TÜV 

Art. No. 1502824 1502707 1502212 1502711 

Model 



aluminium 

TRI‐STAND universal profile TRI‐STAND universal profile TRI‐STAND universal profile 

UP, 3.000 m, blank aluminium UP, 6.000 m, blank aluminium UP-S, 3.000 m, blank 

aluminium 



Module brand 


and 990 - 1010 mm 


and 990 - 1010 mm 


and 990 - 1010 mm 


and 990 - 1010 mm 






................................................................................................................................................................... 



................................................................................................................................................................... 

Art. No. 1502213 1502217 1502245 1502246 

Model 


UP-S, 6.000 m, blank 

aluminium 


connector UP-C 

TRI‐STAND cross cable clip 

block UP-K 

TRI‐STAND edge clipTS‐EC 



Module brand 


and 990 - 1010 mm 


and 990 - 1010 mm 


and 990 - 1010 mm 


and 990 - 1010 mm 




92 


................................................................................................................................................................... 



................................................................................................................................................................... 

TRI‐STAND East-West for flat roofs 

94 

Energy for higher own consumption 

With TRI‐STAND East-West, TRITEC provides the ideal 

solution for PV systems with an east/west orientation. 

The advantage of these systems is their more uniform 

and longer energy generation during the course of the 

day – as compared with southern exposure systems. 

Own consumption of solar power can thus be significantly 

increased, as well as the profitability of the PV 

system – especially in combination with storage systems. 

Flexible, simple and quick 

Few components, the plug-in system and the use of 

long rails provide for the uncomplicated installation 

within the shortest possible time and without damage 

to the roofing. TRI‐STAND East-West is particularly 

flexible: It may be installed both in the insertion system 

and the clipsystem at an angle of inclination of 10 or 20 

degrees. The insertion variant is particularly simple and 

quick and provides for an optimum load distribution. 

Proven components, maximum security 

TRI‐STAND East-West is a further development of the 

TRI‐STANDmountingsystemwhichhasbeenprovenin 

manyyearsofpracticeandinTÜV testing. The components 

are exclusively manufactured of high-quality aluminium 

and special stainless V2A steel. TRI‐STAND 

East-West is also suitable for locations with high wind 

and snow loads of upto 5400 N/m². 

Aerodynamically optimized 

TRI‐STAND East-West may be used on all flat roofs even 

if they can only take minor loads. Thanks to its aerodynamically 

optimized form, the mounting system cannot 

only save loads but costs as well. 

WithTRI‐STAND East-West, any size of systems may be realized 

– optimally adjusted to the specific own consumption. 

The OW-h 10° support allows fast and screwless installation 

of the triangle supports.

................................................................................................................................................................... 



................................................................................................................................................................... 

Art. No. 1502821 1502825 1502826 1502808 1502809 

Model 

TRI‐STAND ballast sheet 

for UP profiles 

TRI‐STAND OW 10° end 

bracket 

TRI‐STAND OW 20° end 

bracket 

TRI‐STAND OW 10° 

bracket 

TRI‐STAND OW 20° 

bracket 



Module brand (examples) Module width 600 - 

1050 mm 


1050 mm 


1050 mm 


1050 mm 


1050 mm 

Packaging unit 25 pc. 50 pc. 50 pc. 50 pc. 50 pc. 

Dimensions (L / W / H) 190 mm / 354 mm / 105 mm / 40 mm / 5 mm 102 mm / 40 mm / 5 mm 172 mm / 40 mm / 5 mm 159 mm / 40 mm / 5 mm 

42 mm 


Norms DIN EN 1999-1-1 DIN EN 1993-1-1 DIN EN 1993-1-1 DIN EN 1993-1-1 DIN EN 1993-1-1 

Art. No. 1502810 1502822 1502708 1502653 1502824 

95 

Model TRI‐STAND OW-h 10° 

support, horizontal 

installation 


insert for longitudinal 

clamping 









Application Flat roof Flat roof Pitched roof, flat roof 



Module brand (examples) Module width 600 - Module width 600 - Basic profile for all Basic profile for all 

1050 mm 

1050 mm 

TRI‐STAND insertion TRI‐STAND insertion 

profiles 

profiles 


Dimensions (L / W / H) 221 mm / 22 mm / 5 mm 40 mm / 21 mm / 5 mm 3000 mm / 40 mm / 6000 mm / 40 mm / 

41 mm 

41 mm 


Norms DIN EN 1993-1-1 DIN EN 1999-1-1 IEC 61215 ed. 2 (10.16), IEC 61215 ed. 2 (10.16), 

TÜV 

TÜV 

Art. No. 1502711 1502213 1502693 1502622 1502199 






Basic profile for all 


profiles 

6200 mm / 40 mm / 

41 mm 

IEC 61215 ed. 2 (10.16), 

TÜV 

Model 






















Application 

Pitched roof, flat roof Pitched roof, flat roof 

and building exterior and building exterior 

Frame thickness Any Any 31 mm 31 mm 34 mm 

Module brand (examples) Basic profile for all Basic profile for all SolarWorld SolarWorld SolarWorld, Isofoton, 

TRI‐STAND insertion TRI‐STAND insertion 

Naps Systems, Solartec 

profiles 

profiles 



41 mm 

6000 mm / 70 mm / 

41 mm 

3000 mm / 54 mm / 

47 mm 

6000 mm / 54 mm / 

47 mm 

6000 mm / 54 mm / 

50 mm 


Norms IEC 61215 ed. 2 (10.16), 

TÜV 

IEC 61215 ed. 2 (10.16), 

TÜV 

IEC 61215 ed. 2 (10.16), 

TÜV 

IEC 61215 ed. 2 (10.16), 

TÜV 

IEC 61215 ed. 2 (10.16), 

TÜV 



................................................................................................................................................................... 



................................................................................................................................................................... 

Art. No. 1502694 1502200 1502695 1502201 1502696 

96 

Model 















Application 




Module brand (examples) Sanyo, Solarfabrik, Sanyo, Solarfabrik, Hareon Solar, JA Solar, Hareon Solar, JA Solar, 

Würth Solar, Canadian Würth Solar, Canadian Isofoton, Topsolar, Isofoton, Topsolar, 

Solar, DAY4 Energy, GE Solar, DAY4 Energy, GE Bisol, Canadian Solar, Bisol, Canadian Solar, 

Energy, Mitsubishi Energy, Mitsubishi Kaneka, MSK, Siliken Kaneka, MSK, Siliken 

Heavy Industries, Heavy Industries, 

Solara, Solarfun Power, Solara, Solarfun Power, 

Suntech Power, Suntech Power, 

Viessmann 

Viessmann 






Kaneka, Five Star 

Energy, Ibersolar 

Energia, MDT 

technologies, Scheuten 

Solar Technology, Solon 



51 mm 

6000 mm / 54 mm / 

51 mm 

3000 mm / 54 mm / 

56 mm 

6000 mm / 54 mm / 

56 mm 

3000 mm / 54 mm / 

58 mm 


Norms IEC 61215 ed. 2 (10.16), 

TÜV 

IEC 61215 ed. 2 (10.16), 

TÜV 

IEC 61215 ed. 2 (10.16), 

TÜV 

IEC 61215 ed. 2 (10.16), 

TÜV 

IEC 61215 ed. 2 (10.16), 

TÜV 

Art. No. 1502202 1502697 1502661 1502699 1502203 

Model 















Application 




Module brand (examples) Kaneka, Five Star Hareon Solar, Jinko Hareon Solar, Jinko Kyocera, Sharp, 

Energy, Ibersolar 

Sunpower, Chaori, 

Energia, MDT 

Kaneka, Mitsubishi 

technologies, Scheuten 

Electric, MSK, Sanyo 

Solar Technology, Solon 

Electric, Shanghai 

Chaori Solar Energy, 

Vaillant 



58 mm 

61 mm 

61 mm 

62 mm 



TÜV 

TÜV 

TÜV 

TÜV 






Kyocera, Sharp, 

Sunpower, Chaori, 

Kaneka, Mitsubishi 

Electric, MSK, Sanyo 

Electric, Shanghai 

Chaori Solar Energy, 

Vaillant 

6000 mm / 54 mm / 

62 mm 

IEC 61215 ed. 2 (10.16), 

TÜV 



................................................................................................................................................................... 



................................................................................................................................................................... 

Art. No. 1502700 1502204 1502247 1502248 

Model 

Application 

TRI‐STAND insertion profile 

TS-50, 3.000 m, blank 

aluminium 




TS-50, 6.000 m, blank 

aluminium 



TRI‐STAND bracket 90°, 

without screw 

Flat roof 

TRI‐STAND bracket 110°, 

without screw 

Flat roof 

Frame thickness 50 mm 50 mm Any Any 

Module brand (examples) Schott, Yingli, Aleo, BP Solar, Schott, Yingli, Aleo, BP Solar, Module width 600 - 1050 mm Module width 600 - 1050 mm 

Unisolar, Eging, Advent Solar, 

Aleo Solar, Atersa, MDT 

technologies, Solara, 

Solarfabrik, Solarwatt, Sunlink 

PV, Suntech Power, Sunways 

Photovoltaic, Vaillant, 

Viessmann 

Unisolar, Eging, Advent Solar, 

Aleo Solar, Atersa, MDT 


Solarfabrik, Solarwatt, Sunlink 

PV, Suntech Power, Sunways 


Viessmann 

Packaging unit 100 pc. 100 pc. 20 pc. 20 pc. 



Norms IEC 61215 ed. 2 (10.16), TÜV IEC 61215 ed. 2 (10.16), TÜV DIN EN 1993 DIN EN 1993 

97 

* - Profile weight per meter 

Accessories 

Art. No. 1502215 1502214 1502216 1502217 1302257 

Model TRI‐STAND SafeClick SC TRI‐STAND end bracket 

TS-E, blank aluminium 


profile connector TS-C 


profile connector UP-C 

TRI‐STAND grounding 

clampfor insertion 

profile TS 


Dimensions(L/W/H) 13mm/45mm/70mm 32mm/29mm/33mm 95mm/64mm/17mm 120mm/51mm/ 16 mm / 10 mm / 13 mm 

41 mm 


Art. No. 1302258 1502245 1502246 1502225 1502226 

Model 

TRI‐STAND grounding 

clampfor connector 

TS‐C 

TRI‐STAND cross cable 

clipblock UP-K 

TRI‐STAND edge clip 

TS‐EC 


(31 - 40 mm), blank 

aluminium 


(41 - 50 mm), blank 

aluminium 




Art. No. 1502632 1502229 1502230 1502233 1502234 

Model 


31 mm, blank 

aluminium 


34 mm, blank 

aluminium 


35 mm, blank 

aluminium 


40 mm, blank 

aluminium 


42 mm, blank 

aluminium 






................................................................................................................................................................... 



................................................................................................................................................................... 

Art. No. 1502665 1502235 1502236 1502744 1502254 

Model 


45 mm, blank 

aluminium 


46 mm, blank 

aluminium 


50 mm, blank 

aluminium 


screw M10 x 20 A2 


nut with serrated 





98 


................................................................................................................................................................... 



................................................................................................................................................................... 

TRI‐STAND mounting accessories 

100 

Roof hooks 

For the assembly of substructures first fastenings must 

be installed at the appropriate grid spacings. On tiled 

roofs, the roof hooks are attached either directly to the 

rafter or to distance battens above the rafter. Roof 

hooks are available for almost any type of tile and 

are secured by means of seating bolts. 

Roof fold clamps 

In the case of plate fold roofs, the clamps are installed 

directly at the fold. The clamps consist of two stainless 

steel metal sheets, which are bolted together. The roof 

fold clamps are available in a round version, especially 

for Kalziproofs. The substructure can be mounted on 

the clamps, without disturbing the roof surface. 

Hanger bolts 

For the installation on a corrugated roof type, the 

existing screws are replaced by hanger bolts. This 

secures the corrugated roof, and at the same time 

the hanger bolts can be used for the installation of 

the substructure. This provides the base for the installation 

with a minimum of time and effort. 

Renosol plates 

For flat roofs, generally Renosol plates are used. The 

gravel is removed from the required flat roof area, a 

protectivematorfleeceislaidandtheRenosolplateis 

placedonthis.ThentheTRI‐STAND profiles UP and 

UP‐S can be riveted directly to the Renosol plate. 

Finally, the Renosol plates must be weighed down 

again with gravel, in order to meet the static requirements. 

As standard, roof hooks are available in fixed or once adjustable 

versions and are suited to almost any type of tile. 

Using plate fold clamps, the TRI‐STAND profiles can be 

attached to the plate fold roof directly.

................................................................................................................................................................... 



................................................................................................................................................................... 

Art. No. 1502247 1502248 1502249 1502305 1502306 

Model TRI‐STAND bracket 90°, 

without screw 

TRI‐STAND bracket 

110°, without screw 

Application 

Flat roof and building Flat roof and building 

exterior 

exterior 



Flat roof and building 

exterior 




exterior 




exterior 

Art. No. 1502308 1502250 1502251 1502252 1502253 

Model 

Application 

TRI‐STAND flat 

connector, for 

stiffening 


exterior 

TRI‐STAND SafeClick 

basic element 



TRI‐STAND lens head 

screw M8x25 A2 



TRI‐STAND retaining 

washer M8x25 A2 



TRI‐STAND round-head 




101 

Art. No. 1502278 1502254 1502255 1502256 1502280 

Model 

Application 

TRI‐STAND round-head 





nut with serrated 








TRI‐STAND hexagon 

bolt M10x25 A2 



TRI‐STAND cable tie 

pliers 



Art. No. 1502257 1502258 1502259 1502260 1502279 

Model 

TRI‐STAND Renosol 

plate 800x600x35 

TRI‐STAND Peel rivet 

incl. washer, M8 73x6.3 

TRI‐STAND Peel rivet 

without washer, M8 

73x6.3 

TRI‐STAND washer M8 

23x8.4, for Peel rivet 


Art. No. 1502261 1502264 1502265 1502266 1502267 

TRI‐STAND rivet gun 

Model 

TRI‐STAND hanger bolt TRI‐STAND hanger bolt TRI‐STAND hanger bolt TRI‐STAND roof hook TRI‐STAND roof hook 

M12x250 

M12x300 

M12x350 

fixed 

once variable 

Application Pitched and flat roof Pitched and flat roof Pitched and flat roof Pitched roof Pitched roof 

Art. No. 1502270 1502271 1502272 1502273 1502274 

Model 

TRI‐STAND crown tile 

roof hook fixed 

TRI‐STAND crown tile TRI‐STAND slate roof 

roof hook once variable hook fixed 

TRI‐STAND slate roof 

hook once variable 

TRI‐STAND trapezoidal 

plate shoe, with 

bracket, M10 

Application Pitched roof Pitched roof Pitched roof Pitched roof Pitched roof 



................................................................................................................................................................... 



................................................................................................................................................................... 

Art. No. 1502867 1502275 1502276 1502277 1502421 

Model 

TRI‐STAND fold clamp 

for plate fold roof, M10, 

strong 

TRI‐STAND fold clamp 

for plate fold roof, M10, 

light 

TRI‐STAND round fold 

clamp, M10 

TRI‐STAND rectangle TRI‐STAND rectangle 

clampfor Rib Roof 465, clampfor Rib Roof 500, 

M10 

M10 

Application Pitched roof Pitched roof Pitched roof Pitched roof Pitched roof 

Art. No. 1502281 1502282 1502283 1502284 

102 

Model 

TRI‐STAND seating bolt 8.0x80 TRI‐STAND seating bolt 

8.0x120 

TRI‐STAND seating bolt 

8.0x160 

TRI‐STAND seating bolt 

8.0x200 

Application Pitched roof Pitched roof Pitched roof Pitched roof 

The hanger bolts are available in different lengths to allow 

the perfect alignment with the existing corrugated roof 

shape. 

The Renosol plates are used for installations on flat roofs 

and weighed down with gravel for example. 


103

................................................................................................................................................................... 



................................................................................................................................................................... 

TRI‐FLAT East-West and TRI‐FLAT Southfor flat 

roofs 

104 

Low transport and storage costs 

With these two TRI‐FLAT mounting systems, TRITEC 

offers the ideal solution for PV systems at a south or 

east-west orientation and with 10° or 15° supports. 

Both systems are based on only a few components 

which are all stackable and fit on Euro pallets – ideal 

for economical and efficient transportation to the construction 

site. 

No-tool module installation 

Swift and uncomplicated installation is a special feature 

of TRI‐FLAT East-West and TRI‐FLAT South. The 

bottom rails are telescopically pushed into each other 

and fixed in place by a special bending tool so that they 

can be adjusted to the respective module size. The 

installation does not require any roof penetration. 

Both mounting systems are suitable for all framed 

modules in transverse installation. These are clamped 

on their long side by a simple click system. 

Aerodynamically optimized 

TRI‐FLAT East-West and TRI‐FLATSouthweretestedin 

the wind tunnel. Accordingly, these systems can be 

used on flat roofs even if such roofs can accept only 

minor loads. Any ballasting which is generally necessary 

only in the area of edges will be attached underneath 

the module and is accordingly not visible. 

Applications at a glance 

n 

TRI‐FLAT East-West for PV systems with east-west 

orientation 

n 

TRI‐FLAT South for PV systems with a southern orientation 

n 

Both systems are suitable for flat roofs of upto 5° 

inclination 

n 

Suitable for flat roofs, such as membrane roofs, 

gravel, concrete and substrate roofs as well as for 

green roofs 

Withan east-west roof, up to double the area for power 

generation will be available. The PV system ensures high 

yields especially during the peak-consumption hours of 

households, i.e. mornings and evenings. 

Normally, PV systems oriented towards the south provide 

thebestoutput(kWh/kWp).Theflatterthecoveringofflat 

roofs, the lower the amount of shading and the more modules 

can be used.

................................................................................................................................................................... 



................................................................................................................................................................... 

Art. No. 1502827 1502828 1502829 1502830 1502831 

Model 

TRI‐FLAT bottom 

profile, L = 1145 mm 

TRI‐FLAT clipfor 

ballasting 

TRI‐FLAT clip, bottom TRI‐FLAT holder, top, 

10° 

TRI‐FLAT holder, 

bottom, 10° 




1050 mm 


1050 mm 


1050 mm 


1050 mm 


1050 mm 


Dimensions (L / W / H) 1145 mm / 100 mm / 20 mm / 150 mm / 25 mm / 46 mm / 35 mm 40 mm / 78 mm / 64 mm 41 mm / 88 mm / 42 mm 

36 mm 

37 mm 



Art. No. 1502832 1502833 1502834 1502835 1502836 

105 

Model 

TRI‐FLAT holder, top, 

15° 

TRI‐FLAT holder, 

bottom, 15° 

TRI‐FLAT carrier 

module, L = 500 mm 

TRI‐FLAT bracket, 10°, 

L=142mm 

TRI‐FLAT bracket, 10°, 

L=79mm 




1050 mm 


1050 mm 


1050 mm 


1050 mm 


1050 mm 


Dimensions(L/W/H) 40mm/78mm/64mm 41mm/88mm/42mm 500mm/63mm/ 

43 mm 

142 mm / 47 mm / 

192 mm 

79 mm / 44 mm / 

185 mm 



Art. No. 1502837 1502838 1502839 1502840 1502841 

Model 

TRI‐FLAT intermediate TRI‐FLAT series 

bracket, 15°, L = 100 mm connector, L = 380 mm 

TRI‐FLAT series 

connector, L = 680 mm 

TRI‐FLAT series 

connector, L = 980 mm 

TRI‐FLATsetrearwall 

panel 10°, incl. 

fastening 




1050 mm 


1050 mm 


1050 mm 


1050 mm 


1050 mm 

Packagingunit 100pc. 200pc. 1pc. 1pc. 10pc. 


110 mm 

380 mm / 36 mm / 

32 mm 

680 mm / 36 mm / 

32 mm 

980 mm / 36 mm / 

32 mm 

920 mm / 45 mm / 

215 mm 



Art. No. 1502842 1502843 1502844 1502845 1502846 

Model 

TRI‐FLATsetrearwall 

panel 15°, incl. 

fastening 

TRI‐FLAT clampXX = 

35 mm 


38 mm 


40 mm 


45 mm 




1050 mm 


1050 mm 


1050 mm 


1050 mm 


1050 mm 


Dimensions(L/W/H) 920mm/45mm/ 32 mm / 44 mm / 46 mm 32 mm / 47 mm / 46 mm 32 mm / 49 mm / 46 mm 32 mm / 54 mm / 46 mm 

295 mm 





................................................................................................................................................................... 



................................................................................................................................................................... 

Art. No. 1502847 1502848 1502849 1502850 

Model TRI‐FLAT clampXX = 46 mm TRI‐FLAT clampXX = 50 mm TRI‐FLAT protective building 

mat 

TRI‐FLAT protective building 

mat, foil-clad 



Module brand Module width 790 - 1050 mm Module width 790 - 1050 mm Module width 790 - 1050 mm Module width 790 - 1050 mm 

Packagingunit 200pc. 200pc. 1pc. 1pc. 



Norms DIN EN 1999-1-1 DIN EN 1999-1-1 - - 

Art. No. 1502851 1502852 1502856 1502857 

106 

Model TRI‐FLAT earthing plate TRI‐FLAT bending tool, 2 parts TRI‐FLAT carrier module, 

L=700mm 

TRI‐FLAT rear wall panel 

holder 




Packaging unit - 1 pc. 100 pc. 100 pc. 



Norms DIN EN 1993-1-1 DIN EN 1993-1-1 DIN EN 1999-1-1 DIN EN 1999-1-1 

Art. No. 1502858 1502859 1502860 1502861 

Model TRI‐FLAT cable holder TRI‐FLAT self-forming screw TRI‐FLAT spacer plate TRI‐FLAT rear wall panel 

reinforcement 




Packaging unit 100 pc. 100 pc. - 10 pc. 



Norms DIN EN 1999-1-1 DIN EN 1993-1-1 DIN EN 1993-1-1 DIN EN 1999-1-1 


107

................................................................................................................................................................... 



................................................................................................................................................................... 

TRITEC PMT Evolution – Flat roof mounting 

systems South& East-West 

108 

TheTRITECPMTflatroofsystemischaracterizedbythe 

shortest installation time and high stability. The innovative 

click technology ensures speedy construction, 

and the short click components facilitate handling during 

the installation. Additionally, they provide the 

required measure for the position of the individual 

components. Time-consuming measurements within 

the system are thus unnecessary, and errors in construction 

are prevented since the click connections are 

matched. 

For the entire installation, no sharpsmall parts are 

used, such as drilling screws. Also, thanks to no-drill 

mounting, there will be no sharpmetal swarf or filings, 

which might damage the delicate roof covering. The 

load transferring composite system of extra-wide support 

surfaces of the bottom rails, the cube and the base 

is reinforced by multifunctional cross bracing to maximize 

the system stability. 

Shortest installation time 

n 

Very small number of components 

n 

Roof connection without roof penetration 

n 

Innovative click technology 

n 

Manageable and handy components for easy and 

swift handling during installation 

n 

Even after the system installation, cables may be laid 

without any additional expenditure 

Stability and safety 

n 

Optimum load distribution and introduction by 

meansofa150mmwidesupportsurfaceofthebasic 

structure on the roof covering 

n 

Premounted sandwich-type protective building mat 

(11 mm) fixed to the system to protect the roof 

covering and to protect against plasticizer migration 

n 

Unobstructed roof drainage according to DIN 1986- 

100 by means of partially applied 11-mm thick protective 

building mat 

n 

Optimized rear ventilation for maximum energy 

yield 

n 

No load transmission via the PV module in longitudinal 

and/or transverse direction 

n 

Ballast reduction thanks to aerodynamically optimized 

construction and the implementation of the 

latest research findings from system and ballast 

design software 

n 

Tested by the independent institute for industrial 

aerodynamics in the boundary layer wind tunnel 

according to German and U.S. standards (in compliance 

with ASCE 7-05, ASCE 7-10 and SEAOC PV 2- 

2012) 

TRITEC PMT flat roof mounting system EVO SouthTRITEC PMT flat roof mounting system EVO East-West

................................................................................................................................................................... 



................................................................................................................................................................... 

Art. No. 1502900 1502901 1502902 1502903 1502904 

Model 

TRITEC PMT EVO 

AEV1BP type 155 

TRITEC PMT EVO C10 

type 96 

TRITEC PMT EVO MK 

type 80 

TRITEC PMT EVO EK 

type 80 

TRITEC PMT EVO QBS 

type 1636 

Application EVO South & East-West EVO South & East-West EVO South & East-West EVO South & East-West EVO South & East-West 

Description 

Start, end and 

connecting profile type 

1 incl. protective 

Cube 10° Middle clip30 - 50 mm End clip30 - 50 mm Transverse and ballast 

brace incl. 2 screws 

M8x35 

building mat 


37.7 mm 

190 mm / 96 mm / 

205 mm 

80 mm / 45 mm / 70 mm 80 mm / 35 mm / 70 mm 1636 mm / 25 mm / 

39 mm 


Art. No. 1502905 1502906 1502907 1502908 1502909 

109 

Model 

TRITEC PMT EVO BW 

type 70 

TRITEC PMT EVO HBP 

type 1460 

TRITEC PMT EVO RW10 TRITEC PMT EVO HBP 

type 1880 

TRITEC PMT EVO V2BP 

type 383 

Application EVO South & East-West EVO South EVO South EVO East-West EVO East-West 

Description Ballast trough type 70 

incl. 3 protective strips 

Rear wall 10° 

Main bottom profile 

incl. 3 protective 

building mats & 

1base10° 

Main bottom profile 

incl. 3 protective 

building mats & 

1base10° 

Connecting bottom 

profiletype2incl. 

protective building mat 

Dimensions (L / W / H) 1752 mm / 800 mm / 1560 mm / 150 mm / 1800 mm / 240 mm / 1980 mm / 150 mm / 383mm/150mm/ 

76 mm 

37.7 (69) mm 

30 mm 

37.7 (69) mm 

37.7 mm 


Art. No. 1502910 1502915 1502916 1502911 1502914 

Model 

TRITEC PMT EVO B10 

type 96 

TRITEC PMT EVO brace 

connector type 400 

TRITEC PMT EVO brace 

connector type 1200 

TRITEC PMT EVO cable 

cover type 310 

TRITEC PMT EVO cable 

cover type 530 

Application EVO South & East-West EVO South & East-West EVO South & East-West EVO East-West EVO South & East-West 

Description Base 10° For transverse and 

ballast braces 

For transverse and 

ballast braces 

Cable cover for 

connecting profile 

type 1 

Cable cover for 

connecting bottom 

profiletype2 


56 mm 

17 mm / 34 mm / 

400 mm 

17 mm / 34 mm / 

1200 mm 

22 mm / 22 mm / 

310 mm 

22 mm / 22 mm / 

530 mm 



................................................................................................................................................................... 


Trapezoidal Sheet System 

................................................................................................................................................................... 

TRI‐VENT mounting system 

For trapezoidal sheet roofs 

110 

The mounting system 

The development of the TRI‐VENT mounting system 

particularly emphasised great flexibility, good installation 

features and great safety. The system was specifically 

designed for the installation of solar systems on 

trapezoidal sheet roofs and combines the above benefits 

into a professional solution. 

Greatest flexibility 

The different components of the system allow the 

installation on almost any trapezoidal roof. Due to 

the TRI‐VENT support profiles with their different 

lengths and several drill holes at intervals of 90 mm 

to 350 mm, the system can be used for all roof types. 

The two versions of the TRI‐VENT module armatures 

can accommodate modules with frame strengths of 

35 mm, 40 mm, 46 mm and 50 mm. Additionally, the 

system allows for the solar modules to be installed 

vertically and horizontally. 

Extremely easy installation 

The complete system can be installed on the roof as 

simply as possible and with a minimum number of 

tools. Having measured the roof and drilled the holes, 

the TRI‐VENT support profiles are riveted to the roof. 

Then the modules are inserted, followed by the module 

armatures, and then they are secured at the end of 

each row, using the TRI‐VENT bending tool. Tiresome 

screwing in is completely dispensed with. The short 

profiles and easy-to-handle components enable the 

simple and easy transport of the system to and onto 

the roof, thus saving energy, time and money. 

Best safety 

The system, designed for wind and snow loads, provides 

best stability and safety even in extreme weather 

conditions. Each module is secured against slipping 

with the TRI‐VENT retaining rings of the mounting 

system. The support profiles, bent with the TRI‐VENT 

bending tool, give additional stability to the system 

and prevent the slipping of all modules. 

The TRI‐VENT support profiles are only riveted to the roof at 

the points required by the module installation. 

The few components of the TRI‐VENT mounting system 

enable the easy, quick and safe installation.

................................................................................................................................................................... 



................................................................................................................................................................... 

Art. No. 1502634 1502635 1502360 1502659 1502361 

Model 

TRI‐VENT end module 

armature (31 and 

42 mm) 



45 mm) 



46 mm) 



48 mm) 



50 mm) 

Framethickness 31/42mm 34/45mm 35/46mm 38/48mm 40/50mm 

Module brand (examples) SolarWorld SolarWorld, Hareon 

REC 

Solar, Jinko, JA Solar 

Sanyo, Solarfabrik, 

Würth Solar, Canadian 

Solar, DAY4 Energy, GE 

Energy, Mitsubishi 

Heavy Industries, 

Solara, Solarfun Power, 

Suntech Power, 

Viessmann, Kyocera, 

Sharp, Sunpower, 

Chaori, Kaneka, 

Mitsubishi Electric, 

MSK, Sanyo Electric, 

Shanghai Chaori Solar 

Energy, Vaillant 

Isofoton, Topsolar, 

Bisol, Canadian Solar, 

Kaneka, MSK, Siliken 

Schott, Yingli, Aleo, BP 

Solar, Unisolar, EGing, 

Advent Solar, Aleo 

Solar, Atersa, MDT 


Solarfabrik, Solarwatt, 

Sunlink PV, Suntech 

Power, Sunways 


Viessmann 



Application Trapezoidal sheet roof Trapezoidal sheet roof Trapezoidal sheet roof Trapezoidal sheet roof Trapezoidal sheet roof 

111 

Art. No. 1502636 1502637 1502362 1502660 1502363 

Model 

TRI‐VENT middle 

module armature (31 

and 42 mm) 



and 45 mm) 



and 46 mm) 



and 48 mm) 



and 50 mm) 

Framethickness 31/42mm 34/45mm 35/46mm 38/48mm 40/50mm 

Module brand (examples) SolarWorld SolarWorld, Hareon 

REC 

Solar, Jinko, JA Solar 

Sanyo, Solarfabrik, 

Würth Solar, Canadian 

Solar, DAY4 Energy, GE 

Energy, Mitsubishi 

Heavy Industries, 

Solara, Solarfun Power, 

Suntech Power, 

Viessmann, Kyocera, 

Sharp, Sunpower, 

Chaori, Kaneka, 

Mitsubishi Electric, 

MSK, Sanyo Electric, 

Shanghai Chaori Solar 

Energy, Vaillant 

Isofoton, Topsolar, 

Bisol, Canadian Solar, 

Kaneka, MSK, Siliken 

Schott, Yingli, Aleo, BP 

Solar, Unisolar, EGing, 

Advent Solar, Aleo 

Solar, Atersa, MDT 


Solarfabrik, Solarwatt, 

Sunlink PV, Suntech 

Power, Sunways 


Viessmann 




Art. No. 1502364 1502365 1502366 1502367 1502368 

Model 

TRI‐VENT module 

armature plate (end 

and middle) 

TRI‐VENT support 

profile 070 


profile 090 - 150 


profile 180 - 240 


profile 235 - 295 

Frame thickness - - - - - 

Module brand (examples) All framed modules All framed modules All framed modules All framed modules All framed modules 

Dimensions (L / W / H) 50 mm / 40 mm / 30 mm 100 mm / 60 mm / 

30 mm 

230 mm / 60 mm / 

30 mm 

320 mm / 60 mm / 

30 mm 

385 mm / 60 mm / 

30 mm 





................................................................................................................................................................... 



................................................................................................................................................................... 

Art. No. 1502369 1502370 1502371 1502372 1502378 

Model 

TRI‐VENT support TRI‐VENT rubber seal TRI‐VENT sealing rivets TRI‐VENT retaining TRI‐VENT edge clip 

profile 290 - 350 (2 per support profile) (2 per support profile) rings (2 per module) 

Frame thickness - - - - - 

Module brand (examples) All framed modules All framed modules All framed modules All framed modules All framed modules 

Dimensions(L/W/H) 430mm/60mm/ 30mm/20mm/1mm 50mm/5mm/5mm 30mm/30mm/2mm 18mm/15mm/11mm 

30 mm 



112 

Accessories 

Art. No. Model Description Dimensions (L / W / H) Weight 

1502373 TRI‐VENT drilling gauge For the measuring of the 2000 mm / 1000 mm / 100 mm 2.5 kg (approx.) 

TRI‐VENT system 

1502374 TRI‐VENT bending tool Special tool for horizontal 300mm/30mm/30mm 0.5kg(approx.) 

fixing 

1502379 TRI‐VENT riveting machine TRI‐VENT accessories, rivet 500 mm / 500 mm / 100 mm 4.2 kg (approx.) 

PowerBird, (rivet 6.3 mm) diameter 6.3 mm 

1502408 TRI‐VENT PowerBird 

rechargeable battery 12V 2A 

TRI‐VENT accessories, rivet 

diameter 6.3 mm 

100 mm / 100 mm / 100 mm 1.2 kg (approx.) 


113

................................................................................................................................................................... 


Roof-integrated System 

................................................................................................................................................................... 

TRI‐ROOF 

The flexible roof integration system 

114 

Compatibility and flexibility 

TRI‐ROOF offers unlimited freedom when choosing 

modules: The mounting system is suited for all framed 

module types of all module manufacturers in the 

TRITEC range. The simple insertion system was designed 

to be used independent of the module manufacturer. 

Thus, framed standard modules can be integrated 

into the roof. The mounting system is supplied 

as a complete set. This includes as standard also the 

edge connection plates, in addition to the profiles and 

insertion rails. The plates can be adjusted to the respective 

module size and thus offer the greatest flexibility 

possible. 

Impermeability and resilience 

The roof integration system TRI‐ROOF replaces the 

existing roofing completely. The bulk of the rain water 

is discharged from the PV modules. The remaining 

water is collected and drained off in the specifically 

developed water-bearing carrier profiles, so that the 

impermeability of the roof is ensured. All TRI‐ROOF 

components are optimally designed for wind and 

snow loads and are resistant to even extreme weather 

conditions. 

Aesthetics and simplicity 

The edge connection plates are made from aluminium 

and have an anthracite coating. Combined with black 

anodised insertion profiles and modules with black 

frames, every roof receives an aesthetically sophisticated 

PV system. The installation of the modules does 

not require screws: they are locked into the insertion 

profiles by gravity. In addition to giving a pleasing 

visual effect, this also enables the modules to be removed 

and inserted again during maintenance work. 

Quality and safety 

TRITEC guarantees the highest quality and greatest 

safety. All profiles and accessories manufactured under 

the original label TRI‐ROOF carry a manufacturer's 

guarantee of 5 years from the date of delivery. This 

guarantee covers both sound condition and technical 

efficiency of the products. The system is planned and 

calculated with extraordinary efficiency using the 

TRI‐DESIGN dimensioning software, thus ensuring optimal 

design and best safety. 

Maximum stability of the mounting system 

Simple insertion of the modules

................................................................................................................................................................... 



................................................................................................................................................................... 

Art. No. 1502513 1502518 1502523 1502528 1502534 

Model 

TRI‐ROOF universal 

profile UP-I, 6.000 m 


profile UP-I, 6.000 m, 

inside milling 



outside milling 



double milling 

TRI‐ROOF horizontal 

profileTR-H,4.900m 

Application In-roof In-roof In-roof In-roof In-roof 


41 mm 

6000 mm / 170 mm / 

41 mm 

6000 mm / 170 mm / 

41 mm 

6000 mm / 170 mm / 

41 mm 

4900 mm / 139 mm / 

22 mm 


Norms IEC 61215 ed. 2 (10.16), 

TÜV 

IEC 61215 ed. 2 (10.16), 

TÜV 

IEC 61215 ed. 2 (10.16), 

TÜV 

IEC 61215 ed. 2 (10.16), 

TÜV 

IEC 61215 ed. 2 (10.16), 

TÜV 

Art. No. 1502544 1502545 1502550 1502551 1502552 

115 

Model 

TRI‐ROOF fixing clip 

TR‐C 


profile retainer TR-U 

TRI‐ROOF ridge plate 

right FR 


centre FM 


left FL 



14 mm 

45 mm / 35 mm / 15 mm 1230 mm / 560 mm / 

88 mm 

2480 mm / 557 mm / 

88 mm 

1230 mm / 560 mm / 

88 mm 


Norms IEC 61215 ed. 2 (10.16), 

TÜV 

IEC 61215 ed. 2 (10.16), 

TÜV 

IEC 61215 ed. 2 (10.16), 

TÜV 

IEC 61215 ed. 2 (10.16), 

TÜV 

IEC 61215 ed. 2 (10.16), 

TÜV 

Art. No. 1502554 1502555 1502556 1502557 1502558 

Model 

TRI‐ROOF side plate top 

right SOR 

TRI‐ROOF side plate top 

left SOL 

TRI‐ROOF side plate 

right SR 

TRI‐ROOF side plate left 

SL 


bottom right SUR 



40 mm 

2480 mm / 300 mm / 

40 mm 

2330 mm / 285 mm / 

40 mm 

2330 mm / 285 mm / 

40 mm 

2330 mm / 285 mm / 

40 mm 


Norms IEC 61215 ed. 2 (10.16), 

TÜV 

IEC 61215 ed. 2 (10.16), 

TÜV 

IEC 61215 ed. 2 (10.16), 

TÜV 

IEC 61215 ed. 2 (10.16), 

TÜV 

IEC 61215 ed. 2 (10.16), 

TÜV 

Art. No. 1502559 1502560 1502561 1502562 1502622 

Model 


bottom left SUL 

TRI‐ROOF end plate side 

AS 

TRI‐ROOF end plate 

bottom AU 

TRI‐ROOF plate retainer TRI‐STAND insertion 





40 mm 

2480 mm / 285 mm / 

45 mm 

2480 mm / 285 mm / 

45 mm 

82 mm / 25 mm / 16 mm 6000 mm / 54 mm / 

47 mm 


Norms IEC 61215 ed. 2 (10.16), 

TÜV 

IEC 61215 ed. 2 (10.16), 

TÜV 

IEC 61215 ed. 2 (10.16), 

TÜV 

IEC 61215 ed. 2 (10.16), 

TÜV 

IEC 61215 ed. 2 (10.16), 

TÜV 



................................................................................................................................................................... 



................................................................................................................................................................... 

Art. No. 1502199 1502200 1502798 1502201 1502202 

Model 


















50 mm 

6000 mm / 54 mm / 

51 mm 

6000 mm / 54 mm / 

54 mm 

6000 mm / 54 mm / 

56 mm 

6000 mm / 54 mm / 

58 mm 


Norms IEC 61215 ed. 2 (10.16), 

TÜV 

IEC 61215 ed. 2 (10.16), 

TÜV 

IEC 61215 ed. 2 (10.16), 

TÜV 

IEC 61215 ed. 2 (10.16), 

TÜV 

IEC 61215 ed. 2 (10.16), 

TÜV 

Art. No. 1502661 1502203 1502204 1502623 1502205 

116 

Model 












black 



black 



61 mm 

6000 mm / 54 mm / 

62 mm 

6000 mm / 54 mm / 

66 mm 

6000 mm / 54 mm / 

47 mm 

6000 mm / 54 mm / 

50 mm 


Norms IEC 61215 ed. 2 (10.16), 

TÜV 

IEC 61215 ed. 2 (10.16), 

TÜV 

IEC 61215 ed. 2 (10.16), 

TÜV 

IEC 61215 ed. 2 (10.16), 

TÜV 

IEC 61215 ed. 2 (10.16), 

TÜV 

Art. No. 1502206 1502799 1502207 1502208 1502209 

Model 



black 



black 



black 



black 



black 



50 mm 

6000 mm / 54 mm / 

54 mm 

6000 mm / 54 mm / 

56 mm 

6000 mm / 54 mm / 

58 mm 

6000 mm / 54 mm / 

62 mm 


Norms IEC 61215 ed. 2 (10.16), 

TÜV 

IEC 61215 ed. 2 (10.16), 

TÜV 

IEC 61215 ed. 2 (10.16), 

TÜV 

IEC 61215 ed. 2 (10.16), 

TÜV 

IEC 61215 ed. 2 (10.16), 

TÜV 

Art. No. 1502210 1502211 1502214 1502307 

Model 


TS-50, 6.000 m, black 


6.000 m, blank aluminium 

TRI‐STAND end bracket TS-E, 


TRI‐STAND end bracket TS-E, 

black 

Application In-roof In-roof In-roof In-roof 




Art. No. 1502215 1502216 1502217 1502777 

Model TRI‐STAND SafeClick SC TRI‐STAND insertion profile TRI‐STAND universal profile TRI‐STAND bending tool 

connector TS-C 

connector UP-C 







................................................................................................................................................................... 



................................................................................................................................................................... 

Art. No. 1302257 1302258 1502245 1502246 

Model 

TRI‐STAND grounding clamp TRI‐STAND grounding clamp TRI‐STAND cross cable clip TRI‐STAND edge clipTS‐EC 

for insertion profile TS for connector TS‐C 

block UP-K 




Norms 

IEC 60439-1 (2004), NF EN 

60068-2-11 (1999) 

IEC 60439-1 (2004), NF EN 

60068-2-11 (1999) 

IEC 61215 ed. 2 (10.16), TÜV IEC 61215 ed. 2 (10.16), TÜV 

* - Per meter 

Accessories 

Art. No. Model Description 

1502563 TRI‐ROOF gland 4.5 x 35 A2, drill bit For TRI‐ROOF Mounting System edge cover 

1502564 TRI‐ROOF roof connecting tape Perform, 4 m x 45 cm For TRI‐ROOF Mounting System edge cover 

1502565 TRI‐ROOF special adhesive for ridge plates For TRI‐ROOF Mounting System edge cover 

1502566 TRI‐ROOF adhesive for roof connecting tape Perform For TRI‐ROOF Mounting System edge cover 

1502567 TRI‐ROOF adhesive tape FLEX-DICHT 3D For TRI‐ROOF Mounting System edge cover 

1502546 TRI‐ROOF Z adapter TR-Z For TRI‐ROOF Mounting System edge cover 

1502547 TRI‐ROOF round head screw 5.0 x 30 A2, for TR-U For TRI‐ROOF Mounting System edge cover 

1502548 TRI‐ROOF round head screw 3.0 x 30 A2, for retainer For TRI‐ROOF Mounting System edge cover 

1502549 TRI‐ROOF hammer-head screw M10 x 20 A2 For TRI‐ROOF Mounting System edge cover 

1502553 TRI‐ROOF ridge plate joint cover FS For TRI‐ROOF Mounting System edge cover 

1502640 TRI‐ROOF hexagon set screw M10 x 25 A2 For TRI‐ROOF Mounting System edge cover 

1502646 TRI‐ROOF stainless steel rivet 3.2 x 6, for sheets For TRI‐ROOF Mounting System edge cover 

1502647 TRI‐ROOF drill 3.3 mm for stainless steel rivet For TRI‐ROOF Mounting System edge cover 

1502648 TRI‐ROOF collar sealing stripFor TRI‐ROOF Mounting System edge cover 

117 

Clean edge finishof the system 

Optimal and aesthetically pleasing integration of the 

system into the roof 


Mounting Systems – 

Applications 

TRI‐STAND, TRI‐STAND Aero, TRI‐STAND East-West, 

TRI‐FLAT South, TRI‐FLAT East-West, TRI‐ROOF and 

TRI‐VENT are versatile, easy-to-install mounting systems 

for numerous applications. They provide solutions for 

virtually any type of roof – both for standard installations 

and special applications. 

I. PITCHED ROOF: ROOF-TOP 

II. PITCHED ROOF: ELEVATION 

III. PITCHED ROOF: ROOF-INTEGRATED 

119 

IV. FLAT ROOF 

V. FACADE

MOUNTING SYSTEMS APPLICATIONS I. PITCHED ROOF: ROOF-TOP 1. Tiles, shingles, corrugated panels 

1.1 TRI-STAND on tiles | 1.1.1 Insertion system 

35.7 

(module + 11.5 mm) * number of modules + 69 mm 

69 module - 57.5 mm 69 module - 57.5 mm 69 

module 8.5 3 module 11.5 33.3 

TS profile PV module PV module 

UP-L, UP or UP-S 

module + 11.5 mm 

120 

POTENTIAL APPLICATIONS 

• for standard tiles 

• for flat “beaver tail“ tiles 

• for shingles and slate 

ADVANTAGES 

Insertion system 

• time-saving no-screw module installation 

• homogeneous appearance due to small spaces between module rows 

• easy removal of modules for replacement or maintenance work 

• no clip marks 

• optimum load distribution 

Flexibility 

• different profile gauges for both light-weight designs and statically optimized constructions 

• one or several roof hook variants for virtually any application 

• optionally black profiles for visually attractive systems with black modules 

• horizontal and vertical module installation 

Quality 

• TÜV certified 

• components of high-quality aluminium and V2A stainless steel 

• 5-year guarantee, with training extendable to 10 years 

• TRI-DESIGN software for optimum, standard planning and dimensioning of the system 

MOST IMPORTANT COMPONENTS 

• UP universal profile 

• UP-S universal profile 

• UP-L universal profile 

• UP-C / TS-C profile connector 

• TS insertion profile 

• TS central rail 

• roof hooks 

• TS edging tool 

the basic profile 

profile for high static loads 

material-optimized profile 

secure connection of profiles 

insertion profile for standard frame heights 

additional reinforcement for vertical module insertion 

and a pressure load assumption of over 2,400 N/m² 

variable or fixed, for loads of up to 170 kg per roof hook 

for edge-trimming the profiles

1. Tiles, shingles, corrugated panels I. PITCHED ROOF: ROOF-TOP MOUNTING SYSTEMS APPLICATIONS 

1.1 TRI-STAND on tiles | 1.1.2 Clip system 

PV module PV module 


121 


• for standard tiles 

• for flat “beaver tail“ tiles 

• for shingles 

• for large rafter spacings 

ADVANTAGES 

Clip system 

• materials-saving 

• manufacturer-conforming mode of installation 

• low system costs per kWp 

• standard on the European market 

• For large rafter spacings since, by clipping, the module supports the system statics. 

Flexibility 


• one or several roof hook variants for virtually any application 

• optionally black profiles and clamps for visually attractive systems with black modules 


Quality 









• UP-C profile connector 

• roof hooks 





variable or fixed, for loads of up to 170 kg per roof hook 

TRITEC Group www.tritec-energy.com | © 20130923-2 | Subject to technical changes

MOUNTING SYSTEMS APPLICATIONS I. PITCHED ROOF: ROOF-TOP 1. Tiles, shingles, corrugated panels 

1.2 TRI-STAND on shingles 


69 module - 57.5 mm 

69 module - 57.5 mm 69 

35.7 module 

8.5 3 module 11.5 33.3 

TS profile PV module PV module 

122 


On all types of shingle roofs with hanger bolts 

To be taken into account here: 

• Fastening of counter-battening (min. 45/45 mm) must be able to withstand the additional loads. 

• Set screws must be centrically set into the counter-battening. 

• Asbestos-containing roof shingles may only be worked on in compliance with standard regulations. 

ADVANTAGES 

Module installation 

• Insertion system: optimum load distribution and time-saving no-screw installation 

• Clip system: materials-saving mode of installation and low system costs per kWp 

Flexibility 




• freely selectable degree of ventilation 

Quality 

• no quality impairment of the subroof due to fastening screws in counter-battening 









• UP-C / TS-C profile connector 

• hanger bolts 







specifically for fiber cement shingles 

possibly required for insertion system 


1. Tiles, shingles, corrugated panels I. PITCHED ROOF: ROOF-TOP MOUNTING SYSTEMS APPLICATIONS 

1.3 TRI-STAND on corrugated panel roofs 


69 

69 module - 57.5 mm 69 

module - 57.5 mm 

35.7 module 8.5 3 module 11.5 33.3 

TS profile PV module UP-L, UP or UP-S 

PV module 

123 


• for all types of pitched roofs with profiled or corrugated surfaces 

• for corrugated panels 

• for corrugated fiber cement panels 

ADVANTAGES 




Flexibility 




• Different hanger bolt sizes allow for a freely selectable degree of ventilation and the correction of roof 

irregularities 

Quality 

• solid fastening even for comparatively thick and soft insulation layers 












• UP-C / TS-C profile connector secure connection of profiles 

• hanger bolts in different sizes (M8, M10, M12) 


possibly required for insertion system 


for edge-trimming the profiles 


MOUNTING SYSTEMS APPLICATIONS I. PITCHED ROOF: ROOF-TOP 2. Trapezoidal sheet metal roof 

2.1 TRI-VENT | 2.1.1 Horizontal installation 

(width of module + 20) * number of modules - 20 (in mm) 

width of module 20 width of module 20 20 width of module 

124 


• on trapezoidal sheet metal roofs 

• on sandwich elements 

• applicable at all bead spacings between 90 and 350 mm due to carrier profiles of different lengths 

ADVANTAGES 

Installation 

• riveting instead of bolting carrier profiles for higher loads up to 2400 N/m 2 

• low cost and uncomplicated shipment thanks to few components and short profiles 

• No consequences due to heat expansion: Modules are set on short rails, tension-free and without clipping 

• suitable for virtually any trapezoidal sheet metal roof and modules of different frame thicknesses 

• installation possible by 1 person 

Quality 






• central and end module anchor each applicable for two different module widths 

• carrier profile 

available in different lengths 

• sealing rivets 

for fastening the carrier profiles 

• drilling gauge 

for optimum alignment of drill holes 

• TRI-VENT bending tool for secure fixation of end module anchors

2. Trapezoidal sheet metal roof I. PITCHED ROOF: ROOF-TOP MOUNTING SYSTEMS APPLICATIONS 

2.1 TRI-VENT | 2.1.2 Vertical installation 

(length of module + 20) * number of modules - 20 (in mm) 

length of module 20 

lower installation hole spacing installation hole spacing lower instal. upper instal. upper installation hole spacing 

20 

125 




• applicable at all bead spacings between 90 and 350 mm due to carrier profiles of different lengths 

• suitable for uneven roofs 

ADVANTAGES 

Installation 

• riveting instead of bolting carrier profiles for higher loads up to 2400 N/m 2 

• low cost and uncomplicated shipment thanks to few components and short profiles 

• No consequences due to heat expansion: Modules are set on short rails, tension-free and without clipping 

• no slipping of modules due to circlips 

• suitable for virtually any trapezoidal sheet metal roof and modules of different frame thicknesses 

• installation possible by 1 person 

Quality 






• central and end module anchor each applicable for two different module widths 

• carrier profile 

available in different lengths 

• sealing rivets 

for fastening the carrier profiles 


for optimum alignment of drill holes 

• circlips 

2 pieces per module, suitable for all framed modules 

• TRI-VENT bending tool for secure fixation of end module anchors 


MOUNTING SYSTEMS APPLICATIONS I. PITCHED ROOF: ROOF-TOP 2. Trapezoidal sheet metal roof 

2.2 TRI-STAND 

2.2.1 Insertion system with rivet SafeClick 

height of module field = (length of module insertion + 11.5 mm) * number of modules + 69 mm 

drilling hole spacing = length of module insertion + 11.5 mm) 

126 




ADVANTAGES 





• to clip marks 


Installation 

• quick and easy since only one setting is required for the drilling gauge 

• module load possible up to 5400 N/m 2 

• location-optimized load distribution to all outward beads thanks to continuous rails 

Flexibility 


• Number of rivet SafeClick is selected depending on roof load, bead space, trapezoidal sheet metal gauge 

and material (aluminium or steel). 

Quality 






• TS profile 

• TS-M central rail 

• rivet SafeClick 


• rubber seal and rivet 


in aluminium or black 

for TRI-STAND insertion profiles 

quick and stable joining of SafeClick connections 

for optimum calibration of drill holes 

for optimum impermeability of the roof 

for edge-trimming the profiles when using insertion system

2. Trapezoidal sheet metal roof I. PITCHED ROOF: ROOF-TOP MOUNTING SYSTEMS APPLICATIONS 

2.2 TRI-STAND 

2.2.2 Clip system with rivet SafeClick 

length of module / 5 

length of module 

length of module * 0.6 

(length of module + 20) * number of modules - 20 (in mm) 

20 

length of module / 5 * 2 + 20 (in mm) 

length of module / 5 20 length of module / 5 

length of module / 5 

127 




ADVANTAGES 

Clip system 





Installation 

• vertical module installation 

• module load possible up to 5400 N/m 2 

• location-optimized load distribution to all outward beads thanks to continuous rails 

Flexibility 

• In case of interfering objects, the position of a UP-TS profile may be slightly changed without 

displacement of the entire module field. 

• Number of rivet SafeClick is selected depending on roof load, bead space, trapezoidal sheet metal 

gauge and material (aluminium or steel). 

Quality 






• center clips 

• UP-TS profile 

• rivet SafeClick 


in aluminium or black 

carrier profile for modules 

quick and stable joining of SafeClick connections 

for optimum calibration of drill holes 


MOUNTING SYSTEMS APPLICATIONS I. PITCHED ROOF: ROOF-TOP 3. Sheet metal roof 

3.1 TRI-STAND 

3.1.1 Insertion system on sheet metal folding clamps 

height of module field = (length of module insertion + 11.5 mm) * number of modules + 69 mm 

6.9 module - 57.5 mm 6.9 module - 57.5 mm 6.9 module - 57.5 mm 

6.9 


128 


• on sheet metal and Kalzip roofs by means of fastening on standing seams 

• with module installation in rows suitable for curved roof surfaces 

ADVANTAGES 







Flexibility 



• clips fitting for different module frames 

• fastening with flat head screws or hammerhead bolts 

Quality 





• sheet metal and Kalzip clamps 





depending on type of roof, for different module frames 




for edge-trimming the profiles with insertion system

3. Sheet metal roof I. PITCHED ROOF: ROOF-TOP MOUNTING SYSTEMS APPLICATIONS 

3.1 TRI-STAND 

3.1.2 Clip system on sheet metal folding clamps 

20 


129 


• on sheet metal and Kalzip roofs by means of fastening on standing seams 

ADVANTAGES 

Clip system 





Flexibility 



• clips fitting for different module frames 

• fastening with flat head screws or hammerhead bolts 

Quality 





• sheet metal and Kalzip clamps 




depending on type of roof, for different module frames 





MOUNTING SYSTEMS APPLICATIONS II. PITCHED ROOF: ELEVATION 

1. TRI-STAND triangle installation with hanger bolts 

module + 11.5 mm + 690 mm 

module - 575 mm 

shading angle 


130 


• as support on pitched roofs with up to 20° inclination 

• for southern orientation on north/east/west roofs 

ADVANTAGES 







Flexibility 


• flexible module inclinations (20°/30°, 20° – 70°) for optimum yield depending on location 

• also suitable for zones with high snow and wind loads (with central rail) 

Quality 

• excellent inherent stability due to solid construction 









profile for high static loads, required depending on dimensioning 




insertion profile 

• standard angle fixed support angle 20° or 30° 

• FlexFix angle freely selectable angle between 20° and 70° 

• SafeClick 

secure profile connection 


for fastening to the substructure on the roof 



II. PITCHED ROOF: ELEVATION MOUNTING SYSTEMS APPLICATIONS 

2. TRI-STAND triangle installation with roof hooks 


module + 115 mm + 690 mm 


shading angle 

131 


• as support on pitched roofs with up to 20° inclination 

• for southern orientation on north/east/west roofs 

ADVANTAGES 







Flexibility 



• also suitable for zones with high snow and wind loads (with central rail) 

Quality 

















• SafeClick 







MOUNTING SYSTEMS APPLICATIONS III. PITCHED ROOF: ROOF-INTEGRATED 

1. TRI-ROOF on wooden purlins 

132 


69 module - 57.5 mm 69 module - 57.5 mm 69 module - 57.5 mm 69 module - 57.5 mm 69100 


• with roof refurbishment and new roofs 

• in combination with existing roof areas or as roof coverage over the whole area 

• with purlin spaces of up to 2.5 m 

• suitable for zones with high snow and wind loads (with central support) 

ADVANTAGES 

Flexibility 

• Insertion system: easy replacement of modules 

• compatible with framed standard modules 


Impermeability 

• discharge of rain water for the most part via modules 

• specially developed water-bearing carrier profiles 

Quality 






• UP-I universal profile 

• TR-H profile 

basic profile for vertical water drainage 

profile for horizontal water drainage

III. PITCHED ROOF: ROOF-INTEGRATED MOUNTING SYSTEMS APPLICATIONS 

2. TRI-ROOF on steel purlins 


69 module - 57.5 mm 69 module - 57.5 mm 69 module - 57.5 mm 69 module - 57.5 mm 69 100 

133 






ADVANTAGES 

Flexibility 



• optionally black profile for visually attractive systems with black modules 




Quality 









profile for horizontal water drainage 


MOUNTING SYSTEMS APPLICATIONS III. PITCHED ROOF: ROOF-INTEGRATED 

3. TRI-ROOF on tile battening 

module - 57.5 mm 69 a b 

≥ 170 


69 


69 


≥ 100 

100-235 

69 

134 

≥ 100 






ADVANTAGES 

Flexibility 



• with standard tile cover, supply of complete sheet metal flashing which can be adjusted to the module 

size without special know-how 





Quality 








• ridge and lateral flashings 

• accessories for sealing 


profile for horizontal water drainage 

optional with standard tiles 

valley sealing strips, special adhesive, adhesive tape FLEX-DICHT

1. Flat roofs with low load capacity IV. FLAT ROOF MOUNTING SYSTEMS APPLICATIONS 

1.1 TRI-STAND Aero 

for module widths 790-810 mm and 990-1010 mm 

ballast 

shading angle 

ballast 

calculation as a function of the shading angle 

(Aero 80) 859 mm, (Aero 100) 1062 mm (Aero 80) 859 mm, (Aero 100) 1062 mm 

hexagonal screw M10x25 A2 

hexagonal screw M10x25 A2 

hammer head bolt M10x20 A2 



No Regupol protective strips 

between module rows! 

Regupol protective strip 

Regupol protective strip 

135 


• up to max. 5° roof inclination with horizontal module installation 

• with film cover or bitumen 

• gravel-covered roofs or green roof areas 

ADVANTAGES 

Installation 

• fast module installation with few components; yet more time-saving with preassembled supports 

• no penetration of roof membrane 

• possible module load of up to 5,400 N/m 2 

• manufacturer-conforming module installation at installation drill holes 

• suitable for standard modules of a width of 790 to 820 mm and 990 to 1010 mm 

Ballast 

• aerodynamically optimized for flat roofs with low load capacity 

• low net weight 

• flexible weighting on the rear by means of concrete slabs or flagstones 

• reduced dynamic and wind pressure load by means of wind deflector 

Quality 









• UP-C connector 

• TS-F angle 

• wind baffle plate 

• regupol film 




if necessary for the connection of continuous rails 

fixed 20° inclination for optimum shading clearance 

in two standard designs 

for optimum roof protection 


MOUNTING SYSTEMS APPLICATIONS IV. FLAT ROOF 1. Flat roofs with low load capacity 

1.2 TRI-STAND East-West 

136 


• for PV systems with an east-west exposure 

• gravel roofs and green roof areas 

• trapezoidal sheet metal and standing seam roofs 

ADVANTAGES 

Installation 

• insertion system: optimum load distribution and time-saving no-screw installation 

• clip system: materials-saving mode of installation and low system costs per kWp 

• no penetration of roof membrane 

• possible module load of up to 5,400 N/m 2 

• low expenditures for materials and installation due to plug-in system 

Ballast 

• aerodynamically optimized for flat roofs with low load capacity 

• flexible weighting on the rear by means of concrete slabs or flagstones 

Quality 



• TRI-DESIGN dimensioning software for optimum, standard planning of the system 





profile for high static loads, required depending on design 



• support angle 10° and 20° 


for installation on trapezoidal sheet metal roof

1. Flat roofs with low load capacity IV. FLAT ROOF MOUNTING SYSTEMS APPLICATIONS 

1.3 TRI-FLAT South 

ab 972 

130 

120 

100 

90 

80 

50 

40 

0 

137 

756 

696 

518 

458 

398 

279 

220 

0 


• for PV systems on flat roofs with southern orientation 

• foil roofs 

• concrete and gravel roofs 

• roofs with substrate and green cover 

• up to max. 5° roof inclination 

ADVANTAGES 

Mounting 

• suited for framed module in horizontal mounting 

• installation by means of a simple click system with few tools 

• simple module clipping using a click system 

Logistics 

• easy warehousing: components fit on Euro pallets and are stackable 

• low-cost transport due to few and short components (< 1,20 m) 

Quality 


• 10-year guarantee 

• successful wind channel test 


• module clip 

• rear wall panel 

• bracket / intermdiate bracket 

• bending tool 

for no-tool installation 

guarantees low ballast through aerodynamics 

for 10°/15° support 

for profile connection 


MOUNTING SYSTEMS APPLICATIONS IV. FLAT ROOF 1. Flat roofs with low load capacity 

1.4 TRI-FLAT East-West 

ab 786 

130 

120 

100 

90 

80 

50 

40 

0 

138 

602 

554 

411 

363 

316 

220 

172 

0 


• for PV systems on flat roofs with an east-west orientation 

• foil roofs 

• concrete and gravel roofs 

• roofs with substrate and green cover 

• up to max. 5° roof inclination 

ADVANTAGES 

Mounting 

• suited for framed module in horizontal mounting 

• installation by means of a simple click system with few tools 

• simple module clipping using a click system 

Logistics 

• easy warehousing: components fit on Euro pallets and are stackable 

• low-cost transport due to few and short components (< 1,20 m) 

Quality 


• 10-year guarantee 

• successful wind channel test 


• module clip 

• rear wall panel 

• bracket / intermdiate bracket 

• bending tool 

for no-tool installation 

guarantees low ballast through aerodynamics 

for 10°/15° support 

for profile connection

2. Flat roofs with normal load capacity IV. FLAT ROOF MOUNTING SYSTEMS APPLICATIONS 

2.1 TRI-STAND triangle installation on Renosol plates 

module + 11.5 mm + 690 mm 


shading angle 


Renosol panels 800x600x35 

139 


• roof areas with gravel, granulate, bitumen or film cover 

• for additional module inclinations on pitched roofs with up to 20° roof pitch 

• gravel-covered roofs or green roof areas 

ADVANTAGES 







Flexibility 



Quality 

















• SafeClick 


• Renosol plates 





MOUNTING SYSTEMS APPLICATIONS IV. FLAT ROOF 2. Flat roofs with normal load capacity 

2.2 TRI-STAND upright installation 

module + 11.5 mm + 690 mm 

module -575 mm 

shading angle 

140 

Renosol panel 800x600x35 


• flat roofs with inclinations from -5° to +5° 

• roof areas with gravel, granulate, bitumen or film cover 

• for green roofs, uneven roofs and locations with heavy snowfall 

ADVANTAGES 







Installation 


• flexible module inclinations (20°/30°) for optimum yield depending on location 

• large distance of modules to the roof, thus less shading 

Quality 
















• SafeClick 


• Renosol plates 





(length od module + 20) * number of modules - 20 (en mm) 

lenght of module length of module 

height of module field = (length of module insertion + 115 mm) * number of modules + 69 mm 


V. FACADE MOUNTING SYSTEMS APPLICATIONS 

1. TRI-STAND vertical installation 

module - 57.5 mm module - 57.5 mm module - 57.5 mm 

141 


• on facades by means of hanger bolts 

• directly on facades by means of dowels or wood screws 

ADVANTAGES 




Facade installation 

• low module load (only wind pressure and suction) 

• no plastering of facades necessary 

• developing new areas for PV systems 

• freely selectable degree of ventilation 

Quality 








• UP-C universal profile 






secure connection of profiles with insertion system 

for SafeClick installation directly on building exterior 



MOUNTING SYSTEMS APPLICATIONS V. FACADE 

2. TRI-STAND inclined installation 

anchoring forces 

AH, AV, BH and BV 

anchoring forces 

AH, AV, BH and BV 

142 

vertical row spacing 

module + 11.5 mm + 690 mm 


shading angle 


module inclincation 

length of horizontal support 

UP profile 

UP-S profile 

length of an individual wall rail clearance for individual wall rails 

length of an individual wall rail 

row spacing 

shading angle 

module inclincation 


UP profile 

length of horizontal support 


UP profile 

UP-S profile 

length of an individual wall rail 

length of an individual wall rail clearance for individual wall rails 


PV systems with canopy roof function 

ADVANTAGES 


• on facades by means of hanger bolts 

• directly on facades by means of dowels or wood screws 

Facade installation 

• developing new areas for PV systems 

• flexible angle of inclination (20° – 70°) 

Quality 




(insertion system) 











• SafeClick 



for edge-trimming the profiles when using insertion system

TRITEC Group www.tritec-energy.com | © 20130923-2 | Subject to technical changes 

143

Accessories 

Our accessories include flexible cables particularly suited 

for solar systems. The cables are extremely robust, 

mechanically resistant, free of halogen as well as UV- and 

weather-resistant. In addition, our range of accessories 

includes any item needed for the assembly and 

maintenance of solar systems. 

HUBER+SUHNER 

STUDER 

MULTI-CONTACT 

AMPHENOL 

NINGBO 

145 

SMK 

TYCO 

RENNSTEIG 

PHOENIX CONTACT

2 

................................................................................................................................................................... 

ACCESSORIES 

Solar Cable 

................................................................................................................................................................... 

Radox solar cables – UV-resistant, halogen-free 

and extremely rugged 

146 

Radox solar cables are flexible single-core and multicore 

cables specifically suitable for the wiring of solar 

installations both inside buildings and outside. 

Long service life 

The cables are extremely rugged, feature an extremely 

high mechanical resistance and are extremely resistant 

to heat, low temperature, oil, abrasion, UV, ozone and 

weathering. These properties guarantee a long service 

life. All these properties are achieved with small outside 

diameters thanks to Radox technology and high 

precision. 

Absolutely no shrinkage 

The cables are easy to process owing to the close manufacturing 

tolerances. The electron beam-crosslinked 

material displays absolutely no shrinkage and absolutely 

no other changes over time. This is of advantage 

particularly for coating and potting and for fitting 

connectors. Even at high temperatures, the electron 

beam-crosslinked material does not melt or flow. 

Nevertheless, the insulation can be stripped easily 

from the cables. 

The fact that the material contains no halogens means 

that no corrosive or toxic gases are produced and little 

smoke is generated in the event of a fire. The cable 

insulation is flame-retardant and can consequently not 

catch fire of its own accord. 

1 

3 2 1 

3 

Radox solar cables – used successfully worldwide for many 

years now. Operating temperature range -40 to +120°C, 

short-circuit-resistant up to temperatures of +280°C. 

Radox single-core solar cable 

1) Conductor: Tinned flexible copper lead, fine-wire 

2) Insulation: Radox black 

3) Jacket: Radox, colours see technical data

................................................................................................................................................................... 

Solar Cable 

ACCESSORIES 

................................................................................................................................................................... 

Art. No. 1302175 1302178 1302176 1302179 1302177 

Model 

Radox solar cable 4 rd, 

100 m drum 

Radox solar cable 4 rd, 

500 m drum 

Radox solar cable 4 bu, 

100 m drum 

Radox solar cable 4 bu, 

500 m drum 

Radox solar cable 4 bk, 

100 m drum 

Cross section 4.0 mm² 4.0 mm² 4.0 mm² 4.0 mm² 4.0 mm² 

Colour Red Red Blue Blue Black 

Cable diameter 5.8 mm ±0.15 mm 5.8 mm ±0.15 mm 5.8 mm ±0.15 mm 5.8 mm ±0.15 mm 5.8 mm ±0.15 mm 

Rated voltage 1000 V DC 1000 V DC 1000 V DC 1000 V DC 1000 V DC 

Min. bending radius 4 x diameter 4 x diameter 4 x diameter 4 x diameter 4 x diameter 

Temperature range -40 to +120 °C -40 to +120 °C -40 to +120 °C -40 to +120 °C -40 to +120 °C 

Short-circuit-resistant upto +280 °C (max. 5 seconds) +280 °C (max. 5 seconds) +280 °C (max. 5 seconds) +280 °C (max. 5 seconds) +280 °C (max. 5 seconds) 

temperature of 

Conductor 

Tinned flexible copper 

lead, fine-wire 









Insulation Radox black Radox black Radox black Radox black Radox black 



Norms 

IEC 60228, class 5, “TÜV 

type approved” 

certificate no. R 

02210086 




02210086 




02210086 




02210086 

Art. No. 1302180 1302181 1302184 1302182 




02210086 

147 

Model 

Radox solar cable 4 bk, 500 m 

drum 

Radox solar cable 6 rd, 100 m 

drum 

Radox solar cable 6 rd, 500 m 

drum 

Radox solar cable 6 bu, 100 m 

drum 

Cross section 4.0 mm² 6.0 mm² 6.0 mm² 6.0 mm² 

Colour Black Red Red Blue 

Cable diameter 5.8 mm ±0.15 mm 6.9 mm ±0.20 mm 6.9 mm ±0.20 mm 6.9 mm ±0.20 mm 

Rated voltage 1000 V DC 1000 V DC 1000 V DC 1000 V DC 

Min. bending radius 4 x diameter 4 x diameter 4 x diameter 4 x diameter 

Temperature range -40 to +120 °C -40 to +120 °C -40 to +120 °C -40 to +120 °C 

Short-circuit-resistant upto +280 °C (max. 5 seconds) +280 °C (max. 5 seconds) +280 °C (max. 5 seconds) +280 °C (max. 5 seconds) 


Conductor 

Tinned flexible copper lead, 

fine-wire 


fine-wire 


fine-wire 


fine-wire 

Insulation Radox black Radox black Radox black Radox black 



Norms 

IEC 60228, class 5, “TÜV type 

approved” certificate no. R 

02210086 



02210086 



02210086 

Art. No. 1302185 1302183 1302186 1301323 



02210086 

Model 

Radox solar cable 6 bu, 500 m Radox solar cable 6 bk, 100 m Radox solar cable 6 bk, 500 m Radox solar cable 10 bk 

drum 

drum 

drum 


Colour Blue Black Black Black 





Short-circuit-resistant upto +280 °C (max. 5 seconds) +280 °C (max. 5 seconds) +280 °C (max. 5 seconds) +280 °C (max. 5 seconds) 


Conductor 


fine-wire 


fine-wire 


fine-wire 


fine-wire 

Insulation Radox black Radox black Radox black Radox black 



Norms 



02210086 



02210086 



02210086 

IEC 60228, class 5 

* - Nominal kg/100 m 


................................................................................................................................................................... 

ACCESSORIES 

Solar Cable 

................................................................................................................................................................... 

Studer Betaflam Solar 

Innovative solar cables 

148 

Leoni Studer AG – Internationally proven 

With more than 34,000 employees in over 100 locations 

in 30 countries, the company is one of the leading 

manufacturers of cables, conduits and grid systems. 

The business unit "Wind and Solar Power" contributes 

to a high-quality broad cable range for the sectors 

industry, infrastructure and energy. It produces cables 

and for these develops and processes superior compounds 

for conductor insulation. Leoni Studer AG is 

part of the internationally active Leoni Group and 

represents highest quality and innovative technology. 

Best features 

Long life-cycle and optimum weather resistance – with 

these features, Leoni Studer solar cables meet all requirements 

made of solar systems and their components. 

The double-insulated, electron beam crosslinked 

cables meet the highest standards of solar cables 

and can unreservedly be used as module and connecting 

cables for stand-alone and grid-connected systems. 

Safe design 

n 

Conductor: Braided copper wire, tinned, fine, class 5 

n 

Insulation: Polyolefin Copolymer electron beam 

cross-linked 

n 

Jacket: Polyolefin Copolymer electron beam crosslinked 


n 

UV and ozone resistant 

n 

Hydrolysis resistant 

n 

Electron beam cross-linked compounds 

n 

High temperature resistance 

n 

Cold flexibility 

n 

Long life-cycle 

n 

Compatible with all major connectors 

The double insulated electron beam cross-linked solar cables 

of Studer are suitable for grid-connected and stand-alone 

systems. 

The Studer solar cables are UV and ozone resistant and 

suited for a temperature range of -40 up to +85°C.

................................................................................................................................................................... 

Solar Cable 

ACCESSORIES 

................................................................................................................................................................... 

Art. No. 1302197 1302203 1302198 1302204 

Model 

Studer Betaflam 125 flex, 

4mm² bk, 500 m drum 








Colour Black Black Black Black 





Short-circuit-resistant upto +280 °C +280 °C +280 °C +280 °C 


Conductor 


fine-wire 


fine-wire 


fine-wire 


fine-wire 

Insulation 

Polyolefin Copolymer electron 

beam cross-linked 









Norms 

* - Nominal kg/100 m 

IEC 60332-1, IEC 61034, EN 

50268-2, DIN 51900, TÜV PfG 

1169/08.2007 PV1-F 

IEC 60332-1, IEC 61034, EN 

50268-2, DIN 51900, TÜV PfG 

1169/08.2007 PV1-F 

IEC 60332-1, IEC 61034, EN 

50268-2, DIN 51900, TÜV PfG 

1169/08.2007 PV1-F 

IEC 60332-1, IEC 61034, EN 

50268-2, DIN 51900, TÜV PfG 

1169/08.2007 PV1-F 

149 


................................................................................................................................................................... 

ACCESSORIES 

Plugs and Sockets 

................................................................................................................................................................... 

Multi-Contact – MC3 and MC4 connector systems 

150 

Multi-Contact AG was founded in 1962 and is currently 

employing more than 700 staff. All manufacturing sites 

are ISO 9001-certified and therefore meet the highest 

quality demands. 

MC connector systems 

The components of the MC connector system for photovoltaics 

are designed to allow time-saving and safe 

serial and parallel wiring of PV modules for buildingintegrated 

and free-standing solar installations. For 

practical use the connector systems MC3 and MC4 are 

available, depending on the existing modules or inverters. 

The proven MC3 connector systems 

n 

Diameter Ø 3mm 

n 

Rated current 

max. 30 A for 6 mm² 

max. 20 A for < 4 mm² 

n 

n 

n 

n 

n 

System voltage max. 1000 V 

Degree of protection, connected IP65 

Protection class II 

Temperature range ‐40°C to+90°C 

TÜV Rheinland – type approved 

The interlockable MC4 connector systems 

n 

Diameter Ø 4mm 

n 

Rated current max. 30 A 

n 

System voltage max. 1000 V 

n 

Degree of protection, connected IP67 

n 

Easy installation 

n 

Locking system "Snapin" 

n 


n 


n 

TÜV Rheinland – type approved 

The MC3 plugs and sockets, shown with associated contacts. 

The MC4 plugs and sockets, shown with associated contacts.

................................................................................................................................................................... 


ACCESSORIES 

................................................................................................................................................................... 

Art. No. 1302000 1302010 1302050 1302040 1302020 

Model 

Description 

MultiContact PV-KBT3II 

(A: 2 - 4 mm², D:4.9- 

7.1 mm) 

Female type MC3 for 

Radox / Draka / Studer 

4mm² 

MultiContact PV-KST3II 

(A: 2 - 4 mm², D:4.9- 

7.1 mm) 

Male type MC3 for 


4mm² 

MultiContact PV- 

KBT3/6III (A: 6 mm², D: 

6.5-9mm) 



6mm² 


KST3/6III (A: 6 mm², D: 

6.5-9mm) 

Male type MC3 for 


6mm² 


Art. No. 1302030 1302073 1302085 1302086 1302087 


KBT4/6II (A: 4 - 6 mm², 

D:5.5-9mm) 



4-6mm² 

Model 

Description 

MultiContact PV- MultiContact PV-R-WZ3 

KST4/6II (A: 4 - 6 mm², 

D:5.5-9mm) 

Male type MC4 for Installation device for 

Radox / Draka / Studer 4 male and female MC3 

-6mm² 

MultiContact PV-ES- 

CZM-19100 crimping 

pliers insert 

For MC4 (only use with 

locator) 

MultiContact PV-CZM- 

16100A crimping pliers 

For MC3 (MC4: insert 

and locator necessary) 


MultiContact PV-LOC 

crimping pliers locator 

For MC4 (only use with 

crimping pliers insert) 

151 

Art. No. 1302116 1302117 1302118 1302115 

Model MultiContact PV-WZ-AD/GWD MultiContact PV-SSE-AD4 MultiContact PV-PST test pin MultiContact assembly key PV- 

MS 

Description 

Socket wrench insert for Socket wrench insert for For MC type 4 For MC type 4 

crimping pliers PV-CZM crimping pliers PV-CZM 


Art. No. 1302152 1302153 1302154 1302155 

Model 

MultiContact PV branch plug 

MC3 PV-AZS3-UR 

MultiContact PV branch 

socket MC3 PV-AZB3-UR 

MultiContact PV branch plug 

MC4 PV-AZS4 

MultiContact PV branch 

socket MC4 PV-AZB4 

Description For MC type 3 For MC type 3 For MC type 4 For MC type 4 


The MC3 plugs are based on contacts with a diameter of 

3 mm and comply withprotection class IP65. 

The interlockable MC4 plugs have contacts with diameters 

of 4 mm and comply withprotection class IP67. 


................................................................................................................................................................... 

ACCESSORIES 


................................................................................................................................................................... 

Huber+Suhner Radox Connector 

The innovative connector system 

152 

Photovoltaic solar cables and connectors are essential 

components of solar installations. They ensure the electric 

connection between the modules and the inverters. 

They play an important role for the high efficiency 

and long service life of the installations. The expected 

long service life, adverse exterior environmental influences 

and great fluctuations of temperatures and 

humidity make heavy demands on design, material 

and manufacture. 

Solar cables and connectors combined 

Huber+Suhner solar cables and connectors are perfectly 

matched, have been specifically designed for 

use in PV installations and have delivered optimal performances 

for many years. 

Lamella contacts – Thecoreoftheconnectors 

Huber+Suhner's Radox solar connectors consist of casing 

and contact element. The core of the connectors 

are the lamella contacts made from high-quality copper 

beryllium. Comparable values cannot be achieved 

in this form without lamella contacts. As flexible elements, 

these contacts form the mechanical adjustment 

between plug and socket. The lamella produces a 

larger contact surface between the elements, thus providing 

a higher current load capacity with lowest constant 

contact resistance. All Huber+Suhner solar connectors 

are compatible for interconnection with each 

other. 

Connector characteristics 

n 


n 

Max. current carrying capacity 38 A 

n 

Max. system voltage 1000 V 

n 

Constant low transition resistance 

n 

High mechanical resistance 

n 

UV- and ozone resistant 

n 

Protection mode IP67 in mated condition 

n 

Interlockable by means of threads 

n 


n 

TÜV approval 

The interlockable Radox connectors are compatible with 4 

or 6 mm² Radox cables. 

High-quality lamella contacts on turned contact elements 

with integrated thread lock ensure high functionality and 

safety.

................................................................................................................................................................... 


ACCESSORIES 

................................................................................................................................................................... 

Art. No. 1302143 1302144 1302145 1302146 

Model 

Huber+Suhner Radox male 

4mm² 

Huber+Suhner Radox female 

4mm² 

Huber+Suhner Radox male 

6mm² 

Huber+Suhner Radox female 

6mm² 

Connector diameter 4 mm 4 mm 4 mm 4 mm 

Contact carrier Brass, tin-plated Brass, tin-plated Brass, tin-plated Brass, tin-plated 

Contact principle 

Copper beryllium lamella 

contact 


contact 


contact 


contact 

Connectable cross-section Radox cable 4 mm² Radoxcable4mm² Radoxcable6mm² Radoxcable6mm² 


Current carrying capacity 38 A at +85 °C 38 A at +85 °C 38 A at +85 °C 38 A at +85 °C 

Max. system voltage 1000 V DC 1000 V DC 1000 V DC 1000 V DC 

Contact resistance < 4 mΩ

................................................................................................................................................................... 

ACCESSORIES 


................................................................................................................................................................... 

The Amphenol H4 PV connectors 

Amphenol 

Amphenol is one of the largest manufacturers of interconnect 

products in the world. The company designs 

and manufactures electrical, electronic and fibre optic 

connectors along with coaxial and flat-ribbon cables. 

Connectores H4 

The H4 connectors come from the innovative range of 

Amphenol's Helios solar products. Quick and easy snap 

lock mating and reliable crimpterminations make this 

an ideal solution for field installation. The long-term 

UV and ozone resistance as well as the low resistance 

self-cleaning contact grid distinguish the H4 as the 

most efficient and durable solar connector option. 

The H4 is fully intermateable with industry standards. 

Product properties 

n 

Quick and easy snaplock mating 

n 

UV and ozone resistance 

n 

Self-cleaning contact grid 

n 

Protection mode IP68 

154 

The H4 connectors ensure quick and easy field installation. 

The Amphenol installation wrench ensures easy installation 

and release of the connectors.

................................................................................................................................................................... 


ACCESSORIES 

................................................................................................................................................................... 

Art. No. 1302241 1302242 1302243 1302244 

Model Amphenol H4 CFC4DC - 

female (A: 4 mm²) 

Amphenol H4 CMC4DC - 

male (A: 4 mm²) 

Amphenol H4 CFC6DC - 

female (A: 6 mm²) 

Amphenol H4 CMC6DC - 

male (A: 6 mm²) 

Description 

For Radox / Draka / Studer 

4mm² 


4mm² 


6mm² 


6mm² 


Accessories 

Art. No. 1302245 1302239 1302240 

Model 

Amphenol H4 TW00001 - installation Rennsteig crimping insert to 

Rennsteig locator to Amphenol H4 

wrench 

Amphenol H4 

Description 

For Amphenol H4, female / male 4 ‐ 6mm² For Amphenol H4, female / male 4 ‐ 6mm² For Amphenol H4, female / male 4 ‐ 6mm² 

Warranty 2 years 2 years 2 years 

155 


................................................................................................................................................................... 

ACCESSORIES 


................................................................................................................................................................... 

The Ningbo PV connectors 

156 

As an experienced manufacturer of electrical components 

for renewable energy systems, Ningbo Zhonghuan 

Sunter PV Technology Co. Ltd. produces primarily 

connectors for use in solar modules and systems. Due to 

its own research and development; Ningbo has been 

successful in offering high-quality connectors since 

2004. 

Connection 

For installation and mounting, the Ningbo plug-in system 

can be connected simply, quickly and thus highly 

efficiently. The firm connection of plug and socket is 

ensured at any time by means of mechanical interlocking. 

Use 

Ningbo connectors have a great flexibility of use due to 

their simple installation and reliable connection. Their 

compact construction and high-quality workmanship 

enable the system to be used even in difficult areas. 

Product properties 

n 

Quick installation 

n 

Mechanical interlocking 

n 

High reliability of connections 

n 

Sturdy housing 

n 

TÜV-certified 

The Ningbo connectors are usable for 4 and 6 mm² solar 

cables. 

Professional installation is ensured withRennsteig crimping 

tools.

................................................................................................................................................................... 


ACCESSORIES 

................................................................................................................................................................... 

Art. No. 1302246 1302247 

Model Ningbo (PV-ZH202) - female (A: 4 - 6 mm²) Ningbo(PV-ZH202)-male(A:4-6mm²) 

Description For Radox / Draka / Studer 4 - 6 mm² For Radox / Draka / Studer 4 - 6 mm² 


Accessories 

Art. No. 1302251 

Model 

Rennsteig locator to Ningbo 

Description Locator for crimping pliers PEW 12 

157 


................................................................................................................................................................... 

ACCESSORIES 


................................................................................................................................................................... 

The SMK PV connectors 

158 

SMK 

Since 1925, SMK Corporation has been developing, 

producing and distributing electrical and electronic 

components, switches and remote controls for medical 

applications as well as for all areas in renewable energies. 

Because of their many years of experience and 

permanent optimization of development and production 

processes, SMK offers proven and top-quality technology. 

In product development, the company's particular 

focus is on sustainability and environmental protection. 

Highreliability 

Thanks to their well-conceived type of design and the 

materials used, SMK connectors are a reliable product 

in all weather conditions. Without any additional tools, 

the connectors can be closed waterproof and thus 

ensure ease of installation and optimum reliability. 

Best conductivity 

The product characteristics of SMK PV connectors incorporate 

know-how and findings from many years of 

development and production of connectors for various 

application areas. Using the proven SMK multi-point 

structure, PV connectors will realize optimum contactability 

and conductivity. 

Characteristics at a glance 

n 

Optimum plug-in security 

n 

High ampacity 

n 

TÜV and UL certified 

n 

Protection mode IP67 

n 


n 

Solar cable with 4 and 6 mm² can be used 

SMK connectors can be used for 4 and 6 mm² solar cables. 

Professional installation is ensured withRennsteig crimping 

tools.

................................................................................................................................................................... 


ACCESSORIES 

................................................................................................................................................................... 

Art. No. 1302252 1302253 1302254 1302255 

Model SMKPV-03female4mm² SMKPV-03male4mm² SMK PV-03 female 6 mm² SMKPV-03male6mm² 

Description For Radox / Studer 4 mm² For Radox / Studer 4 mm² For Radox / Studer 6 mm² For Radox / Studer 6 mm² 


Accessories 

Art. No. 1302233 1302234 

Model Rennsteig crimping insert to SMK Rennsteig locator to SMK 

Description Crimping insert for crimping pliers PEW 12 Locator for crimping pliers PEW 12 

159 


................................................................................................................................................................... 

ACCESSORIES 


................................................................................................................................................................... 

Tyco Solarlok – The photovoltaic connector 

system 

160 

With 60 years of industry expertise, Tyco Electronics is a 

worldwide supplier of passive electric and electronic 

components and one of the leading manufacturers of 

wiring systems for photovoltaics. 

Easy and reliable interconnection 

By continuously improving and expanding the Solarlok 

connector system, Tyco Electronics contributes to the 

establishment of this environmentally friendly and 

future-oriented technology on the energy market. 

The Solarlok connector system represents the easy 

and reliable interconnection of individual solar modules 

to the inverter. 

The Solarlok concept 

The entire system concept is based on cost-effective 

and reliable processing of individual system components, 

in order to significantly reduce the installation 

costs of the whole photovoltaic system. 

The Solarlok connectors – overview 

n 

Easy processing on-site 

n 

Secure connection due to keyed housing 

n 


n 

Easy multiple plugging 

n 

Accommodates solar cables of different diameters 

reliably 

n 

High current carrying capacity 

n 

High temperature stability 

n 

TÜV and UL certified 

The Tyco Solarlok connectors in different versions for 4 and 

6mm² solar cables. 

With the Tyco Solarlok system the female and the male are 

bothavailable withPlus and Minus configuration.

................................................................................................................................................................... 


ACCESSORIES 

................................................................................................................................................................... 

Art. No. 1302102 1302103 1302104 1302105 

Model 

Description 

Tyco Solarlok male minus 

4.0 mm² 


4mm² 

Tyco Solarlok female minus 

4.0 mm² 


4mm² 

Tyco Solarlok male plus 

4.0 mm² 


4mm² 

Tyco Solarlok female plus 

4.0 mm² 


4mm² 

Art. No. 1302106 1302107 1302108 1302109 

Model 

Description 

Tyco Solarlok male minus 

6.0 mm² 


6mm² 

Tyco Solarlok female minus 

6.0 mm² 


6mm² 

Tyco Solarlok male plus 

6.0 mm² 


6mm² 

Tyco Solarlok female plus 

6.0 mm² 


6mm² 

Art. No. 1302166 1302167 1302168 1302169 

161 

Model 

Description 

Tyco T-connector (male/male) 

plus 

Parallel connection of Tyco 

Solarlok connectors 

Tyco T-connector (male/male) 

minus 



Tyco T-connector 

(female/male) plus 



Tyco T-connector 

(female/male) minus 





................................................................................................................................................................... 

ACCESSORIES 


................................................................................................................................................................... 

Accessories 

Art. No. 1302110 1302111 1302112 1302113 1302114 

Model 

Description 

Tyco Solarlok manual 

crimping pliers 

Universal, without 

crimphead 

Tyco Solarlok 

crimphead for 4 and 

6mm² 

Go with Tyco Solarlok 

manual crimping pliers 

Tyco Solarlok press-out 

tool 

For dismantling of 

Solarlok male/female 

Tyco Solarlok support 

protection 

Forallsolarcableswith 

1.5/2.5/4.0/6.0mm² 

Tyco Solarlok service 

case 

100 cable coupler / 

crimpcontacts, incl. 

tools 

162 

Tyco Solarlok connectors 4 mm² 

Tyco Solarlok connectors 6 mm² 


163

................................................................................................................................................................... 

ACCESSORIES 

Fitting Tool 

................................................................................................................................................................... 

Rennsteig Tools – Solar Tools for Cutting, 

Stripping and Crimping 

164 

Rennsteig Werkzeuge GmbH – this company in the 

community of Viernau/Thuringia (Germany) – follows 

a long tradition of hand tools development and manufacture 

in this region. Based on this experience the 

Rennsteig Werkzeuge GmbH, since 1991 a subsidiary of 

Knipex Werk, was founded. 

Cable shears 

The forged cable shears are universally deployable for 

cutting, stripping and peeling of cables with diameters 

of upto 50 mm². The sharp, hardened blades with 

precision grinding ensure easy and clean cuts, using 

only one hand. Crushing and distortion of cable conductors 

and insulation are avoided. 

Insulation stripping pliers 

These special pliers with length stop are perfect for 

high-quality and damage-free stripping and peeling. 

During stripping the cable is not crushed or distorted. 

The exchangeable knives allow working with cables of 

diameters of 1.5 – 6mm² as standard. The compact 

design and good handling of these pliers rest on the 

ergonomical design of the two-component handles. 

Crimping system pliers 

The crimping pliers PEW 12 are recommended for 

crimping of solar contacts of almost all connector systems. 

Crimping can ensure the exact electrical connection 

without soldering. The excellent handling, easy 

exchange of the crimping insert bits and the possibility 

of adding a positioning aid arefactsinfavourofthese 

crimping pliers. 

Solar Kits 

The practical plastic case of the Profi Kit contains cable 

shears, stripping pliers and crimping pliers (one of 

each). Thus the Profi Kit enables almost all jobs associated 

with cables and connectors. As standard, the 

Profi Kit is equipped with crimping insert bits and 

locators (positioning aids) for MC3, MC4, Ningbo and 

Tyco. Additional insert bits are available as options. In 

addition, the Universal Kit contains installation tools 

for MC3 and MC4. 

The Rennsteig Profi Kit contains cable shears, stripping pliers 

and crimping pliers (one of each), suitable for MC3, MC4, 

Ningbo and Tyco. 

The Rennsteig crimping pliers PEW 12 are suited for various 

connector systems, due to their different crimping insert 

bits.

................................................................................................................................................................... 

Fitting Tool 

ACCESSORIES 

................................................................................................................................................................... 

Art. No. 1302150 1302149 1302135 1302205 

Model 

Rennsteig cable shears D15 

(1.5 - 50 mm²) 

Rennsteig stripping pliers (1.5 - 

6mm²) 

Rennsteig crimping pliers 

PEW 12 

Rennsteig assembly tool to 

MC3 

Description 

Cable shears with cutting 

width of upto 50 mm² 

Pliers for solar cables of 1.5 - 

6mm² 

Crimping pliers for various 

insert bits 

Installation of MC3 connectors 

with 2.5 - 10 mm² 


Weight 240 g 425 g 620 g 540 g 


Norms - - DIN 60352-2, DIN 41641 DIN 60352-2 

Art. No. 1302206 1302142 1302207 

Model Rennsteig assembly key set to MC4 Rennsteig Profi Kit to MC3, MC4, Ningbo 

and Tyco 

Rennsteig Universal Kit to MC3, MC4, 

Ningbo and Tyco 

Description 

Tightening / loosening of MC4 cable 

screw joints 

Flexible case for everything to do with 

solar cables 

Flexible case for everything to do with 

solar cables, incl. installation tools for 

MC3 / MC4 

Dimensions (L / W / H) 115 mm / 40 mm / 18 mm 340 mm / 275 mm / 83 mm 350 mm / 310 mm / 110 mm 

Weight 40 g 1300 g 3500 g 


Norms DIN 60352-2 DIN 60352-2 DIN 60352-2 

165 

Accessories 

Art. No. 1302136 1302137 1302138 1302139 1302251 

Model 

Rennsteig crimping 

insert to MC3 

Rennsteig locator to 

MC3 


insert to MC4 & Ningbo 


MC4 


Ningbo 


Weight 50 g 20 g 50 g 20 g 70 g 


Norms DIN 60352-2 DIN 60352-2 DIN 60352-2 DIN 60352-2 DIN 60352-2 

Art. No. 1302140 1302141 1302147 1302151 1302208 

Model 


insert to Tyco 


Tyco 

Rennsteig crimping Rennsteig crimping 

insert to Huber+Suhner insert to Hirschmann 

4-6mm² 

2.5-6mm² 


insert to Yukita 


Weight 50 g 20 g 50 g 50 g 50 g 



Art. No. 1302209 1302210 1302211 1302233 1302234 

Model 


Yukita 


insert to Lumberg LC4 


Lumberg LC4 


insert to SMK 


SMK 


Weight 70 g 50 g 70 g 50 g 20 g 





................................................................................................................................................................... 

ACCESSORIES 

Fitting Tool 

................................................................................................................................................................... 

Art. No. 1302237 1302238 1302239 1302240 

Model 

Rennsteig crimping insert to 

TongLing TL4 

Rennsteig locator to TongLing 

TL4 

Rennsteig crimping insert to 

Amphenol H4 


Amphenol H4 


Weight 50 g 70 g 50 g 70 g 


Norms DIN 60352-2 DIN 60352-2 DIN 60352-2 DIN 60352-2 

166 


167

................................................................................................................................................................... 

ACCESSORIES 

Lightning Protection 

................................................................................................................................................................... 

Phoenix Contact surge protection – Lightning 

protection concepts for PV systems 

168 

Surge protection devices 

Surges, caused by lightning strikes or switching actions, 

are frequently the cause of damages and failures in 

electrical equipment. Inverter failures mean cost-intensive 

equipment damages. Yield losses and repair costs 

are consequences, which can be prevented by surge 

protection devices. 

Protection circuit devices 

Surge protection devices must be considered for all 

circuits: On the DC side between L+, L- and the earth 

potential, and on the AC side between the phases L1, 

L2, L3, the neutral wire and the earth potential. In 

addition, all other circuits (e.g. data and measuring 

technology circuits), which are connected to the inverter, 

must be protected with suitable products. 

Direct and indirect lightning protection 

Direct (exterior) lightning protection must be implemented 

by observing the protection zones and galvanic 

separations by means of lightning rods for the 

PV generator. For indirect (interior) lightning protection, 

several Phoenix Contact products are available, 

which should be installed directly before the devices to 

be protected (or at the lightning protection zone transitions). 

Features of the PV SETS 

n 

Surge protection for the DC side 

n 

Optional: Surge protection for the AC side 

n 

IP65 housing 

n 

Plug-in PV SET DC with SunClix 

n 

For one string as standard, optional multi-string 

available 

n 

PE pins for a minimum of 6 mm² connection to 

potential equalisation 

The PV SET 1000DC is equipped with plug-in SunClix connectors 

and ideally suited for lightning and surge protection 

of individual PV strings. 

The PV SET 1000DC/AC can provide protection against 

surges in PV strings and AC outputs of single-phase inverters.

................................................................................................................................................................... 


ACCESSORIES 

................................................................................................................................................................... 

Art. No. 1302156 1302157 1302158 1302159 1302214 

Model 

Phoenix Contact VAL- 

MS 1000DC/2+V-FM 

Phoenix Contact PV SET 

1000DC, PV string 


1000DC/AC, PV string & 

AC 


5ST/600DC 

Phoenix Contact PV-SET 

230AC/1P-RCBO 

Surge protection DC, 1 string DC, 1 string AC and DC, 1 string DC, max. 5 strings AC, single-phased with 

RCD and LS 

Max. DC open circuit voltage 1000 V 1000 V 1000 V 600 V - 

Max. DC permanent voltage (L- 1000 V 1000 V 1000 V 600 V - 

PE) 

Rated voltage AC - - - - 230 V 

Max. AC permanent voltage (L- - - 335/260V - 250V 

N / N-PE) 

Max. pre-fuse AC - - 125 A - - 

Rated current DC 80 A 30 A 80 A 30 A 16 A 

Nominal lightning discharge 15 kA 15 kA 15 kA 15 kA 20 kA 

current (8/20) μs (L-N / N-PE) 

Max. lightning discharge 30 kA 30 kA 30 kA 40 kA 40 kA 

current (8/20) μs 

Lightning testing current - - - - - 

(10/350) µs 

Protectionlevel(L-N/N-PE)

................................................................................................................................................................... 

ACCESSORIES 


................................................................................................................................................................... 

Art. No. 1302162 1302163 1302164 1302165 

170 

Model 

Phoenix Contact VAL-CP-1S- 

350, AC 1~, type 2 

Phoenix Contact DT-LAN- 

CAT.6+, Ethernet 

Phoenix Contact DT-TELE- 

RJ45, Analogue & ISDN 

Phoenix Contact Plugtrab PT, 

sensor system 

Surge protection AC Ethernet data circuit Analogue & ISDN data circuit Sensor system 

Max. DC op en circuit voltage - - - - 

Max. DC permanent voltage (L- - 3.3 V 185 V 12.8 V 

PE) 

Rated voltage AC 240 V - - - 

Max. AC permanent voltage (L- 350/264V - 130V 9V 

N / N-PE) 

Max. pre-fuse AC 125 A - - - 

Rated current DC - 1.5 A 0.38 A 2 A 

Nominal lightning discharge 20/20kA 0.1/2kA 5/5kA 0.69/10kA 

current (8/20) μs (L-N / N-PE) 

Max. lightning discharge 40 / 40 kA - 10 kA 20 kA 

current (8/20) μs 

Lightning testing current - - - 2.5 kA 

(10/350) µs 

Protection level (L-N / N-PE) < 1.4 / 1.5 kV < 0.009 / 0.7 kV < 0.25 / 0.25 kV < 0.018 / 0.45 kV 

Response time (L-N / N-PE) < 25 / 100 ns < 1 / 100 ns < 100 / 100 ns < 1 / 100 ns 

Cable connection (rigid / 2.5 - 25 mm² /2.5-16mm² RJ45 RJ45, 0.14 - 1.5 mm² 0.2-4mm² /0.2-2.5mm² 

flexible) 


Dimensions (L / W / H) - / 25.3 mm / - 102 mm / 25.0 mm / 65 mm 102 mm / 25.0 mm / 65 mm - / 17.5 mm / - 

Weight 226 g 329 g 333 g 653 g 


Norms 

IEC protection class II, EN-Type 

T2, IEC 61643-1 / EN 61643-11 

IEC protection class / EN-Type 

B2, C2, D1, IEC 61643-21 / EN 

50173-1 


B2, C2, C3, D1, IEC 61643-21 


C1, C2, C3, D1, IEC 61643-21 

The PV SET 5ST/600DC is suited for up to 5 strings with a 

maximum voltage of 600 V DC each, which can be 

connected directly by means of terminals. 

1. Phoenix Contact VAL-MS 1000DC/2+V-FM 

2. Phoenix Contact PV SET 1000DC, PV string 

3. Phoenix Contact PV SET 1000DC/AC, PV string & AC 

4. Phoenix Contact PV SET 5ST/600DC 

5. Phoenix Contact FLT-CP-PLUS-3S-350, AC 3~, type 1 

6. Phoenix Contact VAL-CP-3S-350, AC 3~, type 2 

7. Phoenix Contact VAL-CP-1S-350, AC 1~, type 2 

8. Phoenix Contact DT-LAN-CAT.6+, Ethernet 

9. Phoenix Contact DT-TELE-RJ45, Analogue & ISDN 

10. Phoenix Contact Plugtrab PT, sensor system 


171

Storage Systems 

Storage systems enable efficient storage of generated 

solar power. Economical own consumption is thus 

provided at any time of day or night, and independence 

from the public grid will be increased. In an AC storage 

system, the solar store is separately connected with 

batteries to the local home network system in which the 

inverter of the PV system is installed. In contrast, in the DC 

system, PV modules are directly connected with batteries 

to the solar store. 

SMA 

KACO 

BOSCH 

KOSTAL 

173

................................................................................................................................................................... 

STORAGE SYSTEMS 

AC System 

................................................................................................................................................................... 

SMA Sunny Island – Maximum own consumption 

174 

Storage system 

Due to the Sunny Island system, solar energy will 

always be available when needed – even after sundown 

or if the sun is hidden behind a cloud cover. By 

means of its battery management, the system automatically 

charges and discharges the connected battery. 

Only if the battery is fully charged and no household 

consumer needs power will the PV inverter feed 

generated power into the public grid. 

SMA Smart Home 

Intelligent household energy management is very easy 

with SMA Smart Home: It combines PV system, consumers 

and solar store and completely automatically 

controls all energy flows. Its central component is the 

Sunny Home Manager. It bundles all generation and 

consumption data, analyses them and clearly displays 

the most important values. 

Hoppecke batteries 

Due to their high charge and discharge load, Hoppecke's 

sealed lead-gel batteries are optimally suitable 

for solar power storage. Thanks to the gel technology, 

OPzV tubular plate batteries have a cycle life of about 

2500 cycles with a 50 % depth of discharge. 


n 

Power supply through own solar energy 

n 

High degree of independence from the public grid 

will be possible 

n 

Intelligent load and energy management for higher 

own consumption rates and more independence 

n 

Suitable for retrofitting of existing systems or for 

new systems 

n 

Feeding excess electric power into the public grid 

n 

Maintenance-free batteries 

The Sunny Island system is characterised by a particularly 

high degree of efficiency. 

Generated solar energy is efficiently buffer-stored in extremely 

deep cycle Hoppecke batteries.

................................................................................................................................................................... 

AC System 


................................................................................................................................................................... 

Art. No. 0600373 

Model Sunny Island 6.0H 

AC nominal power 

4600 W 

AC output 25 °C (30min/ 6000 W / 6800 W / 11000 W 

5min/3s) 

Number of phases 1 


Sine wave 

Line voltage 230 V (202 V – 253 V) 

Frequency 

50 Hz (45 Hz – 65 Hz) 

AC output current 

20 A 

Max. AC output current (peak) 120 A 

Harmonic distortion (output

................................................................................................................................................................... 


AC System 

................................................................................................................................................................... 

Hoppecke batteries 

Art. No. 0303083 0303084 0303085 

Model Hoppecke sun.power pack 4.9 kWh – 

SMA SI 6.0H 

Hoppecke sun.power pack 7.4 kWh – 

SMA SI 6.0H 

Hoppecke sun.power pack 9.8 kWh – 

SMA SI 6.0H 

Storage capacity of batteries 4.9 kWh 7.4 kWh 9.8 kWh 

System voltage 48 V 48 V 48 V 

Battery capacity (C10) 103 Ah 154 Ah 205 Ah 

Battery 12 V 2 OPzV sun.power 120 12 V 2 OPzV sun.power 180 6 V 2 OPzV sun.power 250 

Number of batteries 4 pc. 4 pc. 8 pc. 

Number of cycles (at 20 °C, 

50 % DoD) 

2500 (approx.) 2500 (approx.) 2500 (approx.) 

Included in delivery 4 x 12 V 2 OPzV sun.power 120, 

installation rack, battery connection 

lines, Hoppecke battery fuse in ISO 

housing and fuse links 

4 x 12 V 2 OPzV sun.power 180, 

installation rack, battery connection 

lines, Hoppecke battery fuse in ISO 

housing and fuse links 

8x6V2OPzVsun.power250,2x 

installation rack with 4 batteries each, 

battery connection lines, Hoppecke 

battery fuse in ISO housing and fuse links 

Dimensions (W / H / D) 890 mm / 870 mm / 260 mm 890 mm / 870 mm / 260 mm 2 x 660 mm / 870 mm / 260 mm 

Weight 275 kg 370 kg 495 kg 


176 

Accessories 

Art. No. Model Description Belongs to Art. No. 

0201590 SMA Sunny Home Manager Energy management incl. 

0600373 

monitoring 

0600375 SMA SRC20 Remote Control Remote control 0600373 

0600378 SMA SI Speedwire data module Speedwire data module 0600373 


177

................................................................................................................................................................... 


AC System 

................................................................................................................................................................... 

Kaco Powador-gridsave eco – The intelligent 

energy storage manager 

178 

Modular and flexible 

As an intelligent energy storage management system, 

the Kaco Powador-gridsave eco is modular and flexible 

and can be used both for existing and new installations. 

Thanks to its efficient control technology, it 

mediates between inverter, solar system, battery and 

public power grid and thus enables the optimum efficiency 

of the entire system. It thus realizes the highest 

possible own consumption of own generated energy. 

Emergency power supply 

In case of interruption or failure of the public grid, the 

Powador-gridsave eco presents the basis for a reliable 

emergency power supply. Virtually uninterrupted, it 

switches from the operating condition of its own consumption 

optimisation to emergency power operation 

and thus allows the use of energy stored in the connected 

batteries. 

Home energy management 

The Kaco Powador-gridsave eco provides the optimum 

solution in the area of home energy management. In 

one unit, it combines an energy management system 

for regulating the feed-in performance and for communicating 

with the inverter, the load management, 

the bi-directional inverters with a battery loading management 

and monitoring, as well as the mains isolation 

facility for separating the system from the public 

power grid. The monitoring software included in the 

scope of supply provides convenient and simple access 

to the system and all parameters. 


n 

Modular and flexible application due to variable 

battery capacity 

n 

Optimum supplement for existing solar systems by 

AC coupling 

n 

Very high peak performances 

n 

Convenient visualization via PC access 

n 

Grid monitoring with changeover to emergency 

power mode operation in case of grid failure 

The Kaco Powador-gridsave eco provides the optimum solution 

for around-the-clock supply with environmentally 

friendly and safe solar power. 

The intelligent energy storage manager allows efficient regulation 

of feed-in performance and communication with 

the inverter.

................................................................................................................................................................... 

AC System 


................................................................................................................................................................... 

Art. No. 1700005 

Model 

Kaco Powador-gridsave eco package - 9.6 kWh 

Recommended max. output of 10 kW 

the AC-coupled inverter 


5 kW 

AC peak output (< 30 s) 12 kW 

AC rated voltage 

230 V 

AC rated current 

22 A 

Nominal frequency 

50 / 60 Hz 


Harmonic distortion < 3 % 

Capable of emergency power Yes 

Max. current grid switchover 32 A 

Changeover time grid

................................................................................................................................................................... 


DC System 

................................................................................................................................................................... 

BoschBPT-S 5 Hybrid – Solarinverterwith 

integrated battery 

180 

Storage system from Bosch 

TheBPT-S5Hybridenablestheflexibleuseofsolar 

power in terms of time because unused volumes can be 

stored. In addition to feeding solar power with optimum 

efficiency into the public power grid, the hybrid 

allows the improvement of own consumption and 

bridging over grid power failures. 

Integrated energy management system 

The BPT-S 5 Hybrid is the combination of a transformerless 

5 kW inverter, a lithium ion battery with a capacity 

ranging from 4.4 kWh upto 13.2 kWh and a management 

system with a colour touch display. As needed, 

the energy produced by the PV system will be either 

directly consumed in the household, stored in the battery, 

or directly supplied into the public power grid. 

Optimization of own PV consumption 

Due to the BPT-S 5 Hybrid energy storage, PV power 

can be utilized with a time delay. It is accordingly 

possible, without any problem, to use at night the 

battery power which had been collected during the 

day. This provides much greater independence from 

the public power grid. 

Intelligent system management 

The system is equipped with a comprehensive monitoring 

system. It has a system management available 

which controls and monitors the energy flows and 

the function of components. The battery management 

takes care of the optimum charge and discharge of the 

lithium ion battery and thus ensures a long service life. 


n 

Integrated energy management system with 5 kW 

nominal output and a capacity from 4.4 kWh up to 

13.2 kWh 

n 

Grid feed-in with an efficiency of 97.7 % 

n 

Powerful lithium ion batteries designed for a service 

life of upto 20 years 

n 

Highly efficient DC coupling 

For individual power demand, the BPT-S 5 Hybrid is available 

in five storage sizes. 

All components are perfectly coordinated witheachother 

and together form a fully integrated system of a compact 

format.

................................................................................................................................................................... 

DC System 


................................................................................................................................................................... 

Art. No. 1700007 1700008 1700009 1700010 1700011 

Model BPT-S 5 Hybrid 4.4 kWh BPT-S 5 Hybrid 6.6 kWh BPT-S 5 Hybrid 8.8 kWh BPT-S 5 Hybrid 11.0 kWh BPT-S 5 Hybrid 13.2 kWh 

AC nominal power * 5000 W 5000 W 5000 W 5000 W 5000 W 

Number of phases 1 1 1 1 1 

Output voltage Sine wave Sine wave Sine wave Sine wave Sine wave 

Line voltage 230 V 230 V 230 V 230 V 230 V 

Frequency 50 Hz (47.5 - 51.5 Hz) 50 Hz (47.5 - 51.5 Hz) 50 Hz (47.5 - 51.5 Hz) 50 Hz (47.5 - 51.5 Hz) 50 Hz (47.5 - 51.5 Hz) 

Max.ACoutputcurrent(peak) 22A 22A 22A 22A 22A 


................................................................................................................................................................... 


DC System 

................................................................................................................................................................... 

Kostal Piko BA – The energy storage system for 

numerous applications 

182 

Intelligent and powerful 

The Kostal Piko BA energy storage system combines 

the best inverter technology with an intelligent energy 

management and a high-quality as well as powerful 

battery system. Optimum coordination of all components 

and their high quality bring about a system 

which achieves best efficiencies and ensures many 

years of efficient utilization. 

Innovative inverter technology 

With a module power between 4 and 11 kWp, the Piko 

BA provides charge regulator and inverter in one housing. 

Controlled by an intelligent energy management 

system, the Piko BA achieves a maximum efficiency of 

96.5 %. Whilefeed-iniseffectedonademand-oriented 

basis, the integrated CAN interface enables the 

connection to the battery management system of the 

external storage – thus the system is optimally equipped 

for novel storage technologies. The overall Piko BA 

package is rounded off by the integrated communications 

and monitoring package, as well as the two independent 

MPP trackers. 

Energy storage at a high level 

The Piko battery is the optimum energy storage for the 

direct consumption of photovoltaic energy. High 

energy yield, long life, small space requirement, as 

well as a modular design for simple installation – all 

that results in a complete storage solution from one 

source. Moreover, operating costs are saved thanks to 

the system's maintenance-free battery technology. 

Optimum storage and management of the generated 

energy is ensured together with the integrated battery 

management system. 


n 

High-quality individual components, optimally 

adjusted to each other 

n 

Three-phase storage system 

n 

High efficiency due to the energy management of 

the Piko BA inverter and charge regulator 

n 

Energy storage with an integrated battery management 

system for high energy yields 

n 

Home consumption recording with the Piko BA sensor 

Energy for home consumption, for storage or for grid feedin 

– very simple withthe intelligent Piko BA system. 

Home consumption is recorded by analogue current measurement 

of the Piko BA sensor.

................................................................................................................................................................... 

DC System 


................................................................................................................................................................... 

Art. No. 1700001 

Model 

Kostal Piko BA 


10000 W 



Sine wave 

Line voltage 230 V (184 - 264.5 V) 

Frequency 

50 Hz 

AC rated current 

14.5 A 

Short circuit current (peak) 20 A 


................................................................................................................................................................... 


DC System 

................................................................................................................................................................... 

Accessories 

Art. No. 1700004 1700002 

184 

Model Kostal Piko Battery Kostal Piko BA Sensor 

Battery type Hoppecke 12 V OPzV blocsolar.power 70 - 

Battery technology Maintenance-free, cycle-optimized lead-gel battery - 

Number of cycles (50 % DoD) 2500 - 

Storage capacity of batteries 11.6 kWh - 

(C10) 

Max. output power 2.7 kW (approx.) - 

Number of batteries 19 pc. (each 12 V nominal voltage) - 

Rated voltage 228 V - 

Battery capacity (C100) 70 Ah - 

Ventilation Inlet and outlet air vent with 154 cm² cross-sectional area - 

Operating temperature +10 to +30 °C - 

Protection mode IP21 - 

Weight 850 kg (approx.) - 

Rated current primary - 50 A 

Rated current secondary - 1 A 

Burden - 1 VA 

Accuracy class - 1 

Max. line diameter - 13.5 mm 

Dimensions (W / H / D) 900 mm / 1584 mm / 388 mm 105 mm / 90 mm / 54 mm 

Norms IEC 60896-21, IEC 61427 EN 60715 

Photos © Kostal 


185

Customer Support and 

Services 

Supported in every aspect: We not only plan and calculate 

photovoltaic systems of all sizes, we also offer 

photovoltaic insurance upon request. Our web site offers 

you our product software, documentations and brochures. 

In addition, we regularly provide training courses. 

187

Product Software 

You can find helpful downloadable working and planning 

tools on our web site at www.tritec-energy.com/productsoftware 

or on the page for the respective product. 

Using the dimensioning software TRI-DESIGN, our PV mounting 

systems TRI-STAND, TRI-FLAT, TRI-VENT and TRI-ROOF 

can be dimensioned quickly and easily. 

Essential benefits of TRI-DESIGN: 

• Quick and intuitive dimensioning of TRITEC mounting 

systems with just a few clicks 

• Comprehensive solar module and inverter * database 

• Consideration of the respective roof features and the 

used solar modules 

• Automatic creation of a bill of materials, which can be 

exported, edited and sent 

Find more information on TRI-DESIGN training courses in 

your area at www.tritec-energy.com/training! 

There is also a software version for our handy characteristics 

analyser TRI-KA for performance testing of installed 

solar modules available for download on web site. 

Using the TRI-KA software, the actual output of the solar 

system can be compared with the target output and displayed 

visually. Due to the system configurator and the 

protocol assistant, any size of PV systems can be controlled 

and maintained. The system structure can conveniently be 

prepared at the office using the TRI-KA software and then 

saved to a SD card and transferred to the TRI-KA. The service 

technician in the field can then quickly and efficiently 

test the system without the need of additional entries into 

the characteristics analyser. 

Find more information on TRI-KA training courses in your 

area at www.tritec-energy.com/training! 

189 

The dimensioning software TRI-DESIGN allows the optimum adjustment 

of PV systems to the respective roof. Taking into consideration 

the used modules and inverters, the best model of the mounting 

system possible can be chosen. 

© TRITEC Services AG 

TRI-DESIGN calculates and dimensions mounting systems according 

to the directives of DIN 1055 ** . The two relevant directives are 

DIN 1055-4 ** for wind loads and DIN 1055-5 ** for snow and ice loads 

affecting the photovoltaic system and its substructure. 

© TRITEC Services AG 

* Available in the fee-based license 

Dimensioning software TRI-DESIGN 

** European standard: EN 1991-1-3

Training Courses 

We regularly offer product training courses and workshops. 

You will find the current training dates, subjects 

and venues on our web site: 

www.tritec-energy.com/training 

Our special training offerings for 2014 

Mounting systems TRI-STAND, TRI-FLAT, TRI-VENT and 

TRI-ROOF in practice: an intensive training course with 

guarantee benefits 

Design the mounting systems TRI-STAND, TRI-FLAT, 

TRI-VENT and TRI-ROOF quickly and safely: This intensive 

training course teaches you all you need to know about 

roofs, load effects and statics and gives you the opportunity 

to apply the gained knowledge in practice: with the 

mounting systems TRI-STAND, TRI-FLAT, TRI-VENT and 

TRI-ROOF and the dimensioning software TRI-DESIGN. 

Characteristics analyser TRI-KA: Easy and quick output 

checking of installed solar modules 

Our characteristics analyser TRI-KA, the TRITEC product for 

checking the output of installed solar modules, is precisely 

tailored to today’s and future requirements of PV installers. 

By analysing the characteristics, the solar system’s output 

can be measured during the installation, handover or 

maintenance of the system and compared with the target 

output. Working with the characteristics measuring device 

TRI-KA could not be more efficient: The device is extremely 

easy to operate and extraordinarily flexible and versatile 

thanks to its technical enhancements. 

This training course informs you about all the typical output 

reducing factors of photovoltaic systems, characteristics 

analysis and the measuring procedure with the characteristics 

analyser TRI-KA. 

Extension of manufacturer’s guarantee: All installers, 

who successfully attended a TRI-STAND, TRI-VENT and 

TRI-ROOF intensive training course, will receive a guarantee 

extension for TRI-STAND, TRI-VENT and TRI-ROOF of an 

additional 5 years to 10 years in total. 

191 

Product Documentations and Brochures 

Our download section offers product documentations, 

declarations of conformity, installation instructions and 

guarantee terms for all our products. In addition to our 

product catalogue, our company brochure is available. 

Photovoltaics with a system. Customised solar systems. 

Training Centre France, Montpellier

General Terms and Conditions by the TRITEC Group for Commerce 

192 

§ 1 Scope 

1. TRITEC‘s supplies, services and offers shall be exclusively made on the basis of 

the following Conditions of Sale and Delivery. The once agreed upon Conditions 

of Sale and Delivery shall also be valid for all future business relations even if 

they are not once again explicitly agreed upon. Any agreements which are made 

between the customer and TRITEC for the purpose of the execution of this contract 

shall be recorded in writing. 

2. These conditions shall be considered accepted at the latest upon the receipt 

of goods or services. TRITEC‘s silence to different provisions by the customer shall 

not be considered as a consent to the customer‘s conditions; their validity is 

opposed. Any deviation from TRITEC‘s Conditions of Sale and Delivery shall be 

considered as a rejection of the order; any receipt of a delivery notwithstanding 

– even subject to reservations – shall be considered as consent to TRITEC‘s Conditions 

of Sale and Delivery. 

3. Any agreements between the customer and TRITEC which supplement or 

modify these General Terms and Conditions shall only be valid if they are agreed 

upon in writing. 

§ 2 Offer and Contract Conclusion 

1. TRITEC‘s offers or, respectively, quotations shall be principally non-binding 

and without engagement, unless explicitly otherwise agreed upon. 

2. Decisive shall otherwise be the prices, plus appropriate statutory sales tax, as 

indicated in TRITEC‘s order confirmation. Additional deliveries and services shall 

be separately invoiced. 

3. Offers by TRITEC refer to the requirements known to us with regard to the 

specified quantities at the time of tendering or the confirmation regarding material 

quality, dimensional tolerances and manufacturer‘s conditions. Subsequent 

changes shall require our explicit consent and entitle us to change the 

price accordingly. Data in our brochures – such as photos, drawings and other 

specifications – are only approximately. Accordingly, they establish neither a 

quality agreement nor any warranty and shall not be relevant for the contractual 

provision of the service and delivery item. 

4. Drawings, illustrations, dimensions, weights or other performance data shall 

only be binding if this is explicitly agreed upon in writing. Any illustrations, 

drawings, calculations and other documents shall remain TRITEC property and 

may not be transmitted to third parties without explicit consent. This shall also 

apply for such written documents which are designated “confidential”. 

5. The contract shall only become effective by TRITEC‘s written order confirmation 

to the customer based on the customer‘s order; this may also be done electronically 

(via email). 

6. The contract shall be concluded with the proviso of correct and on-time delivery 

to TRITEC by TRITEC‘s suppliers. This shall only apply in the event that TRITEC 

is not responsible for the non-delivery, in particular, upon conclusion of a 

congruent covering deal with the supplier. The customer shall be immediately 

informed about the non-availability of performance. The quid pro quo shall be 

immediately reimbursed. 

7. Upon contract signature, the customer shall agree to use the products only for 

the purpose of use intended by the manufacturer. 

§ 3 Prices and Terms of Payment 

1. TRITEC shall principally deliver against prepayment. If no prepayment is requested, 

the payment claim shall become due and payable at the latest with 

the provision of the delivery for the customer. Partial deliveries shall be paid 

within the scope of the individual delivery. Payment dates shall be complied 

with even if the delivery or acceptance of goods is delayed for reasons which 

TRITEC is not responsible for. Payments may not be reduced or refused due to 

complaints or unaccepted claims. Any discount deduction shall require a special 

written agreement. 

2. Unless otherwise agreed upon in the order confirmation, prices shall be valid 

ex manufacturer or TRITEC warehouse, plus costs for packaging, insurance and 

shipping; these costs shall be separately invoiced. 

3. TRITEC shall be entitled to change prices correspondingly if cost reductions or 

cost increases result, after contract conclusion, especially due to wage settlements 

or material price changes. This shall be substantiated to the customer 

upon request. 

4. Statutory regulations shall apply regarding the consequences of any default in 

payment. Without prior notice of default, a penalty interest of 7 % effective as 

of the payment due date shall be invoiced for receivables which are not paid as 

agreed. 

5. The customer shall only be entitled to offset rights if the customer‘s counterclaims 

are recognized by declaratory judgment, uncontested, or have been acknowledged 

by us in writing. Moreover, the customer is entitled to exercise a 

right of retention insofar as his/her counterclaim is based on the same contractual 

relationship. 

§ 4 Period of Delivery and Service 

1. The written form shall be required for delivery periods or due dates which 

may be agreed upon as binding or non-binding. TRITEC‘s compliance with delivery 

and performance obligations shall require the prerequisite of the customer‘s 

on-time and proper performance of obligations. TRITEC shall be entitled at any 

time to partial deliveries and partial services, unless the partial delivery or the 

partial service is unsuitable for the customer. 

2. Even in case of bindingly agreed upon time limits and due dates, TRITEC shall 

not be responsible for delivery and performance delays due to force majeure 

and due to events which make any delivery for TRITEC not only temporarily considerably 

impaired or impossible – this includes, in particular, strike, lock-out, 

official orders, etc., even if they occur at our suppliers‘ or their subcontractors. 

This shall entitle TRITEC to postpone delivery or, respectively, performance by 

the period of impairment, plus a reasonable start-up period or to rescind the 

contract wholly or in parts because of the part not yet performed. 

3. If the obstruction takes more than three months, the customer shall be entitled 

to rescind the contract with regard to the not yet performed part – after 

having granted a reasonable extension of time. If the delivery or performance 

period is extended or if TRITEC is released from its obligations, the customer may 

not derive any damage claims therefrom. TRITEC can only rely on the indicated 

circumstances if it notifies the customer within a reasonable period of time. 

4. As far as TRITEC is responsible for the non-compliance with bindingly promised 

time limits and due dates or if it is in delay, the customer shall be entitled to 

a compensation for the delay in the amount of one half percent for every completed 

week of delay; at maximum, however, to a total of up to five percent of 

the deliveries and services affected by the delay. Any claims in excess thereof 

shall be excluded, unless the delay is due to at least gross negligence by TRITEC. 

5. If the customer is in delay of acceptance, TRITEC shall be entitled to demand 

restitution of the damage incurred. Unless already transferred, the risk of accidental 

deterioration and accidental loss shall pass over to the customer upon the 

onset of the delay in acceptance. 

§ 5 Passage of Risk 

1. The risk shall pass to the customer as soon as the shipment has been handed 

over to the person carrying out the transport or has left our warehouse for the 

purpose of shipment. If shipment is delayed upon the customer‘s request, the 

risk shall pass to the customer with the ready-for-shipment note. 

2. If personal delivery is not possible due to the absence of the customer or a customer‘s 

representative, TRITEC‘s agent shall leave the material. The customer‘s 

risk and duty of care shall begin with the point in time of delivery, even without 

any personal delivery. 

§ 6 Warranty 

1. TRITEC shall be notified in writing of objections and complaints regarding 

deliveries and services within five days after receipt of the shipment, or for turnkey 

plants within five days after first commissioning. Warranty claims by the 

customer shall require that customer has properly complied with legally due requirements 

of examination and giving notice of defects. 

2. Insofar as there is a defect of the goods, TRITEC shall be entitled, at its option, 

to post-performance in the form of a remedy of defects or delivery of new, nondefective 

goods. In case of a remedy of defects, TRITEC shall be obligated to bear 

all expenditures required for the purpose of the remedy of defects, in particular 

the costs of transport, infrastructure, work and material insofar as they do not 

increase due to the fact that the goods were taken to another location than the 

place of performance. 

3. If post-performance fails, the customer shall be entitled to optionally demand 

rescission or reduction. 

4. If the customer receives deficient assembly instructions, TRITEC shall merely be 

obligated to deliver faultless assembly instructions; this, however, only if the 

deficiency in the assembly instructions conflicts with proper assembly. 

5. The warranty period shall be one year as of delivery. For consumers, the period 

of limitation shall be two years as of delivery. In case of an agreement of acceptance, 

the warranty period shall begin on the day of acceptance of the delivery 

object. The above shall not apply if the customer had not notified the defect in 

due time. 

6. After expiry of the warranty period, TRITEC grants the performance warranty 

for modules to the customer according to the manufacturer warranty provided, 

as far as TRITEC can claim on the manufacturer’s performance warranty. 

7. Guarantees in the legal sense shall only be given by TRITEC if they are explicitly 

included in the order confirmation and have been designated as a promise 

of specific properties of the delivery object. 

8. Warranty shall be excluded if the customer or a third party charged by the 

customer has improperly performed work on the delivery object. Any warranty 

claims shall expire if the customer attaches unauthorized additional devices or

either him/herself or through third parties provides unauthorized interventions 

and/or repairs on delivery objects without explicit arrangement with TRITEC. 

§ 7 Liability 

1. TRITEC shall be liable according to the statutory conditions as far as the customer 

claims damages which are based on intent or gross negligence, including 

intent or gross negligence by our representatives or vicarious agents. As far as 

TRITEC is not charged with any intentional or grossly negligent breach of contract, 

the liability for damages shall be limited to the foreseeable, typically 

occurring damage or, respectively, excluded by agreement for countries in which 

this is permitted. 

2. However, liability for damages shall be limited in all of the cases to the foreseeable, 

typically occurring damage, unless such a limitation violates mandatory law. 

3. Liability for culpable injury of life, limb or health shall remain unaffected; this 

also applies for the absolute liability under the Produkthaftungsgesetz (Product 

Liability Law). 

4. As far as liability by TRITEC is excluded or limited, this shall also apply for the 

personal liability of its executive personnel, workers, employees, representatives 

and vicarious agents. 

§ 8 Reservation of Ownership 

1. TRITEC shall reserve ownership in the goods until full payment of the purchase 

price. As far as permitted by the respectively applicable legal system, TRITEC shall 

reserve ownership in the goods – regarding contracts with companies – until the 

receipt of all payments from the business relationship with the customer. 

2. In case of the customer‘s conduct in violation of the contract – in particular, in 

default of payment – TRITEC shall be entitled to repossess the goods. This claim 

for restitution of property shall only be considered a rescission of contract if 

TRITEC explicitly declares it in writing. After repossession of the goods, TRITEC 

shall be entitled to their realization; the realization proceeds shall be credited to 

the customer‘s liabilities – minus reasonable costs of realization. 

3. The customer shall be obligated to handle the goods with care; in particular, 

the customer shall be obligated to adequately insure them, at his/her own costs, 

for their reinstatement value against damage due to fire, water, and theft. 

If maintenance and inspection work is required, the customer shall carry them 

out in due time at his/her own costs. 

4. In the event of attachment/execution or other interventions by third parties, 

the customer shall notify TRITEC immediately in writing so that TRITEC can take 

corresponding defense measures. As far as a third party is unable to reimburse 

TRITEC for the legal and extrajudicial costs of a defense measure, the customer 

shall be liable for the loss which we incurred. 

5. The customer shall be entitled to further sell the goods in proper business procedures; 

however, the customer already now assigns to TRITEC all receivables in 

the amount of the final invoice total (including sales tax) of the TRITEC receivable 

which he/she accrues from the further sale versus its buyers or third parties, 

irrespective of whether the goods have been further sold without or after 

processing. The customer shall remain entitled to collect this receivable even after 

the assignment. TRITEC‘s right to collect the receivable itself shall remain unaffected 

thereby. However, TRITEC agrees not to collect the receivable as long as 

the customer meets his/her payment obligations from the proceeds obtained, 

is not in default of payment and in particular, as long as no application for the 

institution of settlement or insolvency proceedings has been made, or as long as 

there is no payment stop. But if this is the case, TRITEC may demand that the 

customer discloses to TRITEC the assigned receivables and their debtors, provides 

all necessary information for the collection, hands over the pertinent documents, 

and informs debtors (third parties) of the assignment. 

6. TRITEC agrees to release the securities to which it is entitled upon the customer‘s 

request insofar as the realizable value of our securities exceeds the receivables 

to be secured by more than 10 %; TRITEC shall be responsible for selecting 

the securities to be released. 

7. For leased articles, the customer shall be obligated to return the leased object 

on-time and in proper, clean and functioning condition. The customer shall 

accept full liability for any damage due to improper use, or theft, vandalism, accidents 

or the like. Every customer shall take care on its own for any repairs. If 

articles are lost which are necessary for the functioning of the leased article, they 

shall be principally invoiced to the customer. The customer shall take out insurance 

for the leased articles. 

us in connection with orders shall not be considered confidential. 

§ 11 Export 

Any re-export of delivered goods from the territory of the European Union shall 

be subject to the country-specific export provisions and is possibly not allowed 

without an official permit. Export of the delivered goods from the territory of 

the European Union shall require the supplier‘s written consent; irrespective 

thereof, the customer shall obtain on his/her own any official import and export 

permits. The customer shall be responsible for compliance with the pertinent 

provisions up to the end consumer. 

§ 12 Final Provisions 

1. These General Terms and Conditions and the entire legal relations between 

the customer and TRITEC shall be governed by the law at the registered seat of 

the company where the order has been placed, with the exclusion of the Vienna 

UN-Convention on Contracts for the International Sale of Goods. 

2. Legal venue for any disputes resulting directly or indirectly from the contractual 

relationship shall be exclusively at the registered seat of the company where 

the order has been placed. 

3. Above, the respectively acting enterprise of the TRITEC Group has been designated 

as TRITEC. The contracting party shall acknowledge this and agrees that, 

with this type of designation, the individual enterprises of the TRITEC Group do 

not trigger any group liability. 

4. Should any provision in these General Terms and Conditions or a provision 

within the scope of other agreements be or become invalid, the validity of any 

other provisions or agreements shall not be affected thereby. Instead of the 

invalid provision or to fill a gap, a regulation shall be agreed upon which – as far 

as legally allowed – comes closest to what the contracting parties had wanted. 

5. The General Terms and Conditions are translated in several languages. The 

German version shall be ruling in case of any inconsistencies or in case of 

doubt. 

General Terms and Conditions by the TRITEC Group for Commerce 

Issued: October 2008 

193 

§ 9 Design Changes 

We reserve the right to make design changes at any time; however, we shall not 

be obligated to make any such changes even on already delivered products. 

§ 10 Secrecy 

Unless otherwise explicitly agreed upon in writing, the information submitted to

TRITEC Contacts 

194 

TRITEC Services AG 

Herrenweg 60 

4123 Allschwil / Basel, Schweiz 

P +41 61 699 35 55 

F +41 61 699 35 99 

info@tritec-energy.com 

TRITEC Project Engineering AG 

Herrenweg 60 

4123 Allschwil / Basel, Schweiz 

P +41 61 699 35 70 

F +41 61 699 35 99 

info@tritec-energy.com 

TRITEC International Sales 

P +49 7041 81510-325 

F +49 7041 81510-390 

sales@tritec-energy.com 

TRITEC International Purchasing 

Solar Modules 

P +41 61 699 35 56 

F +41 61 699 35 99 

Inverters & PV Accessories 

P +49 7041 81510-315 

F +49 7041 81510-390 

purchasing@tritec-energy.com 

TRITEC Logistics GmbH 

Lugwaldstraße 17 

75417 Mühlacker, Deutschland 

P +49 7041 81510-0 

F +49 7041 81510-390 

logistics@tritec-energy.com 

TRITEC Deutschland GmbH 

Basler Straße 115 

79115 Freiburg i. B., Deutschland 

P +49 761 400 689 22 

F +49 761 400 689 90 

deutschland@tritec-energy.com 

TRITEC AG | Schweiz 

Heckenweg 29 

3270 Aarberg, Schweiz 

P +41 32 665 35 35 

F +41 32 665 50 33 

schweiz@tritec-energy.com 

TRITEC Österreich 

P +49 761 400 689 26 

F +49 761 400 689 90 

oesterreich@tritec-energy.com 

TRITEC España 

P +49 7041 81510-311 

F +49 7041 81510-390 

jendrik.baumann@tritec-energy.com 

TRITEC France 

P +41 61 699 35 76 

F +41 61 699 35 99 

france@tritec-energy.com 

TRITEC Italia 

P +49 7041 81510-311 

F +49 7041 81510-390 

jendrik.baumann@tritec-energy.com 

TRITEC UK 

P +49 7041 81510-311 

F +49 7041 81510-390 

uk@tritec-energy.com 

TRITEC Southeastern Europe 

P +49 761 400 689 26 

F +49 761 400 689 90 

croatia@tritec-energy.com 

TRITEC Benelux 

Flanders / Netherlands 

P +31 618 1761 48 

Wallonia / Brussels / Luxembourg 

P +49 7041 81510-325 

benelux@tritec-energy.com 

TRITEC Greece 

15125 Marousi 

Athens, Greece 

M +30 694 912 28 00 

greece@tritec-energy.com 

TRITEC Chile 

TRITEC – INTERVENTO SpA 

Calle Doctor Manuel Barros 

Borgoño Nº 346, Providencia, 

Santiago de Chile, Chile 

P +56 2 2 445 89 32 

chile@tritec-energy.com 

TRITEC South Africa 

P +41 61 699 35 67 

F +41 61 699 35 99 

info@tritec-energy.com

Imprint 

TRITEC Services AG, a member of TRITEC Group. 

© TRITEC Services AG | Version 20141222 

The German version is binding. 

The content is subject to change without prior notice. 

The current version is available from www.tritec-energy.com. 

195

www.tritec-energy.com

PRODUCT CATALOGUE 2013 - tritec

Create successful ePaper yourself

Delete template?

Save as template?