14 - ACO Haustechnik

K9/1 

Chapter contents 

Pumps � Waste water lifting plants 

Waste water lifting plant 

for waste water free of 

faeces 


for waste water containing 

faeces 

Information 

Basics . . . . . . . . . . . . . . . . . . . . . .594 

Installation . . . . . . . . . . . . . . . . . . .596 

■ Available as single or double lifting plant 

■ For the most diverse applications 

■ With a polyethylene or stainless steel collector tank 

■ With various pump types 

■ Upgradable with diverse accessories 

■ Available as single or double lifting plant 

■ For the most diverse applications 

■ With a polyethylene or stainless steel collector tank 

■ With various pump types 

■ Upgradable with diverse accessories 

Waste water lifting plants 

593 

14

14 

Lifting plants 

Planning references 

Basics 

Image 1: Protection against backflow at drops to the sewer 

through a waste water lifting plant in multi-family buildings, retail 

properties and single family dwellings with in-law units . 

General information 

According to the building regulations of 

the states, structures may only be erected, 

if the waste water disposal is properly 

and permanently secured . Property areas, 

on which waste water accumulates, must 

be connected to the public sewer system, 

if it is operational . Only by this connection 

enforcement, meaning through the 

direct connection of the property drainage 

with the public sewage system, does 

the backflow problem also develop in 

this area . Depending on the sewer type, 

separate or combined sewage system, a 

variance in the frequency of the backflow 

can be anticipated . Grey and rain water 

is discharged in separate pipe systems 

in a separate sewage system . Backflow 

thereby occurs less frequently in grey 

water drains due to a prohibited discharge 

of waste material, pipe clogging as well as 

through operation based measures in the 

sewer system, however, basically cannot 

be excluded . 

The physical effect of a sewer backflow is 

based on the principle of the communicating 

pipes . Since the pipe systems of the 

property drainage are directly connected 

with the public sewer, the waste water 

enters the area of the property drainage 

via these pipes in the event of a backflow . 

The same water level develops here as 

in the public sewer . This means that the 

waste water leaks from all unsecured 

594 

openings, such as floor drains, toilets, 

etc . until the water levels are balanced . 

This results in a certain height for the 

backflow risk in property areas, for which 

special measures must be made against 

backflow within the property drainage . 

This height is called backflow level . The 

decisive backflow level is defined by the 

local authorities (local statutes) . If such 

a definition is missing, the height of the 

edge of the road above the connecting 

point of the property drainage pipe to the 

public sewage system applies as backflow 

level according to EN 12056-4 and 

DIN 1986-100 . Despite this, a backflow 

cannot be ruled out above this level, for 

example, due to a pipe obstruction . 

If a waste water backflow can penetrate 

into unprotected rooms within buildings, 

masonry and foundations are soaked . 

Water damages occur on furnishings . 

Health impairments via infectious diseases 

cannot be ruled out . Damages and the risk 

connected with a waste water backflow 

must therefore be kept as low as possible 

by a protection against backflow . The 

responsibility for this is generally that 

of the property owner according to the 

community waste water regulations . He 

can contract the proper experts, such as 

planners and installers for the planning 

and proper completion . 


Image 2: Protection against backflow, if the sewer is located 

higher than 

the sanitary drainage objects 

The maximum protection against backflow 

can be achieved by a waste water lifting 

plant by guiding its pressure line via the 

backflow level (image 1 and 2). 

The planning and dimensioning of waste 

water lifting plants is accomplished 

according to EN 12056-4 (valid from 

01 .01 .2001) and the residual standard 

DIN 1986-100 (introduced in March 2002) . 

Since EN 12056 with residual standard 

DIN 1986-100 covers all waste water 

systems in the area including the building's 

outer cover and DIN 1986-100also 

the area of the property up to the property 

boundary (EN 752 applies here from 

the building's outer cover to the sewer 

connection in Europe), when granting the 

contract, the standard according to which 

the waste water system must be planned 

and laid out must be defined . 

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Protection against backflow 

DIN 1986-100 'drainage systems for buildings 

and property" and EN 12056 "Gravity 

drainage systems inside buildings", 

stipulate that grey water that accumulates 

below the backflow level and rain water 

of surfaces below the backflow level must 

be returned to the public sewer system 

via an automatic lifting plant . The principle 

"accumulating surface water must be 

channelled away from the building and 

not penetrate the building" applies when 

Medium 

Waste water 

Any type of polluted waste water arising 

in the domestic and commercial sector 

is considered to be waste water . This 

includes rainwater, contaminated water 

through use, commercially used water, 

etc . 

Domestic sewage 

Domestic waste water is a mixture of 

drinking water, organic and inorganic 

substances in solid and dissolved form . 

The substances occurring in waste water 

from households according to experience 

is are mainly human faeces, hair, food 

waste, cleaning and washing agents, 

as well as various chemicals, paper, 

rags and sand (for example, in combined 

systems from rain water erosion . 

However, experience shows that all waste 

is initiated by ignorance or disregard, 

planning a drainage system . Accordingly, 

rain areas must be drained by separate 

pumping stations outside of the building . 

All drainage facilities located above the 

backflow level must be drained by natural 

drops (gravity principle); the waste water 

of these drainage facilities may not be 

drained via backflow stops and only via 

waste water lifting plants in exceptional 

cases (e .g . reconstruction) . If the respon- 

and must then be discharged by sanitary 

drainage objects . The pH value generally 

is between pH 6 .5 and pH 7 .5 

(pH 7 = neutral) . 

Grey water 

Waste water free of faeces . 

Black water 

Waste water containing faeces . 

Surface water 

Untapped rainwater, which is only contaminated 

by dirt on the drain surface by 

air pollution, contamination . The degree 

of contamination depends primarily on 

geography, urban proximity (air and land 

pollution) and frequency of rain . Impurities 

frequently contain oil, salt, or sand . 



sible authorities have not defined the 

backflow level, at least the height of the 

street to the connecting point applies as 

backflow level . 

Industrial waste water 

(= water for industrial use) 

Industrial waste water requires a detailed 

analysis of the medium, since the chemical 

constituents may vary greatly, becoming 

a threat to the installation . Corrosion 

damage can be observed here most 

frequently . Particular attention should 

be given to waste water from the textile 

and food industries . Impeller type (e .g ., 

blockage), shaft dimensions (due to highly 

different outflows) and a combination of 

materials (e .g . corrosion) of the installation 

are the key critical points here . 

595 

14




Installation 

Buoyancy safeguard 

A buoyancy safeguard is an attachment 

of a system/ pump at the bottom (or at 

the pump shaft in the ground), in order 

to prevent floating during flooding (or an 

increased groundwater level) of the area , 

since damages may develop on connec- 

Ventilation 

Main ventilation 

Extension of a vertical sewage downpipe 

whose end is open towards the atmosphere 

above the last connecting line or 

the last connection . 

Secondary ventilation line 

Vertical vent pipe, which is connected 

to a waste water downpipe, to limit the 

pressure fluctuations within the waste 

Inlet 

The inlet pipe into the waste water lifting 

plant may not be reduced in the flow direction 

. A stop valve must be arranged on 

the inlet side (based on the replacement 

Pressure line 

Backflow level 

Highest point in an installation to which 

the contaminated water can rise . The 

backflow level is located in the area of 

greatest cross-sectional expansion . Installations 

should be designed so that the 

water from the drains cannot return to the 

pumping station . This could occur during 

storms, floods and heavy rainfall, if the 

municipal sewage system is not designed 

for such volumes . Damages that result 

hereby, are not covered by insurance 

Sound insulation 

Suitable measures (wall openings, 

low-noise valves, flow velocity) must be 

implemented in installations from the 

beginning, in order to minimize the noise 

Pressure line connection 

The connection of the pressure pipe is 

made on the base and collection line . Suitable 

pressure pipes, which can withstand 

the pressure of 1 .5 times of the maximum 

pump pressure of the system, must be 

used . 

596 

tions/pipes that could result in a leakage 

of the medium . The buoyancy safeguard 

is located directly on containers, or is 

subsequently installed or is already cast . 

Attention should be paid that the system/ 

pump is located solid and stationary on 

water downpipe . Venting the lifting plants 

must be completed in accordance with EN 

12056-1 over the roof . The vent pipe may 

be introduced into both the main and the 

secondary ventilation . 

The ventilation of lifting plants may not be 

combined with the ventilation of a grease 

separator on the inflow side . A minimum 

cross-section of DN 70, or better DN 

100, must be provided for faeces lifting 

options of the system or for repair or 

maintenance work) 

and are only successfully enforceable in 

rare cases . A coverage is the choice of 

the operator / owner . Information on the 

height of the backflow level is defined in 

the local statutes . 

burden . This is also based on the fact that 

a subsequent modification is associated 

with high costs and designates a value 

The dimensioning of the basic line after 

being discharged into the discharge 

pipe is regulated in EN 12056-2 and EN 

12056-3 . In general, it appears that the 

basic line before reaching the pressure 


the underground and cannot begin to shift 

or turn . 

plants according to EN 12056-1 . Pressure 

relief valves are not permitted for 

lifting plants according to DIN 1986-100 . 

The drainage pipes must be connected to 

the lifting plant . The weight of the pipes 

or fittings must be handled accordingly 

on-site . 

Backflow loop 

A backflow loop represents an artificially 

elevated pipe run above the backflow 

level, so that backflow water can first 

distribute over all low lying open spaces . 

Since it can be assumed that a sufficient 

volume is available in the entire pipeline, 

the backflow loop presents the safest 

alternative against backflow. 

The liability is with the processor or 

planner when the backflow safety valve is 

missing . 

reduction of the entire area . DIN 4109 is 

a guideline for this . 

line must be selected one nominal diameter 

larger . 

Sanitary drainage objects may not be 

connected to the pressure line . It may 

also not be connected to grey water 

downpipes . 

K9/1

K9/1 


Installation premises 

A pump sump must be arranged for draining 

the set-up area . This can be drained 

by means of an automatic drainage pump 

in the pressure line of the lifting plant, 

behind the backflow loop . 

Container 

Collector tanks of faeces lifting plants 

must have an effective volume of 20 l 

, be waterproof and odour-sealed . They 

are considered as explosion endangered 

areas, as on-site shafts . The explosion 

protection regulations according to DIN 

Usable volume 

The volume between the power on and 

power off point of the pump is generally 

described as usable volume - also called 

required storage volume . In special cases, 

where the intake to the pumping station is 

located below the power on point of the 

pump and is therefore stored, the intake 

volume can be used to cover the required 

storage volume . It must be replaced 

at every pumping process, i .e . usable 

Electric installation 

The electrical installation must be performed 

by a professional . Switching and 

signalling devices must be installed in a 

Dimensioning 

The layout and dimensioning of the pumps 

is carried out in accordance with EN 

12056-4 . Here, the total delivery height 

and total inflow are determined . 

A pump must be selected for the values 

that reaches at least the delivery height 

and the delivery capacity determined in its 

operating point (taking into account the 

minimum flow velocity of 0 .7 m / s, max . 

2 .3 m / s) . 

In tank systems, it is important to guarantee 

that the useful tank volume (volume 

between the power on and off point) is 

greater than the volume in the pressure 

line 

The set-up area of the waste water lifting 

plant must be sufficiently ventilated to 

prevent condensation; it must also be 

sufficiently large so that a work area 

of at least 60 cm in width and height is 

/ EC Directive 94/9/EC ATEX must be 

observed . 

Collecting tanks of faecal lifting plants 

may not be structurally connected to the 

building . 

Surface water which accumulates outside 

volume > pressure line volume . 

Systems that prevent the penetration of 

materials and liquids into the waste water 

lifting plant, which extend hazardous or 

nuisance vapours or odours, which affect 

the materials in the waste water systems 

or interfere with the operation, must be 

arranged in beforehand . Such systems 

include: Oil and gasoline according to EN 

858 /DIN 1999-100, light liquids closures 

dry, accessible location . The signalling 

system must also be attached at an easily 

noticeable location . 

(above the backflow prevention up to the 

backflow loop) . This will ensure that the 

content of the pressure line is completely 

exchanged per pumping process to prevent 

anaerobic digestion processes . 

When calculating the useful volume, the 

following instructions should be followed: 

Pumps or lifting plants are usually designed 

for the S3 (intermittent operation), 

i .e . a sufficient downtime of the pump (to 

cool the motor) must be available after 

completing the pumping process after 

switching on the pump . This results in the 

following guidelines: 



available, next to and above all parts to 

be maintained . Adequate lighting must be 

available 

the building below the backflow level, 

must be delivered by a waste water lifting 

plant/pump separately from domestic 

waste water and outside the building . 

under DIN 4043, emulsion splitting plants, 

grease separators in accordance with EN 

1825/DIN 4040-100, starch separators 

according to factory standards, sand and 

sludge traps as well as neutralization 

plants . 

Motor 

capacity 

[kW] 

Air-cooled 

1500 

[rpm] 

Air-cooled 

2900 

[rpm] 

Up to 1 .5 80 40 

Up to 3 .0 45 23 

Up to 7 .5 30 15 

Up to 11 15 8 

More than 

11 

10 5 

Minimum run time for submerged 

pumps 

Motor 

capacity 

[kW] 

Submerged pump, 

half submerged minimum 

run time in sec 

Up to 4 120 

Up to 7 .5 145 

From 7 .5 180 

597 

14




Types of impellers 

When selecting the impeller, verify which design is best for the particular use . 

Channel impeller 

The channel impeller is suitable for delivering 

grey water containing faeces, as well 

as delivering waste water with 

Free flow impeller 

A large open chamber in the pump housing 

(free ball passage) makes it possible 

that the liquid flows easily over the suction 

opening into the pump chamber and solid 

and long-fibre viscous products flowing, 

such as long bandages, fabrics, etc ., can 

easily pass through without clogging the 

pump housing . 

Cutting mechanism 

Particularly suitable for long fibres with 

solids of a greater magnitude that can be 

disintegrated . 

For reliable transport of delivered material 

through small pressure lines on even long 

distances . 

598 

solid and short fibrous solid and viscous 

products, sludge and organic materials . 

Another advantage: since no throttle gap 

is present between the impeller and the 

pump housing of free flow pumps, this 

design allows a great operational reliability 

in applications with very extensive 

downtimes . Corroding the impeller and 

therefore a blockage of the pump is 

thereby excluded . 

For the waste water disposal in even 

unfavourable terrain with large height 

differences . 


K9/1

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Planning - procedure 

Clarification of preliminary conditions 

Installation premises 

■ in the building 

■ outdoors underground 

■ (Load class A, B or D) 

■ Backflow level 

■ Conveyance media 

■ Intake conditions into the sewer 

■ Conveyance height and pipe routing 

(distance to the sewer) 

Dimensioning of the plant 

■ Waste water inflow (connection data) 

■ Overall conveying height 

■ Calculation of the pump operating point 

■ Selection of the nominal pressure line 

width 

■ Selection of the required valves and 

fittings 

Selecting the plant 

■ Selection of the pump or lifting plant 

■ Selection of control systems and accessories 

■ Single or twin system 

■ Explosion protected model 

■ Definition of the pressure pipe, 

■ 

vent pipe 

Current / voltage supply 

■ 230/400 V 

■ Power frequency 50 Hz 

■ Checking the minimum flow velocity 

■ Calculating the usable tank volume 

■ Shaft designation 

Standard 

■ EN 12050 

■ DIN 1986-100 

■ EN 12056 

■ EN 752 

■ EN 1610 

■ ATV-DVWK 

■ Local Policy 

Standard 

■ EN 12056-4 

■ EN 752 

■ ATV 



599 

14

K9/1 

Section contents 

Pumps � Waste water lifting plants � Waste water free of faeces 

Waste water lifting plant – 

under-ground installation 


for free-standing installation 

Waste water lifting plant for waste water free of faeces 

Sinkamat series 


Muli-Series 

Page 

Sinkamat-S 602 

Sinkamat-Z 604 

Sinkamat-K 606 

Accessories 608 

Sinkamat-K 610 


Muli-Mini mono 614 

Muli-Mini duo 616 


601 



Waste water free of faeces



Waste water free of faeces 

Waste water lifting plant – under-ground installation 


Sinkamat-S 

Product information 

602 

ACO product advantages 

■ With high-quality stainless steel manhole 

cover 

■ With integrated acoustic signaller 

■ With separate sediment collection 

chamber for increased lifespan 

■ No ventilation line required 

■ Area of application 

For underground installation in frostprotected 

rooms below the backflow 

level, e .g . basement, hobby rooms 

and laundry rooms 

For domestic grey water free of faeces 

from showers, wash stands etc . 

■ Stainless steel cabinet, material grade 

304 

Ordering information 

460 

angled safety plug with 

manual / auto selection 

and signal installation 

(intermittent) 

alarm contact 

removable 

inlet - guiding plate 

156 

75 

inlet 

sediment collection 

chamber 

ca.496 

341 

inlet middle 

inlet left 

inlet right 

387 x 296 

180 136 

432 

ca.587 

separable cable 

coupling 

tube angle 

R 1 ¼ 

pressure pipe R 1 ¼ 

and DN 50 / SML 

ON 

OFF 

■ Stainless steel cover with hole pattern 

■ Lateral inlet openings, choice of DN 50, 

DN 70 or DN 100 

■ Connection ports DN 50 (plastic) for 

conduit 

■ Pressure pipe connection 

R 1¼“ 

for threaded pipe 

DN 50 for SML pipe 

■ Grey water immersion pump with heavyduty 

AC motor 

■ Stainless steel motor housing and shaft 

■ Plastic pump housing and impeller 

■ With 5 m connecting cable and angled 

safety plug 

■ With magnetic float switch for low 

activation heights 

■ With integrated check valve R 1¼“ 

ON/ alarm signal + autostart 

OFF 

127 

ca.70 

120 

145 

260 

connection DN 50 / 

platic empty cable conduit 

and air ventilation 

case with 

connection rim 

inlet socket of stainless steel 

for SML attachment 

DN 50 DN 70 DN 100 


Construction with connection rim Construction without connection rim 

460 

angled safety plug with 

manual / auto selection 

and signal installation 

(intermittent) 

alarm contact 

removable 

Inlet - guiding plate 

156 

inlet 


chamber 

ca.376 

341 

inlet middle 

inlet left 

inlet right 

387 x 296 

180 136 

432 

ca.480 

separable cablecoupling 

tube angle 

R 1 ¼ 



ON/ alarm signal + autostart 

OFF 

ON 

OFF 

127 

ca.70 

120 


260 


plastic empty cable conduit 


case with 


K9/1

K9/1 


Type Description Motor rating Current 

consumption 

50/1-S 

50/2-S 

50/1-S 

50/2-S 

■ With connecting 

rim 


rim 

■ Without connecting 

rim 


rim 

Performance parameters 

Remark: Maximum temperature of wastewater is only 

allowed for a short time . 



Voltage Revolutions 

Grain 

size 

P1 P2 

[kW] [kW] [A] [V] [U/min] [mm] [kg] 

Weight Article No. 

0,43 0,21 2,1 230 2800 10 26 0159.03.47 

0,65 0,38 3,1 230 2800 10 26 0159.03.51 

0,43 0,21 2,1 230 2800 10 21 0159.03.45 

0,65 0,38 3,1 230 2800 10 21 0159.03.49 

[m] 12 

Gesamtförderhöhe H 

11 

10 

9 

8 

7 

6 

5 

4 

3 

2 

1 

0 

0 

Leistungsdiagramm 

Mindestförderstrom DN 32 

2 


4 


6 

8 

Toleranzen ISO 2548/C 

n = 2800 U/min 

0 0,5 1 1,5 2 2,5 3 3,5 4 4,5 5 

10 

Förderstrom Q 

SINKAMAT 50/2 S 

SINKAMAT 50/1 S 

12 


16 

18 

20 [m³/h] 

Type Delivery 

Delivery flow Q with total delivery head H Conveyance media 

head 

temperature 

2 m 3 m 4 m 5 m 6 m 7 m 8 m Normal Maximum 

[m] [l/s] [l/s] [l/s] [l/s] [l/s] [l/s] [l/s] [°C] [°C] 

[l/s] 

5,5 

50/1-S 2 – 6 3,38 2,91 2,36 1,72 0,97 40 90 

50/2-S 2 – 8 4,44 4,02 3,61 3,11 2,5 1,94 1,19 40 90 

Infobox 

603 









Sinkamat-Z 


604 


■ With high-quality stainless steel manhole 

cover 

■ With separate sediment collection 

chamber for increased lifespan 

■ No ventilation line required 








■ Stainless steel cabinet, material grade 

304 

460 


removable 


inlet 


chamber 

inlet middle 

inlet left 

inlet right 



ON 

OFF 

Remark: Other version (for example: double system) on 

request . 

■ Stainless steel cover with hole pattern 

■ Lateral inlet openings, choice of DN 50, 

DN 70 or DN 100 

■ Connection ports DN 50 (plastic) for 

conduit 


R 1¼“ 

for threaded pipe 

DN 50 for SML pipe 


AC motor 



■ Pump housing seal for the motor via a 

mechanical seal 

■ With 10 m safety plug 

■ With ball float switch 






Construction with connection rim Construction without connection rim 

156 

ca.496 

75 

341 

10 m cable 

387 x 296 

180 136 

432 

ca.587 

safety plug 230 V / 50 Hz 

127 

ca. 

100 

120 

170 

case with 


inlet socket of stainless steel 

for SML-attachment 

DN 50 DN 70 DN 100 

460 

removable 


156 

ca.376 

341 

inlet 


chamber 

inlet middle 

10 m cable 

inlet left 

inlet right 

387 x 296 

180 136 

432 

safety plug 230 V / 50 Hz 

ca.480 

Infobox 



ON 

OFF 

127 

ca. 

100 

170 




120 

case with 


K9/1

K9/1 


Type Description Motor rating Current 

consumption 

50/1-Z 

50/2-Z 

50/1-Z 

50/2-Z 


rim 


rim 


rim 


rim 


Type Delivery 

head 






Grain 

size 

P1 P2 



0,35 0,2 1,8 230 2800 10 26 0175.07.97 

0,65 0,35 3,5 230 2800 10 26 0175.08.45 

0,35 0,2 1,8 230 2800 10 21 0175.07.98 

0,65 0,35 3,5 230 2800 10 21 0175.08.46 

[m] 12 


11 

10 

9 

8 

7 

6 

5 

4 

3 

2 

1 

0 

0 



2 


4 


6 

SINKAMAT 50/1 Z 

8 


SINKAMAT 50/2 Z 

n = 2800 U/min 

0 0,5 1 1,5 2 2,5 3 3,5 4 4,5 5 

10 


12 


16 

18 

20 [m³/h] 

[l/s] 

5,5 

Delivery flow Q with total delivery head H Conveyance 

media temperature 

2 m 3 m 4 m 5 m 6 m 7 m 8 m 9 m 10 m Normal Maximum 

[m] [l/s] [l/s] [l/s] [l/s] [l/s] [l/s] [l/s] [l/s] [l/s] [°C] [°C] 

50/1-Z 2 – 6 2,22 1,94 1,66 1,32 0,92 40 90 

50/2-Z 2 – 10 4,82 4,58 4,28 3,97 3,58 3,15 2,64 2,05 1,41 40 90 

Infobox 

605 









Sinkamat-K 


606 


■ Quick coupler for fitting/removal of 

the pump without tools 

■ Optional waterproof concrete sealing 

possible 

■ Multiple connection possibilities 

■ Top section with frame dimensions 

198 x 198 mm or 360 x 300 mm 

(telescopic height adjustability) 

■ Optional manhole cover for selectable 

surface and odour seal 

■ Areas of application 








PVC-U pressure pipe 

with integrated 

check valve 

WU-concrete 

sealing ring 

(optional) 

H min. 604 

PVC-U 

replacement pump 

50/1 Z m. 

10 m cable/Z. 

Sinkamat 

cable gland 

335 

Sinkamat-K (Article No. 620441) 

inlet 

DN 100 

Ø430 

Ø520 

670 

360 

Ø75 

30 

ventilation 

DN 50 

158 37 37 

270 

443 

565 

H max. 675 

inlet 

DN 100 

300 

■ Certified in accordance with 

EN 12050-2 

■ Polyethylene cabinet 

■ Useable volume: 15 l 

■ With 3 inlet sockets DN 100 

■ With height-adjustable top sections 





■ With 10 m connecting cable and safety 

plug 



■ Pressure pipe connection in accordance 

with EN ISO 15493 

PVC-U; 50-40-R 1¼“ 



check valve 

WU-concrete 

sealing ring 

(optional) 

PVC-U 

replacement 

pump 50/1 Z m. 

10 m cable/Z. 

Sinkamat 


335 cable gland 

inlet 

DN 100 

Ø430 

Ø520 

670 

Ø75 


Inlet DN 50 

158 37 37 

270 

443 

541 

585 

inlet 

DN 100 

□198 



check valve 

WU-concrete 

sealing ring 

(optional) 

H min. 604 

PVC-U 

replacement 

pump 50/1 Z m. 

10 m cable/Z. 

Sinkamat 

cable gland 

335 


inlet 

DN 100 

Ø430 

Ø520 

670 

360 

Ø75 

30 

50 

ventilation 

DN 50 

158 37 37 

270 

443 

565 

H max. 675 

inlet 

DN 100 

150 

300 

K9/1

K9/1 


Type Top section Motor rating Current 

consumption 

50/1-K 

50/1-K 

50/1-K 

■ Frame dimensions: 

360 x 300 mm 

■ Reversible cover 

plate, load class K3 


198 x 198 mm 

■ Slotted grating, load 

class K3 


360 x 300 mm 

■ Manhole cover for 

selectable surface 

■ With odour seal 

■ With slotted grating 

Frame dimensions: 

150 x 150 mm 

Load class: K3 


[m] 




8 

7 

6 

5 

4 

3 

2 

1 




Grain 

size 

P1 P2 



0,35 0,2 1,8 220 2800 10 23 620441 

0,35 0,2 1,8 220 2800 10 23 620387 

0,35 0,2 1,8 220 2800 10 23 620442 



Toleranzen ISO 2548 / C 

n = 2800 1 / min 

0 

0 0,5 1 1,5 2 2,5 3 

0 1 2 3 4 5 6 7 8 9 10 



Type Delivery 


head 

temperature 

2 m 3 m 4 m 5 m 6 m Normal Maximum 

[m] [l/s] [l/s] [l/s] [l/s] [l/s] [°C] [°C] 

50/1-K 2 – 6 2,22 1,94 1,66 1,32 0,92 40 90 

[l/s] 

[m³/h] 

Infobox 

607 









Accessories 

608 

432 x 341 

387 x 296 

427 x 336 

460 x 369 

387 x 296 

427 x 336 

587 x 496 

432 x 341 

387 x 296 

427 x 336 

587 x 496 

460 x 369 

387 x 296 

427 x 336 

116 (60 T) 

Hupe 

„AUS“ 

Störung 

Summer 

Test 

116 (60 T) 

Hupe 

„AUS“ 

Störung 

Summer 

DN50 

52 

DN70 

52 

Test 

200 

200 

75 

75 

200 

200 

116 

116 


Designation compatible with Description Article No. 

Top section ■ Sinkamat-S/Z 




Cover ■ Sinkamat-S/Z 

Pickup ■ Sinkamat-S/Z 

Signal device (network 

dependent) 


independent) 

Inlet socket ■ Sinkamat-S/Z 


■ Automatic faeces backflow 

systems Quatrix-K Type 3F 

■ Sinkamat-S/-Z 

■ Muli polyethylene duo 

■ Muli polyethylene S mono/duo 

■ All Multi-Pro waste water lifting 

plants 

■ Suspension plant mono/duo 






plants 


■ Stainless steel, material grade 

304 

■ Without connecting rim 

■ Height: 200 mm 

■ For larger installation depths 


304 

■ Without connecting rim 


■ For gas and odour-tight design 


304 

■ With connecting rim 


■ For larger installation depths 


304 

■ With connecting rim 


■ For gas and odour-tight design 


304 

■ With profile packing 

■ Sealed to gas and odour 

■ Screwed in place 

■ Fitted with container aeration 

■ With 10 m cable 

■ For a separate signal device/ 

dry contact for fault signal level 

■ Visual and acoustic 

■ Network dependent 

■ Without pickup 

■ With dry contact for fault signal 

level 

■ With 1 m connecting cable and 

angled three-wire plug 


■ Self-charging 



level 

■ With acoustic deletion 




304 

■ DN 50 


304 

■ DN 70 

0159.03.42 

0175.20.73 

0159.03.43 

0159.03.44 

0159.38.82 

0159.12.46 

0159.12.30 

0159.12.31 

0159.03.37 

0159.03.36 

K9/1

K9/1 


289 30 

DN100 

52 

Ø676 

349 

Waste water lifting plant for free-standing installation 




Sealing flange 


304 

■ DN 100 

■ Backflow stops and Cleaning ■ For installation in waterproof 

pipes for installation in the base concrete 

plate 

Maximum groundwater level: 

■ Sinkamat-K (underground) 

3 m 

Cover plate complete ■ Sinkamat-K (underground) 

■ Manhole cover for selectable 

surface 

■ With slotted grating 

Frame dimensions: 

150 x 150 mm 

Load class: K 3 

■ With odour seal 

Water trap: 50 mm 

0159.03.35 

620382 

620385 

609 









610 


Sinkamat-K – polyethylene small lifting plant for above-ground installation 



■ Quick coupler for fitting/removal of 

the pump without tools 

■ Minimal installation dimensions via 

innovative design 

■ Maintenance without dismantling the 

inlet-side siphon 

■ Area of application: 

For above-ground installation in frostprotected 




For domestic grey water free of 

faeces from showers or wash stands 

etc . 

■ Certified in accordance with 

EN 12050-2 


332 

■ Polyethylene container 

■ With multiple connection possibilities up 

to DN 50 

■ With forward-facing inspection opening 

■ Container aeration via activated carbon 

filter 


AC motor 





■ With 10 m connecting cable and safety 

plug 



■ Pressure pipe connection in accordance 

with EN ISO 15493 

PVC-U, 50-40-R 1¼“ 

329 

416 

pump 50/1-Z 

without grip for 

Sinkamat ÜF 

made of plastic 

PVC-U connection 

pressure pipe with 

integrated check valve 

K9/1

K9/1 


Type Motor rating 

Current consumption 




Muli-Series 

Voltage Revolutions Grain size Article No. 

P1 P2 

[kW] [kW] [A] [V] [U/min] [mm] 

50/1-Z 0,35 0,2 1,8 220 2800 10 620386 


[m] 


8 

7 

6 

5 

4 

3 

2 

1 



Toleranzen ISO 2548 / C 

n = 2800 1 / min 

0 

0 0,5 1 1,5 2 2,5 3 

0 1 2 3 4 5 6 7 8 9 10 



Type Delivery head Delivery flow Q with total delivery head H Conveyance media temperature 

2 m 4 m 6 m Normal Maximum 

[m] [l/s] [l/s] [l/s] [°C] [°C] 

50/1-Z 2 – 6 2,22 1,66 0,92 40 90 

[l/s] 

[m³/h] 

Infobox 

611 








Muli-Series 

Accessories 

612 

Ø69 

Ø58 

Ø65 

Ø43 

66 



Inlet socket DN 50 

Keyhole saw 

Adapter 

■ Cellar drain Junior with backflow 

stop 

■ Cellar drain DN 100 

■ Sinkamat-K (free-standing 

installation) 

■ Sinkamat-K (free-standing 

installation) 

■ Keyhole saw 

0150 .14 .80 

■ Plastic 

■ For lateral inlet 

■ Customer-side fitting 

■ Weight: 0 .1 kg 

■ Bimetal hole saw suitable for 

Plastic 

Thin materials 

■ Intake with HSS drill for hole 

saw 

Diameter: 32 – 110 mm 

2410.00.04 

0150.14.80 

0150.14.81 

K9/1

K9/1 



Muli-Series 

613 








Muli-Series 

Muli-Mini mono 


614 


■ Pneumatic level control with air bubble 

injection for increased operating 

security 

■ Minimal wear via a high useable 

volume 

■ Optimal access to the operating 

elements 

■ Quick and safe fitting of the pressure 

pipe via special mounting piece 


Laundry rooms 

Warehouse 

Basements 

■ Polyethylene collector tank 

■ With drain plug 

■ With mounting set for buoyancy safety 

anchoring 

■ With 1 horizontal and 1 vertical inlet 

socket DN 100 


450 (Z1) 

245 

180 

inlet 

DN100 

55 

drain plug 

flaps for 

buoyancy control 

inlet 

DN100 

pitot tube 

Ø640 

70 

ACO 

■ With ventilation connection DN 70 for 

connection to the plastic pipe 


1 ball check valve R 2“, with stainless 

steel pipe material grade 316 

1 ball valve R 2“ and special mounting 

piece DN 50 for elastic connection 

of the pressure pipe with an 

external diameter of 57 – 61 mm 

■ Grey water immersion pump 

With three-phase current immersion 

motor 

Protection category IP 68 

With lock ring/circular seal ring 

With blockage-free free flow impeller 

■ Switching and warning device 


With 1 .5 m cable and CEE plug 

With dry contact centralised fault 

signal and operating signal 

Inc . 4 m pneumatic control line between 

the lifting plant and control box 

Ø50 

min.250 

max.450 

625 

free flow pump 

grain size 38 mm 

ventilation DN70 

280 

ca. 1220 

70 

as option: 

additionally inlet socket DN50 

pneumatic control 


connection 

pneumatic 

control cable 

(4 m long) 

Ø57-61 

mini compressor 

for air bubble 

injection 

special fastening piece 

DN 50 (from Ø57 -Ø61 mm) 

ball valve R 2" 

ball retaining valve 

waste water collecting tank 

made of polyethylene 

switch box plug-in ready 

(250 x 195 x 100) 

connection 

centralised fault signal 

(4m long) 

cable 

1.5 m long with 

CEKON-connector 16 A 

electr. connection for 


motor cable 

(4 m long) 

K9/1

K9/1 



Muli-Mini V 

75-mono 

Muli-Mini V 

150-mono 

Current 

consumption 





Muli-Series 

Grain 

size 

Total 

volume 

P1 P2 Inlet 

height 

Z1 

[kW] [kW] [A] [V] [U/ 

min] 

Useable volume Weight Article No. 

Inlet 

from 

above 

[mm] [l] [l] [l] [kg] 

1,3 0,55 1,3 400 2900 35 150 75 90 65 0175.08.40 

2,5 1,1 2,5 400 2900 38 150 75 90 70 0175.08.41 


[m] 16 



12 

10 

8 

6 

4 

2 

0 


Mindestförderstrom DN 65/70 

MULI-MINI-V 150 



n = 2900 U/min 

1 2 3 4 5 6 7 8 9 10[l/s] 

[m³/h] 

3 6 9 12 15 18 21 24 27 30 33 36 


Type Delivery 


head 

temperature 

2 m 4 m 6 m 8 m 10 m 12 m Normal Maximum 

[m] [l/s] [l/s] [l/s] [l/s] [l/s] [l/s] [°C] [°C] 

Muli-Mini V 

75-mono 

Muli-Mini V 

150-mono 

2 – 7 6,2 4,0 2,0 40 60 

2 – 12 9,3 7,7 6,2 4,8 3,3 1,8 40 60 

Infobox 

615 








Muli-Series 

Muli-Mini duo 


616 


■ Pneumatic level control with air bubble 

injection for increased operating 

security 

■ Minimal wear via a high useable 

volume 

■ Optimal access to the operating 

elements 

■ Fast and safe fitting via special mounting 

piece 


Grease separator up to NS 4 

Laundry rooms 

Basements 




anchoring 

■ Each with 1 horizontal and 1 vertical 

inlet socket DN 100 




inlet 

DN100 

450 (Z1) 

245 

180 

55 

drain plug 

inlet 

DN100 

pitot tube 


2 ball check valves R 2“ 

Stainless steel Y-branch pipe, material 

grade 304 

1 ball valve R 2“ and special mounting 

piece DN 50 for elastic connection 

of the pressure pipe with an 

external diameter of 57 – 61 mm 

■ 2 grey water immersion pumps 

With three-phase current immersion 

motor - version D 

With AC immersion motor - version W 


With lock ring/circular seal ring 









Ø640 

ACO 

Ø50 

min.250 

max.450 

625 




280 


ca. 1360 

70 

Ø57-61 


DN 50 (from Ø57 -Ø61 mm) 

ball valve R 2" 


(250 x 195 x 100) 

connection 

pneumatic 

control cable 

(4 m long) 

flaps for 

buoyancy control 70 

as option: 

additionally inlet socket DN50 



for air bubble 

injection 

connection 


(4m long) 

common pressure pipe R 2" 

ball retaining valve R 2" 



cable 

1.5 m long with 


electr. attachment for 


motor cable 

(4m long) 

K9/1

K9/1 



Muli-Mini V 

75-duo – D 

Muli-Mini V 

150-duo – D 

Muli-Mini V 

75-duo – W 

Muli-Mini V 

150-duo – W 

Current 

consumption 





Muli-Series 

Grain 

size 

Total 

volume 

P1 P2 Inlet 

height 

Z1 

[kW] [kW] [A] [V] [U/ 

min] 


Inlet 

from 

above 

[mm] [l] [l] [l] [kg] 

1,3 0,55 1,3 400 2900 35 150 75 90 88 0175.07.72 

2,5 1,1 2,5 400 2900 38 150 75 90 88 0175.08.33 

1,3 0,55 3,8 230 2900 35 150 75 90 88 0175.18.47 

2,5 1,1 8,2 230 2900 38 150 75 90 88 0175.24.84 


[m] 16 



12 

10 

8 

6 

4 

2 

0 


Mindestförderstrom DN 65/70 




n = 2900 U/min 

1 2 3 4 5 6 7 8 9 10[l/s] 

[m³/h] 

3 6 9 12 15 18 21 24 27 30 33 36 


Type Delivery 


head 

temperature 

2 m 4 m 6 m 8 m 10 m 12 m Normal Maximum 

[m] [l/s] [l/s] [l/s] [l/s] [l/s] [l/s] [°C] [°C] 

Muli-Mini V 

75-duo – D 

Muli-Mini V 

150-duo – D 

Muli-Mini V 

75-duo – W 

Muli-Mini V 

150-duo – W 

2 – 7 6,2 4,0 2,0 40 60 

2 – 12 9,3 7,7 6,2 4,8 3,3 1,8 40 60 

2 – 7 6,2 4,0 2,0 40 60 

2 – 12 9,3 7,7 6,2 4,8 3,3 1,8 40 60 

Infobox 

617 








Muli-Series 

Accessories 

Ø50 

10 

15 

Ø120 

Ø110 

618 

70 

91 


176 

Ø62 

Ø133 

80 



Inlet valve DN 50 


■ Eco-Mobil 

■ Muli-Mini 

■ Waste water lifting plants 

■ Polyethylene grease separator 

■ Polyethylene starch separator 

Connection port ■ Muli-Mini mono/duo 

Special mounting 

piece 

■ Muli-Mini 

■ PVC 

■ DN 50 

■ With sealing ring in accordance 

with DIN 19538 

■ PVC 

■ Construction length: 176 mm 


■ DN 50 

■ Bushing type A 

40 x 50 x R 1¾“ 

■ Minimum installation height: 

250 mm 

■ As additional components for 

the pressure pipe DN 80 

0175.18.33 

0175.13.84 

0175.09.27 

0175.07.79 

K9/1

K9/1 



Muli-Series 

619 




Hinweis: @@ Dies ist eine Infobox-VORLAGE 

Zubehör AAAAA ➔ Seite xxx . 

Zubehör BBBBB ➔ Seite xxx . 

Infobox

K9/1 

Section contents 


for pre-wall installation 


for free-standing installation 

Waste water lifting plant for waste water containing faeces 

Pumps � Waste water lifting plants � Waste water containing faeces 

Fäkablock 

Muli-Series 

621 

Page 

Fäkablock II 622 


Muli-Star 626 

Muli-PE duo 628 

Muli-PE-S mono 630 

Muli-PE-S duo 632 

Muli Pro-PE K duo 634 

Muli Pro-PE V duo 636 

Muli Pro-PE K parallel 638 

Muli Pro-PE V parallel 640 

Muli Pro 1 .x VA duo 642 

Muli Pro 2 .x VA duo 644 




Waste water containing faeces



Waste water containing faeces 

Waste water lifting plant for pre-wall installation 

Fäkablock 

Fäkablock II 


622 


■ Easy maintenance due to easily accessible 

function elements 

■ Connection of up to 3 toilets 

■ High-grade waste water lifting plants in 

accordance with EN 12050-1 


For the drainage of toilet facilities 

■ Wall mounted or pre-wall installation 

■ Channel impeller centrifugal pump in 

block assembly 

■ Steel panel collector tank 

Interior corrosion protection 

Coated exterior 

■ Switchgear 

Protection category IP 54, enclosed 

with insulating material 

With 1 strip terminal 

With 1 motor contactor 

With 1 motor overload switch 

Signal lamp „malfunction“ 

Pneumatic level switching 

Signal device, visual and acoustic 

Network dependent 

With dry contact for fault signal „level 

high“ 

■ WC wall connection 

2 opposite facing push-fit sockets for 

WC connectors, diameter: 90 mm 

Inlet height bottom edge of FÄKA- 

BLOCK II up to the middle of the WC 

drain: 340 mm 

Additional WC connection on the 

container-side with inlet sockets 

DN 100 (accessories) 

■ Shower connection 

On the container side with eccentric 

inlet socket: DN 50, DN 70 or 

DN 100 (accessories) 

■ Washbasin connection 

Container side DN 50, DN 70 or 

DN 100 (accessories) or on the motor 

compartment side DN 40 KA 


Backflow valve with special mounting 

element for elastic connection of the 

pressure pipe: DN 100 

With drain spigot R ½“ for emptying 

the pressure pipe 

■ Connection ventilation line 

Pipe sockets for connection with CV 

connecting collar: DN 70/SML or KA 

pipe 

■ Aluminium screen for motor compartment 

Anodized matt surface 

With aeration slots 


K9/1

K9/1 



pressure pipe DN 100 SML 

or DN 80 on request 

(optional) 

inlet 

washbasin 

backflow valve DN 80 

with integrated special 

fastening piece 

800 

580 

263 

10 

switch box 

including 

level switch 

Ø50 

Ø75 

Ø140 

emptying R 1/2 

904 

ca. 964 

ca. 1004 

Type Motor rating Current 

consumption 

flushing cistern for building in 

GEBERIT-KOMBIFIX – on site 

double-sided possible 

ventilation DN 70 SML 

DN 40/KA 

OFF 

mounting supports for 

toilet with flushing valve 

ON 

Warn 

FFB 


Fäkablock 

180 

120 130 88 75 

220 

plug-in sleeve DN 80 (Ø90) 

for toilet 

- double-sided- 


connection for 

washbasin 

DN 40 / KA 

inlet is blind 

locked ! 

optional 

inlet connection 

DN 50 / 70 / 100 SML 

- accessory- 

Grain 

size 

120 

Total 

volume 

605 x 365 x 3 

The maintenance opening in the engine compartment 

can be mounted left and / or right to the container 

1x front cover made of aluminum with frame-like spacer 

(visible side) 2 x 390 x 630 

1x cover plate made of steel 

(hidden side) 3 x 365 x 605 

91 

390 

Useable 

volume 

P1 P2 Inlet 

height 

Z1 

[kW] [kW] [A] [V] [U/min] [mm] [l] [l] [kg] 

20 

630 x 390 x 2 

ca. 1210 

display 

shows detail with 

cover plate made of 

aluminium 


Fäkablock-II 1 0,75 2,15 400 1450 55 40 22 132 0175.00.90 

623 








Fäkablock 


624 

[m] 


6 

5 

4 

3 

2 

1 

0 

0 

0 

1 

6 

2 

3 

Mindestförderstrom DN80 

12 

4 

18 

5 



6 



24 

7 

n = 1450 U/min 

8 

30 

9 

36 [m³/h] 

[l/s] 

10 

Type Delivery head Delivery flow Q with 

total delivery head H 

Conveyance media temperature 

1 m Normal Maximum 

[m] [l/s] [°C] [°C] 

Fäkablock-II 1 – 3,5 9,2 45 80 

K9/1

K9/1 


Accessories 

175 

25 

135 60 

15 

60 

60 

Ø80 

Ø110 

Ø60 


Fäkablock 


Hand switch ■ Fäkablock II 

Inlet socket ■ Fäkablock II 



O-ring 

■ Fäkablock II 

■ Muli series 

■ 3 pole 

■ With padlock stop 

■ DN 50/SML 

■ Eccentric 

■ In accordance with DIN 19522 

■ DN 70/SML 

■ Eccentric 


■ DN 100/SML 

■ Eccentric 




0159.12.37 

0159.04.33 

0159.04.34 

0159.30.05 

0159.37.97 

625 








Muli-Series 

Muli-Star 


626 


■ Marginal weight 31 kg 

■ Smoothness via low revolutions 

■ Free passage: 57 mm 

■ Quick fitting 

■ Ready for connection 

■ Installation via manhole cover KM 600 

possible 

■ Blockage-free free flow impeller 


Detached houses 

Basement flats 


■ With scour plug 

■ With revision opening for easy maintenance, 

diameter: 133 mm 


anchoring 

■ Connection for the manual membrane 

pump R 1½“ 

■ With 3 horizontal inlet sockets DN 100 

■ With 1 vertical inlet socket DN 50/ 

DN 100 




ventilation DN 50 

700 

470 

400 

collecting tank 

attachment for 

buoyancy safeguard 

access screw 

cap DN 125 

cap / passage 

float switch 

free flow 

centrifugal pump 

Ø52 

Ø108 - 114,3 

135 

520 


Special backflow valve with integrated 

ball in cabinet and with emptying 

screw 

With integrated special mounting element 

DN 100 for elastic connection 

of the pressure pipe with an outside 

diameter of 108 – 114 .3 mm 

With connecting flange for stop valve 

DN 80 PN 10 

■ Pump unit 

3-phase motor (MDS1): 400 V, 50 Hz 

AC motor (MWS1): 230 V, 50 Hz 



■ With float switch, settable to inlet height 



With 1 .5 m cable and CEE plug (with 

MDS1) or with safety plug (MWS1) 





■ LGA test certificate: No . 7391278-01 

500 

175 

integrated special 

backflow valve 

with lifting device 

Ø110 

100 

special fixing part 

for elastic connection to 

the pressure pipeline DN 80/100 

(option: seal ring DN 80) 

127 

inlet DN 100 

250 

510 

575 

inlet DN 50 

Ø110 

180 

40 

connection Ø 48 for 

membrane pump 


Ø52 

230 

Ø110 

45 

outlet R 1 

250 (T100) cable (1.5 m long) 

with CEE-connector (MDS) or 

isolated ground connector (MWS) 

switch box 

(plug in) 

K9/1

K9/1 



Muli-Star 

MDS1 

Muli-Star 

MWS1 

P1 P2 Currentconsumption 

Characteristics Grain 

size 

Voltage 

Frequency 

Revolutions 

[kW] [kW] [A] [V] [Hz] [U/ 

min] 




Muli-Series 

Total 

volume 


Inlet 

height 

Z1 

Inlet 

height 

Z2 

Inlet 

from 

above 

[mm] [l] [l] [l] [l] [kg] 

1 0,75 1,93 400 50 1380 55 60 20 25 30 31 1200.00.00 

1,1 0,75 5,05 230 50 1410 55 60 20 25 30 31 1200.00.01 


[m] 8 


7 

6 

5 

4 

3 

2 

1 

0 

Leistungsdiagramm Toleranzen ISO 2548/C 



n = 1400 U/min 

0 1 2 3 4 5 6 7 8 9 10 11 12 

0 5 10 15 20 25 30 35 40 45 


MDS (Drehstrom) 

MWS (Wechselstrom) 

Type Delivery 

head 

Delivery flow Q with total delivery head H Conveyance media temperature 

2 m 4 m 6 m Normal Maximum 

[m] [l/s] [l/s] [l/s] [°C] [°C] 

Muli-Star 

MDS1 

Muli-Star 

MWS1 

2 – 6,4 10,9 8,6 4,5 40 60 

2 – 6,4 9,7 4,4 40 60 

[l/s] 

[m³/h] 

Infobox 

627 








Muli-Series 

Muli-PE duo 


628 


■ Quick fitting 

■ Ready for connection 

■ High useable volume - up to 100 l 


Behind grease separator up to NS 7 - 

in conjunction with air bubble injection 

Apartment housing 

Office buildings 



■ With connection for the manual membrane 

pump R 1½“ 


anchoring 

■ With 2 horizontal inlet sockets DN 100/ 

DN 150 

■ With 1 horizontal inlet socket with 

gradation DN 100/DN 150 

■ With ventilation socket DN 100 for 



3 

160 

ca. 950 

200 260 

55 

3 

270 

drain plug 

750 

pressure pipe 

single chanel impeller 

centrifugal pump 

DN100 

Ø108-114 

165 


With 2 special backflow valves DN 80 

With drain spigot R ½“ 

Inc . Y-branch pipe with cleaning opening 

and special mounting element 

DN 80/DN 100 for elastic connection 

of the pressure pipe with an outside 

diameter of: 108 – 114 .3 mm 

■ 2 pump units 

Motor 400 V, 50 Hz 


With channel impeller 

■ Pneumatic level switching with pilot tube 

and pneumatic control line 








70 

flaps for 


810 

890 

975 

connection 


cable (4m long) 

connection 

centralised 

fault signal 

motor cable 

(4m long ) 

160 

110 

105 

210 

165 

100 124 

70 

650 

485 

tube sockets Ø48 mm 

for connection to 

manual membrane pump R 1 ½“ 



(250 x 195 x 100) 

connection 


58 

400 (Z2) 

250 (Z1) 



cable 1.5 m long 

with CEKON-plug 16 A 

70 70 

waste water collecting tank made of polyethylene 

124 

55 


DN 80/100 

Y-branch pipe DN 80 

backflow valve DN 80 

upper inlet socket with 

selectable nominal diameter 

DN 100/150 

pitot tube 

lateral inlet socket with 


DN100/150 

K9/1

K9/1 





size 

Voltage 

Frequency 

Revolutions 

[kW] [kW] [A] [V] [Hz] [U/ 

min] 




Muli-Series 

Total 

volume 


Inlet 

height 

Z1 

Inlet 

height 

Z2 

Inlet 

from 

above 

[mm] [l] [l] [l] [l] [kg] 

Muli-PE duo 1 0,75 2,15 400 50 1500 55 145 80 100 100 180 0159.04.17 

Muli-PE/1 

duo 

Muli-PE/2 

duo 

Muli-PE/3 

duo 

2,01 1,5 3,6 400 50 3000 55 145 80 100 100 180 0159.04.19 

2,94 2,2 5,2 400 50 3000 55 145 80 100 100 185 0159.04.21 

3,87 3 7,1 400 50 3000 55 145 80 100 100 190 0159.04.23 


Type Delivery 

head 


[m] 24 


22 

20 

18 

16 


12 

10 

8 

6 

4 

2 

0 

0 

0 



MULI-PE / 1 

MULI-PE 


MULI-PE / 2 

MULI-PE / 3 

6 12 18 24 30 3642 

48 54 60 66 72 78 [m³/h] 

[l/s] 

2,5 5 7,5 10 12,5 15 17,5 20 




2 m 4 m 6 m 8 m 10 m 12 m 14 m 16 m 18 m Normal 

Infobox 

Maximum 

[m] [l/s] [l/s] [l/s] [l/s] [l/s] [l/s] [l/s] [l/s] [l/s] [°C] [°C] 

Muli-PE duo 2 – 6 12,7 10,0 5,8 40 60 

Muli-PE/1 

duo 

Muli-PE/2 

duo 

Muli-PE/3 

duo 

8 – 12 11,5 8,66 5,67 40 60 

8 – 16 15,6 12,7 9,97 7,08 4,25 40 60 

8 – 18 19,1 16,4 13,6 10,6 7,58 4,66 40 60 

629 








Muli-Series 

Muli-PE-S mono 


630 


■ High-grade waste water lifting plant 

with submerged motor pump and 

cutting mechanism 

■ Various inlet heights 

■ Low costs via small pressure pipe 

profile 


Renovation of an old building 

With longer pressure pipe to channel 




pump R 1½“ 


anchoring 



ca. 760 

flaps for 


stop valve R 2 

200 

55 

drain plug 

pump with 


600 

mounting brackets 

for mini compressor 


R 2 


660 

765 






With 1 ball backflow stop R 2“ 

With stop valve R 2“ 

■ Pump unit 



With outside cutting mechanism 












manual-diaphragm pump R 1 ½“ 

105 

210 

70 

100 120 

ventilation 

DN 100 


(250x195x100) 

connection 


cable (4 m long) 

connectionr 

centralised 

fault signal 

motor cable 

(4m long) 

650 

485 

400 (Z3) 165 

250 (Z2) 58 70 

180 (Z1) 




í110 

cable 1.5 m long 

with CEKON-plug 16 A 

electr. connection for 


í110 

í160 

300 

80 

110 100 55 



manual-diaphragm pump R 1 ½“ 


selectable nominal diameter DN 100/DN150 

cut off at indents as required 

pitot tube 

lateral inlet socket DN 100 

K9/1

K9/1 



Muli-PE- 

S-100 

mono 

Muli-PE- 

S-200 

mono 


Characteristics Total 

volume 

Voltage 

Frequency 

Revolutions 

[kW] [kW] [A] [V] [Hz] [U/ 

min] 




Muli-Series 

Inlet 

height 

Z1 


Inlet 

height 

Z2 

Inlet 

height 

Z3 

Inlet 

from 

above 

[l] [l] [l] [l] [l] [kg] 

1,2 0,9 2,3 400 50 2900 80 10 35 50 50 80 0159.03.91 

2,5 1,7 4,1 400 50 2900 80 10 35 50 50 85 0175.19.00 


Type Delivery 

head 

Muli-PE- 

S-100 mono 

Muli-PE- 

S-200 mono 

[m] 28 


26 

24 

22 

20 

18 

16 


12 

10 

8 

6 

4 

2 

0 

0 

0 



MULI - PE - S 100 

1,8 3,6 5,4 7,2 9 10,8 12,6 14,4 16,2 18 19,8 21,6 [m³/h] 

0,5 1 1,5 2 2,5 3 


MULI - PE - S 200 

[l/s] 

3,5 4 4,5 5 5,5 6 



2 m 4 m 6 m 8 m 10 m 12 m 14 m 16 m 18 m 20 m 22 m 24 m Normal 

[m] [l/s] [l/s] [l/s] [l/s] [l/s] [l/s] [l/s] [l/s] [l/s] [l/s] [l/s] [l/s] [°C] [°C] 

2 – 18 3,57 3,4 3,2 3,0 2,75 2,43 2,1 1,75 1,3 40 60 

2 – 24 5,93 5,65 5,36 5,05 4,72 4,34 3,94 3,47 2,96 2,38 1,73 1,2 40 60 

Infobox 

Maximum 

631 








Muli-Series 

Muli-PE-S duo 


632 


■ High-grade waste water lifting plant 

with submerged motor pump and 



■ Low costs via small pressure pipe 

profile 


Renovation of an old building 

With longer pressure pipe to channel 

Objects containing fluids with solid 

or fibrous contents e .g . laundries, 

abattoirs 




pump R 1½“ 


anchoring 


ball retaining 

valve R 2" 

ca. 910 

55 

200 

750 

300 

pressure pipe 

drain plug 

R2 

■ With 2 horizontal inlet sockets DN 100/ 

DN 150 






With 2 ball backflow stops R 2“ 

With 2 stop valves R 2“ 




With outside cutting mechanism 










connection pneumatic 

control cable (4m long) 

165 

70 

pump with cutting mechanism 

flaps for 


810 

1005 

connection 


Ø160 

Ø110 

105 

210 


(250 x 195 x 100) 

motor cable 

(4m long) 

165 

70 

650 

connection 


tube socket Ø48 mm 

for connecting to 

manual membrane pump R 1 ½“ 


124 

100 

485 

58 

400 (Z2) 

250 (Z1) 



cable 1.5 m long with 

CEKON-plug 16 A 

70 70 124 

waste water collecting tank made of polyethylene 

55 



DN 100/150 

pitot tube 

lateral inlet socket with 


DN100/150 

K9/1

K9/1 



Muli-PE-S-100 

duo 

Muli-PE-S-200 

duo 


Characteristics Total 

volume 

Voltage 

Frequency 



Revolutions 

[kW] [kW] [A] [V] [Hz] [U/ 

min] 


Muli-Series 

Inlet 

height 

Z1 


Inlet 

height 

Z2 

Inlet 

from 

above 

[l] [l] [l] [l] [kg] 

1,2 0,9 2,3 400 50 2900 105 40 60 60 180 0159.04.24 

2,5 1,7 4,1 400 50 2900 105 40 60 60 185 0175.02.67 


Type Delivery 

head 

Muli-PE- 

S-100 duo 

Muli-PE- 

S-200 duo 

[m] 28 


26 

24 

22 

20 

18 

16 


12 

10 

8 

6 

4 

2 

0 

0 

0 



MULI - PE - S 100 

1,8 3,6 5,4 7,2 9 10,8 12,6 14,4 16,2 18 19,8 21,6 [m³/h] 

0,5 1 1,5 2 2,5 3 


MULI - PE - S 200 

[l/s] 

3,5 4 4,5 5 5,5 6 



2 m 4 m 6 m 8 m 10 m 12 m 14 m 16 m 18 m 20 m 22 m 24 m Normal 

[m] [l/s] [l/s] [l/s] [l/s] [l/s] [l/s] [l/s] [l/s] [l/s] [l/s] [l/s] [l/s] [°C] [°C] 

2 – 18 3,57 3,4 3,2 3,0 2,75 2,43 2,1 1,75 1,3 40 60 

2 – 24 5,93 5,65 5,36 5,05 4,72 4,34 3,94 3,47 2,96 2,38 1,73 1,2 40 60 

Infobox 

Maximum 

633 








Muli-Series 

Muli Pro-PE K duo 


634 


■ Large container useable volume 


■ Pilot tube and air bubble injection 

ensure high operating safety 

■ Suitable for fatty waste water 

■ Can be extended to a parallel plant 

■ Energy-saving channel impeller pump 

■ Adapted to door dimensions: 780 mm 



Smaller commercial objects with a 

large waste water volume 

Behind the grease separator up to 

NS 20 

For long pressure pipes with large 

height differences 




pump R 1½“ 


anchoring 


■ With 1 vertical inlet sockets DN 150 

■ With 1 revision opening, clear diameter: 

320 mm 


ca. 1410 

*ca. 1530 

430 

pressure pipe DN 100 

Ø108 bis 114,3 

special fastening piece DN 100 

Y-branch pipe DN 80/80/100 

(x DN 100/100/100) 

Stop valve 

DN 80 (x DN 100) 

-accessories- 

258 

65 

drain plug 

285 130 

260 180 

*300 *190 

100 

Flaps for 


1300 

ca. 1500 

pneumatic 

control 

connection R 1 ½ 

for manual membrane 

pump 





(DN 100 for MULI Pro-PE K-75 duo) 

with short-spell ventilation 

With Y-branch pipe 

With special mounting piece DN 100 

for connection of the pressure 

pipe with an external diameter of 

108 – 114 .3 mm 




With shaft and mechanical seal 




■ Separate pilot tube for high alarm 

■ Mini compressor for air bubble injection 






Inc . 7 m cabling between the lifting 

plant and control box 

ventilation 

DN100 

95 

100 95 

250 

120 

maintenance opening 

LW 320 

215 

inlet socket 

DN 150 

600 

800 

940 

780 

special backflow valve 

DN80 (x DN 100) 

with draining screw 



connection for ( 250 x 195 x 100 ) 

potential-free 

centralised alarm signals 

and operation signals 


emergency power 

supplies 

750 

channel impeller centrifugal pump 

grain size 70-90 mm 

motor cable 

(4m long) 

connection 




connection pneumatic control cable 


"ALARM 1" 


for air bubble injection 

K9/1

K9/1 


Type Motor 

rating 

Muli Pro-PE 

K-15 duo 

Muli Pro-PE 

K-22 duo 

Muli Pro-PE 

K-30 duo 

Muli Pro-PE 

K-55 duo 

Muli Pro-PE 

K-75 duo 



size 

Voltage 

Frequency 

Revolutions 

[kW] [kW] [A] [V] [Hz] [U/ 

min] 




Muli-Series 

Total 

volume 

Inlet 

height 

Z1 


Inlet 

height 

Z2 

Inlet 

height 

Z3 

Inlet 

from 

above 

[mm] [l] [l] [l] [l] [l] [kg] 

2,01 1,5 3,6 400 50 1450 70 520 240 305 330 330 275 0175.13.17 

2,94 2,2 5,2 400 50 1450 70 520 240 305 330 330 285 0175.13.18 

3,87 3 6,6 400 50 1450 70 520 240 305 330 330 380 0175.13.19 

6,71 5,5 11,6 400 50 1450 70 520 240 305 330 330 425 0175.13.20 

8,97 7,5 15,5 400 50 1450 100 520 240 305 330 330 470 0175.13.21 


[m] 20 

18 

16 


12 

10 

8 

6 

4 

2 

0 


n=1450 U/min 

0 12 24 36 48 60 72 84 96 108 120 132 144 156 168 180 192 [m³/h] 

[l/s] 

0 5 10 15 20 25 30 35 40 45 50 





K-22 

K-15 

K-30 

K-55 

K-75 

Type Delive- 

Delivery flow Q with total delivery head H Conveyance mery 

head 

dia temperature 

4 m 6 m 8 m 10 m 12 m 14 m 16 m 18 m Normal Maximum 

[m] [l/s] [l/s] [l/s] [l/s] [l/s] [l/s] [l/s] [l/s] [°C] [°C] 

Muli Pro-PE 

K-15 duo 

Muli Pro-PE 

K-22 duo 

Muli Pro-PE 

K-30 duo 

Muli Pro-PE 

K-55 duo 

Muli Pro-PE 

K-75 duo 

3 – 8 18,3 11,7 5,8 40 60 

3 – 10 24,2 18,5 12,5 5,3 40 60 

4 – 14 33,5 28,4 23,1 16,8 10,3 4,2 40 60 

4 – 17 37,3 32,7 28,1 23,1 18,8 14,1 9,4 40 60 

6 – 18 51,8 46,2 39,2 31,7 23,2 14,2 6,8 40 60 

Infobox 

635 








Muli-Series 

Muli Pro-PE V duo 


636 







■ Can be extended to a parallel plant 







For waste water with long-fibre 

contents 


NS 15 




pump R 1½“ 


anchoring 





258 

65 


for manual 

membrane pump 

180 270 160 

260 


325 

■ With 1 revision opening, clear diameter: 

320 mm 















With free flow impeller 













special fastening piece DN 80/100 



DN 80 

Stop valve 


DN 80 

-accessories- 

Inlet socket 

DN 150 

1300 

pneumatic 

control 

flaps for 


ventilation 

DN100 

maintenance 

opening LW 320 


250 

95 

100 95 

120 

600 (Z1) 

800 (Z3) 

940 

215 

780 

750 (Z2) 


free flow pump grain size 80 mm 


connection for (250 x 195 x 100) 



and operation signalsl 


emergency power supplies 

motor cable 

(4m long) 

connection 


inlet socket 

DN 150 





"ALARM 1" 



K9/1

K9/1 



Muli Pro- 

PE V-15 

duo 

Muli Pro- 

PE V-22 

duo 

Muli Pro- 

PE V-30 

duo 

Muli Pro- 

PE V-40 

duo 



size 

Voltage 

Frequency 

Revolutions 

[kW] [kW] [A] [V] [Hz] [U/ 

min] 




Muli-Series 

Total 

volume 

Inlet 

height 

Z1 


Inlet 

height 

Z2 

Inlet 

height 

Z3 

Inlet 

from 

above 

[mm] [l] [l] [l] [l] [l] [kg] 

2,01 1,5 4,1 400 50 1450 80 520 240 305 330 330 210 0175.12.89 

2,94 2,2 5,2 400 50 3000 80 520 240 305 330 330 215 0175.12.90 

3,87 3 7,2 400 50 3000 80 520 240 305 330 330 225 0175.12.91 

5,1 4 10,3 400 50 3000 80 520 240 305 330 330 230 0175.12.92 


[m] 15 


13 

12 

11 

10 

9 

8 

7 

6 

5 

4 

3 

2 

1 

0 


0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 [l/s] 

[m³/h] 

0 5 10 15 20 25 30 35 40 45 50 55 60 65 




V-22 


Type Delive- 

Delivery flow Q with total delivery head H Conveyance media temry 

head 

perature 



Muli Pro-PE 

V-15 duo 

Muli Pro-PE 

V-22 duo 

Muli Pro-PE 

V-30 duo 

Muli Pro-PE 

V-40 duo 

3 – 6 11,0 3,1 40 60 

5 – 7 7,8 40 60 

6 – 10 13,15 9,4 4,35 40 60 

8 – 12 13,1 9,6 4,7 40 60 

V-40 

V-30 

V-15 

Infobox 

637 








Muli-Series 

Muli Pro-PE K parallel 


638 



■ 8 inlets, 4 inlet heights 



■ Energy-saving channel impeller pump 



Commercial or industrial objects with 

a large waste water volume 

For long pressure pipes with large 

height differences 




pump R 1½“ 


anchoring 



■ With 2 revision openings, clear diameter: 

320 mm 





*ca. 1530 

260 180 285 130 

*300 *190 

430 



65 

258 

drain plug 

100 

special fastening piece DN 100 

stop valve 

DN 80 (x DN 100) 

-accessories- 

1300 

1500 


Flaps for 



for manual membrane pump 



(DN 100 for MULI Pro-PE K-75 Parallel) 























100 

250 

95 


LW 320 


DN80 (x DN 100) 


inlet socket 

DN 150 

120 

600 (Z1) 

800 (Z3) 

940 

95 


overflow 

DN 150 

215 

860 

inlet socket 

DN 150 

1640 









supplies 

780 780 

channel impeller centrifugal pump 

grain size 70-90 mm 

motor cable 

(4m long ) 


(x DN 100/100/100) 

connection 


750 (Z2) 





"ALARM 1" 



K9/1

K9/1 


Type Motor 

rating 

Muli Pro- 

PE K-15 

parallel 

Muli Pro- 

PE K-22 

parallel 

Muli Pro- 

PE K-30 

parallel 

Muli Pro- 

PE K-55 

parallel 

Muli Pro- 

PE K-75 

parallel 



size 

Voltage 

Frequency 

Revolutions 

[kW] [kW] [A] [V] [Hz] [U/ 

min] 




Muli-Series 

Total 

volume 

Inlet 

height 

Z1 


Inlet 

height 

Z2 

Inlet 

height 

Z3 

Inlet 

from 

above 

[mm] [l] [l] [l] [l] [l] [kg] 

2,01 1,5 3,6 400 50 1450 70 1040 480 610 660 660 315 0175.13.23 

2,94 2,2 5,2 400 50 1450 70 1040 480 610 660 660 325 0175.13.24 

3,87 3 6,6 400 50 1450 70 1040 480 610 660 660 420 0175.13.25 

6,71 5,5 11,6 400 50 1450 70 1040 480 610 660 660 465 0175.13.26 

8,97 7,5 15,5 400 50 1450 100 1040 480 610 660 660 510 0175.13.27 


[m] 20 

18 

16 


12 

10 

8 

6 

4 

2 

0 




[l/s] 

0 5 10 15 20 25 30 35 40 45 50 





K-22 

K-15 

K-30 

K-55 

K-75 

Type Delive- 

Delivery flow Q with total delivery head H Conveyance mery 

head 

dia temperature 

4 m 6 m 8 m 10 m 12 m 14 m 16 m 18 m Normal Maximum 

[m] [l/s] [l/s] [l/s] [l/s] [l/s] [l/s] [l/s] [l/s] [°C] [°C] 

Muli Pro-PE 

K-15 parallel 

Muli Pro-PE 

K-22 parallel 

Muli Pro-PE 

K-30 parallel 

Muli Pro-PE 

K-55 parallel 

Muli Pro-PE 

K-75 parallel 

3 – 8 18,3 11,7 5,8 40 60 

3 – 10 24,2 18,5 12,5 5,3 40 60 

4 – 14 33,5 28,4 23,1 16,8 10,3 4,2 40 60 

4 – 17 37,3 32,7 28,1 23,1 18,8 14,1 9,4 40 60 

6 – 18 51,8 46,2 39,2 31,7 23,2 14,2 6,8 40 60 

Infobox 

639 








Muli-Series 

Muli Pro-PE V parallel 


640 



■ 8 inlets, 4 inlet heights 






Commercial or industrial objects with 

a large waste water volume 



NS 20 


contents 




pump R 1½“ 


anchoring 



■ With 2 revision openings, clear diameter: 

320 mm 



65 

258 

260 180 285 130 

drain plug 

430 

Flaps for 



325 


for manual 

membrane pump 



DN 100 

stop valve DN 80 

-accessories- 

1300 



























100 

95 

120 

600 (Z1) 

800 (Z3) 

940 

95 

Inlet socket 

DN 150 

pneumatic 

control ventilation DN100 

250 

overflow 

DN 150 

215 

inlet socket 

DN 150 


LW 320 

860 


DN 80 (x DN 100) 


1640 









supplies 

780 780 



motor cable 

(4m long) 


connection 


750 (Z2) 





"ALARM 1" 



K9/1

K9/1 


Type Motor 

rating 

Muli Pro- 

PE V-15 

parallel 

Muli Pro- 

PE V-22 

parallel 

Muli Pro- 

PE V-30 

parallel 

Muli Pro- 

PE V-40 

parallel 



size 

Voltage 

Frequency 

Revolutions 

[kW] [kW] [A] [V] [Hz] [U/ 

min] 




Muli-Series 

Total 

volume 

Inlet 

height 

Z1 


Inlet 

height 

Z2 

Inlet 

height 

Z3 

Inlet 

from 

above 

[mm] [l] [l] [l] [l] [l] [kg] 

2,01 1,5 4,1 400 50 1450 80 1040 480 610 660 660 210 0175.12.94 

2,94 2,2 5,2 400 50 3000 80 1040 480 610 660 660 215 0175.12.95 

3,87 3 7,2 400 50 3000 80 1040 480 610 660 660 225 0175.12.96 

5,1 4 10,3 400 50 3000 80 1040 480 610 660 660 230 0175.12.97 


[m] 20 

18 

16 


12 

10 

8 

6 

4 

2 

0 




[l/s] 

0 5 10 15 20 25 30 35 40 45 50 





K-22 

K-15 

K-30 

K-55 

Type Delive- 


head 

perature 



Muli Pro-PE 

V-15 parallel 

Muli Pro-PE 

V-22 parallel 

Muli Pro-PE 

V-30 parallel 

Muli Pro-PE 

V-40 parallel 

K-75 

3 – 6 11,0 3,1 40 60 

5 – 7 7,8 40 60 

6 – 10 13,15 9,4 4,35 40 60 

8 – 12 13,1 9,6 4,7 40 60 

Infobox 

641 








Muli-Series 

Muli Pro 1.x VA duo 


642 


■ Forced activation upon „level high“ 

ensures high operating security 










contents 


NS 10 

■ Stainless steel collector tank, material 

grade 316 



pump R 1½“ 


anchoring 

■ Choice of revision opening or inlet 

socket 



DN 80/100 

Y-branch duct 

DN 80/80/80 

stop valve DN 80 

-accessories- 


DN 80 with draining screw 



638 

1000 

265 

10 

300 

125 

275 

10 


750 

With 2 revision openings diameter: 

285 mm or with horizontal inlet 

socket DN 100/DN 150 

■ Ventilation socket DN 100 for connection 

to the plastic pipe 


Via 2 special backflow valves DN 80 


With an integrated special mounting 

piece for connection of the pressure 




















160 160 

688 

333 




inlet DN 100 

clamping flange 

125 

maintenance opening Rd 185 

one or more inlet DN 100 

or DN 150 

right, left or on both sides 



260 180 270 160 

48 

1000 

drain plug R 1 ½ 

and attachment for manual membrane pump 








motor cable 

(4m long) 



connection 

pneumatic control cable 

connection 


"ALARM 1" 

connection 


K9/1

K9/1 



Muli Pro 1 .1 

VA duo 

Muli Pro 1 .2 

VA duo 

Muli Pro 1 .3 

VA duo 

Muli Pro 1 .4 

VA duo 

P1 P2 Current 

consumption 


size 

Voltage Frequency 




Muli-Series 

Total 

volume 

Useable 

volume 

Inlet 

from 

above 

[kW] [kW] [A] [V] [Hz] [mm] [l] [l] [kg] 


2,01 1,5 4,1 400 50 80 270 155 210 0175.06.69 

2,94 2,2 5,2 400 50 80 270 155 215 0175.06.70 

3,87 3 7,2 400 50 80 270 155 225 0175.06.71 

5,1 4 10,3 400 50 80 270 155 230 0175.06.72 


[m] 17 

16 

15 


13 

12 

11 

10 

9 

8 

7 

6 

5 

4 

3 

2 

1 

0 



[m³/h] 

0 5 10 15 20 25 30 35 40 45 50 55 60 65 




MULI-PRO-1.4 VA-duo 





Type Delive- 


head 

perature 



Muli Pro 1 .1 

VA duo 

Muli Pro 1 .2 

VA duo 

Muli Pro 1 .3 

VA duo 

Muli Pro 1 .4 

VA duo 

3 – 6 11,0 3,1 40 60 

5 – 7 7,8 40 60 

6 – 10 13,15 9,4 4,35 40 60 

8 – 12 13,1 9,6 4,7 40 60 

Infobox 

643 








Muli-Series 

Muli Pro 2.x VA duo 


644 


■ Forced activation upon „level high“ 

ensures high operating security 








NS 20 

For municipal and industrial waste 

water 

■ Stainless steel collector tank, material 

grade 316 



pump R 1½“ 


anchoring 

■ Choice of revision opening or inlet 

socket 



DN 80/100 

Y-branch duct 

DN 80/80/80 


DN 80 with draining screw 

on both sides - inlet 

clamping flange DN 150 

(blindly locked) 



938 

830 

1000 

500 

300 

125 

275 

10 

10 


750 

160 160 

With 2 revision openings diameter: 

285 mm or with horizontal inlet 

socket DN 100/DN 150 

■ Ventilation socket DN 100 for connection 

to the plastic pipe 


Via 2 special backflow valves DN 80 


With an integrated special mounting 

piece for connection of the pressure 



















Ø108 up to 114,3 

stop valve 

DN 80 

-accessories- 

265 

333 

988 

ca. 1600 



inlet DN 100 

clamping flange 

125 

maintenance opening Rd 185 

one or more 

inlet DN 100 or DN 150 

right, left or on both side 


1000 


260 180 270 160 

48 

drain plug R 1 ½ 

and attachment for manual membrane pump 








motor cable 

(4m long) 

connection 




connection 


connection 


"ALARM 1" 

K9/1

K9/1 



Muli Pro 2 .1 

VA duo 

Muli Pro 2 .2 

VA duo 

Muli Pro 2 .3 

VA duo 

Muli Pro 2 .4 

VA duo 

P1 P2 Current 

consumption 


size 

Voltage Frequency 




Muli-Series 

Total 

volume 


Inlet 

height 

Z1 

Inlet 

from 

above 

[kW] [kW] [A] [V] [Hz] [mm] [l] [l] [l] [kg] 

2,01 1,5 4,1 400 50 80 365 185 245 290 0175.06.74 

2,94 2,2 5,2 400 50 80 365 185 245 295 0175.06.75 

3,87 3 7,2 400 50 80 365 185 245 305 0175.06.76 

5,1 4 10,3 400 50 80 365 185 245 310 0175.06.77 


[m] 17 

16 

15 


13 

12 

11 

10 

9 

8 

7 

6 

5 

4 

3 

2 

1 

0 



[m³/h] 

0 5 10 15 20 25 30 35 40 45 50 55 60 65 









Type Delive- 


head 

perature 



Muli Pro 2 .1 

VA duo 

Muli Pro 2 .2 

VA duo 

Muli Pro 2 .3 

VA duo 

Muli Pro 2 .4 

VA duo 

3 – 6 11,0 3,1 40 60 

5 – 7 7,8 40 60 

6 – 10 13,15 9,4 4,35 40 60 

8 – 12 13,1 9,6 4,7 40 60 

Infobox 

645 








Muli-Series 

Accessories 

10 

15 

Ø120 

Ø110 

Ø174 

Ø160 

12 

15 

345 

646 

315 

123 

315 


176 

226 

Ø160 

180 

Ø200 

190 

Ø70 

55 

Ø160 

180 

Ø133 

80 

Ø186 

108 

R 1 ½“ 











Stop valve DN 80 ■ Waste water lifting plants 

Stop valve DN 100 ■ Waste water lifting plants 

Fastening parts kit 

Fastening parts kit 

■ Stop valve 

0159 .09 .89 

■ Stop valve 

0159 .09 .90 

Stop valve R 1½“ ■ Waste water lifting plants 

Stop valve DN 80 ■ Muli-Star MDS1/MWS1 

■ PVC 



■ PVC 



■ Cast iron 

■ For pressure pipe 


■ Weight: 21 kg 

■ Cast iron 

■ For pressure pipe 



■ 8 screws and nuts 

■ 1 sealing 


■ 1 sealing 

■ For the manual membrane 

pump 

■ Cast iron 


■ 1 sealing DN 80 



0175.13.84 

0175.13.85 

0159.09.89 

0159.09.90 

0159.00.19 

0159.00.20 

0159.10.12 

0154.51.93 

K9/1

K9/1 


430 

116 (60 T) 

Hupe 

„AUS“ 

Hupe 

„AUS“ 

Störung 

Summer 

Störung 

Summer 

Test 

116 (60 T) 

90 

Test 

240 225 

Rp 1 1/2 

170 

110 

139 

DN 

Ø265 

Ø285 

65 

45 

116 

116 

470 

Ø70 

Ø90 

Ø100 

(montiert) 

45 


Muli-Series 



dependent) 


independent) 

Air bubble injection 

for level switching 

Manual membrane 

pump R 1½“ 

Three-way stopcock 

R 1½“ 

Horn 

Flashing light 

Inlet socket ■ Muli-Pro VA 

O-ring 







plants 







plants 






■ Alarm device with dry contact 

for fault signal 

■ Alarm device with dry contact 

for fault signal 

■ Fäkablock II 

■ Muli series 


■ Network dependent 



level 




■ Self-charging 



level 

■ With acoustic deletion 



■ For increased operation safety 

when using float cover development 

(e .g . grease separator) 

■ Pilot tube with mini compressor 

230 V 

■ For wall mounting 

■ Inc . hose 

Clear diameter: 48 x 80 mm 

■ Inc . hose clips 

Clear diameter: 50 x 70 mm 

Width: 12 mm 

2 pieces required 

■ For the manual membrane 

pump 

■ 230 V 


0159.12.30 

0159.12.31 

Mono plant 0159.00.47 

Duo plant 0159.00.48 

0175.23.73 

0159.10.14 

0178.61.94 

■ 230 V 

0178.62.08 

■ For lateral inlet to waste water 

lifting plant 



DN 100 0175.07.58 

DN 150 0175.07.61 

0159.37.97 

647

14 - ACO Haustechnik

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