Untitled - BIBUS SK, sro

PVA PIAB Vacuum Academy 

PIAB’S KNOW-HOW FOR COMPETITIVE ADVANTAGES 

Reliable and efficient production is an extremely valuable asset for a company. Handling failures, rejection of 

products, re-settings and breakdowns cause production losses and costs that can never be regained. 

We at PIAB work with vacuum technology, but our objective is to improve our customers’ profitability by 

increasing their production capacity. This makes us a superior supplier. Where other firms talk about airflows, 

valves and filtration, we focus on matters related to set-up times, cycle times, speed, flexibility, product rejection 

and maintenance. 

Would you like to learn how to think along these lines Here you will find a few examples of fields of knowledge 

where you can take advantage of the fact that we have gathered our competence and experience in complete 

educational training programmes. Don’t hesitate to ask us about tailor-made training programmes. We do have 

extensive knowledge that we would like to share with you. 

Welcome to the PIAB Vacuum Academy! 

PVA 

COURSES OFFERED 

..................................................................................4 

VACUUM THEORY 

..................................................................................5 

EXPRESSIONS AND UNITS 

..................................................................................6 

VACUUM PUMPS 

..................................................................................8 

VACUUM SYSTEMS 

................................................................................11 

SAFETY 

................................................................................13 

SUCTION CUPS 

................................................................................14 

TABLES 

................................................................................15 

The PIAB Vacuum Academy trains 

your company’s co-workers to make 

sounder pre-purchasing decisions, 

find new fields of application, 

develop production processes and 

make your business more profitable. 

Training courses are held wherever 

PIAB is represented. Moreover, they 

can be held on your company 

premises and adapted to meet 

special needs whenever you desire. 

Specifications subject to change without notice. 3

PVA PIAB VACUUM ACADEMY 

COURSES OFFERED 

1. BASIC VACUUM TECHNOLOGY 

Training phases: 

Introduction to vacuum 

technology 

The role played by vacuum technology in pursuit 

of improved productivity and profitability 

Minimizing cycle times 

Integration of vacuum 

Various types of vacuum systems 

Dimensioning vacuum systems 

Control systems 

Optimal use of energy 

4. VACUUM TECHNOLOGY IN THE AUTOMOTIVE 

INDUSTRY 




Design and function of vacuum systems for 

handling metal sheets, glass and plastic parts 

Evaluation of technical 

solutions 

2. OPTIMIZING A VACUUM SYSTEM AND ITS 

PARAMETERS 


Introduction to “OVM” 

Vacuum pump and vacuum system parameters 

Interactive aids for calculating flows, response 

times, pressure drops, etc. 

Interactive aids for calculating productivity and 

cost chganges, energy costs, etc. 

“Integration Into Your Own Product” 

Laboratory work and tests 

“Workshops” 

Application examples 

5. VACUUM TECHNOLOGY IN THE GRAPHIC 

INDUSTRY 


The role played by vacuum technology in 

achieving improved productivity 

Examples of applications and functions that can 

be developed and improved by using vacuum 

technology 

Evaluation of technical solutions 

3. VACUUM TECHNOLOGY IN THE PACKAGING 

INDUSTRY 




Packaging applications using vacuum technology 



Evaluation of 

technical solutions 

6. VACUUM TECHNOLOGY IN THE POWDER AND 

BULK INDUSTRY 


Basic knowledge of vacuum conveying of powder 

and bulk 

Design and function of a bulk handling system 

using vacuum technology 



Evaluation of technical 

solutions 

4 Specifications subject to change without notice.


VACUUM THEORY 

WHAT IS VACUUM 

When using the terms ”vacuum”, ”negative 

pressure”, ”suction”, etc., we mean a pressure that 

is lower than the atmospheric pressure, which is the 

pressure of the weight of the air above us. At sea 

level it usually is 1,013 mbar = 101.3 kPa. 1 Pa 

equals 1 N/m 2 , which means that a column of air 

with a cross-sectional area of 1 m 2 presses on the 

surface of the earth with a force of around 

100,000 N. By reducing the pressure in a closed 

space the atmospheric pressure becomes a 

potential energy source. 

PVA 

A vacuum cleaner does not suck. Air and dust are 

pressed into the vacuum cleaner by the surrounding 

higher atmospheric pressure. 

1. Atmospheric pressure = 0 at an altitude of 

1,000 km 

2. 1 bar (101.3 kPa) at sea level 

A suction cup adheres to a surface by the surrounding 

higher pressure. 

ALTITUDE ABOVE SEA LEVEL 

As the atmospheric pressure is the working force, 

the force will consequently change with the 

atmospheric pressure. This means that the present 

barometric pressure and the altitude above sea level 

must be taken into consideration. Up to 2,000 m, 

the pressure is reduced by around 1% per 100 m. An 

application which is dimensioned to hold 100 kg at 

sea level, can manage only 89 kg at an altitude of 

1,000 m. 

The chapter “Tables” shows the effect of the 

atmospheric pressure on the vacuum level. 

At the summit of Mount Everest (8,848 m) the atmospheric 

pressure is approximately 330 mbar (33 kPa). 

A DEFINITION OF VACUUM IS: 

”A room without matter”. In everyday language; ”Air-free or almost air-free space”. 

Source: Nationalencyklopedin, Bra Böcker, Höganäs, Sweden. 



EXPRESSIONS AND UNITS 

In everyday speech there are many different expressions and units for pressure below the atmospheric pressure. 

It is therefore important to relate to the same vocabulary in discussions. The adjoining table shows some common 

expressions and units used in connection with vacuum. For conversion tables between the different units, see 

tables No. 1, 2 and 3. 

Expressions 

Units 

Under pressure -kPa bar 

Absolute pressure inHg mm H 2 

O 

% vacuum (% of vacuum) mmHg torr 

Negative pressure hPa mbar 

DIFFERENT TERMS FOR PRESSURE IN RELATION TO "ABSOLUTE VACUUM" 

Physically there is only one kind of ”pressure” and 

that is the one that starts from ”0” or absolute 

vacuum. Everything above ”0” is pressure and 

correctly named absolute pressure. Normal 

atmospheric pressure (101.3 kPa) is used as a 

reference, which is why the term “positive pressure” 

or “negative pressure” is used. Earlier the term “% 

vacuum” was used, where 0% was atmospheric 

pressure and 100% absolute vacuum. 

Consequently, in industry, -kPa is the unit used most 

often since it nearly corresponds to “% vacuum”. In 

the chemical branch of industry, and in deep 

vacuum, mbar is generally used. Thus, it is very 

important to be clear about which unit and reference 

point are used. In this catalogue, -kPa is generally 

used (as in industry), and for laboratory pumps, 

mbar absolute is specifically used. 

This diagram shows the relation between absolute, 

negative and positive pressures. It also illustrates the 

problem that may occur if the pressure is not clearly 

specified. 30 kPa can ”carelessly spoken” imply three 

different values. 

APPLIED VACUUM CAN NORMALLY BE DEVIDED INTO THREE MAIN CATEGORIES 

Blowers or low vacuum 0–20 -kPa For ventilation, cooling, vacuum cleaning, ... 

Industrial vacuum 20–99 -kPa For picking, holding, automation, ... 

Process vacuum 99 -kPa – Deep vacuum for laboratories, manufacturing of microchips, plating, ... 



ENERGY NEEDS FOR DIFFERENT VACUUM LEVELS 

The energy required to create vacuum increases 

asymptotically towards infinity with increased 

vacuum. To obtain optimum energy exchange it is 

very important to choose the least possible vacuum. 

To illustrate the energy needs, a cylinder with a 

piston (piston pump) is suitable. 

According to Boyle’s Law the pressure (p) in a gas is 

inversely proportional to its volume (V) at constant 

temperature: 

P. x V. = P 1 

x V 1 

This means that increased volume gives a lower 

pressure. 

By pulling the piston slowly, the distance extended 

will show the increased energy needs. The 

temperature is not constant in practice. However, at 

slow operation the temperature effect is negligible. 

PVA 

ENERGY REQUIREMENT AT INCRAESED VACUUM 

The diagram illustrates the energy requirement at 

increased vacuum. As can be seen, the energy 

requirement increases drastically above 90 -kPa, 

which is why a vacuum level below this is always 

advisable. 

a) Pressure below atmospheric -kPa, 

b) Energy factor 



VACUUM PUMPS 

MECHANICAL PUMPS 

The main principle for all mechanical pumps is that 

they convey, in one way or another, a certain volume 

of air from the suction side (the vacuum side) to the 

exhaust side. In that way they create a vacuum. 

Mechanical pumps usually have an electric motor as 

power source, but it can also be an internal 

combustion engine, a hydraulic or a compressed airdriven 

pump. 

Fans 

Vacuum pump Advantages Disadvantages 

Centrifugal blower Few moving parts 

Large suction volumes 

Strong 

Low maximum vacuum 

Slow start-up and long stop time 

High noise level 

Regenerative blower 

Few moving parts 

Large suction volumes 

Low energy consumption 


Slow start-up and long stop time 


Displacement pumps 


Piston pump Relatively low price High heat emission 


Membrane pump 

Few moving parts 

Compact 

Low price 

Small suction volumes 

Vane pump 

High vacuum and flow 

Relatively low noise level 

Sensitive to contamination 

Relatively high price 

High service requirements 

High heat emission 

Roots pump 

High flow 

Low service requirements 

High price 

High heat emission 




COMPRESSED AIR-DIVEN EJECTOR PUMPS 

All ejector pumps are driven with pressurised gas, 

usually compressed air. The compressed air flows 

into the ejector pump, where it expands in one or 

more ejector nozzles. When expanding, the stored 

energy (pressure and heat) is converted into motive 

energy. The speed of the compressed air jet 

increases rapidly, while the pressure and the 

temperature go down, attracting more air and 

thereby creating a vacuum on the suction side. 

Some ejector pumps may also be used to blow air. 

Compressed air-driven ejector pumps 


Single-stage ejector Low price 

No heat emission 

Compact 


Gives either high flow or high 

vacuum 

Poor efficiency 

PVA 

Multi-stage ejector 

High efficiency 


High reliability 

Low noise level 


COAX® technology 

High efficiency 


High reliability 

Low noise level 


Operates even at low feed 

pressure 

Integrated features 

Modularly built 

Easy to supplement and 

upgrade later on 

Easy to clean 



VACUUM FLOWS 

In order to obtain a pressure that is lower than 

atmospheric pressure in a container, some of the air 

mass must be removed by the aid of a vacuum 

pump. Half of the air mass must be removed to 

obtain a vacuum level of 50 -kPa. The air sucked into 

the pump per unit of time is called the vacuum flow 

and is a measure of how quickly the pump is 

working. Many manufacturers of vacuum pumps, for 

example, cylinder pumps, state displacement flow 

instead of flow in normal litres. Displacement flow = 

Cylinder volume per number of revolutions. This 

value is constant and can incorrectly influence the 

observer to believe that the vacuum flow is constant 

during the entire emptying process; it is given in l/s 

(litre per second). The air becomes thinner and 

thinner for every stroke of the cylinder until the pump 

reaches the maximum vacuum level when the 

vacuum flow = 0. Displacement flow is often called 

volume flow. 

The air mass sucked out is given as Nl/s (normal 

litre/second), and refers to the air flow pumped out 

to the atmosphere. Here, consideration is taken for 

the air becoming thinner and thinner as it is being 

pumped out. The air mass sucked out is also called 

gas flow. 

TABLE OF CONVERSION UNITS FOR SOME WAYS OF STATING VACUUM FLOW 

Units 

Vacuum level -kPa 

0 10 20 30 40 50 60 70 80 90 

Vacuum flow l/s 10 10 10 10 10 10 10 10 10 10 

m 3 /h 36 36 36 36 36 36 36 36 36 36 

Free air Nl/s 10 9 8 7 6 5 4 3 2 1 

Nm 3 /h 36 32.4 28.8 25.2 21.6 18 14.4 10.8 7.2 3.6 



VACUUM SYSTEMS 

When making a vacuum system/lifting device there are several different methods to increase safety and 

reliability. To give efficient operation and good economy it is important that the designed system is made for a 

specific application. In addition to the choice of suction cups with attachments, the type and size of vacuum 

pumps, accessories, safety level and type of system must also be decided upon. 

SEALED SYSTEMS 

For sealed systems the capacity of the pump is 

determined by how fast the system can be 

evacuated to a certain vacuum level. This capacity is 

called the evacuation time of the pump and is 

normally specified in s/l. This value is multiplied by 

the volume of the system in order to obtain the 

evacuation time to the desired vacuum level. 

PVA 

NON-SEALED SYSTEMS 

With non-sealed systems (lifting of porous materials) 

the case is different. To maintain the desired 

vacuum level the pump must have the capacity to 

pump away the air leaking in. Leakage can be due to, 

for example, porous material or that one is forced to 

lift over holes. By establishing the leaking flow, it is 

possible, by reading the pump data, to find the right 

pump for the application in question. 

If the leakage occurs via a known aperture, the flow 

can be established according to the adjoining 

diagram. The diagram gives values for leakage flow 

when the leakage area is known. The leakage flow is 

valid when there is an opening of 1 mm 2 (normal 

atmospheric pressure at sea level). To obtain the 

total flow, the value is multiplied by the total leakage 

area. See also table No. 7 in the “Tables” chapter. 

When the leakage occurs through a porous material 

or in an unknown way, the flow can be established 

by a test with a vacuum pump. The pump is 

connected to the system and the obtained vacuum 

level is read. (It should be at least 20 -kPa.) The flow 

that is pumped away at this vacuum level can be 

seen on the page of the particular pump. This flow 

roughly corresponds to the leaking flow. 

At 47 -kPa the air reaches sonic velocity, and consequently 

the flow is constant. 

ENERGY-SAVING SYSTEMS 

Electrically driven, mechanical vacuum pumps 

normally work during the whole operating cycle and 

the vacuum requirements are controlled by a valve 

on the vacuum side. In systems with compressed airdriven 

vacuum pumps it is often possible to save a 

lot of energy. As these pumps have a faster reaction 

time (fast start-up and stop time) the pump can be 

shut off when the vacuum is no longer needed. The 

principles of a simple energy-saving system are 

shown to the right. Many pumps can be delivered 

with an energy-saving system as standard. 

A = Vacuum pump with non-return valve. 

B = Vacuum control unit. 

C = Feed valve for compressed air. 

D = Release valve. 



WHY A DECENTRALIZED VACUUM SYSTEM 

The impact of losses in a centralized vacuum system 

due to tubing, bends, fittings, valves, filters, etc., is 

substantial and has to be compensated by 

increasing the size of the vacuum pump. A 

decentralized system with the vacuum pump/ 

cartridge placed right at the suction cup eliminates 

the risk for losses in the vacuum piping and the 

need for expensive oversized components. 

Furthermore, the response time will be reduced 

substantially without unnecessary volume to be 

evacuated, and each cup is independent. A pressure 

loss in one cup will not affect the others. 

1. Centralized system. a) Compressed air, b) Vacuum, 

c) Vacuum filter 

2. Traditional decentralized system. 

3. The ultimate decentralized system. 



SAFETY 

Special safety requirements govern manual vacuum lifting devices (SS 765 5801 in Sweden). When designing 

these devices, allow for at least a double safety margin on the lifting force at the designated vacuum level. The 

release is blocked during lifts so that the load is not released by mistake. Further safety is achieved by using 

sound or light signals that give a warning if the vacuum level falls below a certain set value. 

VACUUM TANK 

As a protection against loss of vacuum, for example, 

if a compressed air hose would break, a non-return 

valve is normally fitted near the pump. A vacuum 

tank between the vacuum pump and the suction cup 

gives an extra safety margin if an unexpected 

leakage or loss of vacuum should occur. 

PVA 

DUAL CIRCUIT SYSTEM 

Lifting devices with several suction cups are often 

built as two independent vacuum systems with 

separate vacuum pumps, each of them capable of 

holding the load with sufficient safety factor. 

CONCLUSION 

Deep vacuum requires a lot of energy. Furthermore, preferably the vacuum pump should be located as close as 

possible to the suction point in order to minimize the volume that needs to be evacuated. A vacuum tank should 

be used in applications when a ”rapid”, high-flow vacuum is needed. 



SUCTION CUPS 

HOW DOES A SUCTION CUP WORK 

A suction cup adheres to a surface as the 

surrounding pressure (atmospheric pressure) is 

higher than the pressure between the suction cup 

and the surface. To create the low pressure in the 

suction cup it is connected to a vacuum pump. The 

lower the pressure (higher vacuum), the greater the 

force on the suction cup. 

ADVANTAGES AND LIMITATIONS OF THE SUCTION CUP 

Material handling with suction cups is a simple, 

inexpensive and reliable technique. It is therefore a 

solution worth considering before going over to more 

complicated methods. Suction cups can lift, move 

and hold objects that weigh just a few grams up to 

several hundred kilograms 

Advantages 

Easy installation 

Low service requirements 

Low price 

Does not damage the material 

handled 

Quick attachment and 

detachment 

Limitations 

Limited force (atmospheric 

pressure) 

Positioning accuracy 

SIZING SUCTION CUPS 

Suction cups have quite different capacities 

depending on the design. Please see the values in 

the tables. 

ENERGY REQUIREMENTS AT DIFFERENT VACUUM LEVELS 

A deep vacuum means that the suction cup has to 

work harder and thus wears out quicker; also the 

energy requirements increase at higher vacuum 

levels. If the vacuum level increases from 60 to 90 

-kPa, the lifting force increases by 1.5 times but with 

ten times the energy requirement. It is better to 

maintain a lower vacuum level and instead increase 

the suction cup area. In many applications, a good 

target for the vacuum level could be 60 -kPa; at this 

level you get a high lifting force with relatively low 

energy requirements. 

CONSIDER THE HEIGHT ABOVE SEA LEVEL 

Atmospheric pressure decreases with increased 

height. This means that the available force 

decreases at the same rate. An application designed 

for lifting 100 kg at sea level, can only manage to 

hold 89 kg at 1,000 metres. A vacuum gauge is 

normally calibrated with atmospheric pressure as a 

reference. This means that the gauge shows 

available vacuum levels at different heights. 

LIFTING FORCE IN DIFFERENT DIRECTIONS 

A suction cup can be used irrespective of whether 

the force is perpendicular or parallel to the surface. 

If the force is parallel, it is transferred through 

friction between the suction cup and the surface. A 

suction cup with cleats is most suitable in this case 

because it is rigid and provides high friction. 



TABLES 

In everyday speech, many different expressions and units are used for both pressure and flow. It is important to 

agree on what is meant by them. 

PRESSURE 

P=F/A (Force/Area). 

SI unit (Système International d’Unités): Pascal (Pa). 1 Pa = 1 N/m 2 . 

Common multiple units: MPa and kPa. 

PVA 

Pa (N/m 2 ) bar kp/cm 2 torr psi (lbf/in 2 ) 

1 0.00001 10.1972x10 -6 7.50062x10 -3 0.145038x10 -3 

100 000 1 1.01972 750.062 14.5038 

98 066.5 0.980665 1 735.559 14.2233 

133.322 1.33322x10 -3 1.35951x10 -3 1 19.3368x10 -3 

6 894.76 68.9476x10 -3 0.145038x10 -3 51.7149 1 

Table No. 1 

1 torr = 1 mm HG à 0°C, 

1 mm column of water = 9.81 Pa 

PRESSURE ABOVE ATMOSPHERIC 

Table No. 2 

kPa bar psi kp/cm 2 

1,013 10.13 146.9 10.3 

1,000 10 145 10.2 

900 9 130.5 9.2 

800 8 116 8.2 

700 7 101.5 7.1 

600 6 87 6.1 

500 5 72.5 5.1 

400 4 58 4.1 

300 3 §43.5 3.1 

200 2 29 2 

100 1 14.5 1 

0 0 0 0 

PRESSURE BELOW ATMOSPHERIC 

kPa mbar torr -kpa -mmHg -inHg % vacuum 

Sea level 101.3 1,013 760 0 0 0 0 

90 900 675 10 75 3 10 

80 800 600 20 150 6 20 

70 700 525 30 225 9 30 

60 600 450 40 300 12 40 

50 500 375 50 375 15 50 

40 400 300 60 450 18 70 

30 300 225 70 525 21 70 

20 200 150 80 600 24 80 

10 100 75 90 675 27 90 

Absolute vacuum 0 0 0 101.3 760 30 100 

Table No. 3 



CHANGE IN ATMOSPHERIC PRESSURE IN RELATION TO ALTITUDE (HEIGHT ABOVE SEA LEVEL) 

A vacuum gauge is normally calibrated with normal 

atmospheric pressure at sea level as a reference, 

1013.25 mbar, and is influenced by the surrounding 

atmospheric pressure in accordance with the table 

below. 

The vacuum gauge shows the differential pressure 

between atmospheric pressure and absolute 

pressure. This means that the gauge shows what 

vacuum level is available at different heights. 

ATMOSPHERIC PRESSURE 

Barometric pressure 

The reading on the vacuum gauge at 1,013.25 mbar 

mmHg mbar Equivalent m above sea level 60 -kPa 75 -kPa 85 -kPa 90 -kPa 99 -kPa 

593 790.6 2,000 37.7 52.7 62.7 67.7 76.7 

671 894.6 1,000 48.1 63.1 73.1 78.1 87.1 

690 919.9 778 50.7 65.7 75.7 80.7 89.7 

700 933.3 655 52.0 67.0 77.0 82.0 91.0 

710 946.6 545 53.3 68.3 78.3 83.3 92.3 

720 959.9 467 54.7 69.7 79.7 84.7 93.7 

730 973.3 275 56.0 71.0 81.0 86.0 95.0 

740 986.6 200 57.3 72.3 82.3 87.3 96.3 

750 999.9 111 58.7 73.7 83.7 88.7 97.7 

760 1,013.25 0 60.0 75.0 85.0 90.0 99.0 

Table No. 4 

*) at normal barometric pressure. 

FLOWS 

Flows, volume per unit of time. Quantity designations: Q, q, = V/t (volume/time). 

SI Unit: cubic metres per second (m 3 /s). 

Common multiple units: l/min, l/s, m 3 /h. 

m 3 /s m 3 /h l/min l/s ft 3 /min (cfm) * 

1 3,600 60,000 1,000 2,118.9 

0.28x10 -3 1 16.6667 0.2778 0.5885 

16.67x10 -6 0.06 1 0.0167 0.035 

1x10 -3 3.6 60 1 2.1189 

0.472x10 -3 1.6992 28.32 0.4720 1 

Table No. 5 

*) 1 ft » 0.305 m 



FLOWS, IMPORTANT VALUES 

l/s m 3 /min m 3 /h cfm 

1 0.06 3.60 2.12 

2 0.12 7.20 4.24 

3 0.18 10.80 6.36 

4 0.24 14.40 8.47 

5 0.30 18.00 10.59 

6 0.36 21.60 12.71 

7 0.42 25.20 14.83 

8 0.48 28.80 16.95 

9 0.54 32.40 19.07 

10 0.60 36.00 21.19 

11 0.66 39.60 23.30 

12 0.72 43.20 25.42 

13 0.78 46.80 27.54 

14 0.84 50.40 29.66 

15 0.90 54.00 31.78 

16 0.96 57.60 33.90 

17 1.02 61.20 36.02 

18 1.08 64.80 38.13 

19 1.14 68.40 40.25 

20 1.20 72.00 42.37 

25 1.50 90.00 52.97 

30 1.80 108.00 63.56 

35 2.10 126.00 74.15 

40 2.40 144.00 84.74 

45 2.70 162.00 95.34 

50 3.00 180.00 105.93 

Table No. 6 

PVA 

LEAKAGE FLOWS 

The table below shows the leakage flow at different levels and through an opening of 1 mm 2 . 

Vacuum level -kPa Leakage flow l/s and mm 2 

10 0.11 

20 0.17 

30 0.18 

40 0.2 *) 

Table No. 7 

*) From about 47 to 100 -kPa the flow is constant. 

PRESSURE DROP IN COMPRESSED AIR HOSES 

When installing compressed air hoses it is important 

that the dimension (diameter) and length do not lead 

to excessive pressure drops. PIAB vacuum pumps 

are supplied with recommended hose dimensions 

that will not cause excessive pressure drops at 

lengths below 2 m. 

In cases when the pressure drop has to be 

calculated, the formula below can be used. 

Δ P = Pressure drop in kPa 

qv = Flow in m 3 /s 

d = Inner diameter in mm 

L = Length of compressed air hoses in m 

P1 = The absolute starting pressure in kPa 


Suction Cups 

Suction cups provide an easy, inexpensive, and — above all — reliable technique for moving different products 

and materials; fragile, awkward, compact or porous objects with flat, spherical, angled, curved or uneven 

surfaces. Suction cups can handle objects weighing from a few grams to several hundred kilograms. 

GENERAL INFORMATION 

How does a suction cup work ................................160 

Safety factors ........................................................160 

Acceleration and deceleration .................................160 

Energy requirements ...............................................160 

Different models ....................................................160 

Savings in energy and system costs ........................161 

Dual flow control valve ............................................161 

Supplementary data ...............................................161 

Models ..................................................................162 

Accessories ...........................................................164 

Fittings ..................................................................164 

Application examples ..............................................165 

Lifting forces & Technical data ................................166 

Material specifications ...........................................170 

Material resistance ................................................171 

Examples of applications .........................................171 

SUCTION CUPS 

Suction cups B........................................................172 

Suction cups B DURAFLEX®.....................................200 

Suction cups B-MF ..................................................202 

Suction cups BF DURAFLEX® ...................................212 

Suction cups BL......................................................216 

Suction cups BL DURAFLEX® ...................................226 

Suction cups BX DURAFLEX® ...................................228 

Suction cups D .......................................................238 

Suction cups F ........................................................246 

Suction cups F-MF ...................................................264 

Suction cups F DURAFLEX® .....................................276 

Suction cups FC DURAFLEX® ...................................280 

Suction cups FP ......................................................294 

Suction cups OB DURAFLEX®...................................298 

Suction cups OBL DURAFLEX® .................................306 

Suction cups OC .....................................................308 

Suction cups OC DURAFLEX®...................................310 

Suction cups OF DURAFLEX® ...................................312 

Suction cups OP......................................................322 

Suction cups P........................................................326 

Suction cups U .......................................................336 

Fittings ...................................................................356 

Accessories ............................................................379 

Spare parts ............................................................384 

Suction cups 

159

SUCTION CUPS 

GENERAL INFORMATION 

HOW DOES A SUCTION CUP WORK 

A suction cup adheres to a surface when the 

surrounding pressure (atmospheric pressure) is 

higher than the pressure between the suction cup 

and the surface of the object. To create the low 

pressure in the suction cup it is connected to a 

vacuum source. The lower the pressure, the higher 

the vacuum in the suction cup — resulting in 

increased lifting force. 

ENERGY REQUIREMENTS 

Suction cups should not be exposed to 

unnecessarily high vacuum levels. Too high vacuum 

levels will cause unnecessary wear and require more 

energy. With an increase of the vacuum level from 60 

-kPa to 90 -kPa the lifting force increases by 20–40% 

while the energy requirements are increased by a 

factor of 10. 

Since the lifting force is directly proportional to the 

area of the suction cup, it is better to maintain a 

lower vacuum level and increase the area of the 

suction cup when more lifting force is required. 

SAFETY FACTORS 

The lifting force can be perpendicular or parallel to 

the surface to be handled. The values are based on 

sample data for a dry steel plate. 

When sizing a suction cup, we recommend to always 

multiply the weight of the object to be handled by a 

minimum factor of 2 for increased safety. 

DIFFERENT MODELS 

The object to be handled can have different shapes 

and surfaces. The application may also involve 

special requirements such as level adjustment or 

separation of thin objects. Do not hesitate to contact 

us for more detailed information. 

ACCELERATION AND DECELERATION 

Rapidly moving objects have additional dynamic 

forces arising from acceleration and deceleration. In 

this case, we recommend multiplying the object’s 

weight by a minimum of 2.5 when calculating the 

size of the suction cup. 


SUCTION CUPS 

SAVINGS IN ENERGY AND SYSTEM COSTS 

Leakage occurs in a system when one or more 

suction cups do not contact the object being 

handled. This may happen in applications where the 

number, the position or the size of the objects to be 

lifted vary. Usually a large vacuum pump is used to 

cope with the air leakage and to maintain the 

vacuum level. The result is an inefficient system in 

terms of energy and capital costs. 

A better solution is to use fittings with valves. The 

valves stop or reduce the leakage so that a smaller, 

more appropriate vacuum pump can be used to 

decrease installation and operation costs. 

DUAL FLOW CONTROL VALVE 

The air evacuated by the vacuum pump can only flow 

through a small opening (restriction). Even if the 

suction cup does not make contact with the object, 

the leakage will be minimal and the system will not 

be affected to any significant degree (a). When the 

suction cup makes contact with the object, only the 

cup’s own volume has to be evacuated and the 

vacuum is created rapidly (b). When the object is 

released, air opens the built-in flap valve in the fitting 

and flows through a larger opening. The object is 

thus released very quickly (c). 

Caution: Fittings with dual flow control valves can be 

assembled on suction cups from 20 to 50 mm in 

diameter. They are used only when lifting objects 

made of non-porous material. 

Suction cups 

SUPPLEMENTARY DATA 

Choosing the right PIAB vacuum pump when using a 

fitting with dual flow control valve. 

The pump should be able to cope with the maximum 

leakage flow or the induced air that flows through the 

restriction. The following table shows, for every 

suction cup size, the diameter of the restriction and 

the air flow. The flow calculation is for a system with 

one suction cup and a vacuum level of 40 to 99.7 - 

kPa. 

Dimensions of the cup 

Restriction, 

mm 

Air flow 1) , 

Nl/s 

Ø20, 25, 30* Ø0.6 0.06 

Ø40** Ø0.9 0.13 

Ø50 Ø1.0 0.16 

* Excl. B30-2, B30MF, BL30-2 ** Incl. B30-2, B30MF, BL30-2 

1) 

constant from approx. 40 -kPa to 99.7 -kPa. 


SUCTION CUPS 

MODELS 

Every application requires a particular design of suction cup. 

The variations described here will cover virtually any need. 

U – UNIVERSAL SUCTION CUP 

For handling objects with flat or slightly curved surfaces. 

B, B-MF – SUCTION CUP WITH SHORT BELLOWS 

Suitable for level adjustment. Several short bellows cups in one lifting device can handle 

objects with height differences and varying shapes. The bellows also provide a slight lifting 

movement to separate thin items. 

BF – SUCTION CUP WITH SHORT BELLOWS AND LARGE LIP 

Suitable for uneven surfaces. 

BL, BX – SUCTION CUP WITH LONG BELLOWS 

The same applications as for short bellows but can cope with greater differences in levels 

due to the longer lifting movement. Not suitable for use with deep vacuum levels. 

F, F-MF – FLAT SUCTION CUP WITH INTERNAL CLEATS 

Suitable for flat objects such as cardboard, sheet metal and porous materials. Cleats 

prevent objects from being deformed and gives extra friction when the lifting force is 

parallel. The suction cup has good stability and very little movement. 

D – DEEP SUCTION CUP 

Used for curved and irregular surfaces. Can lift even over corners and edges. Not suitable 

for use on flat surfaces. 

SUCTION CUP WITH VALVE 

When several cups are connected together in a single system, for example in a lifting 

device, the system can be adversely affected if a suction cup leaks or misses the 

workpiece. To overcome this, each suction cup can be provided with a valve that opens 

only when the suction cup is in contact with the object. The advantages are increased 

safety, less air consumption and faster action. 


SUCTION CUPS 

FC – FLAT, CONCAVE SUCTION CUP WITH INTERNAL CLEATS 

Designed for flat and slightly curved surfaces. A typical application is the feeding of sheet 

metal into a press tool. The slightly curved shape and internal cleats provide a good grip 

and the strengthened lip extends the life of the cup considerably. 

FP – LARGE, FLAT SUCTION CUP WITH PROFILE 

Suitable for handling large, heavy objects with flat surfaces. 

P & OP – SUCTION CUP WITH CELLULAR RUBBER PROFILE, ROUND AND OVAL 

The round version is suitable for handling uneven and rough surfaces, for example blocks 

of stone, concrete or channelled plate. The soft cellular rubber provides a good seal 

against most surfaces. The oval shape provides good stability when handling thin objects. 

OB – OVAL SUCTION CUP WITH SHORT BELLOWS 

Suitable for long, narrow objects and when level adjustment is required. 

Suction cups 

OBL – OVAL SUCTION CUP WITH LONG BELLOWS 

Suitable for long, narrow and bent surfaces, for example bottles, pipes or sharply bent 

sheet parts. Reinforcement plates give stability to the suction cup. Available with valve. 

OC – OVAL, CONCAVE SUCTION CUP 

Designed for flat and slightly curved surfaces. These suction cups have been developed 

for lifting metal sheets, glass sheets, etc., in the automotive industry. As primarily flat 

surfaces are to be handled, the lips of these cups are thicker, increasing the life of the 

suction cup considerably. 

OF – OVAL, FLAT SUCTION CUP WITH INTERNAL CLEATS 

Suitable for oblong, flat surfaces. Cleats prevent objects from being deformed and give 

extra friction when the lifting force is parallel. The suction cup has good stability and very 

little movement. Also suitable when lifting parallel as the cleats increase friction. 


SUCTION CUPS 

ACCESSORIES 

The best guarantee for good reliability in a suction 

cup system is that the mounting of the suction cup 

is correctly adapted to the application. Below is a 

number of accessories to solve most mounting 

problems. 

LEVEL COMPENSATORS 

Level compensators are used to adjust differences in levels, particularly on lifting devices with several 

suction cups on a frame. When a suction cup is used on a handling robot or similar device, a level 

compensator is often advantageous since it places less demand on exact vertical positioning. The level 

compensator also provides a certain degree of shock absorption 

BALL JOINT 

Bending stress can easily occur on the suction cup when heavy objects are lifted. To avoid this the 

suction cup can be fitted with a ball joint to adapt to the varying angles. Ball joint fittings are required 

when lifting sheet metal with a device using several suction cups. This enables the cups to adapt to 

deflection caused by the weight of the sheet. 

ANGLE ADAPTOR 

Angle adaptors facilitate vacuum connections when space and headroom are limited. These can also 

be used as T-connectors. 

Suction cups Ø20–50 mm: the multi-port versions can be used as angle adaptors. They are also 

suitable for connecting a series of suction cups in a system. 

FITTINGS 

Different male and female threads from M2.5 

to G3/4" are available depending on the size and 

model of suction cup. For suction cups Ø20 to 50 

mm a multi-port version is available as an 

alternative. The materials used for the fittings are 

aluminium or composite. Many versions are 

available with mesh filter of stainless steel to 

prevent dust and other small particles to flow into 

the system. 


SUCTION CUPS 

APPLICATION EXAMPLES 

STAMPING AND PRESS TRANSFER 

Most sheet metals are coated with an oily surface, 

so the suction cups must be oil resistant. 

Suction cups 

PARTS HANDLING AND PLACING 

In the automotive industry, part shapes and sizes 

vary so widely that a variety of sizes and models of 

suction cups is required to accommodate all 

applications. Mark free cups are preferred. 


SUCTION CUPS 

LIFTING FORCES & TECHNICAL DATA 

SUCTION CUPS B 

Model 

Lifting force vertical to the 

surface, N, at vacuum level 

Lifting force parallel to the 


Volume 

Min. curve 

radius 

Max. vertical 

movement 

20 -kPa 60 -kPa 90 -kPa 20 -kPa 60 -kPa 90 -kPa cm 3 mm mm 

B5 0.3 0.8 1.0 — — — 0.05 1.5 1.5 

B8 0.8 1,6 2.5 — — — 0.15 1.9 3.5 

B10-2 1.5 3.4 4.9 — — — 0.48 4.0 4.5 

B15-2 2.9 5.9 8.9 — — — 1.1 5.0 6.5 

B20 5.9 9.8 14 — — — 2.7 10 10 

B30-2 12 22 27 — — — 10 15 15 

B40 22 39 49 — — — 15 20 12 

B50/B50-2 33 65 82 — — — 32 30 19 

B75/B75-2 74 167 226 — — — 110 40 24 

B110/B110-2 137 343 461 — — — 310 60 35 

B150 294 686 883 — — — 650 75 45 

SUCTION CUPS B DURAFLEX® 

Model 





Volume 

Min. curve 

radius 

Max. vertical 

movement 


B75P, PU30°/60 61 149 202 44 96 114 110 90 20 

B75P, PU60° 83 196 255 121 229 298 110 90 20 

SUCTION CUPS BF DURAFLEX® 

Model 





Volume 

Min. curve 

radius 

Max. vertical 

movement 


BF80P, PU30°/50° 73 157 196 54 88 117 40 132 16 

BF80P, PU60° 98 225 294 68 127 166 40 132 16 

BF110P, PU30°/60° 128 229 225 106 210 246 110 55 24 

BF110P, PU60° 161 334 293 123 231 305 110 55 24 

SUCTION CUPS BL 

Model 



*Lifting force with reinforcement rings. 



Volume 

Min. curve 

radius 

Max. vertical 

movement 


BL20-2 0.32/3.2* 0.62/6.2* — — — — 4.0 4.0 13 

BL30-2 0.64/6.4* 1.6/16* — — — — 13 8 20 

BL40-2 1.1/11* 2.2/22* — — — — 27 15 33 

BL50-2 1.7/17* 4.3/43* — — — — 55 15 34 

B-BL40-2 1.1/11* 2.2/22* — — — — 27 15 33 

SUCTION CUPS BL DURAFLEX® 

Model 

Lifting force vertical to the Lifting force parallel to the Volume Min. curve Max. vertical 

surface, N, at vacuum level surface, N, at vacuum level 

radius movement 


BL40-3P, PU 30°/70° 20 43 55 13* 24* 36* 27 13 21 

*The suction cup is not intended for handling shear lifts. The values are given as a dimensioning guide to be used when, e.g., the acceleration/ 

retardation causes shear forces. 


SUCTION CUPS 

SUCTION CUPS B-MF 

Model 



SUCTION CUPS BX DURAFLEX® 



Volume 

Min. curve 

radius 

Max. vertical 

movement 


B15MF 4.0 8.0 12 4.5 7.0 10 1.1 11 2.0 

B20MF 4.5 15.5 21 6.3 11 19 2.7 11 8.0 

B30MF 12 40 54.5 14.5 32 41 10 16.5 12 

B40MF 18 57 72 13.6 40 47 15 22 11 

B50MF 30 93 136 23 63 97 32 26 13 

Model 



SUCTION CUPS D 





Volume 

Min. curve 

radius 

Max. vertical 

movement 


BX25P, PU30°/60° 8.0 13 18 5.0* 10* 12* 3.0 6.0 8.5 

BX25P, PU60° 9.0 14 18 7.0* 11* 15* 3.0 8.0 8.5 

BX35P, PU30°/60° 12 20 28 14* 27* 34* 10 10 14 

BX35P, PU60° 15 25 30 22* 30* 36* 10 10 14 

BX52P, PU30°/60° 39 73 78 28* 44* 54* 30 32 19 

BX52P, PU60° 37 59 80 27* 49* 56* 30 32 19 

BX75P, PU30°/60° 62 110 141 39* 83* 116* 80 23 26 

BX75P, PU60° 80 120 166 78* 114* 150* 80 23 26 

BX110P, PU30°/60° 158 306 346 83* 258* 260* 230 55 39 

BX110P, PU60° 181 426 424 158* 244* 239* 230 55 39 

Model 





Volume 

Min. curve 

radius 

Max. vertical 

movement 


D15-2 2.9 7.8 11 — — — 0.9 6.0 3.0 

D20-2 5.9 15 18 — — — 2.5 8.0 4.5 

D30-2 14 26 31 — — — 5.0 13 5.0 

D50 36 78 98 — — — 15 25 10 

Suction cups 

SUCTION CUPS F 

Model 



SUCTION CUPS F DURAFLEX® 



Volume 

Min. curve 

radius 

Max. vertical 

movement 


F15 3.5 8.5 11 3.5 6.5 7.5 0.37 13 1.0 

F20 6.0 14.5 19 5.0 8.0 8.5 1.0 18 1.5 

F25 9.0 19.5 25 8.0 9.0 10 1.1 22 1.5 

F30-2 12 25 31 11 16 20 2.0 25 2.0 

F40-2 20 40 50 15 25 30 4.8 52 2.5 

F50-2 36 74 96 24 40 50 10 55 3.0 

F75 80 200 270 60 110 140 20 150 3.0 

F110 140 420 560 140 250 300 70 250 4.0 

F150 300 850 1100 250 600 800 160 500 6.0 

Model 





Volume 

Min. curve 

radius 

Max. vertical 

movement 


F75P, PU30°/60° 70 193 273 44 176 308 19 150 2.0 

F75P, PU60° 82 231 330 47 113 169 19 150 2.0 

F110P, PU30°/60° 167 432 591 149 441 617 60 250 4.0 

F110P, PU60° 191 498 705 297 523 664 60 250 4.0 


SUCTION CUPS 

SUCTION CUPS FC DURAFLEX® 

Model 

SUCTION CUPS F-MF 

SUCTION CUPS FP 

SUCTION CUPS OB DURAFLEX® 

SUCTION CUPS OBL DURAFLEX® 

SUCTION CUPS OC 





Volume 

Min. curve 

radius 

Max. vertical 

movement 


FC20P, PU50° 4.5 12 16 4.5 9.0 12 1.0 25 1.9 

FC25P, PU50° 8.0 20 27 9.0 12 18 3.0 45 4.0 

FC35P, PU50° 11 36 51 27 51 62 5.0 32 5.5 

FC35P, PU60° 11 34 49 27 41 51 5.0 32 5.5 

FC50P, PU40° 28 77 103 49 82 100 10 53 5.0 

FC50P, PU60° 28 77 104 52 93 111 10 53 5.0 

FC75P, PU40° 73 157 215 107 200 230 30 78 6.5 

FC75P, PU60° 73 168 225 93 225 255 30 78 6.5 

FC100P, PU40° 137 284 377 176 318 420 80 110 10.2 

FC100P, PU60° 152 328 446 112 264 382 80 110 10.2 

FC150P, PU40° 274 716 932 343 765 902 250 165 14.2 

FC150P, PU60° 284 647 922 215 568 863 250 165 14.2 

Model 





Volume 

Min. curve 

radius 

Max. vertical 

movement 


F15MF 4.0 8.0 12 4.5 9.0 14.5 0.37 17 1.0 

F20MF 3.6 14.5 22 8.0 14.5 21 1.0 18 2.0 

F25MF 6.3 24.5 35.5 9.0 24.5 36.3 1.1 23 1.5 

F30MF 11 34.5 48 13.6 28 42 2.0 44 1.5 

F40MF 18 57 83 16 49 57 4.8 60 2.0 

F50MF 24.5 92 141 31 82 107 10 95 2.0 

Model 





Volume 

Min. curve 

radius 

Max. vertical 

movement 


FP200 750 1900 2700 — — — 540 — 7.0 

FP300 1600 4300 6400 — — — 1280 — 7.0 

Model 





Volume 

Min. curve 

radius 

Max. vertical 

movement 


OB20x60P, PU60° 13.0 34 57 13.0 37 48 24.0 7.0 4.5 

OB35x90P, PU60° 28 91 145 56 153 215 36 20.0 8.0 

OB35x90P, PU30°/60° 38 98 134 66 154 206 36 25.0 8.0 

OB50x140P, PU60° 77 231 368 122 292 396 95 26 11.3 

OB50x140P, PU30°/60° 58 235 366 110 260 349 95 23.0 11.3 

OB65x170P, PU60° 130 310 533 170 440 600 175 38 16.0 

OB65x170P, PU30°/60° 119 335 541 141 379 532 175 38 16.0 

Model 





Volume 

Min. curve 

radius 

Max. vertical 

movement 

20 -kPa 60 -kPa 90 -kPa 20 -kPa 60 -kPa 90 -kPa cm 3 mm g 

OBL40x90P, PU60° 44 105 160 40 87 105 28 31 77 

OBL40x90P, PU70° 49 117 178 45 97 105 28 31 77 

Model 





Volume 

Min. curve 

radius 

Max. vertical 

movement 


OC60x140 132 373 520 186 373 510 52 200 7.5 


SUCTION CUPS 

SUCTION CUPS OC DURAFLEX® 

Model 

SUCTION CUPS OF DURAFLEX® 

SUCTION CUPS OP 





Volume 

Min. curve 

radius 

Max. vertical 

movement 


OC35x90P, PU40° 49 117 171 53 112 147 20 — 3.0 

OC35x90P, PU60° 49 132 171 68 161 206 20 — 3.0 

Model 





Volume 

Min. curve 

radius 

Max. vertical 

movement 


OF10x30P, PU50° 4.0 11.0 17.0 6.0 12.0 17.0 0.5 15.0 1.0 

OF15x45P, PU50° 9.0 27 41 6.0 20.0 34 1.0 30 1.0 

OF25x70P, PU40° 24.0 66 107 46 90 105 6.0 50 1.9 

OF25x70P, PU60° 24.0 77 118 42 127 161 6.0 50 1.9 

OF40x110P, PU40° 69 203 293 120 230 296 21.0 77 3.1 

OF40x110P, PU60° 74 200 303 98 228 410 21.0 77 3.1 

OF55x150P, PU40° 131 366 527 155 350 455 37 150 3.0 

OF55x150P, PU60° 134 376 558 128 338 477 37 150 3.0 

OF70x175P, PU40° 190 530 785 170 440 630 80 130 5.7 

OF70x175P, PU60° 180 570 860 200 555 750 80 130 5.7 

Model 

SUCTION CUPS P 





Volume 

Min. curve 

radius 

Max. vertical 

movement 


OP20x100 25 80 110 — — — 14 — 1.5 

OP40x200 100 320 440 — — — 56 — 2.5 

Model 





Volume 

Min. curve 

radius 

Max. vertical 

movement 


P35 20 50 70 — — — 6.0 — 3.0 

P60 60 150 220 — — — 20 — 3.0 

P100 180 450 660 — — — 55 — 3.0 

P200 750 1900 2700 — — — 543 — 5.0 

P300 1600 4300 6400 — — — 1285 — 5.0 

Suction cups 

SUCTION CUPS U 

Model 





Volume 

Min. curve 

radius 

Max. vertical 

movement 


U2 0.03 0.1 0.15 — — — 0.0025 4.0 0.1 

U3 0.09 0.42 0.65 — — — 0.005 5.0 0.15 

U4 0.2 0.9 1.3 0.2 0.8 1.0 0.03 3.0 0.2 

U6 0.5 1.7 2.5 0.5 1.5 2.0 0.05 5.0 0.3 

U8 1.0 2.9 3.9 1.0 2.9 3.4 0.1 6.0 0.5 

U10 1.5 4.4 6.9 1.5 4.4 4.9 0.18 8.0 0.5 

U15 3.5 8.4 11 3.5 5.4 5.9 0.5 8.0 1.5 

U20 5.9 12 16 5.9 8.8 9.8 1.0 13 2.5 

U30 12 25 30 7.8 9.8 11 2.0 20 3.5 

U40-2 20 39 49 14 22 27 5.5 30 4.5 

U50-2 35 73 92 20 37 44 12 35 6.0 


MATERIAL SPECIFICATIONS 

Model Material Colour Hardness 

Shore 

B5, B8, 

D15-2, D20-2, D30-2, D50, 

F15, F20, F25, F30-2, 

U4, U6, U8, U10, U15, U20 

B10-2, B15-2, B20, B30-2, B40, 

BL20-2, BL30-2, BL40-2, BL50-2 

B5, B8, B10-2, B15-2, B20, B30-2, B40, B50, 

B50-2, B75, B75-2, B110, B110-2, B150, 

BL20-2, BL30-2, BL40-2, BL50-2, 

D15-2, D20-2, D30-2, D50, 

F15, F20, F25, F30-2, F40-2, F50-2, F75, F110, F150, 

U4, U6, U8, U10, U15, U20, U30, U40-2, U50-2 

*For a shorter period of time up to 160°C. 

Working 

temperature 

Chloroprene, CR Black 50° -40°C–110°C 

Chloroprene, CR Black 60° -40°C–110°C 

Silicone, SIL Red 50° -70°C–200°C 

B5, B8, U2, U3 Conductive 

Black 50° -55°C–230°C 

silicone, CSIL 

B-BL40-2 Silicone, SIL White 30° -70°C–200°C 

B50, B50-2, B75, B75-2, B110, B110-2, B150, 

F40-2, F50-2, F75, F110, F150, U30, U40-2, U50-2 

B15MF, B20MF, B30MF, B40MF, B50MF , 

B20MF-M, B30MF-M, B40MF-M, B50MF-M, 

F15MF, F20MF, F25MF, F30MF, F40MF, F50MF, 

F20MF-M, F25MF-M, F30MF-M, F40MF-M, F50MF-M 

Nitrile-PVC, NPV Black 50° 0°C–90°C 

Thermoelastic 

polyurethane, TPU 

White 

transparent 

FP200, FP300 Polyurethane, PUR Yellow-white 

transparent 

P35, P60, P100, P200, P300, 

OP20x100, OP40x200 

BF110P, BX25P, BX35P, BX52P, BX75P, BX110P, 

B75P, F75P, F110P, OB35x90P, OB50x140P, 

OB65x170P, 

OF25x70P, OF40x110P, OF55x150P, OF70x175P 

Ethylene 

propylene, EPDM 

Polyurethane, PU 

81° -20°C–80°C 

65° 0°C–80°C 

Grey — -40°C–100°C 

Yellow/green 

transparent 

BF80P Polyurethane, PU Yellow/blue 

transparent 

FC50P, FC75P, OC35x90P Polyurethane, PU Red 

transparent 

FC20P, FC25P, FC35P, OF10x30P, OF15x45P Polyurethane, PU Blue 

transparent 

BF110P, BF80P, B75P, BX25P, BX35P, BX52P, BX75P, 

BX110P, F75P, F110P, FC35P,FC50P, FC75P, FC100P, 

FC150P, OB20x60P, OB35x90P, OB50x140P, 

OB65x170P, OBL40x90P, OF40x110P, OF55x150P, 

OF70x175POBL40x90P, OC35x90P 

Polyurethane, PU 

Green 

transparent 

30°/60° 10°C–50°C 

30°/50° 10°C–50°C 

40° 10°C–50°C 

50° 10°C–50°C 

60° 10°C–50°C 

OBL40x90P Polyurethane, PU Black 70° 10°C–50°C 

OC60x140 Nitrile, NBR Black 50° -20°C–100°C 

B30-2, B40, B50, B75, B110, F50-2, F75, F110 Therban®, HNBR Grey-blue 75° -30°C–140°C* 

BL40-3P Polyurethane, PU Black/yellow 30°/70° 10°C–50°C 


SUCTION CUPS 

MATERIAL RESISTANCE 

Material 

*Please contact PIAB. 

Wear 

resistance 

Oil 

Weather 

& ozone 

Hydrolysis Petrol Concentrated 

acids 

Alcohol 

Oxidation 

Chloropene, CR Excellent Fair Good Good Fair Poor Good Good 

Silicone, SIL Good Poor Excellent Fair Poor Poor Good Excellent 

Conductive silicone, CSIL Good Poor Excellent Fair Poor Poor Good Excellent 

Nitrile-PVC, NPV Excellent Excellent Good Good Excellent Fair Good Good 

Thermoelastic 

polyurethane, TPU 

Excellent Excellent Excellent Poor Poor Poor Good Good 

Polyurethane, PUR Excellent Excellent Excellent Poor Fair Poor Fair Good 

Ethylene propylene, EPDM Fair Poor Excellent Good Poor Poor Excellent Excellent 

Nitrile, NBR Excellent Excellent Fair Good Good Fair Good Good 

Therban®, HNBR Excellent Excellent Excellent Good Excellent Fair Good Excellent 

Material 

Wear 

resistance 

Oil 

Weather 

& ozone 

Hydrolysis Petrol Concentrated 

acids 

Ethanol Methanol Oxidation 

Polyurethane, PU Excellent Excellent Excellent Fair* Fair Fair* Fair Poor Poor 

EXAMPLES OF APPLICATIONS 

Chloroprene Silicone Conductive 

silicone 

Nitrile-PVC Nitrile Polyurethane Ethylene 

propylene 

Therban® 

CR SIL CSIL NPV NBR PU PUR TPU EPDM HNBR 

Food-stuff 

X 

Oily objects X X X X X X X 

Mark free requirements X X X X 

High temperature 

X X X 

environments 

Low temperature 

environments 

X X X X 

Rough/uneven surfaces 

Electrical components X X 

Sensitivity to static 

X 

electricity 

X 

Suction cups 



B5 






SUCTION CUP WITH SHORT BELLOWS 

Lifting movement to separate small and thin 

objects. 

Only lightweight objects should be handled when 

the lifting force is parallel to the surface. 

Suitable for level adjustment. 

Suction cups of conductive silicone are suitable 

for objects with sensitivity to static electricity. 

Volume 

Min. curve 

radius 

Max. 

vertical 

movement 

Weight 

rubber 

part 

20 -kPa 60 -kPa 90 -kPa 20 -kPa 60 -kPa 90 -kPa cm 3 mm mm g 

0.30 0.80 1.0 — — — 0.05 1.5 1.5 0.11 


Material Colour Hardness 

Temperature range 

°Shore A 

°C 

Chloroprene, CR Black 50 -40–110 

Silicone, SIL Red 50 -70–200 

Conductive silicone, CSIL Black 50 -55–230 


Material 

Wear Oil Weather Hydrolysis Petrol Concentrated Alcohol Oxidation 

resistance 

& ozone 

acids 

Chloroprene, CR Excellent Fair Good Good Fair Poor Good Good 





ORDERING INFORMATION 

Complete suction cups 

Art. No. 

Suction cup B5 Chloroprene, M5 male 3250082 

Suction cup B5 Silicone, M5 male 

3250082S 

Suction cup B5 Conductive silicone, M5 male 

3250082SC 

M5 

No.10(3/16)UNF 

12.7 

4 

SW7 

5.6 

6.2 

Rubber parts 

Art. No. 

Suction cup B5 Chloroprene 3150286 

Suction cup B5 Silicone 

3150286S 

Suction cup B5 Conductive silicone 

3150286SC 

9.2 

5.6 

6.2 

Suction cups 

B 

Fittings 

Art. No. 

Fitting M5 male 3107031 

For further information and dimensioned drawings, see SUCTION CUPS FITTINGS chapter. 



B8 



objects. 











Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


0.80 1.6 2.5 — — — 0.15 1.9 3.5 0.3 




°Shore A 

°C 




Weight 

rubber 

part 


Material 


resistance 

& ozone 

acids 








Art. No. 

Suction cup B8 Chloroprene, M5 male 3250083 

Suction cup B8 Silicone, M5 male 

3250083S 

Suction cup B8 Conductive silicone, M5 male 

3250083SC 

M5 

No.10(3/16)UNF 

15.4 4 

8.8 

9.6 

Rubber parts 

Art. No. 



3150287S 

Suction cup B8 Conductive silicone 

3150287SC 

11.9 

8.8 

9.6 

Suction cups 

B 

Fittings 

Art. No. 





B10-2 




objects. 








Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


1.5 3.4 4.9 — — — 0.48 4.0 4.5 1.0 




°Shore A 

°C 



Weight 

rubber 

part 


Material 


resistance 

& ozone 

acids 







Art. No. 

Suction cup B10-2 Chloroprene, M5 male 3150023 

Suction cup B10-2 Silicone, M5 male 

3150023S 

M5 

No.10(3/16)UNF 

11 

12 

ORDERINGINFORUBBERS 

Rubber parts 

Art. No. 

Suction cup B10-2 Chloroprene 3150101 

Suction cup B10-2 Silicone 

3150101S 

Suction cups 

B 

21.4 3.5 

Fittings 

Art. No. 





B15-2 




objects. 








Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


2.9 5.9 8.9 — — — 1.1 5.0 6.5 1.5 




°Shore A 

°C 



Weight 

rubber 

part 


Material 


resistance 

& ozone 

acids 







Art. No. 

Suction cup B15-2 Chloroprene, M5 male 3250037 

Suction cup B15-2 Silicone, M5 male 

3250037S 

M5 

No.10(3/16)UNF 

15.7 

17.5 

Rubber parts 

Art. No. 


Suction cup B15-2 Silicone 

3150230S 

19.8 

24.8 3.5 

15.7 

17.5 

Fittings 

Art. No. 



Suction cups 

B 



B20 


Suitable for level adjustment. Several short 

bellows in one lifting device can handle objects 

with height differences and varying shapes, for 

example embossed or corrugated plates. 

The lifting movement can be used to separate 

small and thin objects. 


the lifting force is parallel to the surface of the 

object, in order to acheive good precision and 

safe lifting movement. 






Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


5.9 9.8 14 — — — 2.7 10 10 3.2 




°Shore A 

°C 




Material 


resistance 

& ozone 

acids 





Art. No. 

A Suction cup B20 Chloroprene, M5 female 0101160 

A Suction cup B20 Chloroprene, M5 female, with dual flow control valve 0101166 

B Suction cup B20 Chloroprene, G1/8" male, with mesh filter 0101161 

B Suction cup B20 Chloroprene, G1/8" male, with mesh filter and dual flow control valve 0101167 

C Suction cup B20 Chloroprene, G1/8" male/M5 female, with mesh filter 0101165 

C Suction cup B20 Chloroprene, G1/8" male/M5 female, with dual flow control valve 0101169 

D Suction cup B20 Chloroprene, 5xM5 female 0101164 

D Suction cup B20 Chloroprene, 5xM5 female, with dual flow control valve 0101170 

A Suction cup B20 Silicone, M5 female 0101171 

A Suction cup B20 Silicone, M5 female, with dual flow control valve 0101177 

B Suction cup B20 Silicone, G1/8" male, with mesh filter 0101172 

B Suction cup B20 Silicone, G1/8" male, with mesh filter and dual flow control valve 0101178 

C Suction cup B20 Silicone, G1/8" male/M5 female, with mesh filter 0101176 

C Suction cup B20 Silicone, G1/8" male/M5 female, with dual flow control valve 0101180 

D Suction cup B20 Silicone, 5xM5 female 0101175 

D Suction cup B20 Silicone, 5xM5 female, with dual flow control valve 0101181 

E Suction cup B20 Chloroprene, G1/8" male/M5 female, PA 0110949 

E Suction cup B20 Silicone, G1/8" male/M5 female, PA 0110336 

Weight 

rubber 

part 



G1/8" 

5x M5 

24 7 

28 

22 

24 

A B C D 

22 

24 

E 

Rubber parts 

Art. No. 


Suction cup B20 Silicone 0101102 

Suction cups 

B 

Fittings 

Art. No. 

Fitting M5 female 3250003 

Fitting M5 female, with dual flow control valve 3251001 

Fitting G1/8" male, with mesh filter 3250085 

Fitting G1/8" male, with mesh filter and dual flow control valve 3251002 

Fitting G1/8" male/M5 female, with mesh filter 0101152 

Fitting G1/8" male/M5 female, with dual flow control valve 3251004 

Fitting 5xM5 female 0100260 

Fitting 5xM5 female, with dual flow control valve 3251005 

Fitting G1/8" male/M5 female, PA 3150196 




B30-2 

















Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


12.0 22.0 27 — — — 10 15 15 7.0 




°Shore A 

°C 



Therban®, HNBR Grey-blue 75 -30–140* 



Material 


resistance 

& Ozone 

acids 






Art. No. 

A Suction cup B30-2 Chloroprene, 1/8" NPSF female, with mesh filter 0101423 

A Suction cup B30-2 Chloroprene, 1/8" NPSF female, with dual flow control valve 0101424 

B Suction cup B30-2 Chloroprene, G1/4" male, with mesh filter 0101418 

B Suction cup B30-2 Chloroprene, G1/4" male, with mesh filter dual flow control valve 0101425 

C Suction cup B30-2 Chloroprene, G3/8" male, with mesh filter 0101420 

C Suction cup B30-2 Chloroprene, G3/8" male, with mesh filter and dual flow control valve 0101427 

D Suction cup B30-2 Chloroprene, 5x1/8" NPSF female 0101422 

D Suction cup B30-2 Chloroprene, 5x1/8" NPSF female, with dual flow control valve 0101429 

A Suction cup B30-2 Silicone, 1/8" NPSF female, with mesh filter 0101436 

A Suction cup B30-2 Silicone, 1/8" NPSF female, with dual flow control valve 0101437 

B Suction cup B30-2 Silicone, G1/4" male, with mesh filter 0101431 

B Suction cup B30-2 Silicone, G1/4" male, with mesh filter and dual flow control valve 0101438 

C Suction cup B30-2 Silicone, G3/8" male, with mesh filter 0101433 

C Suction cup B30-2 Silicone, G3/8" male, with mesh filter and dual flow control valve 0101440 

D Suction cup B30-2 Silicone, 5x1/8" NPSF female 0101435 

D Suction cup B30-2 Silicone, 5x1/8" NPSF female, with dual flow control valve 0101442 

A Suction cup B30-2 Therban®, 1/8" NPSF female, with mesh filter 0108078 

B Suction cup B30-2 Therban®, G1/4" male, with mesh filter 0108167 

Weight 

rubber 

part 




Art. No. 

C Suction cup B30-2 Therban®, G3/8" male, with mesh filter 0108168 

E Suction cup B30-2 Chloroprene, 1/8" NPSF female, PA 0109845 

E Suction cup B30-2 Silicone, 1/8" NPSF female, PA 0110343 

G1/4" 

32 

9 

34 

36 

A B C D 

E 

Rubber parts 

Art. No. 


Suction cup B30-2 Silicone 0101104 

Suction cup B30-2 Therban® 0108077 

Suction cups 

B 

Fittings 

Art. No 

Fitting 1/8" NPSF female, with mesh filter 0101153 

Fitting 1/8" NPSF female, with dual flow control valve 3251006 




Fitting G3/8" male, with mesh and dual flow control valve 3251009 

Fitting 5x1/8" NPSF female 0100261 

Fitting 5x1/8" NPSF female, with dual flow control valve 3251011 

Fitting 1/8" NPSF female, PA 3150197 




B40 

















Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


Material 


resistance 

& Ozone 

acids 






Art. No. 

A Suction cup B40 Chloroprene, 1/8" NPSF female, with mesh filter 0101462 

A Suction cup B40 Chloroprene, 1/8" NPSF female, with dual flow control valve 0101463 

B Suction cup B40 Chloroprene, G1/4" male, with mesh filter 0101457 

B Suction cup B40 Chloroprene, G1/4" male, with mesh filter and dual flow control valve 0101464 

C Suction cup B40 Chloroprene, G3/8" male, with mesh filter 0101459 

C Suction cup B40 Chloroprene, G3/8" male, with mesh filter and dual flow control valve 0101466 

D Suction cup B40 Chloroprene, 5x1/8" NPSF female 0101461 

D Suction cup B40 Chloroprene, 5x1/8" NPSF female, with dual flow control valve 0101468 

A Suction cup B40 Silicone, 1/8" NPSF female, with mesh filter 0101475 

A Suction cup B40 Silicone, 1/8" NPSF female, with dual flow control valve 0101476 



C Suction cup B40 Silicone, G3/8" male, with mesh filter 0101472 

C Suction cup B40 Silicone, G3/8" male, with mesh filter and dual flow control valve 0101479 

D Suction cup B40 Silicone, 5x1/8" NPSF female 0101474 

D Suction cup B40 Silicone, 5x1/8" NPSF female, with dual flow control valve 0101481 

A Suction cup B40 Therban®, 1/8" NPSF female, with mesh filter 0108082 

B Suction cup B40 Therban®, G1/4" male, with mesh filter 0108169 

C Suction cup B40 Therban®, G3/8" male, with mesh filter 0108170 

E Suction cup B40 Chloroprene, 1/8" NPSF female, PA 0109843 

Weight 

rubber 

part 


22.0 39 49 — — — 15 20 12 10.0 




°Shore A 

°C 








Art. No. 

E Suction cup B40 Silicone, 1/8" NPSF female PA 0110337 

A B C D 

E 

Rubber parts 

Art. No. 



Suction cup B40 Therban® 0108081 

Suction cups 

B 

Fittings 

Art. No 













B50 

















Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


Material 


resistance 

& ozone 

acids 






Art. No. 

A Suction cup B50 Nitrile-PVC, 1/8" NPSF female, with mesh filter 0101649 

A Suction cup B50 Nitrile-PVC, 1/8" NPSF female, with dual flow control valve 0101650 

B Suction cup B50 Nitrile-PVC, G1/4" male, with mesh filter 0101644 

B Suction cup B50 Nitrile-PVC, G1/4" male, with mesh filter and dual flow control valve 0101651 

C Suction cup B50 Nitrile-PVC, G3/8" male, with mesh filter 0101646 

C Suction cup B50 Nitrile-PVC, G3/8" male, with mesh filter and dual flow control valve 0101653 

D Suction cup B50 Nitrile-PVC, 5x1/8" NPSF female 0101648 

D Suction cup B50 Nitrile-PVC, 5x1/8" NPSF female, with dual flow control valve 0101655 

A Suction cup B50 Silicone, 1/8" NPSF female, with mesh filter 0101636 

A Suction cup B50 Silicone, 1/8" NPSF female, with dual flow control valve 0101637 



C Suction cup B50 Silicone, G3/8" male, with mesh filter 0101633 

C Suction cup B50 Silicone, G3/8" male, with mesh filter and dual flow control valve 0101640 

D Suction cup B50 Silicone, 5x1/8" NPSF female 0101635 

D Suction cup B50 Silicone, 5x1/8" NPSF female, with dual flow control valve 0101642 

A Suction cup B50 Therban®, 1/8" NPSF female, with mesh filter 0108171 

B Suction cup B50 Therban®, G1/4" male, with mesh filter 0108172 

Weight 

rubber 

part 


33 65 82 — — — 32 30 19 20.0 




°Shore A 

°C 

Nitrile-PVC, NPV Black 50 0–90 



* For a shorter period of time up to +160°C 




Art. No. 

C Suction cup B50 Therban®, G3/8" male, with mesh filter 0108173 

E Suction cup B50 Nitrile-PVC, 1/8" NPSF female, PA 0111063 

A B C D 

E 

Rubber parts 

Art. No. 


Suction cup B50 Nitrile-PVC 0101107 

Suction cup B50 Therban® 0108165 

3 

Suction cups 

B 

58 

Fittings 

Art. No 













B50-2 

SUCTION CUP WITH SHORT BELLOWS AND 

FILTER 






objects. 










Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


Material 


resistance 

& Ozone 

acids 





Art. No 

A Suction cup B50-2 Nitrile-PVC with filter, 1/8" NPSF female, with mesh filter 0101675 

A Suction cup B50-2 Nitrile-PVC with filter, 1/8" NPSF female, with dual flow control valve 0101676 

B Suction cup B50-2 Nitrile-PVC with filter, G1/4" male, with mesh filter 0101670 

B Suction cup B50-2 Nitrile-PVC with filter, G1/4" male, with dual flow control valve and mesh filter 0101677 

C Suction cup B50-2 Nitrile-PVC with filter, G3/8" male, with mesh filter 0101672 

C Suction cup B50-2 Nitrile-PVC with filter, G3/8" male, with dual flow control valve and mesh filter 0101679 

D Suction cup B50-2 Nitrile-PVC with filter, 5x1/8" NPSF female 0101674 

D Suction cup B50-2 Nitrile-PVC with filter, 5x1/8" NPSF female, with dual flow control valve 0101681 

A Suction cup B50-2 Silicone with filter, 1/8" NPSF female, with mesh filter 0101662 

A Suction cup B50-2 Silicone with filter, 1/8" NPSF female, with dual flow control valve 0101663 

B Suction cup B50-2 Silicone with filter, G1/4" male, with mesh filter 0101657 

B Suction cup B50-2 Silicone with filter, G1/4" male, with dual flow control valve and mesh filter 0101664 

C Suction cup B50-2 Silicone with filter, G3/8" male, with mesh filter 0101659 

C Suction cup B50-2 Silicone with filter, G3/8" male, with dual flow control valve and mesh filter 0101666 

D Suction cup B50-2 Silicone with filter, 5x1/8" NPSF female 0101661 

D Suction cup B50-2 Silicone with filter, 5x1/8" NPSF female, with dual flow control valve 0101668 

E Suction cup B50-2 Nitrile-PVC with filter, 1/8" NPSF female, PA 0110957 

E Suction cup B50-2 Silicone with filter, 1/8" NPSF female, PA 0110347 

Weight 

rubber 

part 


33 65 82 — — — 32 30 19 20.0 




°Shore A 

°C 

Nitrile-PVC, NPV Black 50 0–90* 

Silicone, SIL Red 50 -70–200* 

* Filter disc max. 80°C 



A B C D 

E 

Rubber parts 

Art. No. 

Suction cup B50-2 Nitrile-PVC with filter 0101109 

Suction cup B50-2 Silicone with filter 0101110 

35. 

Suction cups 

B 

52 

Fittings 

Art. No 













B75 

















Volume 

Min.curve 

radius 

Max. 

vertical 

movement 


74 167 226 — — — 110 40 24 35 




°Shore A 

°C 





Weight 

rubber 

part 


Material 


resistance 

& ozone 

acids 








Art. No. 

Suction cup B75 Nitrile-PVC, 1/8" NPSF female, with mesh filter 0101854 

Suction cup B75 Nitrile-PVC, G3/8" female, with mesh filter 0101855 



Suction cup B75 Silicone, 1/8" NPSF female, with mesh filter 0101850 

Suction cup B75 Silicone, G3/8" female, with mesh filter 0101851 



Suction cup B75 Therban®, 1/8" NPSF female, with mesh filter 0108174 

Suction cup B75 Therban®, G3/8" female, with mesh filter 0108175 



Rubber parts 

Suction cup B75 Nitrile-PVC 


Suction cup B75 Therban® 

Art. No. 

3150107P 

3150107S 

3150107T 

Suction cups 

B 

Fittings 

Art. No. 


Fitting G3/8" female, with mesh filter 0100551 






B75-2 


FILTER 






objects. 










Volume 

Min.curve 

radius 

Max. 

vertical 

movement 


74 167 226 — — — 110 40 24 35 




°Shore A 

°C 




Weight 

rubber 

part 


Material 


resistance 

& Ozone 

acids 







Art. No. 

Suction cup B75-2 Nitrile-PVC with filter, 1/8" NPSF female, with mesh filter 0101862 

Suction cup B75-2 Nitrile-PVC with filter, G3/8" female, with mesh filter 0101863 



Suction cup B75-2 Silicone with filter, 1/8" NPSF female, with mesh filter 0101858 

Suction cup B75-2 Silicone with filter, G3/8" female, with mesh filter 0101859 



Rubber parts 

Art. No. 



37 

Suction cups 

B 

Fittings 

Art. No. 








B110 

















Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


137 343 461 — — — 310 60 35 120 




°Shore A 

°C 





Weight 

rubber 

part 


Material 


resistance 

& ozone 

acids 








Art. No. 










/8 1 " 

/ " 

6 

O 

115 

Rubber parts 



Suction cup B110 Therban® 

54.3 

Art. No. 

3150108P 

3150108S 

3150108T 

Suction cups 

B 

115 

124 

Fittings 

Art. No. 







B110-2 


FILTER 






objects. 










Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


137 343 461 — — — 310 60 35 120 




°Shore A 

°C 




Weight 

rubber 

part 


Material 


resistance 

& Ozone 

acids 







Art. No. 







/8 G1/ " 

/ " 

Rubber parts 

Art. No. 



Suction cups 

B 

70. 

5 

O 12 

Fittings 

Art. No. 







B150 

















Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


294 686 883 — — — 650 75 45 265 




°Shore A 

°C 




Weight 

rubber 

part 


Material 


resistance 

& Ozone 

acids 







Art. No. 





Rubber parts 



Art. No. 

3150109P 

3150109S 

Suction cups 

B 

Fittings 

Art. No. 





SUCTION CUPS B-P 

B75P 


Suitable for level adjustment and for uneven and 

porous surfaces such as cardboard, etc. 

In the two-coloured suction cup the bellows and 

the sealing lip are of different hardnesses, which 

makes the suction cup strong and stable and, at 

the same time, soft and flexible. 

DURAFLEX® suction cups manufactured in a 

specially developed material that features the 

elasticity of rubber and wear resistance of 

polyurethane. 

The material of the DURAFLEX® is mark free. 


Model 





Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


PU30°/60° 61 149 202 44 96 114 110 90 20 48 

PU60° 83 196 255 121 229 298 110 90 20 72 




°Shore A 

°C 

Polyurethane, PU30 Yellow transparent 30 10–50 

Polyurethane, PU60 Green transparent 60 10–50 


Wear 

Oil Weather Hydrolysis Petrol Concentrated Ethanol Methanol Oxidation 

resistance 

& ozone 

acids 

Excellent Excellent Excellent Fair** Fair Fair** Fair Poor Poor 

**Please contact PIAB. 

Weight 

rubber 

part 


. 

SUCTION CUPS B-P 



Art. No 

A Suction cup B75P Polyurethane 30/60, 1/8" NPSF female, with mesh filter 0106345 

A Suction cup B75P Polyurethane 30/60, G3/8" female, with mesh filter 0106346 

A Suction cup B75P Polyurethane 30/60, 3/8" NPSF female, with mesh filter 0106347 

A Suction cup B75P Polyurethane 30/60, G1/2" female, with mesh filter 0106348 

A Suction cup B75P Polyurethane 60, 1/8" NPSF female, with mesh filter 0111600 

A Suction cup B75P Polyurethane 60, G3/8" female, with mesh filter 0111601 

A Suction cup B75P Polyurethane 60, 3/8" NPSF female, with mesh filter 0111602 

A Suction cup B75P Polyurethane 60, G1/2" female, with mesh filter 0111603 

B Suction cup B75P Polyurethane 30/60, thread insert G3/8" male, with mesh filter 0106833 

B Suction cup B75P Polyurethane 60, thread insert G3/8" male with mesh filter 0107319 

C Suction cup B75P Polyurethane 30/60, 3/8"NPSF female 0108790 

C Suction cup B75P Polyurethane 60, 3/8"NPSF female 0108791 

1 8 NPSF, 8 

3 8 NPSF, 2 

G3 " 3/ 18NPSF 

8 

8 

O 

O 

84 

A B C 

Rubber parts 

Art. No 

A Suction cup B75P Polyurethane 30/60 0104723 

A Suction cup B75P Polyurethane 60 0111594 

B Suction cup B75P Polyurethane 30/60, for thread insert 0106832 

B Suction cup B75P Polyurethane 60, for thread insert 0107318 

8 

79 

Suction cups 

B-P 

79 

A 

Fittings 

Art. No. 





Thread insert G3/8" male, with O-ring and mesh filter 0107148 


B 



B15MF 

SUCTION CUP WITH SHORT BELLOWS, MARK 

FREE 

Suction cup of TPU, a mark free material that 

leaves no trace on the object being handled. 



objects. 








Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


4.0 8.0 12.0 4.5 7.0 10.0 1.1 11 2.0 1.3 




°Shore A 

°C 

Thermoelastic polyurethane, TPU Transparent white 81 -20–80 


Wear 

Oil Weather Hydrolysis Petrol Concentrated Alcohol Oxidation 

resistance 

& Ozone 

acids 


Weight 

rubber 

part 





Art. No. 

Suction cup B15MF Thermoelastic polyurethane, M5 male 3250069 

Rubber parts 

Art. No. 

Suction cup B15MF Thermoelastic polyurethane 3150264 

5 

16 

Fittings 

Art. No. 



Suction cups 

B-MF 



B20MF 


FREE 





objects. 




Lifting force vertical to the surface, N, at 

vacuum level 

Lifting force parallel to the surface, N, at 

vacuum level 

Volume 

Min. 

curve 

radius 

Max. 

vertical 

movement 


4.5 15.5 21.0 6.3 11.0 19.0 2.7 11 8.0 2.0 




°Shore A 

°C 



Wear 


resistance 

& Ozone 

acids 


Weight 

rubber 

part 





Art. No. 

A Suction cup B20MF Thermoelastic polyurethane, M5 female 0101182 

A Suction cup B20MF Thermoelastic polyurethane, M5 female, with dual flow control valve 0101188 

B Suction cup B20MF Thermoelastic polyurethane, G1/8" male, with mesh filter 0101183 

B Suction cup B20MF Thermoelastic polyurethane, G1/8" male, with dual flow control valve and mesh filter 0101189 

C Suction cup B20MF Thermoelastic polyurethane, G1/8" male/M5 female, with mesh filter 0101187 

C Suction cup B20MF Thermoelastic polyurethane, G1/8" male/M5 fem., with dual flow control valve 0101191 

D Suction cup B20MF Thermoelastic polyurethane, 5xM5 female 0101186 

D Suction cup B20MF Thermoelastic polyurethane, 5xM5 female, with dual flow control valve 0101192 

A B C D 

Rubber parts 

Art. No. 


Suction cups 

B-MF 

Fittings 

Art. No. 













B30MF 


FREE 





objects. 








Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


12.0 40.0 54.5 14.5 32.0 41.0 10.0 16.5 12.0 7 




°Shore A 

°C 



Wear 


resistance 

& Ozone 

acids 


Weight 

rubber 

part 





Art. No. 

A Suction cup B30MF Thermoelastic polyurethane, 1/8" NPSF female, with mesh filter 0101449 

A Suction cup B30MF Thermoelastic polyurethane, 1/8" NPSF female, with dual flow control valve 0101450 



C Suction cup B30MF Thermoelastic polyurethane, G3/8" male, with mesh filter 0101446 

C Suction cup B30MF Thermoelastic polyurethane, G3/8" male, with dual flow control valve and mesh filter 0101453 

D Suction cup B30MF Thermoelastic polyurethane, 5x1/8" NPSF female 0101448 

D Suction cup B30MF Thermoelastic polyurethane, 5x1/8" NPSF female, with dual flow control valve 0101455 

1/8"NPSF 

G1/4" 

G3/8" 

5x1/8"NPSF 

34 

32 9 

32 10 

44 

34 

36 

34 

36 

A B C D 

Rubber parts 

Art. No. 


34 

36 

34 

36 

26 

34 

36 

Fittings 

Art. No 











Suction cups 

B-MF 



B40MF 


FREE 





objects. 








Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


18 57 72 13.6 40 47 15 22 11 10 




°Shore A 

°C 



Wear 


resistance 

& Ozone 

acids 


Weight 

rubber 

part 





Art. No. 




B Suction cup B40MF Thermoelastic polyurethane, G1/4" male, with mesh filter and dual flow control valve 0101490 


C Suction cup B40MF Thermoelastic polyurethane, G3/8" male, with mesh filter and dual flow control valve 0101492 



1/8" NPSF 

G1/4" 

G3/8" 

5x1/8" NPSF 

36 

34 9 

34 10 

46 

42 

45 

42 

45 

A B C D 

Rubber parts 

Art. No. 


42 

45 

42 

45 

28 

42 

45 

Fittings 

Art. No 











Suction cups 

B-MF 



B50MF 


FREE 





objects. 








Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


30 93 136 23 63 97 32 26 13 19 




°Shore A 

°C 



Wear 


resistance 

& Ozone 

acids 


Weight 

rubber 

part 





Art. No. 






C Suction cup B50MF Thermoelastic polyurethane, G3/8" male, with dual flow control valve and mesh filter 0101692 



1/8" NPSF 

G3/8" 

5x1/8" NPSF 

44 

41 

53 

10 

53 

57 

53 

53 

57 

57 

A B C D 

Rubber parts 

Art. No. 


35 

53 

Suction cups 

B-MF 

57 

Fittings 

Art. No 












SUCTION CUPS BF-P 

BF80P 










polyurethane. 



Material 





Volume 

Min. 

curve 

radius 

Max. 

vertical 

movement 


PU30°/50° 73 157 196 54 88 117 40 132 16 53 

PU60° 98 225 294 68 127 166 40 132 16 53 




°Shore A 

°C 

Polyurethane, PU30 Yellow 30 10–50 

Polyurethane, PU50 Blue transparent 50 10-50 


Weight 

rubber 

part 


Wear 


resistance 

& ozone 

acids 







Art. No. 

A Suction cup BF80P Polyurethane 30/50, G3/8" female 0102370 

A Suction cup BF80P Polyurethane 30/50, 3/8" NPSF female 0102371 

A Suction cup BF80P Polyurethane 60, G3/8" female 0103307 

A Suction cup BF80P Polyurethane 60, 3/8" NPSF female 0103309 

B Suction cup BF80P Polyurethane 30/50, G3/8" male with mesh filter 0107326 

B Suction cup BF80P Polyurethane 60, G3/8" male with mesh filter 0107327 

B Suction cup BF80P Polyurethane 30/50, G3/8" male 0106985 

B Suction cup BF80P Polyurethane 60, G3/8" male 0107476 

/8", NP 

A 

B 

Suction cups 

BF-P 

44 



BF110P 










polyurethane. 



Material 





Volume 

Min. 

curve 

radius 

Max. 

vertical 

movement 


PU30°/60° 128 229 225 106 210 246 110 55 24 110 

PU60° 161 334 293 123 231 305 110 70 24 110 




°Shore A 

°C 



Weight 

rubber 

part 


Wear 


resistance 

& ozone 

acids 







Art. No. 

A Suction cup BF110P Polyurethane 30/60, thread insert G3/8" male with mesh filter 0110290 

B Suction cup BF110P Polyurethane 30/60, 3/8" NPSF female 0110291 

A Suction cup BF110P Polyurethane 60, thread insert G3/8" male with mesh filter 0110287 

B Suction cup BF110P Polyurethane 60, 3/8" NPSF female 0110288 

A 

Rubber parts 

Art. No. 

Suction cup BF110P Polyurethane 30/60 with O-ring 0110289 

Suction cup BF110P Polyurethane 60, with O-ring 0110286 

B 

53 

Suction cups 

BF-P 

O 115 

Fittings 

Art. No. 





BL20-2 

SUCTION CUP WITH LONG BELLOWS 



objects. 

Less suitable when the lifting force is parallel to 

the surface of the object. 







Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


0.32/3.2* 0.62/6.2* — — — — 4.0 4.0 13 3 




°Shore A 

°C 




Material 


resistance 

& ozone 

acids 





Art. No. 

A Suction cup BL20-2 Chloroprene, M5 female 0101193 

A Suction cup BL20-2 Chloroprene, M5 female, with dual flow control valve 0101199 

B Suction cup BL20-2 Chloroprene, G1/8" male, with mesh filter 0101194 

B Suction cup BL20-2 Chloroprene, G1/8" male, with mesh filter and dual flow control valve 0101200 

C Suction cup BL20-2 Chloroprene, G1/8" male/M5 female, with mesh filter 0101198 

C Suction cup BL20-2 Chloroprene, G1/8" male/M5 female, with dual flow control valve 0101202 

D Suction cup BL20-2 Chloroprene, 5xM5 female 0101197 

D Suction cup BL20-2 Chloroprene, 5xM5 female, with dual flow control valve 0101203 

A Suction cup BL20-2 Silicone, M5 female 0101204 

A Suction cup BL20-2 Silicone, M5 female, with dual flow control valve 0101210 

B Suction cup BL20-2 Silicone, G1/8" male, with mesh filter 0101205 

B Suction cup BL20-2 Silicone, G1/8" male, with mesh filter and dual flow control valve 0101211 

C Suction cup BL20-2 Silicone, G1/8" male/M5 female, with mesh filter 0101209 

C Suction cup BL20-2 Silicone, G1/8" male/M5 female, with dual flow control valve 0101213 

D Suction cup BL20-2 Silicone, 5xM5 female 0101208 

D Suction cup BL20-2 Silicone, 5xM5 female, with dual flow control valve 0101214 

E Suction cup BL20-2 Chloroprene, G1/8" male/M5 female, PA 0109844 

E Suction cup BL20-2 Silicone, G1/8" male/M5 female, PA 0110339 

Weight 

rubber 

part 



M5 

G1/8" 

5xM5 

28.9 

27.9 7 

31.9 

20 

20 

A B C D 

20 

E 

Rubber parts 

Art. No. 

Suction cup BL20-2 Chloroprene 0101115 

Suction cup BL20-2 Silicone 0101116 

22.9 

Suction cups 

BL 

20 

Fittings 

Art. No. 













BL30-2 




objects. 









Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


0.64/6.4* 1.6/16.0* — — — — 27 15 20 10 




°Shore A 

°C 




Material 


resistance 

& ozone 

acids 





Art. No. 

A Suction cup BL30-2 Chloroprene, 1/8" NPSF female, with mesh filter 0101501 

A Suction cup BL30-2 Chloroprene, 1/8" NPSF female, with dual flow control valve 0101502 



C Suction cup BL30-2 Chloroprene, G3/8" male, with mesh filter 0101498 

C Suction cup BL30-2 Chloroprene, G3/8" male, with mesh filter and dual flow control valve 0101505 

D Suction cup BL30-2 Chloroprene, 5x1/8" NPSF female 0101500 

D Suction cup BL30-2 Chloroprene, 5x1/8" NPSF female, with dual flow control valve 0101507 

A Suction cup BL30-2 Silicone, 1/8" NPSF female, with mesh filter 0101514 

A Suction cup BL30-2 Silicone, 1/8" NPSF female, with dual flow control valve 0101515 



C Suction cup BL30-2 Silicone, G3/8" male, with mesh filter 0101511 

C Suction cup BL30-2 Silicone, G3/8" male, with mesh filter and dual flow control valve 0101518 

D Suction cup BL30-2 Silicone, 5x1/8" NPSF female 0101513 

D Suction cup BL30-2 Silicone, 5x1/8" NPSF female, with dual flow control valve 0101520 

E Suction cup BL30-2 Chloroprene, 1/8" NPSF female, PA 0110951 

E Suction cup BL30-2 Silicone, 1/8" NPSF female, PA 0110340 

Weight 

rubber 

part 



1/8" NPSF 

G1/4" 

G3/8" 

5x1/8"NPSF 

40.5 

38.5 9 

38.5 10 

50.5 

30 

30 

30 

A B C D 

30 

E 

Rubber parts 

Art. No. 



32.5 

30 

Suction cups 

BL 

Fittings 

Art. No 













BL40-2 




objects. 









Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


1.1/11.0* 2.2/22.0* — — — — 27 15 33 10 




°Shore A 

°C 




Material 


resistance 

& ozone 

acids 





Art. No. 



















Weight 

rubber 

part 



1/8" NPSF 

G1/4" 

G3/8" 

5x1/8"NPSF 

50.4 

48.4 9 

48.4 10 

40 

40 

A B C D 

40 

40 

E 

Rubber parts 

Art. No. 



42.4 

60.4 

Suction cups 

BL 

40 

Fittings 

Art. No 













B-BL40-2 


Suction cup without fitting, specially designed for 

the food industry (bakery). 



objects. 









Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


1.1/11.0* 2.2/22.0* — — — — 27 15 33 10 




°Shore A 

°C 

Silicone, SIL White 30 -70–200 

Weight 

rubber 

part 


Material 


resistance 

& Ozone 

acids 






Art. No. 

Suction cup B-BL40-2 Silicone 3150227 

Suction cups 

BL 



BL50-2 




objects. 









Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


Material 


resistance 

& ozone 

acids 





Art. No. 



















Weight 

rubber 

part 


1.7/17.0* 4.3/43* — — — — 55 15 34 20.0 




°Shore A 

°C 





1/8" NPSF 

G3/8" 

5x 1/8" NPSF 

62 

59 10 

71 

48 

50 

48 

50 

A B C D 

48 

50 

E 

Rubber parts 

Art. No. 



53 

Suction cups 

BL 

Fittings 

Art. No 












SUCTION CUPS BL-P 

BL40-3P 

SUCTION CUP SPECIALLY DESIGNED FOR 

PLASTIC BAG HANDLING 

High-flow fitting allowing high initial vacuum flow 

needed for plastic bag handling. 

Suitable for level adjustment and uneven 

surfaces. 

Dual hardness allowing strength and stability in 

conjunction with softness and flexibility. 

DURAFLEX® material features the elasticity of 

rubber in combination with the wear resistance of 

polyurethane. 

The DURAFLEX® material is mark-free. 






Volume 

Min. 

curve 

radius 

Max. 

vertical 

movement 


20 43 55 13* 24* 36* 27 13 21 12 

Weight 

rubber 

part 






°Shore A 

°C 


Polyurethane, PU70 Black 70 10–50 


Wear 


resistance 

& ozone 

acids 




SUCTION CUPS BL-P 


Complete suction cup 

Art. No. 

A Suction cup BL40-3P Polyurethane 30/70, G3/8" male 0111791 

B Suction cup BL40-3P Polyurethane 30/70, 3/8" NPT male 0112693 

/8 

3/ - P 

58 

10 

40 

40 

A 

B 

Rubber part 

Art. No. 

Suction cup BL40-3P Polyurethane 30/70 0112667 

42. 

59 

11 

40 

Fittings 

Art. No. 

Fitting G3/8" male 0112662 

Fitting 3/8" NPT male 0112692 


Suction cups 

BL-P 


SUCTION CUPS BX-P 

BX25P 

SUCTION CUP WITH 2½ BELLOWS 










polyurethane. 

The material DURAFLEX® is mark free. 


Material 





Volume 

Min. 

curve 

radius 

Max. 

vertical 

movement 


PU30°/60° 8.0 13.0 18.0 5.0* 10.0* 12.0* 3.0 6.0 8.5 3 

PU60° 9.0 14.0 18.0 7.0* 11.0* 15.0* 3.0 8.0 8.5 3 

Weight 

rubber 

part 






°Shore A 

°C 




Wear 


resistance 

& ozone 

acids 







Art. No. 

A Suction cup BX25P Polyurethane 30/60 with filter, M5 female 0109404 

A Suction cup BX25P Polyurethane 30/60 with filter, M5 female, with dual flow control valve 0110326 

B Suction cup BX25P Polyurethane 30/60 with filter, G1/8" male / M5 female 0109402 

B Suction cup BX25P Polyurethane 30/60 with filter, G1/8" male / M5 female, with dual flow control valve 0109403 

C Suction cup BX25P Polyurethane 30/60 with filter, 5xM5 female 0109405 

C Suction cup BX25P Polyurethane 30/60 with filter, 5xM5 female, with dual flow control valve 0110327 

A Suction cup BX25P Polyurethane 60 with filter, M5 female 0109400 

A Suction cup BX25P Polyurethane 60 with filter, M5 female, with dual flow control valve 0110324 

B Suction cup BX25P Polyurethane 60 with filter, G1/8" male / M5 female 0109398 

B Suction cup BX25P Polyurethane 60 with filter, G1/8" male / M5 female, with dual flow control valve 0109399 

C Suction cup BX25P Polyurethane 60 with filter, 5xM5 female 0109401 

C Suction cup BX25P Polyurethane 60 with filter, 5xM5 female, with dual flow control valve 0110325 

A B C 

Rubber parts 

Art. No. 

Suction cup BX25P Polyurethane 30/60 0109006 

Suction cup BX25P Polyurethane 30/60, with filter 0109312 

Suction cup BX25P Polyurethane 60 0108240 

Suction cup BX25P Polyurethane 60, with filter 0109397 

Suction cups 

BX-P 

Fittings 

Art. No. 



Fitting G1/8" male/M5 female 3250004 







BX35P 











polyurethane. 



Material 





Volume 

Min. 

curve 

radius 

Max. 

vertical 

movement 


PU30°/60° 12.0 20.0 28 14.0* 27* 34* 10.0 10.0 14.0 8.0 

PU60° 15.0 25 30 22.0* 30* 36* 10.0 10.0 14.0 8.0 

Weight 

rubber 

part 






°Shore A 

°C 




Wear 


resistance 

& ozone 

acids 







Art. No. 

A Suction cup BX35P Polyurethane 30/60 with filter, 1/8" NPSF female 0106604 

A Suction cup BX35P Polyurethane 30/60 with filter, 1/8" NPSF female, with dual flow control valve 0106605 

B Suction cup BX35P Polyurethane 30/60 with filter, G3/8" male, with mesh filter 0107377 

B Suction cup BX35P Polyurethane 30/60 with filter, G3/8" male, with mesh filter and dual flow control valve 0107378 

A Suction cup BX35P Polyurethane 60 with filter, 1/8" NPSF female 0107561 

A Suction cup BX35P Polyurethane 60 with filter, 1/8" NPSF female, with dual flow control valve 0107562 

B Suction cup BX35P Polyurethane 60 with filter, G3/8" male, with mesh filter 0107379 

B Suction cup BX35P Polyurethane 60 with filter, G3/8" male, with mesh filter and dual flow control valve 0107380 

G3/8" 

32.8 10 

A 

B 

37 

Rubber parts 

Art. No. 



26.8 

37 

Fittings 

Art. No. 

Fitting 1/8" NPSF female 3250005 





Suction cups 

BX-P 



BX52P 











polyurethane. 



Material 





Volume 

Min. 

curve 

radius 

Max. 

vertical 

movement 


PU30°/60° 32 56 75 28* 44* 54* 30 32 19.0 24 

PU60° 37 59 80 27* 49* 56* 30 32 19.0 24 






°Shore A 

°C 




Wear 


resistance 

& ozone 

acids 





Art. No. 

A Suction cup BX52P Polyurethane 30/60 with filter, 1/8" NPSF female 0104727 

A Suction cup BX52P Polyurethane 30/60 with filter, 1/8" NPSF female, with mesh filter 0106044 

A Suction cup BX52P Polyurethane 30/60 with filter, 1/8" NPSF female, with dual flow control valve 0106019 

B Suction cup BX52P Polyurethane 30/60 with filter, G1/4" male, with mesh filter 0106045 

B Suction cup BX52P Polyurethane 30/60 with filter, G1/4" male, with dual flow control valve 0106739 

C Suction cup BX52P Polyurethane 30/60 with filter, G3/8" male, with mesh filter 0106740 

C Suction cup BX52P Polyurethane 30/60 with filter, G3/8" male, with dual flow control valve 0106741 

D Suction cup BX52P Polyurethane 30/60 with filter, 5x1/8" NPSF female 0106046 

D Suction cup BX52P Polyurethane 30/60 with filter, 5x1/8" NPSF female, with dual flow control valve 0106742 

A Suction cup BX52P Polyurethane 60 with filter, 1/8" NPSF female 0107383 

A Suction cup BX52P Polyurethane 60 with filter, 1/8" NPSF female, with mesh filter 0107382 

A Suction cup BX52P Polyurethane 60 with filter, 1/8" NPSF female, with dual flow control valve 0107384 

B Suction cup BX52P Polyurethane 60 with filter, G1/4" male, with mesh filter 0107385 

B Suction cup BX52P Polyurethane 60 with filter, G1/4" male, with dual flow control valve 0107386 

C Suction cup BX52P Polyurethane 60 with filter, G3/8" male, with mesh filter 0107387 

C Suction cup BX52P Polyurethane 60 with filter, G3/8" male, with dual flow control valve 0107388 

D Suction cup BX52P Polyurethane 60 with filter, 5x1/8" NPSF female 0107389 

D Suction cup BX52P Polyurethane 60 with filter, 5x1/8" NPSF female, with dual flow control valve 0107390 

Weight 

rubber 

part 



A B C D 

Rubber parts 

Art. No. 



53 

Fittings 

Art. No 











Suction cups 

BX-P 



BX75P 











polyurethane. 



Material 





Volume 

Min. 

curve 

radius 

Max. 

vertical 

movement 


PU30°/60° 62 110 141 39* 83* 116* 80 23.0 26 71 

PU60° 80 120 166 78* 114* 150* 80 23.0 26 71 

Weight 

rubber 

part 






°Shore A 

°C 




Wear 


resistance 

& ozone 

acids 







Art. No. 

A Suction cup BX75P Polyurethane 30/60, G3/8" male / 1/8" NPSF female 0106293 

A Suction cup BX75P Polyurethane 30/60 with filter, G3/8" male / 1/8" NPSF female 0106606 

B Suction cup BX75P Polyurethane 30/60 with filter, thread insert G3/8" male 0107151 

B Suction cup BX75P Polyurethane 60 with filter, thread insert G3/8" male 0107149 

C Suction cup BX75P Polyurethane 30/60 med filter, 3/8" NPSF female 0108794 

C Suction cup BX75P Polyurethane 60 with filter, 3/8" NPSF female 0108795 

A B C 

Rubber parts 

Art. No. 

Suction cup BX75P Polyurethane 30/60 with filter, for thread insert 0107145 

Suction cup BX75P Polyurethane 60 with filter, for thread insert 0107150 

Fittings 

Art. No. 

Thread insert G3/8" male, with O-ring 0106797 


Suction cups 

BX-P 



BX110P 











polyurethane. 



Material 





Volume 

Min. 

curve 

radius 

Max. 

vertical 

movement 


PU30°/60° 158 306 346 83* 258* 260* 230 55 39 237 

PU60° 181 426 424 158* 244* 293* 230 55 39 237 

Weight 

rubber 

part 






°Shore A 

°C 




Wear 


resistance 

& ozone 

acids 







Art. No. 

A Suction cup BX110P Polyurethane 30/60 with filter, thread insert G3/8" male 0108273 

B Suction cup BX110P Polyurethane 30/60 with filter, 3/8" NPSF female 0108403 

A Suction cup BX110P Polyurethane 60 with filter, thread insert G3/8" male 0108341 

B Suction cup BX110P Polyurethane 60 with filter, 3/8" NPSF female 0108404 

A 

Rubber parts 

Art. No. 

Suction cup BX110P Polyurethane 30/60 0107093 


Suction cup BX110P Polyurethane 60 0108339 


B 

Suction cups 

BX-P 

Fittings 

Art. No. 

Thread insert G3/8" male, with O-ring 0106797 




D15-2 

DEEP SUCTION CUP 

Suitable for objects with curved or irregular 

surfaces. 

Grips around corners and edges. 






Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


2.9 7.8 11.0 — — — 0.9 6.0 3.0 1.2 




°Shore A 

°C 



Weight 

rubber 

part 


Material 


resistance 

& ozone 

acids 







Art. No. 

Suction cup D15-2 Chloroprene, M5 male 3150010 

Suction cup D15-2 Silicone, M5 male 

3150010S 

No.10(3/16)UN 

16 

Rubber parts 

Art. No. 

Suction cup D15-2 Chloroprene 3150135 

Suction cup D15-2 Silicone 

3150135S 

16.6 

21. 3. 

16 

Fittings 

Art. No. 



Suction cups 

D 



D20-2 



surfaces. 







Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


5.9 15.0 18.0 — — — 2.5 8.0 4.5 2.2 




°Shore A 

°C 




Material 


resistance 

& ozone 

acids 





Art. No. 

A Suction cup D20-2 Chloroprene, M5 female 0101215 

A Suction cup D20-2 Chloroprene, M5 female, with dual flow control valve 0101221 

B Suction cup D20-2 Chloroprene, G1/8" male, with mesh filter 0101216 

B Suction cup D20-2 Chloroprene, G1/8" male, with mesh filter and dual flow control valve 0101222 

C Suction cup D20-2 Chloroprene, G1/8" male/M5 female, with mesh filter 0101220 

C Suction cup D20-2 Chloroprene, G1/8" male/M5 female, with dual flow control valve 0101224 

D Suction cup D20-2 Chloroprene, 5xM5 female 0101219 

D Suction cup D20-2 Chloroprene, 5xM5 female, with dual flow control valve 0101225 

A Suction cup D20-2 Silicone, M5 female 0101226 

A Suction cup D20-2 Silicone, M5 female, with dual flow control valve 0101232 

B Suction cup D20-2 Silicone, G1/8" male, with mesh filter 0101227 

B Suction cup D20-2 Silicone, G1/8" male, with mesh filter and dual flow control valve 0101233 

C Suction cup D20-2 Silicone, G1/8" male/M5 female, with mesh filter 0101231 

C Suction cup D20-2 Silicone, G1/8" male/M5 female, with dual flow control valve 0101235 

D Suction cup D20-2 Silicone, 5xM5 female 0101230 

D Suction cup D20-2 Silicone, 5xM5 female, with dual flow control valve 0101236 

E Suction cup D20-2 Chloroprene, G1/8" male/M5 female, PA 0110947 

E Suction cup D20-2 Silicone, G1/8" male/M5 female, PA 0110331 

Weight 

rubber 

part 



M5 

G1/8" 

G1/8" 

19.2 

18.2 7 

14.7 6 

22 

22 

22 

A B C D 

E 

Rubber parts 

Art. No. 


Suction cup D20-2 Silicone 0101124 

13.2 

22 

Fittings 

Art. No. 











Suction cups 

D 



D30-2 



surfaces. 







Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


14.0 26 31 — — — 5.0 13 5.0 4.0 




°Shore A 

°C 




Material 


resistance 

& ozone 

acids 





Art. No. 

A Suction cup D30-2 Chloroprene, M5 female 0101237 

A Suction cup D30-2 Chloroprene, M5 female, with dual flow control valve 0101243 

B Suction cup D30-2 Chloroprene, G1/8" male, with mesh filter 0101238 

B Suction cup D30-2 Chloroprene, G1/8" male, with mesh filter and dual flow control valve 0101244 

C Suction cup D30-2 Chloroprene, G1/8" male/M5 female, with mesh filter 0101242 

C Suction cup D30-2 Chloroprene, G1/8" male/M5 female, with dual flow control valve 0101246 

D Suction cup D30-2 Chloroprene, 5xM5 female 0101241 

D Suction cup D30-2 Chloroprene, 5xM5 female, with dual flow control valve 0101247 

A Suction cup D30-2 Silicone, M5 female 0101248 

A Suction cup D30-2 Silicone, M5 female, with dual flow control valve 0101254 

B Suction cup D30-2 Silicone, G1/8" male, with mesh filter 0101249 

B Suction cup D30-2 Silicone, G1/8" male, with mesh filter and dual flow control valve 0101255 

C Suction cup D30-2 Silicone, G1/8" male/M5 female, with mesh filter 0101253 

C Suction cup D30-2 Silicone, G1/8" male/M5 female, with dual flow control valve 0101257 

D Suction cup D30-2 Silicone, 5xM5 female 0101252 

D Suction cup D30-2 Silicone, 5xM5 female, with dual flow control valve 0101258 

E Suction cup D30-2 Chloroprene, G1/8" male/M5 female, PA 0110945 

E Suction cup D30-2 Silicone, G1/8" male/M5 female, PA 0110332 

Weight 

rubber 

part 



M5 

G1/8" 

G1/8" 

M5 

5xM5 

25.2 

24.2 7 

20.7 6 

32 

32 

32 

A B C D 

32 

E 

Rubber parts 

Art. No. 


Suction cup D30-2 Silicone 0101126 

19.2 

28.2 

32 

Fittings 

Art. No. 











Suction cups 

D 



D50 



surfaces. 







Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


36 78 98 — — — 15 25 10 18 




°Shore A 

°C 




Material 


resistance 

& ozone 

acids 





Art. No. 

A Suction cup D50 Chloroprene, 1/8" NPSF female, with mesh filter 0101727 

A Suction cup D50 Chloroprene, 1/8" NPSF female, with dual flow control valve 0101728 

B Suction cup D50 Chloroprene, G1/4" male, with mesh filter 0101722 

B Suction cup D50 Chloroprene, G1/4" male, with mesh filter and dual flow control valve 0101729 

C Suction cup D50 Chloroprene, G3/8" male, with mesh filter 0101724 

C Suction cup D50 Chloroprene, G3/8" male, with mesh filter and dual flow control valve 0101731 

D Suction cup D50 Chloroprene, 5x1/8" NPSF female 0101726 

D Suction cup D50 Chloroprene, 5x1/8" NPSF female, with dual flow control valve 0101733 

A Suction cup D50 Silicone, 1/8" NPSF female, with mesh filter 0101740 

A Suction cup D50 Silicone, 1/8" NPSF female, with dual flow control valve 0101741 

B Suction cup D50 Silicone, G1/4" male, with mesh filter 0101735 

B Suction cup D50 Silicone, G1/4" male, with mesh filter and dual flow control valve 0101742 

C Suction cup D50 Silicone, G3/8" male, with mesh filter 0101737 

C Suction cup D50 Silicone, G3/8" male, with mesh filter and dual flow control valve 0101744 

D Suction cup D50 Silicone, 5x1/8" NPSF female 0101739 

D Suction cup D50 Silicone, 5x1/8" NPSF female, with dual flow control valve 0101746 

E Suction cup D50 Chloroprene, 1/8" NPSF female, PA 0109841 

E Suction cup D50 Silicone, 1/8" NPSF female, PA 0110333 

Weight 

rubber 

part 



1/8" NPSF 

G3/8" 

5x 1/8" NPSF 

40.5 

37.5 10 

49.5 

53 

53 

A B C D 

53 

E 

Rubber parts 

Art. No. 

Suction cup D50 Chloroprene 0101127 

Suction cup D50 Silicone 0101128 

31.5 

53 

Suction cups 

D 

Fittings 

Art. No 













F15 

FLAT SUCTION CUP WITH CLEATS 

Suitable for flat objects. 

Good stability and little inherent movement. 

Recommended when the lifting force is parallel to 


Cleats prevent thin, sensitive objects from being 

deformed and gives extra friction when the lifting 

force is parallel. 






Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


3.5 8.5 11.0 3.5 6.5 7.5 0.37 13 1.0 0.9 




°Shore A 

°C 



Weight 

rubber 

part 


Material 


resistance 

& ozone 

acids 







Art. No. 

Suction cup F15 Chloroprene, M5 male 3150014 

Suction cup F15 Silicone, M5 male 

3150014S 

M5 

No.10(3/16)UNF 

16 

3.5 

15.7 

Rubber parts 

Art. No. 

Suction cup F15 Chloroprene 3150125 

Suction cup F15 Silicone 

3150125S 

Fittings 

Art. No. 



Suction cups 

F 



F20 














Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


6.0 14.5 19.0 5.0 8.0 8.5 1.0 18 1.5 1.2 




°Shore A 

°C 



Weight 

rubber 

part 


Material 


resistance 

& ozone 

acids 







Art. No. 

A Suction cup F20 Chloroprene, M5 female 0101259 

A Suction cup F20 Chloroprene, M5 female, with dual flow control valve 0101265 

B Suction cup F20 Chloroprene, G1/8" male, with mesh filter 0101260 

B Suction cup F20 Chloroprene, G1/8" male, with mesh filter and dual flow control valve 0101266 

C Suction cup F20 Chloroprene, G1/8" male/M5 female, with mesh filter 0101264 

C Suction cup F20 Chloroprene, G1/8" male/M5 female, with dual flow control valve 0101268 

D Suction cup F20 Chloroprene, 5xM5 female 0101263 

D Suction cup F20 Chloroprene, 5xM5 female, with dual flow control valve 0101269 

A Suction cup F20 Silicone, M5 female 0101270 

A Suction cup F20 Silicone, M5 female, with dual flow control valve 0101276 

B Suction cup F20 Silicone, G1/8" male, with mesh filter 0101271 

B Suction cup F20 Silicone, G1/8" male, with mesh filter and dual flow control valve 0101277 

C Suction cup F20 Silicone, G1/8" male/M5 female, with mesh filter 0101275 

C Suction cup F20 Silicone, G1/8" male/M5 female, with dual flow control valve 0101279 

D Suction cup F20 Silicone, 5xM5 female 0101274 

D Suction cup F20 Silicone, 5xM5 female, with dual flow control valve 0101280 

E Suction cup F20 Chloroprene, G1/8" male/M5 female, PA 0110950 

E Suction cup F20 Silicone, G1/8" male/M5 female, PA 0110334 

14 

M5 

22 

13 7 

G1/8" 

22 

A B C D 

Suction cups 

F 

E 

Rubber parts 

Art. No. 


Suction cup F20 Silicone 0101130 

8 

22 

Fittings 

Art. No. 













F25 














Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


9.0 19.5 25 8.0 9.0 10.0 1.1 22 1.5 1.8 




°Shore A 

°C 



Weight 

rubber 

part 


Material 


resistance 

& ozone 

acids 







Art. No. 

A Suction cup F25 Chloroprene, M5 female 0101292 

A Suction cup F25 Chloroprene, M5 female, with dual flow control valve 0101298 

B Suction cup F25 Chloroprene, G1/8" male, with mesh filter 0101293 

B Suction cup F25 Chloroprene, G1/8" male, with mesh filter and dual flow control valve 0101299 

C Suction cup F25 Chloroprene, G1/8" male/M5 female, with mesh filter 0101297 

C Suction cup F25 Chloroprene, G1/8" male/M5 female, with dual flow control valve 0101301 

D Suction cup F25 Chloroprene, 5xM5 female 0101296 

D Suction cup F25 Chloroprene, 5xM5 female, with dual flow control valve 0101302 

A Suction cup F25 Silicone, M5 female 0101303 

A Suction cup F25 Silicone, M5 female, with dual flow control valve 0101309 

B Suction cup F25 Silicone, G1/8" male, with mesh filter 0101304 

B Suction cup F25 Silicone, G1/8" male, with mesh filter and dual flow control valve 0101310 

C Suction cup F25 Silicone, G1/8" male/M5 female, with mesh filter 0101308 

C Suction cup F25 Silicone, G1/8" male/M5 female, with dual flow control valve 0101312 

D Suction cup F25 Silicone, 5xM5 female 0101307 

D Suction cup F25 Silicone, 5xM5 female, with dual flow control valve 0101313 

E Suction cup F25 Chloroprene, G1/8" male/M5 female, PA 0109842 

E Suction cup F25 Silicone, G1/8" male/M5 female, PA 0110335 

M5 

G1/8" 

G1/8" 

5x M5 

15 

27 

14 7 

10.5 6 

18 

27 

A B C D 

27 

27 

Suction cups 

F 

E 

Rubber parts 

Art. No. 


Suction cup F25 Silicone 0101132 

Fittings 

Art. No. 













F30-2 














Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


12.0 25 31 11.0 16.0 20.0 2.0 25 2.0 2.2 




°Shore A 

°C 




Material 


resistance 

& ozone 

acids 





Art. No. 

A Suction cup F30-2 Chloroprene, M5 female 0101325 

A Suction cup F30-2 Chloroprene, M5 female, with dual flow control valve 0101331 

B Suction cup F30-2 Chloroprene, G1/8" male, with mesh filter 0101326 

B Suction cup F30-2 Chloroprene, G1/8" male, with mesh filter and dual flow control valve 0101332 

C Suction cup F30-2 Chloroprene, G1/8" male/M5 female, with mesh filter 0101330 

C Suction cup F30-2 Chloroprene, G1/8" male/M5 female, with dual flow control valve 0101334 

C Suction cup F30-2 Chloroprene, G1/8" male/M5 female, with cone valve 3250039 

D Suction cup F30-2 Chloroprene, 5xM5 female 0101329 

A Suction cup F30-2 Silicone, M5 female 0101341 

A Suction cup F30-2 Silicone, M5 female, with dual flow control valve 0101347 

B Suction cup F30-2 Silicone, G1/8" male, with mesh filter 0101342 

B Suction cup F30-2 Silicone, G1/8" male, with mesh filter and dual flow control valve 0101348 

C Suction cup F30-2 Silicone, G1/8" male/M5 female, with mesh filter 0101346 

C Suction cup F30-2 Silicone, G1/8" male/M5 female, with dual flow control valve 0101350 

C Suction cup F30-2 Silicone, G1/8" male/M5 female, with cone valve 3250039S 

D Suction cup F30-2 Silicone, 5xM5 female 0101345 

D Suction cup F30-2 Silicone, 5xM5 female, with dual flow control valve 0101351 

E Suction cup F30-2 Chloroprene, G1/8" male/M5 female PA 0109846 

E Suction cup F30-2 Silicone, G1/8" male/M5 female PA 0110344 

Weight 

rubber 

part 



M5 

G1/8" 

G1/8" 

5x M5 

16.4 

7 

15.4 

11.9 6 

19.4 

32 

32 

32 

A B C D 

32 

E 

Rubber parts 

Art. No. 

Suction cup F30-2 Chloroprene 0101133 

Suction cup F30-2 Chloroprene, for fitting with cone valve 3150239 

Suction cup F30-2 Silicone 0101134 

Suction cup F30-2 Silicone, for fitting with cone valve 

3150239S 

10.4 

32 

Fittings 

Art. No. 







Fitting G1/8" male/M5 female, with cone valve 0101155 





Suction cups 

F 



F40-2 










Lifting force vertical to the surface, N, at 

vacuum level 

Lifting force parallel to the surface, N, at 

vacuum level 

Volume 

Min. 

curve 

radius 

Max. 

vertical 

movement 


20.0 40 50 15.0 25 30 4.8 52 2.5 5.5 




°Shore A 

°C 





Material 


resistance 

& Ozone 

acids 





Art. No. 

A Suction cup F40-2 Nitrile-PVC, 1/8" NPSF female, with mesh filter 0101572 

A Suction cup F40-2 Nitrile-PVC, 1/8" NPSF female, with dual flow control valve 0101573 

A Suction cup F40-2 Nitrile-PVC, 1/8" NPSF female, with cone valve 3150050P 

B Suction cup F40-2 Nitrile-PVC, G1/4" male, with mesh filter 0101567 

B Suction cup F40-2 Nitrile-PVC, G1/4" male, with mesh filter and dual flow control valve 0101574 

C Suction cup F40-2 Nitrile-PVC, G3/8" male, with mesh filter 0101569 

C Suction cup F40-2 Nitrile-PVC, G3/8" male, with mesh filter and dual flow control valve 0101576 

D Suction cup F40-2 Nitrile-PVC, 5x1/8" NPSF female 0101571 

D Suction cup F40-2 Nitrile-PVC, 5x1/8" NPSF female, with dual flow control valve 0101578 

A Suction cup F40-2 Silicone, 1/8" NPSF female, with mesh filter 0101553 

A Suction cup F40-2 Silicone, 1/8" NPSF female, with dual flow control valve 0101554 

A Suction cup F40-2 Silicone, 1/8" NPSF female, with cone valve 3150050S 



C Suction cup F40-2 Silicone, G3/8" male, with mesh filter 0101550 

C Suction cup F40-2 Silicone, G3/8" male, with mesh filter and dual flow control valve 0101557 

D Suction cup F40-2 Silicone, 5x1/8" NPSF female 0101552 

D Suction cup F40-2 Silicone, 5x1/8" NPSF female, with dual flow control valve 0101559 

E Suction cup F40-2 Nitrile-PVC, 1/8" NPSF female PA 0109847 

E Suction cup F40-2 Silicone, 1/8" NPSF female PA 0110345 

Weight 

rubber 

part 



1/8" NPSF 

G3/8" 

5x1/8" NPSF 

21 

42 

19 10 

31 

42 

A B C D 

42 

E 

Rubber parts 

Art. No. 

Suction cup F40-2 Nitrile-PVC 0101135 

Suction cup F40-2 Nitrile-PVC, for fitting with cone valve 

3150240P 



3150240S 

Fittings 

Art. No 



Fitting 1/8" NPSF female, with cone valve 0101156 









Suction cups 

F 



F50-2 














Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


36 74 96 24.0 40 50 10 55 3.0 14 




°Shore A 

°C 






Material 


resistance 

& ozone 

acids 






Art. No. 

A Suction cup F50-2 Nitrile-PVC, 1/8" NPSF female, with mesh filter 0101772 

A Suction cup F50-2 Nitrile-PVC, 1/8" NPSF female, with dual flow control valve 0101773 

A Suction cup F50-2 Nitrile-PVC, 1/8" NPSF female, with cone valve 3150051P 

B Suction cup F50-2 Nitrile-PVC, G1/4" male, with mesh filter 0101767 

B Suction cup F50-2 Nitrile-PVC, G1/4" male, with mesh filter and dual flow control valve 0101774 

C Suction cup F50-2 Nitrile-PVC, G3/8" male, with mesh filter 0101769 

C Suction cup F50-2 Nitrile-PVC, G3/8" male, with mesh filter and dual flow control valve 0101776 

D Suction cup F50-2 Nitrile-PVC, 5x1/8" NPSF female 0101771 

D Suction cup F50-2 Nitrile-PVC, 5x1/8" NPSF female, with dual flow control valve 0101778 

A Suction cup F50-2 Silicone, 1/8" NPSF female, with mesh filter 0101753 

A Suction cup F50-2 Silicone, 1/8" NPSF female, with dual flow control valve 0101754 

A Suction cup F50-2 Silicone, 1/8" NPSF female, with cone valve 3150051S 



C Suction cup F50-2 Silicone, G3/8" male, with mesh filter 0101750 

C Suction cup F50-2 Silicone, G3/8" male, with mesh filter and dual flow control valve 0101757 

D Suction cup F50-2 Silicone, 5x1/8" NPSF female 0101752 

D Suction cup F50-2 Silicone, 5x1/8" NPSF female, with dual flow control valve 0101759 

A Suction cup F50-2 Therban®, 1/8" NPSF female 0108181 

B Suction cup F50-2 Therban®, G1/4" male, with mesh filter 0108182 

C Suction cup F50-2 Therban®, G3/8" male, with mesh filter 0108183 

E Suction cup F50-2 Nitrile-PVC, 1/8" NPSF female, PA 0110952 

E Suction cup F50-2 Silicone, 1/8" NPSF female, PA 0110346 

Weight 

rubber 

part 



/4 

23. 9 

A B C D 

E 

Rubber parts 

Art. No. 

Suction cup F50-2 Nitrile-PVC 0101137 

Suction cup F50-2 Nitrile-PVC, for fitting with cone valve 

3150241P 



3150241S 

Suction cup F50-2 Therban® 0108166 

Fittings 

Art. No 













Suction cups 

F 



F75 














Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


80 200 270 60 110 140 20 150 3.0 23 




°Shore A 

°C 





Weight 

rubber 

part 


Material 


resistance 

& ozone 

acids 








Art. No. 

Suction cup F75 Nitrile-PVC, 1/8" NPSF female, with mesh filter 0101873 

Suction cup F75 Nitrile-PVC, G3/8" female, with mesh filter 0101874 

Suction cup F75 Nitrile-PVC, G3/8" female, with cone valve 0101877 

Suction cup F75 Nitrile-PVC, 3/8" NPSF female, with mesh filter 0101875 

Suction cup F75 Nitrile-PVC, G1/2" female, with mesh filter 0101876 

Suction cup F75 Nitrile-PVC, G1/2" female, with cone valve 0101879 

Suction cup F75 Silicone, 1/8" NPSF female, with mesh filter 0101866 

Suction cup F75 Silicone, G3/8" female, with mesh filter 0101867 

Suction cup F75 Silicone, G3/8" female, with cone valve 0101870 

Suction cup F75 Silicone, 3/8" NPSF female, with mesh filter 0101868 

Suction cup F75 Silicone, G1/2" female, with mesh filter 0101869 

Suction cup F75 Silicone, G1/2" female, with cone valve 0101872 

Suction cup F75 Therban®, 1/8" NPSF female, with mesh filter 0108184 

Suction cup F75 Therban®, G3/8" female, with mesh filter 0108185 

Suction cup F75 Therban®, 3/8" NPSF female, with mesh filter 0108186 

Suction cup F75 Therban®, G1/2" female, with mesh filter 0108187 

Rubber parts 

Suction cup F75 Nitrile-PVC 


Suction cup F75 Therban® 

Art. No. 

3150131P 

3150131S 

3150131T 

Suction cups 

F 

Fittings 

Art. No. 



Fitting G3/8" female, with cone valve 0100552 







F110 














Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


140 420 560 140 250 300 70 250 4.0 66 




°Shore A 

°C 





Weight 

rubber 

part 


Material 


resistance 

& ozone 

acids 








Art. No. 

A Suction cup F110 Nitrile-PVC, G3/8" female, with mesh filter 0101915 

A Suction cup F110 Nitrile-PVC, 3/8" NPSF female, with mesh filter 0101916 


B Suction cup F110 Nitrile-PVC, G1/2" female, with cone valve 0101921 

A Suction cup F110 Silicone, G3/8" female, with mesh filter 0101908 

A Suction cup F110 Silicone, 3/8" NPSF female, with mesh filter 0101909 


B Suction cup F110 Silicone, G1/2" female, with cone valve 0101914 

A Suction cup F110 Therban®, G3/8" female, with mesh filter 0108188 

A Suction cup F110 Therban®, 3/8" NPSF female, with mesh filter 0108189 

A Suction cup F110 Therban®, G1/2" female, with mesh filter 0108190 

3 8 G1 " 

8" NPSF 

G1 " 

61. 

.2 

2 

Rubber part 



Suction cup F110 Therban® 

A 

O 11 

Fittings 

Art. No. 






B 

2 

Art. No. 

3150132P 

3150132S 

3150132T 

Suction cups 

F 



F150 














Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


300 850 1100 250 600 800 160 500 6.0 200 




°Shore A 

°C 




Weight 

rubber 

part 


Material 


resistance 

& Ozone 

acids 







Art. No. 



B Suction cup F150 Nitrile-PVC, G1/2" female, with cone valve 0101941 



B Suction cup F150 Silicone, G1/2" female, with cone valve 0101937 

/2 

Rubber parts 



A 

B 

2 

Art. No. 

3150133P 

3150133S 

26.4 

19. 

3 

152 

Fittings 

Art. No. 





Suction cups 

F 



F15MF 

FLAT SUCTION CUP WITH CLEATS, MARK FREE 



Suitable for flat surfaces. 









Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


4.0 8.0 12.0 4.5 9.0 14.5 0.37 17 1.0 0.8 




°Shore A 

°C 



Wear 


resistance 

& Ozone 

acids 


Weight 

rubber 

part 





Art. No. 

Suction cup F15MF Thermoelastic polyurethane, M5 male 3250074 

M5 

No.10(3/16)UNF 

16.5 

Rubber parts 

Art. No. 

Suction cup F15MF Thermoelastic polyurethane 3150269 

Fittings 

Art. No. 



Suction cups 

F-MF 

11 

16 

3.5 

16.5 



F20MF 













Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


3.6 14.5 22.0 8.0 14.5 21.0 1.0 18 2.0 1.2 




°Shore A 

°C 



Wear 


resistance 

& Ozone 

acids 


Weight 

rubber 

part 





Art. No. 

A Suction cup F20MF Thermoelastic polyurethane, M5 female 0101281 

A Suction cup F20MF Thermoelastic polyurethane, M5 female, with dual flow control valve 0101287 

B Suction cup F20MF Thermoelastic polyurethane, G1/8" male, with mesh filter 0101282 

B Suction cup F20MF Thermoelastic polyurethane, G1/8" male, with mesh filter and dual flow control valve 0101288 

C Suction cup F20MF Thermoelastic polyurethane, G1/8" male / M5 female, with mesh filter 0101286 

C Suction cup F20MF Thermoelastic polyurethane, G1/8" male / M5 fem., with dual flow control valve 0101290 

D Suction cup F20MF Thermoelastic polyurethane, 5xM5 female 0101285 

D Suction cup F20MF Thermoelastic polyurethane, 5xM5 female, with dual flow control valve 0101291 

M5 

G1/8" 

G1/8" 

5xM5 

14 

13 7 

9.5 6 

17 

22 

22 

22 

22 

A B C D 

Rubber parts 

Art. No. 


8 

22 

Fittings 

Art. No. 











Suction cups 

F-MF 



F25MF 













Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


6.3 24.5 35.5 9.0 24.5 36.3 1.1 23 1.5 1.7 




°Shore A 

°C 



Wear 


resistance 

& Ozone 

acids 


Weight 

rubber 

part 





Art. No. 





C Suction cup F25MF Thermoelastic polyurethane, G1/8" male/M5 female, with mesh filter 0101319 

C Suction cup F25MF Thermoelastic polyurethane, G1/8" male/M5 fem., with dual flow control valve 0101323 



M5 

G1/8" 

G1/8" 

M5 

5x M5 

15 

14 7 

10.5 6 

18 

27 

27 

27 

27 

A B C D 

Rubber parts 

Art. No. 


9 

27 

Fittings 

Art. No. 











Suction cups 

F-MF 



F30MF 













Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


11.0 34.5 48 13,6 28 42 2.0 44 1.5 2.2 




°Shore A 

°C 



Wear 


resistance 

& Ozone 

acids 


Weight 

rubber 

part 





Art. No. 





C Suction cup F30MF Thermoelastic polyurethane, G1/8" male/M5 female, with mesh filter 0101362 

C Suction cup F30MF Thermoelastic polyurethane, G1/8" male/M5 fem., with dual flow control valve 0101366 



M5 

G1/8" 

G1/8" 

5x M5 

16 

15 7 

32 

32 

32 

32 

A B C D 

Rubber parts 

Art. No. 


10 

11.5 6 

19 

32 

Fittings 

Art. No. 











Suction cups 

F-MF 



F40MF 













Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


18.0 57 83 16.0 49 57 4.8 60 2.0 6 




°Shore A 

°C 



Wear 


resistance 

& Ozone 

acids 


Weight 

rubber 

part 





Art. No. 

A Suction cup F40MF Thermoelastic polyurethane, 1/8" NPSF female 0101591 

A Suction cup F40MF Thermoelastic polyurethane, 1/8" NPSF female, with dual flow control valve 0101592 



C Suction cup F40MF Thermoelastic polyurethane, G3/8" male, with mesh filter 0101588 

C Suction cup F40MF Thermoelastic polyurethane, G3/8" male, with mesh filter and dual flow control valve 0101595 

D Suction cup F40MF Thermoelastic polyurethane, 5x1/8" NPSF female 0101590 

D Suction cup F40MF Thermoelastic polyurethane, 5x1/8" NPSF female, with dual flow control valve 0101597 

1/8" NPSF 

G1/4" 

G3/8" 

5x1/8" NPSF 

21 

42 

19 9 

19 10 

31 

42 

42 

42 

A B C D 

Rubber parts 

Art. No. 


13 

42 

Fittings 

Art. No 











Suction cups 

F-MF 



F50MF 













Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


24.5 92 141 31 82 107 10 95 2.0 10 




°Shore A 

°C 



Wear 


resistance 

& Ozone 

acids 


Weight 

rubber 

part 





Art. No. 

A Suction cup F50MF Thermoelastic polyurethane, 1/8" NPSF female, with mesh filter 0101791 

A Suction cup F50MF Thermoelastic polyurethane, 1/8" NPSF female, with dual flow control valve 0101792 



C Suction cup F50MF Thermoelastic polyurethane, G3/8" male, with mesh filter 0101788 

C Suction cup F50MF Thermoelastic polyurethane, G3/8" male, with mesh filter and dual flow control valve 0101795 

D Suction cup F50MF Thermoelastic polyurethane, 5x1/8" NPSF female 0101790 

D Suction cup F50MF Thermoelastic polyurethane, 5x1/8" NPSF female, with dual flow control valve 0101797 

1/8" NPSF 

/4 

53 

A B C D 

Rubber parts 

Art. No. 


17.5 

26.5 

23. 9 

53 

Fittings 

Art. No 











Suction cups 

F-MF 


SUCTION CUPS F-P 

F75P 


Suitable for flat and rough surfaces. 

Fair stability and little inherent movement. 










polyurethane. The material does not leave any 

marks on the objects handled. 


Material 





Volume 

Min. 

curve 

radius 

Max. 

vertical 

movement 


PU30°/60° 70 193 273 44 176 308 19 150 2 28 

PU60° 82 231 330 47 113 169 19 150 2 53 




°Shore A 

°C 



Weight 

rubber 

parts 


Wear 


resistance 

& ozone 

acids 







Art. No. 

A Suction cup F75P Polyurethane 30/60, 1/8" NPSF female, with mesh filter 0106349 

A Suction cup F75P Polyurethane 30/60, G3/8" female, with mesh filter 0106350 



A Suction cup F75P Polyurethane 60, 1/8" NPSF female, with mesh filter 0111585 

A Suction cup F75P Polyurethane 60, G3/8" female, with mesh filter 0111586 



B Suction cup F75P Polyurethane 30/60, thread insert G3/8" male, with mesh filter 0106830 

B Suction cup F75P Polyurethane 60, thread insert G3/8" male, with mesh filter 0107321 

C Suction cup F75P Polyurethane 30/60, 3/8" NPSF female 0108800 

C Suction cup F75P Polyurethane 60, 3/8" NPSF female 0108801 

A B C 

Rubber parts 

Art. No. 

A Suction cup F75P Polyurethane 30/60 0104724 

A Suction cup F75P Polyurethane 60 0111584 

B Suction cup F75P Polyurethane 30/60, for tread insert 0106829 

B Suction cup F75P Polyurethane 60, for tread insert 0107320 

A 

Fittings 

Art. No. 







B 

Suction cups 

F-P 



F110P 
















Material 





Volume 

Min. 

curve 

radius 

Max. 

vertical 

movement 


PU30°/60° 167 432 591 149 441 617 60 250 4 82 

PU60° 191 498 705 297 523 664 60 250 4 133 




°Shore A 

°C 



Weight 

rubber 

parts 


Wear 


resistance 

& ozone 

acids 







Art. No. 







B Suction cup F110P Polyurethane 30/60, thread insert G3/8" with mesh filter 0106798 

B Suction cup F110P Polyurethane 60, thread insert G3/8", with mesh filter 0107323 

C Suction cup F110P Polyurethane 30/60, 3/8" NPSF female 0108802 

C Suction cup F110P Polyurethane 60, 3/8" NPSF female 0108803 

3/ /2 

3/ 

18NPS 

36 

33. 

13 

115 

A B C 

Rubber parts 

Art. No. 

A Suction cup F110P Polyurethane 30/60 0104725 

A Suction cup F110P Polyurethane 60 0111593 

B Suction cup F110P Polyurethane 30/60, for thread insert 0106796 

B Suction cup F110P Polyurethane 60, for thread insert 0107322 

A 

Fitting 

Art. No. 






B 

Suction cups 

F-P 


SUCTION CUPS FC-P 

FC20P 

FLAT, CONCAVE SUCTION CUP WITH CLEATS 

Suitable for lifting small objects and narrow 

parts, also slightly domed, flat and oily surfaces, 

e.g., such as those encountered when handling 

steel sheets in press processes. 

Thanks to the high friction of the rubber material, 

the suction cups can withstand high forces at 

rapid accelerations in horizontal directions, even 

on oily surfaces. 

The suction cups have cleats that prevent thin 

objects from being disfigured. 











Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


4.5 12.0 16.0 4.5 9.0 12.0 1.0 25 1.9 1.3 




°Shore A 

°C 

Polyurethane, PU50 Blue transparent 50 10–50 

Weight 

rubber 

part 


Wear 


resistance 

& ozone 

acids 







Art. No. 

A Suction cup FC20P Polyurethane 50, M5 female 0106717 

B Suction cup FC20P Polyurethane 50, G1/8" male, with mesh filter 0106722 

C Suction cup FC20P Polyurethane 50, G1/8" male / M5 female, with mesh filter 0106718 

A B C 

Rubber part 

Art. No. 

Suction cup FC20P Polyurethane 50 0106016 

Fittings 

Art. No. 





Suction cups 

FC-P 



FC25P 


Suitable for lifting small objects and narrow 

parts, also slightly domed, flat and oily surfaces, 

e.g., such as those encountered when handling 

steel sheets in press processes. 

















Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


8.0 20.0 27 9.0 12.0 18.0 3.0 45 4.0 3 




°Shore A 

°C 


Weight 

rubber 

part 


Wear 


resistance 

& ozone 

acids 







Art. No. 

A Suction cup FC25P Polyurethane 50, M5 female 0106719 


C Suction cup FC25P Polyurethane 50, G1/8" male / M5 female, with mesh filter 0106720 

A B C 

Rubber part 

Art. No. 


Fittings 

Art. No. 





Suction cups 

FC-P 



FC35P 


Suitable for slightly domed and flat and oily 

surfaces, e.g., such as those encountered when 

handling steel sheets in press processes. 













Material 





Volume 

Min. 

curve 

radius 

Max. 

vertical 

movement 


PU50° 11.0 36 51 27 51 62 5.0 32 5.5 6 

PU60° 11.0 34 49 27 41 51 5.0 32 5.5 6 




°Shore A 

°C 



Weight 

rubber 

part 


Wear 


resistance 

& ozone 

acids 







Art. No. 

A Suction cup FC35P Polyurethane 50, 1/8" NPSF female, with mesh filter 0103705 

A Suction cup FC35P Polyurethane 50, 1/8" NPSF female, with dual flow control valve 0103709 


B Suction cup FC35P Polyurethane 50, G1/4" male, with mesh filter and dual flow control valve 0103713 

C Suction cup FC35P Polyurethane 50, G3/8" male, with mesh filter 0103719 

C Suction cup FC35P Polyurethane 50, G3/8" male, with mesh filter and dual flow control valve 0103721 

D Suction cup FC35P Polyurethane 50, 5x1/8" NPSF female 0103727 

D Suction cup FC35P Polyurethane 50, 5x1/8" NPSF female, with dual flow control valve 0103729 


A Suction cup FC35P Polyurethane 60, 1/8" NPSF female, with dual flow control valve 0103710 


B Suction cup FC35P Polyurethane 60, G1/4" male, with mesh filter and dual flow control valve 0103714 

C Suction cup FC35P Polyurethane 60, G3/8" male, with mesh filter 0103720 

C Suction cup FC35P Polyurethane 60, G3/8" male, with mesh filter and dual flow control valve 0103722 

D Suction cup FC35P Polyurethane 60, 5x1/8" NPSF female 0103728 

D Suction cup FC35P Polyurethane 60, 5x1/8" NPSF female, with dual flow control valve 0103730 

A B C D 

Rubber parts 

Art. No. 



Suction cups 

FC-P 

Fittings 

Art. No 












FC50P 

















Material 





Volume 

Min. 

curve 

radius 

Max. 

vertical 

movement 


PU40° 28 77 103 49 82 100 10 53 5.0 28 

PU60° 28 77 104 52 93 111 10 53 5.0 28 




°Shore A 

°C 

Polyurethane, PU40 Red transparent 40 10–50 



Wear 


resistance 

& ozone 

acids 



Weight 

with 

fitting 





Art. No. 

Suction cup FC50P Polyurethane 40, G3/8" male - 1/8" NPSF female 0103289 

Suction cup FC50P Polyurethane 60, G3/8" male - 1/8" NPSF female 0103293 

Suction cups 

FC-P 



FC75P 

















Material 





Volume 

Min. 

curve 

radius 

Max. 

vertical 

movement 


PU40° 73 157 215 107 200 230 30 78 6.5 45 

PU60° 73 168 225 93 225 255 30 78 6.5 45 




°Shore A 

°C 




Wear 


resistance 

& ozone 

acids 



Weight 

with 

fitting 





Art. No. 

A Suction cup FC75P Polyurethane 40, G3/8" male - 1/8" NPSF female 0103294 

A Suction cup FC75P Polyurethane 60, G3/8" male - 1/8" NPSF female 0103296 

B Suction cup FC75P Polyurethane 40, thread insert G3/8" with mesh filter 0106959 

B Suction cup FC75P Polyurethane 60, thread insert G3/8" with mesh filter 0107303 

C Suction cup FC75P Polyurethane 40, 3/8" NPSF female 0108796 

C Suction cup FC75P Polyurethane 60, 3/8" NPSF female 0108797 

ORDERINGINFORUBBERS 

A B C 

Rubber parts 

Art. No. 

Suction cup FC75P Polyurethane 40, for tread insert 0106948 

Suction cup FC75P Polyurethane 60, for tread insert 0107302 

ORDERINGINFOFITTINGS 

Fitting 

Art. No. 



Suction cups 

FC-P 



FC100P 

















Material 





Volume 

Min. 

curve 

radius 

Max. 

vertical 

movement 


PU40° 137 284 377 176 318 420 80 110 10.2 64 

PU60° 152 328 446 112 264 382 80 110 10.2 64 




°Shore A 

°C 



Weight 

rubber 

part 


Wear 


resistance 

& ozone 

acids 







Art. No. 


A Suction cup FC100P Polyurethane 40, G3/8" female, with mesh filter 0103734 







B Suction cup FC100P Polyurethane 40, 3/8" NPSF female 0108798 

B Suction cup FC100P Polyurethane 60, 3/8" NPSF female 0108799 

C Suction cup FC100P Polyurethane 40, thread insert G3/8" male, with mesh filter 0106836 

C Suction cup FC100P Polyurethane 60, thread insert G3/8" male, with mesh filter 0107305 

G3 " 

5 

10 

A B C 

Rubber parts 

Art. No. 

A Suction cup FC100P Polyurethane 40 0103297 

A Suction cup FC100P Polyurethane 60 0103299 

B Suction cup FC100P Polyurethane 40, for tread insert 0106835 

B Suction cup FC100P Polyurethane 60, for tread insert 0107304 

A 

28. 

Fittings 

Art. No. 







B 

Suction cups 

FC-P 



FC150P 

















Material 





Volume 

Min. 

curve 

radius 

Max. 

vertical 

movement 


PU40° 274 716 932 343 765 902 250 165 14.2 213 

PU60° 284 647 922 215 568 863 250 165 14.2 213 




°Shore A 

°C 



Weight 

rubber 

part 


Wear 


resistance 

& ozone 

acids 







Art. No. 

Suction cup FC150P Polyurethane 40, G3/8" female, with mesh filter 0103743 

Suction cup FC150P Polyurethane 40, 3/8" NPSF female, with mesh filter 0103749 



Suction cup FC150P Polyurethane 60, 3/8" NPSF female, with mesh filter 0103751 


/8 2 

3 8 NPS 

5 

150 

Rubber parts 

Art. No. 



Fittings 

Art. No. 





Suction cups 

FC-P 



FP200 

FLAT SUCTION CUP 

Suitable for handling large, heavy objects with flat 

surface. 






Volume 

Min. curve 

radius 

Max. 

vertical 

movement 




°Shore A 

°C 

Polyurethane, PUR Yellow-white transparent 65 0–80 

Weight 

with 

fitting 


750 1900 2700 — — — 540 — 7.0 1160 


Wear 

Oil Weather & Ozone Hydrolysis Petrol Concentrated acids Alcohol Oxidation 

resistance 

Excellent Excellent Excellent Poor Fair Poor Fair Good 





Art. No. 

Suction cup FP200 Polyurethane, G3/4" female 3350072 

Rubber parts 

Art. No. 

Suction cup FP200 Polyurethane 3350148 

Suction cups 

FP 

Fittings & accessories 

Art. No. 

Fitting G3/4" female 3350059 

Support kit for suction cup FP200, 2x 0106746 



FP300 

FLAT SUCTION CUP 

Suitable for handling large, heavy objects with flat 

surface. 






Volume 

Min. curve 

radius 

Max. 

vertical 

movement 




°Shore A 

°C 

Polyurethane, PUR Yellow-white transparent 65 0–80 

Weight 

with 

fitting 


1600 4300 6400 — — — 1280 — 7.0 2460 


Wear 


resistance 

Excellent Excellent Excellent Poor Fair Poor Fair Good 





Art. No. 

Suction cup FP300 Polyurethane, G3/4" female 3350073 

N 

G3 " 

M8 

39. 

34 

1 ˚ 

4 

5 

84 

11 

Rubber parts 

Art. No. 

Suction cup FP300 Polyurethane 3350153 

Suction cups 

FP 


Art. No. 


Support kit for suction cups P200 & FP300, 2x 0106747 


SUCTION CUPS OB-P 

OB20X60P 

OVAL SUCTION CUP WITH SHORT BELLOWS 

Suitable for level adjustment. Can handle objects 




objects. 

DURAFLEX® are suction cups manufactured in a 










Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


13.0 34 57 13.0 37 48 24.0 7.0 4.5 11.0 




°Shore A 

°C 


Weight 

with 

fitting 


Wear 


resistance 

& ozone 

acids 







Art. No. 

Suction cup OB20x60P Polyurethane 60, G1/8" male / M5 female 0110088 

Suction cups 

OB-P 



OB35X90P 






objects. 

In the two coloured suction cup, the bellows and 










Material 





Volume 

Min. 

curve 

radius 

Max. 

vertical 

movement 


PU60° 28 91 145 56 153 215 36 20.0 8.0 48 

PU30°/60° 38 98 134 66 154 206 36 25.0 8.0 48 




°Shore A 

°C 



Weight 

rubber 

part 


Wear 


resistance 

& ozone 

acids 







Art. No. 

A Suction cup OB35x90P Polyurethane 60, 3/8" NPSF female 0108672 

B Suction cup OB35x90P Polyurethane 60, thread insert G3/8" male, with mesh filter 0108673 

A Suction cup OB35x90P Polyurethane 30/60, 3/8" NPSF female 0109857 

B Suction cup OB35x90P Polyurethane 30/60, thread insert G3/8" male, with mesh filter 0109856 

A 

Rubber parts 

Art. No. 

Suction cup OB35x90P Polyurethane 60 0109912 

Suction cup OB35x90P Polyurethane 30/60 0109913 

27. 

B 

Suction cups 

OB-P 

95. 

97. 

42. 

2x 7. 

Fittings 

Art. No. 




OB50X140P 






objects. 











Material 





Volume 

Min. 

curve 

radius 

Max. 

vertical 

movement 


PU60° 77 231 368 122 292 396 95 26 11.3 129 

PU30°/60° 58 235 366 110 260 349 95 23.0 11.3 129 




°Shore A 

°C 



Weight 

rubber 

part 


Wear 


resistance 

& ozone 

acids 







Art. No. 





33 14.5 

3/8"NPSF 

SW22 

10 

34. 

/8 

SW 

146 

149 

70 

149 

70 

59 

SW8 

A 

2x 

6.2x7.5 

Rubber parts 

Art. No. 



5 

B 

2x 7. 

Suction cups 

OB-P 

146 

70 

2x 7. 

Fittings 

Art. No. 




OB65X170P 






objects. 











Material 





Volume 

Min. 

curve 

radius 

Max. 

vertical 

movement 


PU60° 130 310 533 170 440 600 175 38 16.0 241 

PU30°/60° 119 335 541 141 379 532 175 38 16.0 241 




°Shore A 

°C 



Weight 

rubber 

part 


Wear 


resistance 

& ozone 

acids 







Art. No. 





/8 

10 

SW 

41. 

181 

80 

A 

Rubber parts 

Art. No. 



B 

2x 7. 

76 

41. 

Suction cups 

OB-P 

181 

6. 7. 

Fittings 

Art. No. 



SUCTION CUPS OBL-P 

OBL40X90P 

OVAL SUCTION CUP WITH 4 BELLOWS 

Suitable for long, narrow and bent surfaces, for 

example bottles, pipes or sharply bent sheet 

parts. 

Reinforcement plates gives stability to the 

suction cup. 

Available in a version with a valve that is 

activated when the bellows are compressed. 







Material 





Volume 

Min. 

curve 

radius 

Max. 

vertical 

movement 


PU60° 44 105 160 40 87 121 105 28 31 77 

PU70° 49 117 178 45 97 135 105 28 31 77 




°Shore A 

°C 

Polyurethane PU60 Green transparent 60 10–50 

Polyurethane PU70 Black 70 10–50 

Weight 

rubber 

part 


Wear 


resistance 

& ozone 

acids 




SUCTION CUPS OBL-P 



Art. No. 

A Suction cup OBL40x90P Polyurethane 60, with 3 reinforcement plates and load support 0106697 

B Suction cup OBL40x90P Polyurethane 60, with cone valve, 2 reinforcement plates and load support 0106698 

A Suction cup OBL40x90P Polyurethane 70, with 3 reinforcement plates and load support 0106694 

B Suction cup OBL40x90P Polyurethane 70, with cone valve, 2 reinforcement plates and load support 0104895 

A 

B 

Suction cups 

OBL-P 



OC60X140 

OVAL, CONCAVE SUCTION CUP 

Suitable for handling oblong objects with flat or 

curved surface. 


Thick, durable lip. 






Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


132 373 520 186 373 510 52 200 7.5 160 




°Shore A 

°C 

Nitrile, NBR Black 50 -20–100 

Weight 

with 

fitting 


Wear 


resistance 

Excellent Excellent Fair Good Good Fair Good Good 





Art. No. 

Suction cup OC60x140 Nitrile, G3/8" female 3350011 

5 1 . 

G 8" 

Suction cups 

OC 

61 

23 


SUCTION CUPS OC-P 

OC35X90P 

OVAL, CONCAVE SUCTION CUP 

Suitable for oblong objects with slightly domed or 

flat and oily surfaces, such as those encountered 

in body parts in the automotive industry. 







Material 





Volume 

Min. 

curve 

radius 

Max. 

vertical 

movement 


PU40° 49 117 171 53 112 147 20.0 — 3.0 27 

PU60° 49 132 171 68 161 206 20.0 — 3.0 27 




°Shore A 

°C 



Weight 

with 

fitting 


Wear 


resistance 

& ozone 

acids 




SUCTION CUPS OC-P 



Art. No. 

Suction cup OC35x90P Polyurethane 40, G3/8" female 0102374 

Suction cup OC35x90P Polyurethane 40, 3/8" NPSF female 0102375 

Suction cup OC35x90P Polyurethane 60, G3/8" female 0103305 

Suction cup OC35x90P Polyurethane 60, 3/8" NPSF female 0103303 

N ,G 8" 

19 

94 

Suction cups 

OC-P 

14 

2x 

40 


SUCTION CUPS OF-P 

OF10X30P 

FLAT, OVAL SUCTION CUP WITH CLEATS 






deformed and give extra friction when the lifting 

force is parallel to the surface of the object. 











Volume 

Min. curve 

radius 

Max. 

vertical 

movement 




°Shore A 

°C 



Wear 


resistance 

& ozone 

acids 





Art. No. 

Suction cup OF10x30P Polyurethane 50, M5 male 0110084 

Weight 

with fitting 


4.0 11.0 17.0 6.0 12.0 17.0 0.5 15.0 1.0 4.0 



OF15X45P 



















Volume 

Min. curve 

radius 

Max. 

vertical 

movement 

Weight 

with fitting 


9.0 27 41 6.0 20.0 34 1.0 30 1.0 5.0 




°Shore A 

°C 



Wear 


resistance 

& ozone 

acids 



Suction cups 

OF-P 



Art. No. 

Suction cup OF15x45P Polyurethane PU50, G1/8" male 0110085 



OF25X70P 















Material 





Volume 

Min. 

curve 

radius 

Max. 

vertical 

movement 


PU40° 24.0 66 107 46 90 105 6.0 50 1.9 19 

PU60° 24.0 77 118 42 127 161 6.0 50 1.9 19 


Material Color Hardness 


°Shore A 

°C 



Weight 

with 

fitting 


Wear 


resistance 

& ozone 

acids 







Art. No. 

Suction cup OF25x70P Polyurethane 40, G3/8" male 0110086 

Suction cup OF25x70P Polyurethane 60, G3/8" male 0110087 

/8 

1 8 

Suction cups 

OF-P 

10 

.3 

37 

.3 

8 O . 4. 



OF40X110P 















Material 





Volume 

Min. 

curve 

radius 

Max. 

vertical 

movement 


PU40° 69 203 293 120 230 296 21.0 77 3.1 48 

PU60° 74 200 303 98 228 410 21.0 77 3.1 48 




°Shore A 

°C 



Weight 

rubber 

part 


Wear 


resistance 

& ozone 

acids 







Art. No. 

A Suction cup OF40x110P Polyurethane 40, 3/8" NPSF female 0109851 

B Suction cup OF40x110P Polyurethane 40, thread insert G3/8" male, with mesh filter 0109850 



A 

Rubber parts 

Art. No. 

Suction cup OF40x110P Polyurethane 40 0109907 


B 

43 5 

58 

Suction cups 

OF-P 

4. 7. 

Fittings 

Art. No. 




OF55X150P 















Material 





Volume 

Min. 

curve 

radius 

Max. 

vertical 

movement 


PU40° 131 366 527 155 350 455 37 150 3.0 109 

PU60° 134 376 558 128 338 477 37 150 3.0 109 




°Shore A 

°C 



Weight 

rubber 

part 


Wear 


resistance 

& ozone 

acids 







Art. No. 





A 

Rubber parts 

Art. No. 



154 

B 

59 

Suction cups 

OF-P 

2x 7. 

Fittings 

Art. No. 




OF70X175P 















Material 





Volume 

Min. 

curve 

radius 

Max. 

vertical 

movement 


PU40° 190 530 785 170 440 630 80 130 5.7 193 

PU60° 180 570 860 200 555 750 80 130 5.7 193 




°Shore A 

°C 



Weight 

rubber 

part 


Wear 


resistance 

& ozone 

acids 







Art. No. 





3/8" SF 

23. 14. 

80 

SW 

A 

2x 7. 

Rubber parts 

Art. No. 



B 

Suction cups 

OF-P 

18 

80 

2x 7. 

Fittings 

Art. No. 




OP20X100 

OVAL SUCTION CUP WITH CELLULAR RUBBER 

PROFILE 

Suitable for handling oblong objects or thin 

pieces with uneven and rough surfaces. 

Use a ball joint fitting if prone to bending. 






Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


25 80 110 — — — 14.0 — 1.5 87 




°Shore A 

°C 

Ethylene propylene, EPDM Grey — -40–100 


Wear 


resistance 

& Ozone 

acids 

Fair Poor Excellent Good Poor Poor Excellent Excellent 

Weight 

with 

fitting 





Art. No. 

Suction cup OP20x100 Ethylene propylene, 1/8" NPSF female 3350050 

Rubber parts 

Art. No. 

Suction cup OP20x100 Ethylene propylene 3350028 

26 10. 

Fittings 

Art. No. 


Suction cups 

OP 



OP40X200 

OVAL SUCTION CUP WITH CELLULAR RUBBER 

PROFILE 

Suitable for handling oblong objects or thin 

pieces with uneven and rough surfaces. 

Use a ball joint fitting if prone to bending. 






Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


100 320 440 — — — 56 — 2.5 326 




°Shore A 

°C 



Wear 


resistance 

& Ozone 

acids 


Weight 

with 

fitting 





Art. No. 

Suction cup OP40x200 Ethylene propylene, G1/2" female 3350051 

Rubber parts 

Art. No. 

Suction cup OP40x200 Ethylene propylene 3350029 

47 10. 

Suction cups 

OP 

Fittings 

Art. No. 




P35 

SUCTION CUP WITH CELLULAR RUBBER PROFILE 

Suitable for irregular and rough surfaces. 

Use a ball joint if prone to bending. 

Available with adjustable support for handling 

thin material. Also suitable for applications 

requiring accurate positioning. 

Can also be equipped with a cone valve. 






Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


20.0 50 70 — — — 6.0 — 3.0 22 




°Shore A 

°C 



Wear 


resistance 

& Ozone 

acids 


Weight 

with 

fitting 





Art. No. 

A Suction cup P35 Ethylene propylene, 1/8" NPSF female 3350045 

B Suction cup P35 Ethylene propylene, 1/8" NPSF female, with cone valve 3350038 

B Suction cup P35 Ethylene propylene, 1/8" NPSF female, with adjustable support with filter 3350035 

A 

B 

Rubber parts 

Art. No. 

Suction cup P35 Ethylene propylene 3350023 


Art. No. 


Adjustable support for P35, with filter 3350030 

Cone valve for P35 & P60 3350033 

Suction cups 

P 



P60 













Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


60 150 220 — — — 20.0 — 3.0 60 




°Shore A 

°C 



Wear 


resistance 

& Ozone 

acids 


Weight 

with 

fitting 





Art. No. 

A Suction cup P60 Ethylene propylene, 1/8" NPSF female 3350046 

B Suction cup P60 Ethylene propylene, 1/8" NPSF female, with cone valve 3350039 

B Suction cup P60 Ethylene propylene, 1/8" NPSF female, with adjustable support with filter 3350036 

A 

B 

Rubber parts 

Art. No. 



Art. No. 

1/8" NPSF female 3350110 

Adjustable support 3350031 

Cone valve 3350033 

Suction cups 

P 



P100 













Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


180 450 660 — — — 55 — 3.0 236 




°Shore A 

°C 



Wear 


resistance 

& Ozone 

acids 


Weight 

with 

fitting 





Art. No. 

A Suction cup P100 Ethylene propylene, G1/2" female 3350047 

B Suction cup P100 Ethylene propylene, G1/2" female, with cone valve 3350040 

B Suction cup P100 Ethylene propylene, G1/2" female, with adjustable support with filter 3350037 

A 

Rubber parts 

Art. No. 



Art. No. 


Adjustable support for P100, with filter 3350032 

Cone valve for P100 3350058 

B 

Suction cups 

P 



P200 









Volume 

Min. curve 

radius 

Max. 

vertical 

movement 




°Shore A 

°C 



Wear 


resistance 

& Ozone 

acids 


Weight 

with 

fitting 


750 1900 2700 — — — 543 — 5.0 1245 





Art. No. 

Suction cup P200 Ethylene propylene, G3/4" female 3350048 

Rubber parts 

Art. No. 



Art. No. 


Support kit for suction cups P200 & FP300, 2x 0106747 

Suction cups 

P 



P300 









Volume 

Min. curve 

radius 

Max. 

vertical 

movement 




°Shore A 

°C 



Wear 


resistance 

& Ozone 

acids 


Weight 

with 

fitting 


1600 4300 6400 — — — 1285 — 5.0 2435 





Art. No. 

Suction cup P300 Ethylene propylene, G3/4" female 3350049 

Rubber parts 

Art. No. 



Art. No. 


Support kit for suction cup P300, 2x 0106748 

Suction cups 

P 



U2 

UNIVERSAL SUCTION CUP 

Suitable for objects with flat or slightly curved 

surfaces. 

Also used for concave objects. 








Volume 

Min. curve 

radius 

Max. 

vertical 

movement 




°Shore A 

°C 


Weight 

rubber 

part 


0.03 0.10 0.15 — — — 0.003 4.0 0.10 0.012 


Wear 


resistance 

Good Poor Excellent Fair Poor Poor Good Excellent 



Suction cup U2 Conductive silicone, M2.5 male 

Art. No. 

3250080SC 

Rubber parts 

Suction cup U2 Conductive silicone 

Art. No. 

3150284SC 

Fittings 

Art. No. 

Fitting M2.5 male 3250084 




U3 



surfaces. 









Volume 

Min. curve 

radius 

Max. 

vertical 

movement 




°Shore A 

°C 


Weight 

rubber 

part 


0.09 0.42 0.65 — — — 0.005 5.0 0.15 0.030 


Wear 


resistance 

Good Poor Excellent Fair Poor Poor Good Excellent 



Art. No. 

Suction cup U3 Conductive silicone, M2.5 male 

3250081SC 

M2 

Suction cups 

U 

7 

SW 

3. 

Rubber parts 

Suction cup U3 Conductive silicone 

Art. No. 

3150285SC 

4. 

3. 

Fittings 

Art. No. 





U4 



surfaces. 







Volume 

Min. curve 

radius 

Max. 

vertical 

movement 

Weight 

rubber 

part 


0.20 0.90 1.3 0.20 0.80 1.0 0.03 3.0 0.20 0.08 




°Shore A 

°C 




Material 


resistance 

& ozone 

acids 







Art. No. 

Suction cup U4 Chloroprene, M5 male 3150059 

Suction cup U4 Silicone, M5 male 

3150059S 

No 0( 16) 

1 5 

5 

Rubber parts 

Art. No. 

Suction cup U4 Chloroprene 3150114 

Suction cup U4 Silicone 

3150114S 

Fittings 

Art. No. 



Suction cups 

U 



U6 



surfaces. 







Volume 

Min. curve 

radius 

Max. 

vertical 

movement 

Weight 

rubber 

part 


0.50 1.7 2.5 0.50 1.5 2.0 0.05 5.0 0.30 0.14 




°Shore A 

°C 




Material 


resistance 

& ozone 

acids 







Art. No. 



3150003S 

8 

M5 

No.10(3/16)UNF 

11 3.5 

7 

Rubber parts 

Art. No. 



3150115S 

Fittings 

Art. No. 



Suction cups 

U 



U8 



surfaces. 







Volume 

Min. curve 

radius 

Max. 

vertical 

movement 

Weight 

rubber 

part 


1.0 2.9 3.9 1.0 2.9 3.4 0.10 6.0 0.50 0.16 




°Shore A 

°C 




Material 


resistance 

& ozone 

acids 







Art. No. 



3150004S 

Rubber parts 

Art. No. 



3150116S 

7 

Fittings 

Art. No. 



Suction cups 

U 



U10 



surfaces. 







Volume 

Min. curve 

radius 

Max. 

vertical 

movement 

Weight 

rubber 

part 


1.5 4.4 6.9 1.5 4.4 4.9 0.18 8.0 0.50 0.65 




°Shore A 

°C 




Material 


resistance 

& ozone 

acids 







Art. No. 



3150005S 

No 0( 16) 

5 5 

11 

Rubber parts 

Art. No. 



3150117S 

Fittings 

Art. No. 



Suction cups 

U 



U15 



surfaces. 







Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


Material 


resistance 

& ozone 

acids 



Weight 

rubber 

part 


3.5 8.4 11.0 3.5 5.4 5.9 0.50 8.0 1.5 0.70 




°Shore A 

°C 







Art. No. 



3150006S 

M5 

No.10(3/16)UNF 

16.5 3.5 

16.5 

Rubber parts 

Art. No. 



3150118S 

Fittings 

Art. No. 



Suction cups 

U 



U20 



surfaces. 







Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


5.9 12.0 16.0 5.9 8.8 9.8 1.0 13.0 2.5 1.2 




°Shore A 

°C 




Material 


resistance 

& ozone 

acids 





Art. No. 

A Suction cup U20 Chloroprene, M5 female 0101373 

A Suction cup U20 Chloroprene, M5 female, with dual flow control valve 0101379 

B Suction cup U20 Chloroprene, G1/8" male, with mesh filter 0101374 

B Suction cup U20 Chloroprene, G1/8" male, with mesh filter and dual flow control valve 0101380 

C Suction cup U20 Chloroprene, G1/8" male/M5 female, with mesh filter 0101378 

C Suction cup U20 Chloroprene, G1/8" male/M5 female, with dual flow control valve 0101382 

D Suction cup U20 Chloroprene, 5xM5 female 0101377 

D Suction cup U20 Chloroprene, 5xM5 female, with dual flow control valve 0101383 

A Suction cup U20 Silicone, M5 female 0101384 

A Suction cup U20 Silicone, M5 female, with dual flow control valve 0101390 

B Suction cup U20 Silicone, G1/8" male, with mesh filter 0101385 

B Suction cup U20 Silicone, G1/8" male, with mesh filter and dual flow control valve 0101391 

C Suction cup U20 Silicone, G1/8" male/M5 female, with mesh filter 0101389 

C Suction cup U20 Silicone, G1/8" male/M5 female, with dual flow control valve 0101393 

D Suction cup U20 Silicone, 5xM5 female 0101388 

D Suction cup U20 Silicone, 5xM5 female, with dual flow control valve 0101394 

E Suction cup U20 Chloroprene, G1/8" male/M5 female, PA 0110956 

E Suction cup U20 Silicone, G1/8" male/M5 female, PA 0110328 

Weight 

rubber 

part 

M5 

G1/8" 

G1/8" 

5x M5 

14 

22 

12.5 7 

9.5 6 

17 

22 

A B C D 

22 

22 



E 

Rubber parts 

Art. No. 


Suction cup U20 Silicone 0101145 

Fittings 

Art. No. 











Suction cups 

U 



U30 



surfaces. 







Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


12.0 25.0 30 7.8 9.8 11.0 2.0 20.0 3.5 1.8 




°Shore A 

°C 




Weight 

rubber 

part 


Material 


resistance 

& Ozone 

acids 







Art. No. 

A Suction cup U30 Nitrile-PVC, M5 female 0101406 

A Suction cup U30 Nitrile-PVC, M5 female, with dual flow control valve 0101412 

B Suction cup U30 Nitrile-PVC, G1/8" male, with mesh filter 0101407 

B Suction cup U30 Nitrile-PVC, G1/8" male, with mesh filter and dual flow control valve 0101413 

C Suction cup U30 Nitrile-PVC, G1/8" male / M5 female, with mesh filter 0101411 

C Suction cup U30 Nitrile-PVC, G1/8" male / M5 female, with dual flow control valve 0101415 

D Suction cup U30 Nitrile-PVC, 5xM5 female 0101410 

D Suction cup U30 Nitrile-PVC, 5xM5 female, with dual flow control valve 0101416 

A Suction cup U30 Silicone, M5 female, with mesh filter 0101395 

A Suction cup U30 Silicone, M5 female, with dual flow control valve 0101401 

B Suction cup U30 Silicone, G1/8" male, with mesh filter 0101396 

B Suction cup U30 Silicone, G1/8" male, with mesh filter and dual flow control valve 0101402 

C Suction cup U30 Silicone, G1/8" male / M5 female, with mesh filter 0101400 

C Suction cup U30 Silicone, G1/8" male / M5 female, with dual flow control valve 0101404 

D Suction cup U30 Silicone, 5xM5 female, with mesh filter 0101399 

D Suction cup U30 Silicone, 5xM5 female, with dual flow control valve 0101405 

E Suction cup U30 Nitrile-PVC, G1/8" male / M5 female, PA 0109839 

E Suction cup U30 Silicone, G1/8" male / M5 female, PA 0110329 

M5 

G1/8" 

5x M5 

15.5 

32 

14.5 7 

18.5 

32 

A B C D 

32 

E 

Rubber parts 

Art. No. 

Suction cup U30 Nitrile-PVC 0101146 

Suction cup U30 Silicone 0101147 

9.5 

Suction cups 

U 

32 

Fittings 

Art. No. 













U40-2 



surfaces. 







Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


20.0 39 49 14.0 22.0 27 5.5 30 4.5 4.0 




°Shore A 

°C 




Weight 

rubber 

part 


Material 


resistance 

& Ozone 

acids 







Art. No. 

A Suction cup U40-2 Nitrile-PVC, 1/8" NPSF female, with mesh filter 0101623 

A Suction cup U40-2 Nitrile-PVC, 1/8" NPSF female, with dual flow control valve 0101624 

B Suction cup U40-2 Nitrile-PVC, G1/4" male, with mesh filter 0101618 

B Suction cup U40-2 Nitrile-PVC, G1/4" male, with mesh filter and dual flow control valve 0101625 

C Suction cup U40-2 Nitrile-PVC, G3/8" male, with mesh filter 0101620 

C Suction cup U40-2 Nitrile-PVC, G3/8" male, with dual flow control valve 0101627 

D Suction cup U40-2 Nitrile-PVC, 5x1/8" NPSF female 0101622 

D Suction cup U40-2 Nitrile-PVC, 5x1/8" NPSF female, with dual flow control valve 0101629 

A Suction cup U40-2 Silicone, 1/8" NPSF female, with mesh filter 0101610 

A Suction cup U40-2 Silicone, 1/8" NPSF female, with dual flow control valve 0101611 

B Suction cup U40-2 Silicone, G1/4" male, with mesh filter 0101605 

B Suction cup U40-2 Silicone, G1/4" male, with mesh filter and dual flow control valve 0101612 

C Suction cup U40-2 Silicone, G3/8" male, with mesh filter 0101607 

C Suction cup U40-2 Silicone, G3/8" male, with mesh filter and dual flow control valve 0101614 

D Suction cup U40-2 Silicone, 5x1/8" NPSF female 0101609 

D Suction cup U40-2 Silicone, 5x1/8" NPSF female, with dual flow control valve 0101616 

E Suction cup U40-2 Nitrile-PVC, 1/8" NPSF female, PA 0110948 

E Suction cup U40-2 Silicone, 1/8" NPSF female, PA 0110338 

1/8" NPSF 

G1/4" 

5x1/8" NPSF 

21 

19 9 

31 

41 

41 

A B C D 

41 

Suction cups 

U 

E 

Rubber parts 

Art. No. 

Suction cup U40-2 Nitrile-PVC 0101148 

Suction cup U40-2 Silicone 0101149 

13 

41 

Fittings 

Art. No 













U50-2 



surfaces. 







Volume 

Min. curve 

radius 

Max. 

vertical 

movement 


Material 


resistance 

& Ozone 

acids 





Art. No 

A Suction cup U50-2 Nitrile-PVC, 1/8" NPSF female, with mesh filter 0101823 

A Suction cup U50-2 Nitrile-PVC, 1/8" NPSF female, with dual flow control valve 0101824 

B Suction cup U50-2 Nitrile-PVC, G1/4" male, with mesh filter 0101818 

B Suction cup U50-2 Nitrile-PVC, G1/4" male, with mesh filter and dual flow control valve 0101825 

C Suction cup U50-2 Nitrile-PVC, G3/8" male, with mesh filter 0101820 

C Suction cup U50-2 Nitrile-PVC, G3/8" male, with mesh filter and dual flow control valve 0101827 

D Suction cup U50-2 Nitrile-PVC, 5x1/8" NPSF female 0101822 

D Suction cup U50-2 Nitrile-PVC, 5x1/8" NPSF female, with dual flow control valve 0101829 

A Suction cup U50-2 Silicone, 1/8" NPSF female, with mesh filter 0101810 

A Suction cup U50-2 Silicone, 1/8" NPSF female, with dual flow control valve 0101811 

B Suction cup U50-2 Silicone, G1/4" male, with mesh filter 0101805 

B Suction cup U50-2 Silicone, G1/4" male, with mesh filter and dual flow control valve 0101812 

C Suction cup U50-2 Silicone, G3/8" male, with mesh filter 0101807 

C Suction cup U50-2 Silicone, G3/8" male, with mesh filter and dual flow control valve 0101814 

D Suction cup U50-2 Silicone, 5x1/8" NPSF female 0101809 

D Suction cup U50-2 Silicone, 5x1/8" NPSF female, with dual flow control valve 0101816 

E Suction cup U50-2 Nitrile-PVC, 1/8" NPSF female, PA 0109840 

E Suction cup U50-2 Silicone, 1/8" NPSF female, PA 0110330 

Weight 

rubber 

part 


35 73 92 20 37 44 12 35 6.0 10.0 




°Shore A 

°C 






1/8" NPSF 

5x 1/8" NPSF 

26.5 

35.5 

51.4 

A B C D 

51.4 

E 

Rubber parts 

Art. No. 

Suction cup U50-2 Silicone 0101151 

Suction cup U50-2 Nitrile-PVC 0101150 

Fittings 

Art. No 











Suction cups 

U 


SUCTION CUPS FITTINGS 

M2.5 MALE 

Suits suction cups: 

U2, U3 

TECHNICAL DATA 

Description Unit Value 

Weight g 0.5 

Working temperature ºC -20–90 

Material 

CuZn/NBR 


Description 

Art. No. 


2 

3 

SW 

0, 



M5 MALE 


B5, B8, U4, U6, U8 



Weight g 3 


Material 

CuZn/PA 


Description 

Art. No. 


M5 

F 

3. 

SW 

1. 

2. 

Suction cups 

FITTINGS 



M5 MALE 


B10-2, B15-2, B15MF, D15-2, F15, F15MF, U10, 

U15 



Weight g 4 


Material 

CuZn/PA 


Description 

Art. No. 




M5 FEMALE 


B20, B20MF, BL20-2, D20-2, F20, 

F20MF, U20, F25, F25MF, FC20P, 

FC25P, D30-2, F30-2, F30MF, U30 



Without valve With dual flow control valve 

Weight g 3 3 

Working temperature °C -20–120 0–80 

Material Al Al/PUR 


Description 

Art. No. 



Suction cups 

FITTINGS 



G1/8" MALE 


B20, B20MF, D20-2, F20, F20MF, 

U20, F25, F25MF, FC20P, FC25P, 

D30-2, F30-2, F30MF, U30 



With mesh filter With dual flow control valve 

Weight g 3 3 

Working temperature ºC -20–90 0–80 

Material Al/SS/NBR Al/SS/NBR/PUR 


Description 

Art. No. 



G1 " 

17. 

7 

SW1/ 



G1/8" MALE / M5 FEMALE 


B20, B20MF, BL20-2, D20-2, F20, 

F20MF, U20, F25, F25MF, FC20P, 

FC25P, D30-2, F30-2, F30MF, U30 

With cone valve only for: 

F30-2 



With mesh filter With dual flow control valve With cone valve 

Weight g 2 2 4 

Working temperature ºC -20–120 0–80 -20–90 

Material Al/SS Al/PUR Al/SS/NBR 


Description 

Art. No. 



Fitting G1/8" male/M5 female, with cone valve 0101155 

Suction cups 

FITTINGS 



G1/8" MALE / M5 FEMALE – COMPOSITE 

Made of PA (Polyamide). 

Can be used on a number of PIAB’s suction cups 

in sizes from 20 to 50 mm. 

The weight of the composite fittings is 

approximately half the weight of corresponding 

fittings of aluminium. 

The fittings are durable and resistant to the most 

common acids and chemicals. They can be used 

in applications where aluminium cannot be used 

due to environmental issues, for example, in the 

chemical industry and the food industry. 

Suits suction cups: B20, BL20-2, D20-2, D30-2, 

F20, F25, F30-2, U20, U30 



Weight g 1.7 


Material 

PA composite 


Description 

Art. No. 




1/8" NPSF FEMALE 


B30-2, B30MF, BL30-2, B40, 

B40MF, BL40-2, F40-2, F40MF, 

U40-2, FC35P 


F40-2 

Without mesh filter for: 

BX35P 



Without mesh filter With mesh filter With dual flow With cone valve 

control valve 

Weight g 6 6 6 7 

Working temperature ºC -20–120 -20–120 0–80 -20–90 

Material Al Al/SS Al/PUR Al/SS/NBR 


Description 

Art. No. 





20 

8"NPSF 

15. 

Suction cups 

FITTINGS 



1/8" NPSF FEMALE 


B50, B50-2, BX52P, B50MF, BL50-2, D50, F50-2, 

F50MF, U50-2 


F50-2 

Without mesh filter for: 

BX52P 



Without mesh With mesh filter With dual flow control With cone valve 

filter 

valve 

Weight g 10 10 10 15 

Working temperature ºC -20–120 -20–120 0–80 -20–90 

Material Al Al/SS Al/PUR Al/SS/NBR 


Description 

Art. No. 





1/ N 

18 

SW 



1/8" NPSF FEMALE – COMPOSITE 












Suits suction cups: B30-2, B40, BL30-2, BL40- 

2, F40-2, U40-2 



Weight g 2.4 


Material 

PA composite 


Description 

Art. No. 


Suction cups 

FITTINGS 



1/8" NPSF FEMALE – COMPOSITE 












Suits suction cups: B50, B50-2, BL50-2, B50MF, 

D50, F50-2, U50-2 



Weight g 5.6 


Material 

PA composite 


Description 

Art. No. 




G1/4" MALE 


B30-2, B30MF, BL30-2, B40, 

B40MF, BX35P, BL40-2, F40-2, 

F40MF, U40-2, FC35P 




Weight g 7 7 




Description 

Art. No. 



Suction cups 

FITTINGS 



G1/4" MALE 


B50, B50-2, BX52P, B50MF, 

BL50-2, D50, F50-2, F50MF, U50-2 




Weight g 10 10 




Description 

Art. No. 





G3/8" MALE 


B30-2, B30MF, BL30-2, B40, 

B40MF, BX35P, BL40-2, F40-2, 

F40MF, U40-2, FC35P 








Description 

Art. No. 



Suction cups 

FITTINGS 



G3/8" MALE 


B50, B50-2, B50MF, BL50-2, D50, 

F50-2, F50MF, U50-2 








Description 

Art. No. 





G3/8" MALE 

Suits suction cup: 

BL40-3P 



Weight g 12 


Material 

Al/NBR 


Description 

Art. No. 

Fitting G3/8" male 0112662 

24 

/ " 

10 

Suction cups 

FITTINGS 



3/8" NPT MALE 

Suits suction cup: 

BL40-3P 



Weight g 12 


Material 

Al 


Description 

Art. No. 

Fitting 3/8" NPT male 0112692 

O 

3/ 1 NPT 

5 

5 



5XM5 FEMALE 


B20, B20MF, BL20-2, D20-2, F20, 

F20MF, U20, F25, F25MF, FC20P, 

FC25P, D30-2, F30-2, F30MF, U30 





Working temperature °C -20–120 0–80 

Material Al/CuZn/PA Al/CuZn/PA/PUR 


Description 

Art. No. 



5x 

15 

14. 

5 

Suction cups 

FITTINGS 



5X1/8" NPSF FEMALE 


B30-2, B30MF, BL30-2, B40, 

B40MF, BX35P, BL40-2, F40-2, 

F40MF, U40-2, FC35P 






Material Al/PPS/NBR Al/PPS/NBR/PUR 


Description 

Art. No. 



1/8" SF 

25 

18 



5X1/8" NPSF FEMALE 


B50, B50-2, BX52P, B50MF , 

BL50-2, D50, F50-2, F50MF, U50-2 






Material Al/PPS/NBR Al/PPS/NBR/PUR 


Description 

Art. No. 



Suction cups 

FITTINGS 



FITTING 75 


B75, B75P, B75-2, F75, F75P, FC100P 


F75 



With mesh filter 

With cone valve 


Working temperature °C -20–120 -20–90 

Material Al/SS Al/SS/NBR 


Description 

Art. No. 

A Fitting G3/8" female, with mesh filter 0100551 

B Fitting G3/8" female, with cone valve 0100552 



A Fitting 3/8" NPSF female, with mesh filter 0100553 


A 

B 



FITTING 110 


B110, B110-2, F110P, F110, FC150P 


F110 







Material Al/SS/CuZn/NBR Al/SS/CuZn/NBR 


Description 

Art. No. 





Suction cups 

FITTINGS 

G1 " 

3 

.6 

A 

B 

1 



FITTING 150 


B150, F150 


F150 







Material Al/SS/CuZn/NBR Al/SS/CuZn/NBR 


Description 

Art. No. 




A 

B 


SUCTION CUPS ACCESSORIES 

LEVEL COMPENSATORS 

Adjust differences in levels, for examlpe on lifting 

devices with several suction cups on a frame. 

A level compensator is often advantageous since 

it places less demand on exact vertical 

positioning, for example on a handling robot. 

The level compensator provides a certain degree 

of shock absorbtion. 



M5 G1/8" G1/2" 

Weight g 10 70 160 

Temperature range °C -20–120 -20–120 -20–90 

Stroke mm 0–7 0–20 0–15 

Max. Load kg 3.0 25 50 

Material SS/CuZn SS/CuZn SS 


Description 

Art. No. 

A Level compensator M5 3350068 

B Level compensator G1/8" 3350069 

C Level compensator G1/2" 3350071 

G1 " 

12 

42 7 

Suction cups 

ACCESSORIES 

6 2. 

/2 

A B C 



LEVEL COMPENSATOR LC30 

Tailor made for the Vacuum Gripper System, 

VGS, but can also be used together with other 

PIAB products. 

Developed for use with standard profile systems. 

Easy installation with the option of fine 

adjustments and positioning of the suction cup. 

Non-rotational for use with, for example, oval 

suction cups. Can easily be made rotational. 

Quiet and reliable level compensation with load 

protection and shock absorbtion. 



Spring force N 5–42 

Stroke mm 30 

Weight g 220 

Volume, internal cm 3 5 

Maximum load, vertical N 700 

Temperature range Cº 10–50 

Adjustable in height mm 12 

Adjustable in rotational direction º 0–360 

Material 

Al, NBR, PA, POM, PUR, SS 


Description 

Art. No. 

Level Compensator LC30 0111551 

LC 30 is delivered with two MC6S M6x45 fzb screws. 



BALL JOINTS 

Ball joint fittings could be used when lifting sheet 

metal with a device using several suction cups. 

To avoid bending stress a suction cup can be 

fitted with a balljoint. 



G1/8" G1/2" G3/4" 

Weight g 20 110 200 

Temperature range °C -40–110 -40–110 -40–110 

Angle ° ±12 ±12 ±12 

Max. Load kg 25 50 150 

Material SS/CR/PA/NBR SS/CR/PA/NBR SS/CR/PA/NBR 


Description 

Art. No. 

A Ball joint G1/8" 3350065 

B Ball joint G1/2" 3350066 

C Ball joint G3/4" 3350067 

4 

24 

54 

2 

G3 4 

Suction cups 

ACCESSORIES 

63 

G1/ " 

O 

O 

A B C 

/4 



ANGLE ADAPTORS 

Angle adaptors facilitate vacuum connections 

when space and headroom are limited. 

Can also be used as T-connectors. 



G1/8" – M5 G1/2" –M8 


Temperature range °C -40–110 -40–110 

Material CuZn/NBR/PA SS/NBR/PA 


Description 

Art. No. 

A Angle adaptor G1/8"–M8 3150053 

B Angle adaptor G1/2"–M8 3150054 

A 

B 



T-SLOT ADAPTERS 

The PIAB T-slot adapter enables PIAB suction 

cups to mount to existing boom assemblies and 

end-of-arm tooling used in the automotive 

industry. The T-slot adapter threads into the PIAB 

cup fitting and can then be mounted accordingly. 

The suction cups can be changed quickly and 

with great ease. 

Non-rotating feature — good when using oval 

suction cups. 



Weight g 17–22 

Working temperature °C -20–90 

Material 

Al/NBR 


Description 

Art. No. 

A T-slot adapter G1/8" male 0104108 

B T-slot adapter G3/8" male 0104110 

C T-slot adapter 3/8" NPT 0104111 

D T-slot adapter G1/2" male 0104112 

E T-slot adapter G3/8" female 0107942 

Suction cups 

ACCESSORIES 

A B C D 

E 



SPARE PARTS 

Description Material Temperature range Art. No. 

Reinforcement ring for BL20-2, 4x Polyamide, PA -40ºC–110ºC 3150071 


Reinforcement ring for BL40-2 & B-BL40-2, 4x Polyamide, PA -40ºC–110ºC 3150073 


Filter for BX25P Polyester/TPE -40ºC–90ºC 0109311 




Filter for BX110P Polyethylene, PE -40ºC–80ºC 0108163 

Filter for B50-2 Polyethylene, PE -40ºC–80ºC 3150243 



Cone valve for F40-2 Al/SS/NBR -40ºC–110ºC 3150056 

Cone valve for F50-2 Al/SS/NBR -40ºC–110ºC 3150057 

Cone valve for F75 Al/SS/NBR -40ºC–110ºC 3250038 

Cone valve for F110 Al/SS/NBR -40ºC–110ºC 3350034 

Suction cup FP200 Polyurethane Polyurethane, PUR 0ºC–80ºC 3350148 

Suction cup FP300 Polyurethane Polyurethane, PUR 0ºC–80ºC 3350153 

Suction cup P35 Ethylene propylene Ethylene propylene, EPDM -40ºC–100ºC 3350023 





Suction cup OP20x100 Ethylene propylene Ethylene propylene, EPDM -40ºC–100ºC 3350028 

Suction cup OP40x200 Ethylene propylene Ethylene propylene, EPDM -40ºC–100ºC 3350029 

Fitting 1/8" NPSF female Aluminium -40ºC–110ºC 3350100 


Fitting G1/2" female Aluminium -40ºC–110ºC 3350115 





Adjustable support for P35, with filter Al/CuZn/PE -40ºC–80ºC 3350030 



Cone valve for P35 & P60 Al/SS/NBR -40ºC–110ºC 3350033 

Cone valve for P100 Al/SS/NBR -40ºC–110ºC 3350058 

Thread shaft 3/8" NPSF female CuZn/Al -20ºC–120ºC 0108037 

Thread insert G3/8" male, with O-ring Al/NBR/SS -20ºC–120ºC 0106797 

Thread insert G3/8" male, with O-ring and mesh filter Al/NBR/SS -20ºC–120ºC 0107148 



Suction cups 

ACCESSORIES 


Vacuum grippers 

PIAB VGS3010 – A new product design where high quality DURAFLEX® suction cups are integrated with a 

patented vacuum cartridge based on the latest COAX® ejector technology. The result is a vacuum “gripper” that 

makes selection, sizing and installation of a vacuum system easier. With the VGS 3010 you will enjoy the 

benefits of a more cost-efficient and reliable vacuum system. 

EFFICIENT MATERIAL HANDLING 

..............................................................................388 

APPLICATION EXAMPLES 

..............................................................................389 

AID TO SELECTION 

..............................................................................390 

SYSTEM SOLUTION EXAMPLES 

..............................................................................392 

EXPLANATION OF ORDERING NUMBER 

..............................................................................393 

VACUUM GRIPPERS 

VGS3010 B75P ...................................................394 

VGS3010 BF80P .................................................396 

VGS3010 BX35P .................................................398 

VGS3010 BX52P .................................................400 

VGS3010 BX75P .................................................402 

VGS3010 BX52P with stabilizer ............................404 


VGS3010 FC50P .................................................408 

VGS3010 FC75P .................................................410 

VGS3010 FC100P ...............................................412 

VGS3010 F75P ...................................................414 

VGS3010 F110P .................................................416 

VGS3010 OB35x90P ...........................................418 

VGS3010 OB50x140P .........................................420 

VGS3010 OB65x170P .........................................422 

VGS3010 OBL40X90P .........................................424 

VGS3010 OF25x70P ...........................................426 

VGS3010 OF40x110P .........................................428 

VGS3010 OF55x150P .........................................430 

VGS3010 OF70x175P .........................................432 

VGS3010–LC30 ..................................................434 

Atmospheric Quick-Release valve – AQR ...................436 

Check valve VGS3010 .........................................437 

VGS3010 mounting-kits .......................................438 

AVP – Adjustable Vacuum Palletiser .........................440 

AVR – Adjustable Vacuum Rail .................................442 



VACUUM GRIPPERS VGS3010 

EFFICIENT MATERIAL HANDLING 

INCREASE YOUR PRODUCTIVITY AND REDUCE YOUR COSTS WITH VGS3010 

Shorter response time 

Lower energy cost 

Higher operation reliability 

Easy selection and sizing — Knowledge about your specific vacuum flow, level or volume requirements are 

not required. Only feed pressure and the material being handled determine the optimal VGS3010 for your 

application. 

Improved grip, lifting capacity and wear resistance with DURAFLEX® cups — Provides up to 50% higher 

frictional grip as compared to conventional cups. 

SIMPLE INSTALLATION AND MAINTENANCE 

The VGS3010 mounts easily to most extrusion 

and profile systems. All parts of the VGS3010 are 

accessible and interchangeable. 

FLEXIBLE POSITIONING 

Once installed, the position of the VGS3010 can 

be adjusted to accommodate changing handling 

conditions. 

EXCEPTIONAL HANDLING STABILITY WITH STABILIZER 

The Stabilizer reduces the need for using many 

suction cups for safe and stable lifting. It is used 

with suction cup models BX52P and BX75P. 

Adjustable supports create exceptional stability 

when handling items such as corrugated boxes, 

boards and sheets. The Stabilizer is also an 

excellent aid for handling objects that are hard to 

grip. 

Use one VGS with Stabilizer and eliminate the 

need for multiple suction cups. 

Exceptional handling stability with stabilizer 



VGS3010 APPLICATION EXAMPLES 

VGS3010 with DURAFLEX® suction cups can handle these materials more effectively than conventional cup and 

pump solutions. 

Corrugated boxes/containers 

Sheet metal 

Glass 

Wood 

Plastic 

Small parts assembly and more... 

Using a VGS3010 with Stabilizer increases the 

ability to handle sheets with sharp convex and 

concave surfaces and reduces the quantity of cups 

needed. 

Handling bottles with one individual VGS3010 

OBL40x90 per bottle will increase the operational 

reliability. 


VGS3010 

VGS3010 used for palletizing or depalletizing means flexible, quick and easy changeover. The VGS3010 

eliminates the need to use multiple end-effectors to handle material that changes size or position. 

Handling configuration 1. 

Handling configuration 2. 



AID TO SELECTION 

Build a VGS3010 according to your needs. 

A – CHOOSE SUCTION CUP DESIGN 

Choose from DURAFLEX® suction cups in sizes 35– 

110 mm. They are available as flat, bellows, multibellows 

and oval cups. 

VGS3010 consists of DURAFLEX® suction cups 

manufactured in a specially developed polyurethane. 

DURAFLEX® combines the soft elasticity of rubber 

with the exceptional wear resistance of polyurethane 

whilst also being non-marking. 

B – CHOOSE THE HARDNESS OF THE SUCTION CUP 

Many of the cups are available in a version where the 

body and the sealing surface are of different 

hardness (dual durometer). This gives the cup both 

strength and stability as well as flexibility to adapt 

itself to uneven surfaces. Lower or dual durometer 

cups should be used for maximum friction/grip and 

sealing capability (reduced micro-leakage). Higher 

durometer cups should be used for maximum wear 

resistance and for longer cup life. 

Molded fitting with removable thread insert. Reduce 

cost by recycling the insert when changing the 

suction cup. The suction cup can be locked into 

place from under the cup with a socket-head wrench. 

SUCTION CUP MATERIAL KEY 

Yellow 

Red 

Blue 

Green 

Black 

30° Shore A 

40° Shore A 

50° Shore A 

60° Shore A 

70° Shore A 

SUCTION CUP OPTION – CHOOSE A CUP WITH STABILIZER 

For increased stability and flexibility to handle 

objects that are hard to grip with vacuum, a stabilizer 

should be used. The supports are height-adjustable 

for different types of objects. 

Stabilizer 50 fits suction cup BX52P 

Stabilizer 75 fits suction cup BX75P 



C — CHOOSE VACUUM CARTRIDGE 

Choose cartridge Pi12-2, a 2-stage ejector with 

40 Nl/min of vacuum flow, for minimum mounting 

dimensions when handling non-porous material 

such as sheet metal or when using smaller 

suction cups. 

Choose cartridge Pi12-3, a 3-stage ejector with 

more then 90 Nl/min of vacuum flow, for faster 

response when handling porous material such as 

corrugated cardboard or when using large suction 

cups. 

Choose a blind plug (without vacuum cartridge), if 

the unit is to work as a “slave”, i.e. vacuum is 

generated by another VGS3010 unit in the 

system. 

A non-return valve in the vacuum cartridge should be 

used to maintain vacuum in a sealed system for a 

short period of time to increase safety during 

interruptions of air supply. 

D — CHOOSE MOUNTING INTERFACE AND MOUNTING ORIENTATION 

Option 1 — Flush-mount directly to a plate. Choose a top mount VGS3010 with 4xM4 screws. 

It gives a strong and non-rotating installation; 5x1/8” plugs are included. This mounting option cannot be used 

if you choose a Stabilizer. 

Option 2–4 — Choose a factory-installed screw that can be mounted in three different positions: 

Topside, leftside or rightside; 4x1/8" plugs are included. Left or right side mount will give you low installation 

height. A profile mounting kit is included for easy attachment to a profile system. 

Option 2 — Mount the VGS3010 with a M8 16 mm screw. 

Option 3 — Mount the VGS3010 with a M8 27 mm screw. 

Option 4 — Mount the VGS 3010 with a M6 22 mm screw. 

Option 5 –Mount the VGS3010 with a ball joint. Choose a factory-installed ball joint that can be mounted in 

two different positions, leftside or rightside, 4x1/8" plugs are included. Left or right side mount will give you low 

installation height. 

Option 6 —Mount the VGS3010 with a lock-pin. Choose a factory-installed lock-pin that can be mounted in 

two different positions, leftside or rightside; 4x1/8" plugs are included. Left or right side mount will give you low 

installation height. 

Option 7 — Mount the VGS3010 with LC30. Choose level compensator LC30 that can be fasten in a groove 

of a standard profile. For more information about the LC30, see separate data sheet. 


VGS3010 

1. Flush mount 

2. M816 mm screw 

3/4. M8 27 mm / M6 22 mm screw 

5. Ball joint 

6. Lock-pin 

7. Level Compensator LC30 a) Topside, b) leftside, c) rightside 



VGS3010 SYSTEM SOLUTION EXAMPLES 

A profile-mounted VGS3010 can be made nonrotating 

by inserting a guide pin in the profile slot. 

Use the M5 threaded connection on the VGS3010 

housing. 

(Guide pin not supplied by PIAB.) 

Non-rotating guide pin 

When the need for vacuum flow is small, for example 

in air-tight systems with small cups, a VGS3010 

with a vacuum cartridge could provide one or a few 

other “slave units”. 

Suction cups No. 1, 3 and 4 are "slave units" (no 

vacuum cartridge). 

In order to have efficient cleaning of suction cup 

filters and blow-off for quickly releasing parts, 

compressed air should be connected to one of the 

extra vacuum ports on the VGS3010. 

Quick release of parts – a) Vacuum, b) Blow-off 

For increased safety and control of the vacuum 

system, a PIAB mini-vacuum switch can easily be 

connected to a VGS3010. The switches are 

available as pre-set or with adjustable signal level. 

Pre-set is recommended to avoid unwanted signal 

level changes (adjustment-proof). You can find part 

numbers. and technical data for the switches in 

PIAB’s main catalogue or P3010 Vacuum Pumps 

brochure. 

Vacuum sensing 



EXPLANATION OF VGS3010 ORDERING NUMBER 

1. Vacuum cartridge VGS code 

No vacuum cartridge (slave unit with blind plug M14x1) 

AA 

Vacuum cartridge Pi12-2 

AB 


AC 

Vacuum cartridge Pi12-2, non-return valve 

AD 


AE 

2. Mounting / orientation VGS code 

4x M4 screw top, 5x plug G1/8", flush mount 00 

M8 16 mm screw top, mounting kit 01 

M8 16 mm screw right, mounting kit 02 

M8 16 mm screw left, mounting kit 03 

M8 27 mm screw top, profile kit 04 

M8 27 mm screw right, profile kit 05 

M8 27 mm screw left, profile kit 06 



M6 22 mm screw right, profile kit 08 

M6 22 mm screw left, profile kit 09 

Ball joint VGS3010 right 11 

Ball joint VGS3010 left 12 

Lock-pin VGS3010 right 13 

Lock-pin VGS3010 left 14 

3. Suction cup with fitting /suction cup with fitting and stabilizer VGS code 

No suction cup 

BA 

B75P 30/60° Shore A 

BB 

B75P 60° Shore A 

BC 

BF80P 30/50° Shore A 

BD 

BF80P 60° Shore A 

BE 

BX35P 30/60° Shore A 

BF 

BX35P 60° Shore A 

BG 


BH 


BI 


BJ 


BK 

F75P 30/60° Shore A 

BL 

F75P 60° Shore A 

BM 

F110P 30/60° Shore A 

BN 


BO 

FC50P 40° Shore A 

BP 


BQ 


BR 


BS 


BT 


BU 

OBL40x90P 70° Shore A 

BV 

BX52P 30/60° Shore A with Stabilizer 50 

BW 

BX52P 60° Shore A with Stabilizer 50 

BX 


BY 


BZ 

OB35X90P 30/60° Shore A 

CA 

OB35X90P 60° Shore A 

CB 


CC 


CD 


CE 


CF 

OF25X70P 40° Shore A 

CG 


CH 


CI 


CJ 


CK 


CL 


CM 


CN 

BW, BX, BY and BZ are not possible to combine with mounting/orientation 00, 02, 03, 05, 06, 08, 09, 11, 12, 13 or 14. 

Example 

Ordering number 

From 

table 1. 

From 

table 2. 

VGS3010, Pi12-3, M8 27 mm screw top, profile kit, B75P 30/60 Shore VGS3010 AC 04 BB 

From 

table 3. 


VGS3010 



VGS3010 B75P 


Suitable for level adjustment and for uneven or 

porous surfaces such as corrugated boxes/ 

containers. 

The bellows and sealing surface are available in 

different durometers. This gives the cup both 

strength and stability as well as the flexibility to 

conform to uneven surfaces. 

DURAFLEX® cups are made of a revolutionary 

polyurethane material that combines the soft 

elasticity of rubber with the exceptional wear 

resistance of polyurethane. 

The DURAFLEX® material is non-marking. 

The suction cups have a molded fitting with 

removable G3/8” male thread insert. 



Feed pressure, max. MPa 0.7 

Noise level dBA 65–74 

Temperature range ºC 10–50 


Material 

PP, PA, NBR, AL, SS, PU 

RECOMMENDED LOAD WITH BUILT-IN SAFETY FACTOR OF 2 AND RESPONSE TIME, 30º/60º SHORE 

Feed 

pressure 

Air consumption 

and compressor 

power, continuous 

operation 

Material to 

be handled 

(see table 

below) 

Recommended 

perpendicular 

load with safety 

factor 2 

Recommended 

parallel (shear) 


factor 2 

RECOMMENDED LOAD WITH BUILT-IN SAFETY FACTOR OF 2 AND RESPONSE TIME, 60º SHORE 

MPa N N s s 

0.314 0.47 Nl/s, 155 W Plywood 113 113 Response time varies based on quality 

0.314 0.47 Nl/s, 155 W Corrugated 64 64 and porosity of handled material. 

0.314 0.47 Nl/s, 155 W Dry steel 128 149 0.195 0.187 

0.314 0.47 Nl/s, 155 W Oily steel 118 37 0.195 0.187 

Remark: The compressor power is calculated according to: 5.5 W consumed electric power per produced 

Nl/min compressed air, valid for a normally sized 7 bar compressor. 

NOTE: The response times are not valid for Level Compensator LC30. 

Material definition: Corrugated cardboard = B Flute 3 mm, 80 Gurley seconds. 

Response time to 

50 -kPa with Pi12-2 



MPa N N s s 



0.314 0.47 Nl/s, 155 W Dry steel 92 64 0.195 0.187 


Feed 

pressure 




operation 

Material to 

be handled 

(see table 

below) 

Recommended 

perpendicular 


factor 2 

Recommended 



factor 2 










AA 

b Vacuum cartridge Pi12-2 AB 

a Vacuum cartridge Pi12-3 AC 

c Vacuum cartridge Pi12-2, non-return valve AD 

d Vacuum cartridge Pi12-3, non-return valve AE 



f M8 16 mm screw top, mounting kit 01 

g M8 16 mm screw right, mounting kit 02 

e M8 16 mm screw left, mounting kit 03 

f M8 27 mm screw top, profile kit 04 

g M8 27 mm screw right, profile kit 05 

e M8 27 mm screw left, profile kit 06 




g Ball joint VGS3010 right 11 

e Ball joint VGS3010 left 12 

g Lock-pin VGS3010 right 13 

e Lock-pin VGS3010 left 14 


More info about LC30 see separate data sheet 

3. Suction cup with fitting VGS code 


BA 

B75P 30/60° Shore A 

BB 

B75P 60° Shore A 

BC 

Example 

VGS3010 B75P – Pi12-3, M8 27 mm top including profile kit, B75P 30/60º Shore A 


VGS3010 AC 04 BB 

a 

b 

1 3 

2 

49 

c 

d 

1 3 

2 

68.8 

39 72 

6 11 

12 

1 3 

2 

b 

c 

a 

d 

e 

f 

23 

g 


VGS3010 

79 

84 



VGS3010 BF80P 


The dual durometer BF80P, is suitable for level 

adjustment and for uneven and porous surfaces, 

such as corrugated boxes/containers. The 

bellows and the sealing surface have two 




The green BF80P, is suitable for picking up 

heavier items, such as sheet metal that has an 

oily surface. 






The suction cup has a molded G3/8” male 

fitting. 







Material 



Feed 

pressure 




operation 

Material to 

be handled 

(see table 

below) 

Recommended 

perpendicular 


factor 2 

Recommended 



factor 2 

RECOMMENDED LOAD WITH BUILT-IN SAFETY FACTOR AND RESPONSE TIME, 60º SHORE 

MPa N N s s 



0.314 0.47 Nl/s, 155 W Dry steel 131 68 0.071 0.068 










MPa N N s s 



0.314 0.47 Nl/s, 155 W Dry steel 50 69 0.071 0.068 


Feed 

pressure 




operation 

Material to 

be handled 

(see table 

below) 

Recommended 

perpendicular 


factor 2 

Recommended 



factor 2 










AA 
























BA 

BF80P 30/50° Shore A 

BD 

BF80P 60° Shore A 

BE 

Example 

VGS3010 BF80P – Pi12-3, M8 27 mm top including profile kit, BF80P 30/50º Shore A 


VGS3010 AC 04 BD 

a 

b 

1 3 

2 

49 

c 

d 

1 3 

2 

6 

66 

12 

39 72 23 

1 3 

2 

b 

c 

a 

d 

11 

e 

f 

g 


VGS3010 

84 



VGS3010 BX35P 

SUCTION CUP WITH 2 ½ BELLOWS 


porous surfaces, such as corrugated boxes/ 

containers. 










Separate G3/8” male suction cup fitting. 

A filter support ring in the cup keeps dust out of 

the system. The filter’s materials are polyester 

(PES41/14) and thermo-plastic-urethane (TPE). 







Material 


RECOMMENDED LOAD WITH BUILT-IN SAFETY FACTOR OF 2 AND RESPONSE TIME, 30°/60º SHORE 

Feed 

pressure 




operation 

Material to 

be handled 

(see table 

below) 

Recommended 

perpendicular 


factor 2 

Recommended 



factor 2 


MPa N N s s 



0.314 0.47 Nl/s, 155 W Dry steel 15 26 0.016 0.015 










MPa N N s a 



0.314 0.47 Nl/s, 155 W Dry steel 16 17 0.016 0.015 


Feed 

pressure 




operation 

Material to 

be handled 

(see table 

below) 

Recommended 

perpendicular 


factor 2 

Recommended 



factor 2 










AA 
























BA 


BF 


BG 

Example 

VGS3010 BX35P – Pi12-3, M8 27 mm top including profile kit, BX35P 30/60º Shore A 


VGS3010 AC 04 BF 


VGS3010 



VGS3010 BX52P 

SUCTION CUP WITH 2 ½ BELLOWS 



containers. 




















Material 



Feed 

pressure 




operation 

Material to 

be handled 

(see table 

below) 

Recommended 

perpendicular 


factor 2 

Recommended 



factor 2 


MPa N N s s 



0.314 0.47 Nl/s, 155 W Dry steel 40 26 0.053 0.051 










MPa N N s s 



0.314 0.47 Nl/s, 155 W Dry steel 37 27 0.053 0.051 


Feed 

pressure 




operation 

Material to 

be handled 

(see table 

below) 

Recommended 

perpendicular 


factor 2 

Recommended 



factor 2 










AA 
























BA 


BH 


BI 

Example 



VGS3010 AC 04 BH 


VGS3010 



VGS3010 BX75P 




containers. 










Molded suction cup fitting with removable thread 

insert, male G3/8”. 










Material 



Feed 

pressure 




operation 

Material to 

be handled 

(see table 

below) 

Recommended 

perpendicular 


factor 2 

Recommended 



factor 2 


MPa N N s s 



0.314 0.47 Nl/s, 155 W Dry steel 83 75 0.115 0.111 










MPa N N s s 



0.314 0.47 Nl/s, 155 W Dry steel 74 58 0.115 0.111 


Feed 

pressure 




operation 

Material to 

be handled 

(see table 

below) 

Recommended 

perpendicular 


factor 2 

Recommended 



factor 2 










AA 
























BA 


BJ 


BK 

Example 



VGS3010 AC 04 BJ 


VGS3010 



VGS3010 BX52P WITH STABILIZER 

Suitable for extra stability when handling plates, 

sheets or boxes. Reduces the need for extra 

suction cups to create stability. 

The supports are adjustable in order to help 

handle difficult-to-grasp objects with vacuum. 

Rubber pads included for the legs in order to 

prevent scratches. 











Material 


RECOMMENDED LOAD WITH BUILT-IN SAFETY FACTOR OF 2 AND RESPONSE TIME, 30°/60º SHORE WITH 

STABILIZER 

Feed 

pressure 




operation 

Material to 

be handled 

(see table 

below) 

Recommended 

perpendicular 


factor 2 

Recommended 



factor 2 

RECOMMENDED LOAD WITH BUILT-IN SAFETY FACTOR OF 2 AND RESPONSE TIME, 60º SHORE WITH 

STABILIZER 

MPa N N s s 

0.314 0.47 Nl/s, 155 W Plywood 32 29 Response time varies based on quality and 

0.314 0.47 Nl/s, 155 W Corrugated 21 19 porosity of handled material. 

0.314 0.47 Nl/s, 155 W Dry steel 33 26 0.053 0.051 









MPa N N s s 



0.314 0.47 Nl/s, 155 W Dry steel 33 27 0.053 0.051 


Feed 

pressure 




operation 

Material to 

be handled 

(see table 

below) 

Recommended 

perpendicular 


factor 2 

Recommended 



factor 2 










AA 









SUCTION CUP WITH FITTING 



BA 


BW 


BX 

Example 

VGS3010 BX52P – Pi12-3, M8 27 mm top including profile kit, BX52P 30/60º Shore A with stabilizer 50 


VGS3010 AC 04 BW 


VGS3010 



VGS3010 BX75P WITH STABILIZER 

Suitable for extra stability when handling plates, 

sheets or boxes. Reduces the need for extra 

suction cups to create stability. 

The supports are adjustable in order to help 

handle difficult-to-grasp objects with vacuum. 

Rubber pads included for the legs in order to 

prevent scratches. 




Molded suction cup fitting with removable G3/8" 

male thread insert. 







Material 


RECOMMENDED LOAD WITH BUILT-IN SAFETY FACTOR OF 2 AND RESPONSE TIME, 30°/60º SHORE WITH 

STABILIZER 

Feed 

pressure 




operation 

Material to 

be handled 

(see table 

below) 

Recommended 

perpendicular 


factor 2 

Recommended 



factor 2 

RECOMMENDED LOAD WITH BUILT-IN SAFETY FACTOR OF 2 AND RESPONSE TIME, 60º SHORE WITH 

STABILIZER 

MPa N N s s 



0.314 0.47 Nl/s, 155 W Dry steel 64 75 0.115 0.111 









MPa N N s s 



0.314 0.47 Nl/s, 155 W Dry steel 73 58 0.115 0.111 


Feed 

pressure 




operation 

Material to 

be handled 

(see table 

below) 

Recommended 

perpendicular 


factor 2 

Recommended 



factor 2 










AA 











BA 


BY 


BZ 

Example 

VGS3010 BX75P – Pi12-3, M8 27 mm top including profile kit, BX75P 30/60º Shore A with stabilizer 75 


VGS3010 AC 04 BY 


VGS3010 



VGS3010 FC50P 

FLAT, CONCAVE SUCTION CUPS WITH CLEATS 

Suitable for slightly domed and flat oily surfaces, 

i.e. handling steel or aluminium sheets in press 

process. 

Due to high friction of the rubber material, the 

suction cups can withstand high forces at rapid 

accelerations in horizontal directions, even on 

oily surfaces. 






Molded G3/8” male suction cup fitting. 







Material 



Feed 

pressure 




operation 

Material to 

be handled 

(see table 

below) 

Recommended 

perpendicular 


factor 2 

Recommended 



factor 2 


MPa N N s s 



0.314 0.47 Nl/s, 155 W Dry steel 57 70 0.018 0.017 










MPa N N s s 



0.314 0.47 Nl/s, 155 W Dry steel 55 58 0.018 0.017 


Feed 

pressure 




operation 

Material to 

be handled 

(see table 

below) 

Recommended 

perpendicular 


factor 2 

Recommended 



factor 2 










AA 
























BA 


BP 


BQ 

Example 

VGS3010 FC50P – Pi12-3, M8 27 mm top including profile kit, FC50P 40º Shore A 


VGS3010 AC 04 BP 


VGS3010 



VGS3010 FC75P 




process. 


















Material 


RECOMMENDED LOAD WITH BUILT IN SAFETY FACTOR OF 2 AND RESPONSE TIME, 60º SHORE 

Feed 

pressure 




operation 

Material to 

be handled 

(see table 

below) 

Recommended 

perpendicular 


factor 2 

Recommended 



factor 2 


MPa N N s s 

0.314 0.47 Nl/s, 155 W Plywood 117 121 Response time varies based on quality. 


0.314 0.47 Nl/s, 155 W Dry steel 123 90 0.053 0.051 










MPa N N s s 



0.314 0.47 Nl/s, 155 W Dry steel 100 131 0.053 0.051 


Feed 

pressure 




operation 

Material to 

be handled 

(see table 

below) 

Recommended 

perpendicular 


factor 2 

Recommended 



factor 2 










AA 
























BA 


BR 


BS 

Example 



VGS3010 AC 04 BR 


VGS3010 



VGS3010 FC100P 




process. 


















Material 



Feed 

pressure 




operation 

Material to 

be handled 

(see table 

below) 

Recommended 

perpendicular 


factor 2 

Recommended 



factor 2 


MPa N N s s 



0.314 0.47 Nl/s, 155 W Dry steel 255 238 0.142 0.136 










MPa N N s s 



0.314 0.47 Nl/s, 155 W Dry steel 208 230 0.142 0.136 


Feed 

pressure 




operation 

Material to 

be handled 

(see table 

below) 

Recommended 

perpendicular 


factor 2 

Recommended 



factor 2 










AA 
























BA 


BT 


BU 

Example 



VGS3010 AC 04 BT 


VGS3010 



VGS3010 F75P 

FLAT SUCTION CUPS WITH CLEATS 

Suitable for all flat and rough surfaces. 

Good stability and little inherent movement due 

to the high friction of the rubber material, the 






The suction cups are available in different 

durometers. This gives the cup both strength and 

stability as well as the flexibility to conform to 

rough surfaces. 














Material 


RECOMMENDED LOAD WITH BUILT IN SAFETY FACTOR OF 2 AND RESPONSE TIME, 30°/60º SHORE 

Feed 

pressure 




operation 

Material to 

be handled 

(see table 

below) 

Recommended 

perpendicular 


factor 2 

Recommended 



factor 2 


MPa N N s s 



0.314 0.47 Nl/s, 155 W Dry steel 165 85 0.034 0.032 










MPa N N s s 



0.314 0.47 Nl/s, 155 W Dry steel 160 74 0.034 0.032 


Feed 

pressure 




operation 

Material to 

be handled 

(see table 

below) 

Recommended 

perpendicular 


factor 2 

Recommended 



factor 2 










AA 
























BA 

F75P 30/60° Shore A 

BL 


BM 

Example 

VGS3010 F75P – Pi12-3, M8 27 mm top including profile kit, F75P 30/60º Shore A 


VGS3010 AC 04 BL 


VGS3010 



VGS3010 F110P 

FLAT SUCTION CUPS WITH CLEATS 


Good stability and little inherent movement due 

to the high friction of the rubber material, the 






The suction cups are available in different 

durometers. This gives the cup both strength and 

stability as well as the flexibility to conform to 

rough surfaces. 














Material 



Feed 

pressure 




operation 

Material to 

be handled 

(see table 

below) 

Recommended 

perpendicular 


factor 2 

Recommended 



factor 2 


MPa N N s s 



0.314 0.47 Nl/s, 155 W Dry steel 352 332 0.106 0.102 










MPa N N s s 



0.314 0.47 Nl/s, 155 W Dry steel 335 308 0.106 0.102 


Feed 

pressure 




operation 

Material to 

be handled 

(see table 

below) 

Recommended 

perpendicular 


factor 2 

Recommended 



factor 2 










AA 
























BA 

F110P 30/60° Shore A 

BN 


BO 

Example 

VGS3010 F110P – Pi12-3, M8 27 mm top including profile kit, F110P 30/60º Shore A 


VGS3010 AC 04 BN 


VGS3010 



VGS3010 OB35X90P 

Suitable for level adjustment. Can handle object 

with heigh differences and varying shapes, for 



objetcs. 

In the two colored suction cup, the bellows and 

the sealing lip are of different hardness, which 


the same time, soft and flexible 

DURAFLEX® are Suction cups manufactured in a 


elesticity of rubber and wear resistance of 



Separate G3/8" male suction cup fitting. 





Temperature range °C 10–50 

Weight g 151-355 

Material 


RECOMMENDED LOAD WITH BUILT IN SAFETY FACTOR OF 2 AND RESPONSE TIME, 30/60º SHORE 

Feed 

pressure 

Air consumption and 

compressor power, continuous 

operation 

Material to be 

handled 

(see table 

below) 

Recommended 

perpendicular 


factor 2 


MPa N N s s 

0.314 0.47 Nl/s, 155W Plywood 56.5 71.5 Response time varies based on 

quality 

0.314 0.47 Nl/s, 155W Corrugated 39 52.5 and porosity of handled 

material. 

0.314 0.47 Nl/s, 155W Dry steel 78.5 106 0.064 0.061 

0.314 0.47 Nl/s, 155W Oily steel 63.5 39 0.064 0.061 




Recommended 



factor 2 


Response 

time to 

50 -kPa with 

Pi12-2 

Response 

time to 

50 -kPa with 

Pi12-3 

MPa N N s s 


quality 


material. 

0.314 0.47 Nl/s, 155W Dry steel 78.5 106.5 0.064 0.061 

0.314 0.47 Nl/s, 155W Oily steel 51 30 0.064 0.061 

Feed 

pressure 



operation 


handled 

(see table 

below) 

Recommended 

perpendicular 


factor 2 

Recommended 



factor 2 

Response 

time to 

50 -kPa with 

Pi12-2 

Response 

time to 

50 -kPa with 

Pi12-3 






AA 






















3. Suction cups with fitting VGS code 


BA 


CA 


CB 

Example 

VGS3010 OB35x90P – Pi12-3, M8 27 mm top including profile kit, OB35x90P 30/60° Shore A 


VGS3010 AC 04 CA 


VGS3010 



VGS3010 OB50X140P 





objetcs. 










Separate G3/8" male suction cup fitting 







Material 



Feed 

pressure 



operation 


handled 

(see table 

below) 

Recommended 

perpendicular 


factor 2 


MPa N N s s 

0.314 0.47 Nl/s, 155W Plywood 141 168.5 Response time varies based on 

quality 

0.314 0.47 Nl/s, 155W Corrugated 56 103 and porosity of handled 

material. 

0.314 0.47 Nl/s, 155W Dry steel 183.5 196.5 0.168 0.162 





Recommended 



factor 2 


Response 

time to 

50 -kPa with 

Pi12-2 

Response 

time to 

50 -kPa with 

Pi12-3 

MPa N N s s 


quality 


material. 

0.314 0.47 Nl/s, 155W Dry steel 182.5 173.5 0.168 0.162 

0.314 0.47 Nl/s, 155W Oily steel 153.5 169.5 0.168 0.162 

Feed 

pressure 



operation 


handled 

(see table 

below) 

Recommended 

perpendicular 


factor 2 

Recommended 



factor 2 

Response 

time to 

50 -kPa with 

Pi12-2 

Response 

time to 

50 -kPa with 

Pi12-3 






AA 
























BA 


CC 


CD 

Example 



VGS3010 AC 04 CC 


VGS3010 



VGS3010 OB65X170P 





objetcs. 










Separate G3/8" male suction cup fitting 







Material 



Feed 

pressure 



operation 


handled 

(see table 

below) 

Recommended 

perpendicular 


factor 2 


MPa N N s s 

0.314 0.47 Nl/s, 155W Plywood 180 195 Response time varies based on 

quality 


material. 

0.314 0.47 Nl/s, 155W Dry steel 272.5 300 0.310 0.289 





Recommended 



factor 2 


Response 

time to 

50 -kPa with 

Pi12-2 

Response 

time to 

50 -kPa with 

Pi12-3 

MPa N N s s 


quality 


material. 

0.314 0.47 Nl/s, 155W Dry steel 265.5 259.5 0.310 0.298 


Feed 

pressure 



operation 


handled 

(see table 

below) 

Recommended 

perpendicular 


factor 2 

Recommended 



factor 2 

Response 

time to 

50 -kPa with 

Pi12-2 

Response 

time to 

50 -kPa with 

Pi12-3 






AA 
























BA 


CE 


CF 

Example 



VGS3010 AC 04 CE 


VGS3010 



VGS3010 OBL40X90P 

OVAL SUCTION CUP WITH 4 BELLOWS 

Suitable for handling elongated and sharp curved 

surfaces, such as bottles and other cylindrical 

parts. 

Strengthening rings make the suction cup stable. 














Material 



Feed 

pressure 




operation 

Material to 

be handled 

(see table 

below) 

Recommended 

perpendicular 


factor 2 

Recommended 



factor 2 

MPa N N s s 



0.314 0.47 Nl/s, 155 W Dry steel 91 70 0.186 0.179 















AA 
























BA 

OBL40x90P 70° Shore A 

BV 

Example 

VGS3010 OBL40x90P – Pi12-3, M8 27 mm top including profile kit, OBL40x90P 70º Shore A 


VGS3010 AC 04 BV 


VGS3010 



VGS3010 OF25X70P 







force is prallel to the surface of the object. 













Material 



Feed 

pressure 



operation 


handled 

(see table 

below) 

Recommended 

perpendicular 


factor 2 


MPa N N s s 


quality 

0.314 0.47 Nl/s, 155W Corrugated 35.5 37.5 and porosity of handled 

material. 

0.314 0.47 Nl/s, 155W Dry steel 59 81 0.011 0.010 





Recommended 



factor 2 


Response 

time to 

50 -kPa with 

Pi12-2 

Response 

time to 

50 -kPa with 

Pi12-3 

MPa N N s s 


quality 

0.314 0.47 Nl/s, 155W Corrugated 35.5 37 and porosity of handled 

material. 

0.314 0.47 Nl/s, 155W Dry steel 54 52.5 0.010 0.010 


Feed 

pressure 



operation 


handled 

(see table 

below) 

Recommended 

perpendicular 


factor 2 

Recommended 



factor 2 

Response 

time to 

50 -kPa with 

Pi12-2 

Response 

time to 

50 -kPa with 

Pi12-3 






AA 
























BA 


CG 


CH 

Example 

VGS3010 OF25x70P – Pi12-3, M8 27 mm top including profile kit, OF25x70P 40° Shore A 


VGS3010 AC 04 CG 


VGS3010 



VGS3010 OF40X110P 




















Material 



Feed 

pressure 



operation 


handled 

(see table 

below) 

Recommended 

perpendicular 


factor 2 


MPa N N s s 


quality 


material. 

0.314 0.47 Nl/s, 155W Dry steel 151.5 205.5 0.037 0.036 





Recommended 



factor 2 


Response 

time to 

50 -kPa with 

Pi12-2 

Response 

time to 

50 -kPa with 

Pi12-3 

MPa N N s s 


quality 


material. 

0.314 0.47 Nl/s, 155W Dry steel 145.5 148.5 0.037 0.036 

0.314 0.47 Nl/s, 155W Oily steel 123.5 36 0.037 0.036 

Feed 

pressure 



operation 


handled 

(see table 

below) 

Recommended 

perpendicular 


factor 2 

Recommended 



factor 2 

Response 

time to 

50 -kPa with 

Pi12-2 

Response 

time to 

50 -kPa with 

Pi12-3 






AA 
























BA 


CI 


CJ 

Example 



VGS3010 AC 04 CI 


VGS3010 



VGS3010 OF55X150P 




















Material 



Feed 

pressure 



operation 


handled 

(see table 

below) 

Recommended 

perpendicular 


factor 2 


MPa N N s s 


quality 


material. 

0.314 0.47 Nl/s, 155W Dry steel 279 238 0.065 0.063 

0.314 0.47 Nl/s, 155W Oily steel 270 175.5 0.065 0.063 




Recommended 



factor 2 


Response 

time to 

50 -kPa with 

Pi12-2 

Response 

time to 

50 -kPa with 

Pi12-3 

MPa N N s s 


quality 

0.314 0.47 Nl/s, 155W Corrugated 87.5 115.5 and porosity of handled 

material. 

0.314 0.47 Nl/s, 155W Dry steel 258 241 0.065 0.063 


Feed 

pressure 



operation 


handled 

(see table 

below) 

Recommended 

perpendicular 


factor 2 

Recommended 



factor 2 

Response 

time to 

50 -kPa with 

Pi12-2 

Response 

time to 

50 -kPa with 

Pi12-3 






AA 
























BA 


CK 


CL 

Example 



VGS3010 AC 04 CK 


VGS3010 



VGS3010 OF70X175P 




















Material 



Feed 

pressure 



operation 


handled 

(see table 

below) 

Recommended 

perpendicular 


factor 2 


MPa N N s s 


quality 


material. 

0.314 0.47 Nl/s, 155W Dry steel 435 392.5 0.142 0.136 

0.314 0.47 Nl/s, 155W Oily steel 405 252.5 0.142 0.136 




Recommended 



factor 2 


Response 

time to 

50 -kPa with 

Pi12-2 

Response 

time to 

50 -kPa with 

Pi12-3 

MPa N N s s 


quality 


material. 

0.314 0.47 Nl/s, 155W Dry steel 387.5 340 0.142 0.136 


Feed 

pressure 



operation 


handled 

(see table 

below) 

Recommended 

perpendicular 


factor 2 

Recommended 



factor 2 

Response 

time to 

50 -kPa with 

Pi12-2 

Response 

time to 

50 -kPa with 

Pi12-3 






AA 
























BA 


CM 


CN 

Example 



VGS3010 AC 04 CM 


VGS3010 



VGS3010–LC30 

The LC30 is tailor made as a mounting option for 

the Vacuum Gripper System, VGS3010 

Developed for use with standard profile systems. 

Easy installation with the option of fine 

adjustments and positioning of the suction cup. 

Non-rotational for use with, for example, oval 

suction cups. 

Quiet and reliable level compensation with load 

protection and shock absorbtion. 






Weight range g 299-578 

Material 


Spring force N 5–42 

Stroke mm 30 

Volume LC30, internal cm 3 5 

Maximum load, vertical N 700 

Adjustable in height mm 12 

Adjustable in rotational direction º 0–360 




AA 


AB 


AC 


AD 


AE 

2. LC30 VGS code 


LC 30 is delivered with two MC6S M6x45 fzb screws. 

3. Suction cups with fitting Y X VGS 

Code 

No suction cup 111 — BA 

B75P 30/60° Shore A 149.8 Ø79 BB 

B75P 60° Shore A 149.8 Ø79 BC 

BF80P 30/50° Shore A 147.5 Ø84 BD 

BF80P 60° Shore A 147.5 Ø84 BE 

BX35P 30/60° Shore A 143.8 Ø37 BF 

BX35P 60° Shore A 143.8 Ø37 BG 

BX52P 30/60° Shore A 156 Ø53 BH 

BX52P 60° Shore A 156 Ø53 BI 

BX75P 30/60° Shore A 162.7 Ø77.5 BJ 

BX75P 60° Shore A 162.7 Ø77.5 BK 

F75P 30/60° Shore A 125.5 Ø77 BL 

F75P 60° Shore A 125.5 Ø77 BM 

F110P 30/60° Shore A 131.5 Ø115 BN 



3. Suction cups with fitting Y X VGS 

Code 

F110P 60° Shore A 131.5 Ø115 BO 

FC50P 40° Shore A 134.5 Ø50 BP 

FC50P 60° Shore A 134.5 Ø50 BQ 

FC75P 40° Shore A 135 Ø75 BR 

FC75P 60° Shore A 135 Ø75 BS 

FC100P 40° Shore A 139.5 Ø100 BT 

FC100P 60° Shore A 139.5 Ø100 BU 

OBL40x90P 70° Shore A 175 45x95 BV 

OB35X90P 30/60° Shore A 138.25 42.4x97.4 CA 

OB35X90P 60° Shore A 138.25 42.4x97.4 CB 

OB50X140P 30/60° Shore A 145.5 59x149 CC 

OB50X140P 60° Shore A 145.5 59x149 CD 

OB65X170P 30/60° Shore A 152.5 76x181 CE 

OB65X170P 60° Shore A 152.5 76x181 CF 

OF25X70P 40° Shore A 124 27.3x72.3 CG 

OF25X70P 60° Shore A 124 27.3x72.3 CH 

OF40X110P 40° Shore A 128.5 43x113 CI 

OF40X110P 60° Shore A 128.5 43x113 CJ 

OF55X150P 40° Shore A 132 59x154 CK 

OF55X150P 60° Shore A 132 59x154 CL 

OF70X175P 40° Shore A 136 75x180 CM 

OF70X175P 60° Shore A 136 75x180 CN 


VGS3010 

For more information about LC30, see separate data sheet in SUCTION CUPS ACCESSORIES chapter. 



ATMOSPHERIC QUICK-RELEASE VALVE – AQR 

Equalizes pressure in vacuum gripper systems to 

provide fast release of product 

Consumes no additional compressed air 

ON/OFF activated simultaneously with the 

Vacuum Gripper System (VGS) 

Simple installation to the vacuum chamber of the 

VGS pump 

No additional controls required — use single 3/2 

control valve for VGS and AQR 



Feed pressure MPa 0.2–0.7 


Weight g 20 

Atmospheric flow, average Nl/s 3.3 

Material 

CuZn, PUR, NBR 

Recommended max. distance between AQR and control 

valve for optimal performance 

m 1.5 


Description 

Art. No. 

Atmospheric quick-release valve – AQR 0111236 

A=AQR, B=Vacuum pump, C=Control valve, D=Rec. max. 1.5m 


ACCESSORIES 

CHECK VALVE VGS3010 

Simple installation to any 1/8” VGS accessory 

port 

Prevents vacuum from being pulled through blowoff 

lines, which means faster response and 

completely independent VGS units. 

Suitable in applications where cleaning of the 

lines or suction cup filter is necessary 




Feed pressure, min., breakaway blow-off MPa 0.25 

Material 

AL, NBR, PA 

Temperature range °C -10–80 

Weight g 6.25 

Flow, max. Nl/s 7 


Description 

Art. No. 

Check valve VGS3010 0110457 

G1 " 

29 

5. 

/8 

Accessories 



VGS3010 MOUNTING-KITS 

Fits standard robot end-of-arm tooling interfaces 

Easy attachment to standard extrusion and 

profile systems 

Flexible positioning 

Quick setup and change-over 

Durable and non-rotating installation 

TECHNICAL DATA, SPECIFIC 


0106915 0106927 0106949 0108488 0108731 0108734 

Material SS, NBR SS, PA, NBR Al, SS, Steel, NBR Al, SS, Steel, NBR AL, SS, NBR AL, SS, NBR 

Weight g 24 24 36 22 46 29 




Description 

Art. No. 

A 4x M4 screw top, 5x plug G1/8", flush mount 00 

B M8 16 mm screw, mounting kit 0106927 

C M8 27 mm screw, profile kit 0106949 

D M6 22 mm screw, profile kit 0108488 

E Ball joint VGS3010 0108731 

F Lock-pin VGS3010 0108734 

B–D 4x plug G1/8" included. 

A B C D 

E 

F 


VGS3010 


VACUUM GRIPPERS PALLETISING 

AVP – ADJUSTABLE VACUUM PALLETISER 

Lightweight design 

Simple X/Y axis adjustability 

Flexible modular design 

Energy saving from COAX® vacuum technology 



2 rails 4 rails 6 rails 

Weight, AVP BX75P kg 7.7 14.2 20.8 

Weight, AVP BX110P kg 8.7 16.2 23.7 


Material 

AL,PUR,POM,SS,Fe,CuZn,PP,NBR 

T-slot opening dimension mm 10 

LIFTING FORCES PER CUP 

Suction cup Material to Lifting forces vertical to the surface, N, 

Lifting forces parallel to the surface, N, 

model 

be handled 

at vacuum level 


20 -kPa 60 -kPa 90 -kPa 20 -kPa 60 -kPa 90 -kPa 

BX75P Corrugated 39 114 — 36 57 — 

BX75P Dry steel 38 103 153 39 70 95 

BX110P Corrugated 93 173* — 68 139* — 

BX110P Dry steel 143 337 402 78 177 199 

* Lifting forces at maximum vacuum level 56 -kPa 

LIFTING FORCES & RESPONSE TIME PER CUP 

Suction cup Feed pressure Material to Lifting forces vertical Lifting forces parallel Response time to 

model 

MPa be handled to the surface, N to the surface, N 50 -kPa with Pi12-2, s 

BX75P 0.314 Corrugated 95 53 ** 

BX75P 0.314 Dry steel 153 95 0.115 


BX110P 0.314 Dry steel 402 199 0.372 

** Response time varies based on quality and porosity of handled material. 

Material definitions: 

Corrugated card board = B-flute 3 mm, 80 Gurley seconds. 

Dry steel = cleaned rolled sheet metal. 

TECHNICAL DATA VACUUM CARTRIDGE 

Pump Feed pressure Max. vacuum Air consumption Noise level Compressor power – 

model 

continuous operation 

MPa 

-kPa 

Nl/s 

dBA 

W 

Pi12-2 0.314 90 0.47 65–74 155 

Pi12-2 0.6 83 0.79 77–82 260 




Description 

Art. No. 

AVP BX75P 2 Rail, Adjustable Vacuum Palletiser 0111103 







Palletising 

A: Side plate 

B: Aluminium extrusion profile 



AVR – ADJUSTABLE VACUUM RAIL 

Lightweight design 

Simple X/Y axis adjustability 

Flexible modular design 

Energy saving from COAX®vacuum technology 



Weight, AVR BX75P kg 2.1 

Weight, AVR BX110P kg 2.6 


Material 

AL,PUR,POM,SS,Fe,CuZn,PP,NBR 

T-slot opening dimension mm 10 

LIFTING FORCES PER CUP 

Suction cup Material to Lifting forces vertical to the surface, N, 

Lifting forces parallel to the surface, N, 

model 

be handled 



20 -kPa 60 -kPa 90 -kPa 20 -kPa 60 -kPa 90 -kPa 

BX75P Corrugated 39 114 — 36 57 — 

BX75P Dry steel 38 103 153 39 70 95 

BX110P Corrugated 93 173* — 68 139* — 

BX110P Dry steel 143 337 402 78 177 199 

* Lifting forces at maximum vacuum level 56 -kPa 

LIFTING FORCES & RESPONSE TIME PER CUP 

Suction cup Feed pressure Material to Lifting forces vertical Lifting forces parallel Response time to 

model 

MPa be handled to the surface, N to the surface, N 50 -kPa with Pi12-2, s 


BX75P 0.314 Dry steel 153 95 0.115 


BX110P 0.314 Dry steel 402 199 0.372 

** Response time varies based on quality and porosity of handled material. 

Material definitions: 

Corrugated card board = B-flute 3 mm, 80 Gurley seconds. 

Dry steel = cleaned rolled sheet metal. 

TECHNICAL DATA VACUUM CARTRIDGE 

Pump Feed pressure Max. vacuum Air consumption Noise level Compressor power – 

model 

continuous operation 

MPa 

-kPa 

Nl/s 

dBA 

W 

Pi12-2 0.314 90 0.47 65–74 155 

Pi12-2 0.6 83 0.79 77–82 260 




Description 

Art. No. 

AVR BX75P, Adjustable Vacuum Rail 0110053 

AVR BX110P, Adjustable Vacuum Rail 0110054 


Palletising 

ORDERING INFORMATION ACCESSORIES 

Description: support frame, aluminium extrusion & side plate 

Art. No. 

Profile 45x90L 400 4xM12, AVP BX75P-BX110P 0111316 



Side plate, AVP BX75P-BX110P 0111226 

See drawing AVP, Adjustable Vacuum Palletizer for support frame dimensions. 


Accessories 

YOUR BEST SOLUTION – WITHOUT QUESTION 

Our line of monitoring and control units for vacuum systems is unmatched when it comes to reliability. We focus 

on the overall solution, down to the last detail. We are fully aware that top quality components are as essential 

as designing pumps and suction cups that are in a class apart. You will find everything you need to monitor and 

control vacuum systems here. 

Reliability, economy and accurate control/monitoring are the common denominators. 

ACCESSORIES 

Vacuum switches, inductive universal ..................... 446 

Vacuum switches, electro-mechanical ..................... 448 

Vacuum switches, pneumatic ................................. 450 

Mini vacuum switch, pre-set ................................... 452 

Vacuum switch, adjustable with knob ...................... 453 

Vacuum switch, adjustable with analogue output ..... 454 

Vacuum switch, adjustable with LED-display ............ 455 

Vacuum switch, adjustable with 1 output ................. 456 

Vacuum switch, adjustable ..................................... 457 

Vactrap .............................................................. 458 

Vactrap COAX® .................................................. 460 

Vacustat, 2/2 NO .................................................. 462 

Electrically controlled 2/2 valves DIP 55 ................ 464 

Solenoid valve DS 23 for control on/off ................... 466 

Vacuum filters ....................................................... 468 

Silencers .............................................................. 470 

Silencer COAX® ..................................................... 472 

Vacuum gauge and manometers ............................. 473 

Connection kits ..................................................... 474 

Accessories 

445

ACCESSORIES 

VACUUM SWITCHES, INDUCTIVE UNIVERSAL 

The adjustable vacuum switches are actuated at a 

set vacuum level and set by a knob. 

The pre-set vacuum switches are actuated at a preset 

vacuum level, non-adjustable. 

Converts a vacuum signal to an electric signal. 

Vacuum-actuated membrane linked to a 

proximity-inductive universal switch. 

The output functions PNP NO, PNP NC, NPN NO 

and NPN NC are available in the vacuum switch. 

The switch must be connected in series with the 

load. 



Material 

PBTP, PVC, PA SS NBR, POM Al, CuZn 



Connection Vacuum 

M5 

Hysteresis kPa 2 

Cable 

2 x 0.14 mm 2 x 2m 

Supply voltage V DC 24 (5–36) 

Safety classification 

IP67 

Current Output, max mA 200 

Voltage drop, max V 4.6 



3116064 3116089 3116090 3116091 

Signal range -kPa 10–95 10±1 30±3 70±5 

Supplement 1 

PNP NO = Normally Open, Positive logic. As the switch is activated, the gate at the feed current (+) closes and 

contact is established. 

PNP NC = Normally Closed, Positive logic. As the switch is activated, the gate at the feed current (+) opens and 

contact is interrupted. 

NPN NO = Normally Open, Negative logic. As the switch is activated, the gate at ground (-) closes and contact 

is established. 

NPN NC = Normally Closed, Negative logic. As the switch is activated, the gate at ground (-) opens and contact 

is interrupted. 

Note: 

NO, Normally Open, in electrical circuits corresponds to an open circuit breaker, which means that, if the gate 

is open, no current can pass through. 

NO, Normally Open, in pneumatic circuits corresponds to an open valve, which means that, if the valve is open, 

compressed air passes through. 

Supplement 2 

The adjustable vacuum switch, inductive universal, must be connected in series with the load! 


ACCESSORIES 


Description 

Art. No. 

A Vacuum switch, inductive universal, adjustable with knob 3116064 

B Vacuum switch, inductive universal, pre-set (Signal range 10 -kPa) 3116089 



A 

B 

ORDERING INFORMATION, ACCESSORIES 

Description 

Art. No. 

Connection set for vacuum switch 0100488 

Contents: Barrel nipple G1/8” M5 long, hose connector 4/2 M5. Material: Nickel-plated brass, SS, PA66, NBR, PA6. Fits: All pre-set and 

adjustable vacuum switches. 

Accessories 


ACCESSORIES 

VACUUM SWITCHES, ELECTRO-MECHANICAL 






Vacuum-actuated membrane linked to an electromechanical 

switch. 

Output function NO or NC. 



Material 

PBTP, PVC, PA, SS, NBR, POM, Al, CuZn 



Connection vacuum 

M5 

Function output 

NO/NC 


Cable 

3 x 0.75 mm 2 x 0.5 m 

Voltage supply, max. V AC 250 


IP67 

Current output, max A 5 



3116068 3116061 3116095 3116096 

Signal range -kPa 15–95 15–95 25±5 65±10 

Note: 

NO, Normally Open, in electrical circuits corresponds to an open circuit breaker, which means that, if the gate 

is open, no current can pass through. 

NO, Normally Open,in pneumatic circuits corresponds to an open valve, which means that, if the valve is open, 



ACCESSORIES 


Description 

Art. No. 

A Vacuum switch, electro-mechanical, adjustable with knob 3116068 

B Vacuum switch, electro-mechanical, adjustable with screw 3116061 

C Vacuum switch, electro-mechanical, pre-set (Signal range 25 -kPa) 3116095 

C Vacuum switch, electro-mechanical, pre-set (Signal range 65 -kPa) 3116096 

A 

B 


C 

Description 

Art. No. 




Accessories 


ACCESSORIES 

VACUUM SWITCHES, PNEUMATIC 





Converts a vacuum signal to a pneumatic signal. 


pneumatic switch. 

Output function NO or NC. 



Pressure range MPa 0.15–0.8 

Material 

PA, SS, NBR, POM, Al, CuZn 


Weight g 39 


M5 



3116069 3116062 3116070 3116063 3116083 3116084 3116085 3116087 3116088 

Signal range -kPa 10–95 15–95 10±2 25±4 65±8 30±5 70±10 

Function output NO NC NO NC 

Hysteresis kPa 3 12 3 12 

NO, Normally Open, in pneumatic circuits corresponds to an open valve, which means that, if the valve is open, 



ACCESSORIES 


Description 

Art. No. 

A Vacuum switch, pneumatic, adjustable with screw (NO) 3116062 

A Vacuum switch, pneumatic, adjustable with screw (NC) 3116063 

B Vacuum switch, pneumatic, adjustable with knob (NO) 3116069 

B Vacuum switch, pneumatic, adjustable with knob (NC) 3116070 

C Vacuum switch, pneumatic, preset (NO 10 -kPa) 3116083 



C Vacuum switch, pneumatic, preset (NC 30 -kPa) 3116087 

C Vacuum switch, pneumatic, preset (NC 70 -kPa) 3116088 

A 

B 

C 


Description 

Art. No. 




Accessories 


ACCESSORIES 

MINI VACUUM SWITCH, PRE-SET 

Electronic vacuum switch with digital output 

Very low weight and small format 

Preferably installed near the suction cup 

PNP NO/NC or NPN NO/NC output depending on 

type of connection 

Preset switching points at 30, 50 or 70 –kPa 

Vacuum connection with push-in connector with 

D=6 or G1/8” male thread 

Built-in red LED that indicates status 

M8 3-pin electric connection plug 



Material 

PA, TPU, SS, CuZn(Au) 

Temperature range ºC -25 – +85 

Weight g 5 

Signal range -kPa 30, 50 or 70 +5/-3 

Function 

PNP NO/NC, NPN NO/NC 

Hysteresis kPa 6 ± 1 

Voltage V DC 24 (12-30) 


IP65 

Current max mA 100 inductive/400 resistive 

Voltage drop, max (100mA/24V inductive load) V 0.055 

Response time ms 4 

Display 

Red LED 

Electric connection 

M8 3-pin male 


Description 

Art. No. 

A Vacuum switch VS4015, 30 -kPa 0110245 



B Vacuum switch VS4016, 30 -kPa 0110248 



A 

B 


Description 

Art. No. 

Cable M8 3-pin female L=2m 0108141 


ACCESSORIES 

VACUUM SWITCH, ADJUSTABLE WITH KNOB 

The adjustable vacuum switch is actuated at a 




proximity-inductive universal switch. 

The output functions PNP NO, PNP NC, NPN NO 

and NPN NC are available in the vacuum switch. 

The switch must be connected in series with the 

load. 

Fits vacuum pump P3010. 



Material 

PA, SS, NBR, POM, Al, PBTP, PVC, CuZn 

Temperature range ºC -25–80 

Signal range -kPa 10–95 


Weight g 71 


D=6/M5 

Function 

NO/NC/PNP/NPN 

Cable 

2 x 0.14 mm 2 x 2m 

Voltage supply V 24 (4–36) 


IP67 

Current output, max mA 200 

Voltage drop, max V 4.6 


Description 

Art. No. 

Vacuum switch, adjustable with knob 0104350 

Accessories 


ACCESSORIES 

VACUUM SWITCH, ADJUSTABLE WITH ANALOGUE OUTPUT 

1 output NO and 1 analogue output 

2 m cable included, female connector 

Fits vacuum pump P3010 



Feed pressure, max MPa 0.2 

Material 

PC, POM, NBR, SS 


Weight g 50 


D=6/M5 

Function 

NO, NPN/PNP 

Hysteresis % 1–15 

Supply voltage V DC 10.8–30 

Voltage output V DC 1–5 


IP40 

Current output, max. (load resistance min. 5kΩ) mA 1 

Humidity % RH 35–85 

Response time ms ˜1 

Accuracy at 25°C 

±3% F.S. 

Current consumption, max mA 17 

High-voltage resistant V AC 500 

Insulation at 500 VDC MO 100 

Vibration resistance, 1,5 mm, XYZ, 2 h Hz 10–500 

Electric connection 

M8 4 pin male 

Non-lubricated air, non-corrosive gases, compatible with Polycarbonate and Polyacetal. 


Description 

Art. No. 

Vacuum switch, adjustable, PNP NO MM8 0107729 

Vacuum switch, adjustable, NPN NO MM8 0107730 

2x 

3. 

6 

26. 

5 

5 

14. 60 


ACCESSORIES 

VACUUM SWITCH, ADJUSTABLE WITH LED-DISPLAY 

2 outputs, NO 

M8 4-pin male connector 

LED - display 



Feed pressure, max MPa 0.2 

Material 

PC, POM, NBR, Al 


Weight g 52 


D=6/M5 

Function 

NO, NPN/PNP 


Voltage supply V DC 12–24 

Voltage output V DC 1–5 

Dielectric strength, 1 min V AC 500 


IP40 

Current output max. (load resistance min. 5kΩ) mA 1 

Humidity %RH 35–85 

Response time ms 2 

Accuracy at 25°C 

±3% F.S 

Current consumption, maximum mA 35 

Insulation resistance, at 500 VDC MO/MW 100 

Display 

2-digits LED 



Description 

Art. No. 

Vacuum switch, adjustable, PNP NO DM8 0107732 

Vacuum switch, adjustable, NPN NO DM8 0107733 

Accessories 


ACCESSORIES 

VACUUM SWITCH, ADJUSTABLE WITH 1 OUTPUT 

1 output NO 

M8 3-pin male connector 

2m cable included, female connector 




Vacuum range -kPa 0–100 

Material 

PC, Al 


Weight g 6 


D=6/M5 

Hysteresis 

±2% F.S. 

Voltage supply V DC 10.8–30 


IP40 


Response time, approx. ms 1 

Accuracy, at 25°C 

±3% F.S. 


High-voltage resistance V DC 500 


Vibration resistance, 1.5 mm, XYZ, 2 h Hz 10–55 



Description 

Art. No. 

Vacuum switch, adjustable, PNP NO LM8 0107731 


ACCESSORIES 

VACUUM SWITCH, ADJUSTABLE 

1 output NO 

Cable 1.5 m 




Vacuum range -kPa 0–100 

Material 

PC, SS, PSC,CuZn, PA 


Weight g 6 


M5 

Hysteresis 

±2% F.S. 

Voltage supply V DC 10.8–30 


IP40 


Response time, approx. ms 1 

Accuracy, at 25°C 

±3% F.S. 


High-voltage resistance V DC 500 


Vibration resistance, 1.5 mm, XYZ, 2 h Hz 10–55 

Display 

LED 


Description 

Art. No. 

Vacuum switch PNP M5 0110358 

Vacuum switch NPN M5 0110359 

Accessories 


ACCESSORIES 

VACTRAP 

Check valve that "traps" the vacuum pressure in 

vacuum systems for an indefinite period of time 

in sealed applications, such as when handling 

sheet metal or glass with suction cups. 

The object can be handled with an extremely high 

degree of safety even if the supply of 

compressed air should be cut off, if a pump 

failure should occur or if the emergency 

stop should be activated, thus preventing the 

object from being dropped. 

Equipped with a built-in blow-off valve to 

provide quick release of the object. 

Available in a special version in which the 

vacuum pump and blow-off connections are 

interconnected (x-drilled), making it suitable for 

ejectors with integrated blow-off valve, such as 

PIAB’s AVM models. 



Feed pressure, max., blow-off MPa 0.7 


Material 

AL, Steel, Ceramic 



0109233 0111167 0110454 0109234 0110455 0111154 0109235 

Temperature range °C -28–65 -10–150 -28–65 -28–65 -28–65 -28–65 -28–65 

Weight g 235 235 235 230 233 230 110 

Extra — — — Vacuum 

detection 

G1/8" 

fem. 

x-drilled 

vacuum/ 

blow-off 

x-drilled 

vacuum/ 

blow-off 

Vacuum flow, max. Nl/s 0.7 0.7 0.7 0.7 0.7 0.7 0.5 

Sealing material NBR Viton® NBR 

— 


ACCESSORIES 


Description 

Art. No. 

A Vactrap® VT-1A 0109233 

A Vactrap® VT-1A, Viton® sealing 0111167 

B Vactrap® VT-1A, extra mounting 0110454 

C Vactrap® VT-1A, extra vacuum port 1/8" 0109234 

A Vactrap® VT-1AGM, x-drilled vacuum/blow-off 0110455 

B Vactrap® VT-1AMGM, x-drilled vacuum/blow-off, extra mounting 0111154 

D Vactrap® VT-2A 0109235 

a 

P- 

b 

P- 

25. 

12. 

CU 

6 

3 

9. 56. 

9. 

6 

G3 " 

4x /4 

2x -2 /8 

12. 25. 

6. 38. 

VAC 

50. 

25. 

6. 

2x 32 

76 

25. 

6. 

12 

.2 

A. a = Vactrap, b = Vactrap x-drilled B. a = Vactrap, b = Vactrap x-drilled 

CU 

11. 27 

7 4 

8 2 

G1 " 

4 1 

.4 

5 

VAC 

8 

/8 

20 

10 

G1 " 

1 .7 

4x /8 

6 

9. 56. 

CU 

25. 

12. 

#10 4 

11. 27 

/8 

12. 25. 

G1 " 

2x 5 

76 

C 

6. 38. 

25 

BO 

C 

50. 

19 

5 

6 9 

D 

5 

2 

4 4 

VA 

1 

Accessories 


ACCESSORIES 

VACTRAP COAX® 

"COAX® patented technology” means faster 

response and lower energy consumption. 

Reliable even at low operating feed pressure. 

Check valve that "traps" the vacuum pressure in 

vacuum systems for an indefinite period of time 

in sealed applications, such as when handling 

sheet metal or glass with suction cups. 

The object can be handled with an extremely high 

degree of safety even if the supply of 

compressed air should be cut off, if a pump 

failure should occur or if the emergency stop 

should be activated, thus preventing the object 

from being dropped. 

Equipped with a built-in blow-off valve to 

provide quick release of the object 





Feed pressure, optimum COAX® MPa 0.314 

Air consumption, 0.314 MPa Nl/s 0.47 

Vacuum, 0.314 MPa -kPa 90 

Noise level, with load dBA 65 

Noise level, without load dBA 74 

Material 

PA, AL, Steel, Ceramic, NBR 


Vacuum flow, max. Nl/s 0.68 



0110456 0110435 0111147 

Weight g 295 389 420 

Connection, mounting — Ball joint Lock pin 19 mm 

VACUUM FLOW 

Feed pressure Air consumption Vacuum flow (Nl/s) at different vacuum levels (-kPa) Max vacuum 

MPa Nl/s 0 10 20 30 40 50 60 70 80 90 -kPa 

0.314 0.47 0.68 0.6 0.44 0.27 0.19 0.14 0.1 0.06 0.03 — 90 

EVACUATION TIME 

Feed pressure Air consumption Evacuation time (s/l) to reach different vacuum levels (-kPa) Max vacuum 

MPa Nl/s 10 20 30 40 50 60 70 80 90 -kPa 

0.314 0.47 0.17 0.32 0.58 1.1 1.8 2.7 4 6.4 — 90 


ACCESSORIES 


Description 

Art. No. 

A Vactrap® VT1-AS COAX® Pi12-2 0110456 

B Vactrap® VT1-AS COAX® Pi12-2, ball joint 0110435 

C Vactrap® VT1-AS COAX® Pi12-2, lock pin 19 mm 0111147 

2 

6 3 

/8 

G1 " 

5 

4 

.4 

6 

.2 

G3 " G1 " 

6 

3 

.4 

P 

4 

7 

4 1 

7 4 

2x 5 

4 4 

BO 

AI 

8 

P 

4 

12. 91 

7 4 

BO 

5 

AI 

A 

B 

44. 

6 

2 

.5 

.4 

G1 " 

76 

C 

Accessories 

19 

/8 

BO 

12. 

25. 

91. 

7 4 

5 

AI 


ACCESSORIES 

VACUSTAT, 2/2 NO 

The Vacustat is a vacuum-controlled 2/2 NO 

valve with adjustable vacuum level for switching. 

The Vacustat comes in two variations: Vacustat 1 

with small hysteresis and Vacustat 2 with large 

hysteresis. 

Minimises consumption of compressed air by 

controlling the incoming air flow to a vacuum 

pump. 

The vacuum pump must be fitted with a nonreturn 

valve. 

The Vacustat is recommended for vacuum pumps 

in sealed systems. 

Fits PIAB vacuum pump size 5–120. 



Feed pressure MPa 0.4–0.7 

Material 

PA, Al, SS, NBR, PUR, TPU, POM, CuZn 


Weight g 90 


2 x M5 

Connection compressed air 

2 x 1/8" NPSF 

Signal range -kPa 15–99 

Function 

2/2 NO 

Hysteresis kPa 2/8 

Flow, nominal Nl/s 8.6 

kv 7.8 

Life span, mechanical cycles >10,000,000 

Diameter, nominal mm 3.7 

Function 

A vacuum-controlled valve shuts off the flow of compressed air 

to the pump when the pre-set vacuum level is reached (1). The 

vacuum level is set by a knob. Because of minor leakage in a 

vacuum system the vacuum level drops, and after a while the 

start-up level of the valve is reached (2). Then the pump will start 

and work until the shut-off level is reached again (3), etc. 

Connection 

A = Vacuum pump with non-return valve 

B = Vacuum switch 

C = Feed valve 

D = Suction cup 

E = Vacuum filter 


ACCESSORIES 


Description 

Art. No. 

Vacustat 1 with small hysteresis 0101074 

Vacustat 2 with large hysteresis 0101075 

P- 

2 

1 

8 

30 

3 

16.4 

2x NPSF 1/8" 

15.5 29.2 

M5 

44 


Description 

Art. No. 

Connection kit for Vacustat 0100750 

Accessories 

M5 

8 

92 

3 

6 


ACCESSORIES 

ELECTRICALLY CONTROLLED 2/2 VALVES DIP 55 

On/off valve 

1/8" NPSF ports 

0.6 W solenoid 

Electrical connections: plug-in contacts and DIN 

(c) 

Suitable for PIAB vacuum pumps up to Classic 

size. 

Manual override 



Feed pressure, range MPa 0.4–0.7 MPa 

Material 

PPS, PA, TPU, Al, NBR, CuZn, PUR 


Weight g 102 

Connection compressed air 2 x NPSF 1/8" 

Function 

NC 

Supply voltage V DC 24 

Display 

LED 


Kv 7.8 

Lifespan, mechanical cycles 10,000,000 

Power W 0.6 

Ratings % 100 

Bore-through diameter, nominal mm 3.7 

Electrical connections are included. 

Compressed air, filtration 40μm, non-lubricated. 


Description 

Value 

0101016 

DIP 55 NC 2406SE 

0101071 

DIP55 NC 2406 SD 

0101017 

DIP 55 NO 2406 SE 

Electrical connection Plug-in connection * DIN (c) * Plug-in connection * DIN (c) * 

Safety specification — IP65 — IP65 

*) Electrical connections are included. * Electrical connections are to be ordered separately. 

0101072 

DIP 55 NO 2406 SD 


ACCESSORIES 


Description 

Art. No. 

A Electrically controlled 2/2 valve DIP55 NC 2406 SE 0101016 

A Electrically controlled 2/2 valve DIP55 NO 2406 SE 0101017 

B Electrically controlled 2/2 valve DIP55 NC 2406 SD 0101071 

B Electrically controlled 2/2 valve DIP55 NO 2406 SD 0101072 

A 

B 

Accessories 


ACCESSORIES 

SOLENOID VALVE DS 23 FOR CONTROL ON/OFF 

3/2 Valve 

Body with 3 M5 ports, port 1 and 2 in-line 

Nominal diameter of 2.3 mm 

Suitable for compressed air, filtration 40μ 

2.5 W solenoid 

Manual override 



Feed pressure, maximum MPa 0.7 

Feed pressure MPa -0.2–0.6 

Material 

Ni, Al, SS, POM, CuZn, NBR 

Working temperature °C -18–50 

Weight g 100 

Connection compressed air D=6 

Connection exhaust D=6 

Supply voltage V DC 24 

Safety classification, DIN (c) socket 

IP65 

Display 

LED 


kv 1.2 

Frequency Hz >160 

Lifespan, mechanical cycles 100,000,000 

Power consumption W 2.5 

Ratings % 100 

Electrical connection 

DIN (c) socket 


Description 

Art. No. 

Solenoid valve DS 23 for control ON/OFF 0104274 


ACCESSORIES 

Accessories 


ACCESSORIES 

VACUUM FILTERS 

To filter dust and other small particles from the 

vacuum flow. 

Reduces the risk of operation breakdown or 

stoppage in the pump. 

Replaceable filter element. 



Pressure range MPa -0.1–0 MPa 

Material 

PA, PC, PE 


Removal efficiency μm 10 



3116671 3116652 3116672 3116653 

Weight g 70 170 424 550 

Flow nominal Nl/s 2.5 15 42 85 

Volume Internal cm 3 45 205 495 675 

Filter area m 2 0.003 0.010 0.019 0.023 


ACCESSORIES 


Description 

Art. No. 

A Vacuum filter G3/8" 3116671 

B Vacuum filter G3/4" 3116652 

C Vacuum filter G1" 3116672 

D Vacuum filter G1½" 3116653 

2x G3/8" 

G1/8" 

76 

2x G3/4" 

G1/8" 

91 

138.5 

71.3 

18.5 

14 

A B C 

G1/8" 

126 

209.5 

31 

2x G1 1/2" 

D 

TECHNICAL DATA, ACCESSORIES 


3116673 3116674 3116675 3116676 3116223 3116224 

Weight g 7 26 50 74 80 144 

Filter area m 2 0.003 0.0103 0.019 0.023 0.028 0.074 

Removal efficiency μm 10 10 10 10 5 5 


Description 

Art. No. 

Filter element 3/8" 3116673 

Filter element 3/4" 3116674 

Filter element 1" 3116675 

Filter element 1½" 3116676 

Filter element 3/4" (special) 3116223 

Filter element 1½" (special) 3116224 

Accessories 


ACCESSORIES 

SILENCERS 

Reduce noise from exhaust 

Flow-through design 



Noise level reduction, approximately dB(A) -10 

Material 

PA, HDPE 




3116009 3116002 0112499/0113003 0103224 

Weight g 14 61 95.1 425 


ACCESSORIES 


Description 

Art. No. 

A Silencer G3/8" 3216009 

B Silencer G3/4" 3216002 

C Silencer G1" 0112499 

C Silencer 1" NPSF 0113003 

D Silencer G1½" 0103224 

24 

40 

G3/4" 

A B C 

D 

Accessories 

2 

71. 

/8 

3/ N 

2.5 

9.5 

125.5 

85 

24 

9 

205 

G1 1/2" 


ACCESSORIES 

SILENCER COAX® 

Reduces noise from the exhaust 

Compatible with aluminium holders for MINI and 

MIDI COAX® cartridges 

Simple snap locking when mounting 

Through-flow design that eliminates the risk of 

impaired performance due to clogging of the 

silencer 



Material 

PA, TPU, PE 


Noice level reduction dB(A) ≥10 



0111977 0111976 

Weight g 8.64 36.56 


Description 

Art. No. 

A Silencer MINI COAX® 0111977 

B Silencer MIDI COAX® 0111976 

O 

O 

O 

O 

87 

A 

B 


ACCESSORIES 

VACUUM GAUGE AND MANOMETERS 

Analogue indicator, springjoint – lever system 

The instruments include nut for installation on a 

panel 



Accuracy, of full scale % 2.5 

Material 

CuZn, ABS, PMMA 



3101602 3101603 3101626 

Weight g 90 55 50 

Signal range MPa 0–0.1 0–1 0–0.25 

Medium Vacuum Over pressure 


Description 

Art. No. 

B Vacuum gauge 100 -kPa 3101602 

A Manometer 1 MPa 3101603 

A Manometer 250 -kPa 3101626 

Accessories 


ACCESSORIES 

CONNECTION KITS 

Push-in connectors with hose dimensions 

compatible with the pump connections. 

Corrosion-resistant material. 

Complete kit for one pump. 




Material 

POM, NBR, SS, CuZn, Al 


Description 0104901 0104902 3207005 0104903 3207010 3401008 

Connection kit for vacuum pump MINI 5 MINI 10 MINI 5 MINI 5-20 CLASSIC 25-120 MAXI* 

Connection plate A A B B, C D All 

Hose dimension ** for compressed air d=2 mm d=4 mm D=4 mm D=6 mm D=8 mm D=6 or 4 mm 

Hose dimension ** for vacuum D=4 or 6 mm D=6 or 8 mm D=8 mm D=10 mm d=12, 19, 25 mm — 

* Remote control, ** d = inner diameter, D = outer diameter 


Description 

Art. No. 

Connection kit for pump MINI 5, connection plate A 0104901 

Connection kit for pump MINI 10, connection plate A 0104902 

Connection kit for pump MINI 5, connection plate B 3207005 

Connection kit for pump MINI 5-20, connection plate C and pump MINI 10-20, connection plate B 0104903 

Connection kit for pump CLASSIC 25-120, connection plate D 3207010 

Connection kit for pump MAXI*, all connection plates 3401008 


ACCESSORIES 

Accessories 


PRODUCT INDEX 

VACUUM PUMPS 

CLASSIC 

H40 ......................................................................122 

H120 ....................................................................124 

L25 .......................................................................110 

L50 .......................................................................112 

L100 .....................................................................114 

M25L ....................................................................116 

M50L ....................................................................118 

M100L ..................................................................120 

Mounting brackets .................................................157 

CLASSIC MP 

H240 ....................................................................142 

H480 ....................................................................144 

L150 .....................................................................126 

L200 .....................................................................128 

L300 .....................................................................130 

L400 .....................................................................132 

M150L ..................................................................134 

M200L ..................................................................136 

M300L ..................................................................138 

M400L ..................................................................140 

Mounting brackets .................................................157 

MAXI 

Central exhaust ......................................................155 

Connection flange ..................................................154 

MLL200 ................................................................146 

MLL400 ................................................................148 

MLL800 ................................................................150 

MLL1200 ..............................................................152 

Non-return valve .....................................................156 

MINI 

L7 ...........................................................................86 

L14 .........................................................................88 

L28 .........................................................................90 

L56 .........................................................................92 

M5L ........................................................................94 

M10L ......................................................................96 

M20L ......................................................................98 

M40L ....................................................................100 

X5L .......................................................................102 

X10L .....................................................................104 

X20L .....................................................................106 

X40L .....................................................................108 

P2010 

Blow-Off P2010 ....................................................... 36 

P2010 Bi03-2 ......................................................... 30 

P2010 Bi03-2 with DIN-rail ....................................... 32 

Quick-Release P2010 ............................................. 34 

P3010 

P3010 AVM Pi12-3 ............................................... 58 

P3010 AVM Pi12-3 x 2 .......................................... 60 

P3010 common-feed adapters .................................. 56 

P3010 connection modules ...................................... 54 

P3010 exhaust adapter ........................................... 57 

P3010 mounting rail ................................................ 55 

P3010 quick-release modules .................................. 52 

P3010 pump modules ............................................. 50 

P3010 with connections 3 x 1/8" NPSF .................... 38 

P3010 with connections 6 x 1/8" NPSF .................... 40 

P3010 with energy-saving system ............................. 48 

P3010 with quick-release and tank 30 cm 3 ................ 44 

P3010 with quick-release and tank 60 cm 3 ................ 46 

P3010 with quick-release including tank 3 cm 3 .......... 42 

P6010 

P6010 AVM .......................................................... 80 

P6010 Classic ........................................................ 84 

P6010 Pi48-3X2 ...................................................... 66 

P6010 Pi48-3x4 ...................................................... 70 

P6010 Si32-3x1 ...................................................... 72 

P6010 Si32-3x3 ...................................................... 76 

P6010 Si32-3x4 ...................................................... 78 

P6010 PCC ............................................................. 82 

P6010 Pi48-3X1 ...................................................... 64 

P6010 Pi48-3x3 ...................................................... 68 

P6010 Si32-3x2 ...................................................... 74 

PMAT COAX® .......................................................... 62 

476

PRODUCT INDEX 

SUCTION CUPS 

B5 ........................................................................172 

B8 ........................................................................174 

B10-2 ....................................................................176 

B15-2 ....................................................................178 

B20 ......................................................................180 

B30-2 ....................................................................182 

B40 ......................................................................184 

B50 ......................................................................186 

B50-2 ....................................................................188 

B75 ......................................................................190 

B75-2 ....................................................................192 

B110 ....................................................................194 

B110-2 ..................................................................196 

B150 ....................................................................198 

B75P .....................................................................200 

B15MF ..................................................................202 

B20MF ..................................................................204 

B30MF ..................................................................206 

B40MF ..................................................................208 

B50MF ..................................................................210 

BF80P ...................................................................212 

BF110P .................................................................214 

BL20-2 ..................................................................216 

BL30-2 ..................................................................218 

BL40-2 ..................................................................220 

B-BL40-2 ...............................................................222 

BL50-2 ..................................................................224 

BL40-3P .................................................................226 

BX25P ...................................................................228 

BX35P ...................................................................230 

BX52P ...................................................................232 

BX75P ...................................................................234 

BX110P .................................................................236 

D15-2 ....................................................................238 

D20-2 ....................................................................240 

D30-2 ....................................................................242 

D50 ......................................................................244 

F15 .......................................................................246 

F20 .......................................................................248 

F25 .......................................................................250 

F30-2 ....................................................................252 

F40-2 ....................................................................254 

F50-2 ....................................................................256 

F75 .......................................................................258 

F110 .....................................................................260 

F150 .....................................................................262 

F15MF ...................................................................264 

F20MF ...................................................................266 

F25MF ...................................................................268 

F30MF ...................................................................270 

F40MF ...................................................................272 

F50MF ...................................................................274 

F75P .....................................................................276 

F110P ...................................................................278 

FC20P ...................................................................280 

FC25P .................................................................. 282 

FC35P .................................................................. 284 

FC50P .................................................................. 286 

FC75P .................................................................. 288 

FC100P ................................................................ 290 

FC150P ................................................................ 292 

FP200 .................................................................. 294 

FP300 .................................................................. 296 

OB20x60P ............................................................ 298 

OB35x90P ............................................................ 300 

OB50x140P .......................................................... 302 

OB65x170P .......................................................... 304 

OBL40x90P ........................................................... 306 

OC60x140 ............................................................ 308 

OC35x90P ............................................................ 310 

OF10x30P ............................................................. 312 

OF15x45P ............................................................. 313 

OF25x70P ............................................................. 314 

OF40x110P ........................................................... 316 

OF55x150P ........................................................... 318 

OF70x175P ........................................................... 320 

OP20x100 ............................................................ 322 

OP40x200 ............................................................ 324 

P35 ...................................................................... 326 

P60 ...................................................................... 328 

P100 .................................................................... 330 

P200 .................................................................... 332 

P300 .................................................................... 334 

U2 ........................................................................ 336 

U3 ........................................................................ 337 

U4 ........................................................................ 338 

U6 ........................................................................ 340 

U8 ........................................................................ 342 

U10 ...................................................................... 344 

U15 ...................................................................... 346 

U20 ...................................................................... 348 

U30 ...................................................................... 350 

U40-2 ................................................................... 352 

U50-2 ................................................................... 354 

FITTINGS 

Fitting M2.5 male .................................................. 356 

Fitting M5 male ..................................................... 357 

Fitting M5 male ..................................................... 358 

Fitting M5 female .................................................. 359 

Fitting G1/8" male ................................................ 360 

Fitting G1/8" male – M5 female ............................. 361 

Fitting G1/8" male – M5 female of composite ......... 362 

Fitting 1/8" NPSF female ....................................... 363 

Fitting 1/8" NPSF female ....................................... 364 

Fitting 1/8" NPSF female of composite ................... 365 

Fitting 1/8" NPSF female of composite ................... 366 

Fitting G1/4" male ................................................ 367 

Fitting G1/4" male ................................................ 368 

Index 

477

PRODUCT INDEX 

Fitting G3/8" male .................................................369 

Fitting G3/8" male .................................................370 

Fitting G3/8" male .................................................371 

Fitting 3/8" NPT male .............................................372 

Fitting 5xM5 female ................................................373 

Fitting 5x1/8" NPSF female ....................................374 

Fitting 5x1/8" NPSF female ....................................375 

Fitting 75 ...............................................................376 

Fitting 110 .............................................................377 

Fitting 150 .............................................................378 

ACCESSORIES 

Angle adaptors ...................................................... 382 

Ball joints ............................................................. 381 

Level compensators ............................................... 379 

Level compensator LC30......................................... 380 

Spare parts ........................................................... 384 

T-slot adapters ...................................................... 383 

VACUUM GRIPPERS 

Atmospheric Quick-Release valve – AQR ...................436 

AVP – Adjustable Vacuum Palletiser .........................440 

AVR – Adjustable Vacuum Rail .................................442 

Check valve VGS3010 .........................................437 

VGS3010 B75P ...................................................394 

VGS3010 BF80P .................................................396 

VGS3010 BX35P .................................................398 

VGS3010 BX52P .................................................400 


VGS3010 BX75P .................................................402 


VGS3010 F110P .................................................416 

VGS3010 F75P ...................................................414 

VGS3010 FC100P .............................................. 412 

VGS3010 FC50P ................................................ 408 

VGS3010 FC75P ................................................ 410 

VGS3010 mounting-kits ...................................... 438 

VGS3010 OB35x90P .......................................... 418 

VGS3010 OB50x140P ........................................ 420 

VGS3010 OB65x170P ........................................ 422 

VGS3010 OBL40X90P ........................................ 424 

VGS3010 OF25x70P ........................................... 426 

VGS3010 OF40x110P ......................................... 428 

VGS3010 OF55x150P ......................................... 430 

VGS3010 OF70x175P ......................................... 432 

VGS3010–LC30 .................................................. 434 

ACCESSORIES 

Connection kits ......................................................474 

Electrically controlled 2/2 valves DIP 55 .................464 

Mini vacuum switch, pre-set ....................................452 

Silencer COAX® .....................................................472 

Silencers ...............................................................470 

Solenoid valve DS 23 for control on/off ...................466 

Vactrap ...............................................................458 

Vactrap COAX® ...................................................460 

Vacustat, 2/2 NO ...................................................462 

Vacuum filters ........................................................468 

Vacuum gauge and manometers ............................. 473 

Vacuum switch, adjustable ..................................... 457 

Vacuum switch, adjustable with 1 output ................. 456 

Vacuum switch, adjustable with analogue output ..... 454 

Vacuum switch, adjustable with knob ...................... 453 

Vacuum switch, adjustable with LED-display ............ 455 

Vacuum switches, electro-mechanical ..................... 448 

Vacuum switches, inductive universal ...................... 446 

Vacuum switches, pneumatic ................................. 450 

478

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