Vuototecnica Vacuum Catalog 2008

USA 

Vacuforce is proud to represent the brand of Vuototecnica exclusively in North America. 

Vuototecnica, of Italy has been producing industrial vacuum components since 1972 and 

today produces the world’s largest range of industrial vacuum products. This catalogue 

features the most popular items in the Vuototecnica range, all of which are stocked in North 

America. 

Vacuum Cups & 

Compensators 

Vacuum Venturis & 

Generators 

Manual & Automatic 

Valves 

Vacuum Switches & 

Regulators 

Vacuum Beds & 

Workholding Devices 

Vacuum Pumps & 

Systems 

The Graphics Pump 

and Print Accessories 

The Octopus Lifting 

System

Vacuum Cup Material Data 

USA 

Material Name Colour Part N o Suffix Temperature Durometer Comments 

Nitrile Rubber 

Gloss 

Black 

A 

-40 0 C to 

+130 0 C 

60 Shore Used for general applications and ideal for use with steel 

or other metals where oil and other non hazardous agents 

are present. 

Natural 

Rubber 

Matte 

Black 

N 

-70 0 C to 

+80 0 C 

40 Shore Ideal for the wood and paper industry due to the high flexibility 

of this cup. This compound is very hard wearing and 

therefore resistant to the abrasive nature of wood and paper 

fibers as well as rough concrete or other coarse surfaces 

such as cardboard. This compound has a poor chemical 

resistance and therefore should not be used for handling 

steel or other materials with an oily or harmful component 

present. 

Silicone 

Rubber 

White S -50 0 C to 

+300 0 C 

40 Shore Good for high temperature applications such as injection molded 

products and has an excellent chemical resistance. Vuototecnica 

Silicone is FDA approved for the food and drug industry. A 40 

shore hardness offers excellent flexibility. This compound should 

not be used on glass or surfaces which are to be painted, as it is a 

“marking compound”. Due to this characteristic of silicone, caution 

should be used. 

Anti Static 

Silicone 

Rubber 

White SAS -50 0 C to 

+200 0 C 

40 Shore Same properties as the standard silicone described above but 

with the added feature of being able to absorb static electricity 

making it ideal for semi conductor manufacturing. 

Viton ® Rubber 

Brown 

or 

Green Green 

V 

-20 0 C to 

+300 0 C 

60 Shore Viton ® is ideal for very high heat applications and is a nonmarking 

compound. Therefore this cup is suitable for injection 

molding, hot stamping applications and glass handling. 

Excellent chemical resistance makes this cup ideal 

for harsh environments. 

Benz Red B -40 0 C to 

+130 0 C 

60 Shore Designed primarily for the automotive stamping industry this 

compound is 100% oil and chlorine proof. This cup is perfect 

for applications, such as press stamping, which utilizes corrosive 

stamping oils and lubricants. 

Non Marking 

Nitrile 

Gray BA -30 0 C to 

+110 0 C 

60 Shore This compound has been developed for the glass and decorative 

stone industry such as quartz and marble. The non marking characteristics 

of this material enables the user to handle products 

which need to be free of marks or flaws to facilitate processes 

such as lamination or production line assembly. 

The benefits of Vuototecnica cups 

All Vuototecnica vacuum cups are compression molded to provide consistent quality and structure. A unique stabilization process ensures that these materials 

remain unaffected by environmental changes during storage or use and that the features mentioned above do not diminish over time. All compounds are 

unaffected by UV light. 

1

For our complete vacuum range please visit www.vuototecnica.us 

USA 

STANDARD FLAT CUPS 

• Designed for handling flat work pieces especially in fast pick and place applications. 

• Can be used in light-weight shear plane applications or where the work piece 

has to be turned through 90 o . 

• The models listed below can be used with the fittings shown on the right. 

[Cups] 

Part No. A B C D E G Fitting Number 

01 10 10 11.0 7 4.0 10 8.5 7.0 00 08 03 

01 12 10 11.0 8 4.0 12 8.0 9.0 00 08 03 

01 15 10 12.0 8 4.0 15 8.0 9.5 00 08 03 

01 18 10 12.0 8 4.0 18 8.0 9.5 00 08 03 

01 20 10 12.0 8 4.0 20 8.0 9.5 00 08 03 

Traditional cups, designed in the typical cup shape 

and with diameters ranging from 4 to 85 mm; 

they are normally made with natural para rubber 

with 45 Shore hardness, oil-resistant rubber with 

60 Shore hardness, stabilized silicone with 45 

Shore hardness and, upon request, with special 

compounds which are able to withstand extremely 

high temperatures or corrosive fluids. 

01 22 10 13.0 8 4.0 22 8.0 10.0 00 08 03 

01 25 15 16.0 12 6.0 25 10.0 11.5 00 08 05 

01 30 15 17.0 12 6.0 30 10.0 12.5 00 08 05 

01 35 15 16.0 15 10.0 35 10.0 11.5 00 08 20 

01 40 15 18 15 10.0 40 10.0 12.5 00 08 20 

01 45 15 23.0 15 10.0 45 10.0 14.5 00 08 20 

00 08 03 - G18 (BSPP) 

00 08 03 - N18 (NPT) 

00 08 05 - G18 (BSPP) 

00 08 05 - N18 (NPT) 

00 08 20 - G14 (BSPP) 

00 08 20 - N14 (NPT) 

Art. 

Force A B C D E F G H I 

Kg. Ø Ø Ø Ø 

01 04 10 0.03 7.5 3 1.5 4 6.0 -- 7.0 -- -- 

GENERIC BELLOWS CUPS 

01 05 10 0.05 8.0 3 1.5 5 6.0 -- 7.0 -- -- 

01 06 10 0.07 8.0 3 1.5 6 6.0 -- 7.0 -- -- 

01 08 10 0.12 8.0 5 2.5 8 6.0 -- 7.0 -- -- 

01 09 07 0.15 7.0 5 2.0 9 5.5 -- 6.0 -- -- 

01 10 10 0.19 11.0 7 4.0 10 8.5 -- 7.0 -- -- 

01 12 10 0.28 11.0 8 4.0 12 8.0 -- 9.0 -- -- 

01 15 10 0.44 12.0 8 4.0 15 8.0 -- 9.5 -- -- 

01 18 10 0.63 12.0 8 4.0 18 8.0 -- 9.5 -- -- 

01 20 10 0.78 12.0 8 4.0 20 8.0 -- 9.5 -- -- 

01 22 10 0.95 13.0 8 4.0 22 8.0 -- 10.0 -- -- 

01 25 10 1.23 8.0 12 6.0 25 2.0 -- 3.5 -- -- 

01 25 15 1.23 16.0 12 6.0 25 10.0 -- 11.5 -- -- 

01 30 10 1.76 8.0 12 6.0 30 1.0 -- 3.5 -- -- 

01 30 15 1.76 17.0 12 6.0 30 10.0 -- 12.5 -- -- 

01 35 10 2.40 8.0 12 6.0 35 1.0 -- 3.5 -- -- 

01 35 15 2.40 16.0 15 10.0 35 10.0 -- 11.5 -- -- 

01 40 15 3.14 18.0 15 10.0 40 10.0 -- 12.5 -- -- 

01 45 10 3.98 18.0 15 10.0 45 5.0 -- 9.5 -- -- 

01 45 15 3.98 23.0 15 10.0 45 10.0 -- 14.5 -- -- 

01 60 10 7.06 22.0 15 10.0 60 4.0 25 -- 10 2.5 

01 85 10 14.18 41.0 25 15.0 85 16.0 25 -- 23 4.0 

• Very popular for handling food and food packaging and other non-flat 

[Bellows 

[Bellows 

cups] 

products. cups] 

• The thin outside lip deforms to mate evenly with rough and unflat surfaces 

such as plastic packaging, foodstuffs such as bread, cookies, candy and 

other non uniform shapes. 

• The models listed below can be used with the fittings shown on the right. 

Part No. A B C D E F G Fitting Number 

designed purposely to handle food products such 

as biscuits, The bellows bread, cups pizza, shown brioches on this etc., page as well have as been 

paper designed or plastic purposely bags to containing handle food chocolates, products such 

sweetmeats, as biscuits, pasta, bread, meals, pizza, powders, brioches etc. etc., as well as 

Being paper very or flexible, plastic they bags can containing also be used chocolates, to 

01 20 23 23 14.5 5 20 5 14 4 00 08 133 

01 30 32 32 20 6.5 30 7 21 5 00 08 135 

compensate sweetmeats, flatness pasta, errors meals, or powders, for gripping etc. on 

inclined Being surfaces. very 01 flexible, 40 42they can also 42 be used to 1.01 20 6.5 40 7 28 5 00 08 135 

They compensate are normally flatness available errors in the three or for series gripping of on 

compounds. inclined surfaces. 

01 50 53 35 27 10.5 50 10 35 6 00 08 142 

They are normally available in the three series of 

compounds. 

Multiple Bellows 

The bellows cups shown on this page have been 

00 08 133 - G18 (BSPP) 

00 08 133 - N18 (NPT) 

00 08 135 - G18 (BSPP) 

00 08 135 - N18 (NPT) 

00 08 135 - G14 (BSPP) 

00 08 135 - N14 (NPT) 

1/4” / 1/8” 

AF 13mm 

Art. 

Force A B C D E F G 


01 20 23 0.78 23 14.5 5 20 5 14 4 

Force 1.76 A32 20 B 6.5 C 30 D E F G 

01 30 

Art. 

01 40 Kg. 3.14 20 Ø 6.5 Ø 40 Ø Ø 

32 7 21 5 

42 42 7 28 5 

20 01 23 50 53 0.78 4.90 2353 14.5 27 10.5 5 50 20 105 35 6 

01 14 4 

01 30 32 1.76 32 20 6.5 30 7 21 5 

01 40 42 3.14 42 20 6.5 40 7 28 5 

01 50 53 4.90 53 27 10.5 50 10 35 6 

For level compensators and other accessories, refer to 

www.vuototecnica.us 

Art. 

Force A B C D E F G 


01 

Art. 01 

Force 0.95 A 14.5 B 5C 22D E F G 

19 5.5 11 4 

2.26 

Kg. 

14.5 

Ø 

5 

Ø 

34 

Ø Ø 

26 5.5 17 4 

22 19 

34 26 

01 43 28 3.62 28 20 6.5 43 7 21.5 4 

22 19 0.95 19 14.5 5 22 5.5 01 11 4 

01 53 5.51 35 27 10.5 53 9.5 35 30.5 6 

34 26 2.26 26 14.5 5 34 5.5 01 17 4 

01 43 28 3.62 28 20 6.5 43 7 21.5 4 

01 53 35 5.51 35 27 10.5 53 9.5 30.5 6 

• Single bellows cups are very popular in standard handling applications. 

[Bellows cups] 

[Bellows • The bellows cups] design aids the lifting of thin sheets of paper, steel, plastic and 

other work pieces where the pick up point varies in position. 

• When sealed against the pick up surface the bellows concept offers a vertical 

movement independent of the machine which aids separation of thin sheets 

and other products as described previously. 

• Able to handle concave and convex products. 

• The models listed above can be used with the fittings shown on the right. 

Single Bellows 

The particular shape of the bellows cup makes 

The particular shape of the bellows cup makes 

them collapse rapidly when they are in contact 

them collapse rapidly when they are in contact 

with the surface of the load to be handled, lifting 

the load 

with 

some 

the 

centimetres, 

surface of the 

independently 

load to be 

of 

handled, 

the 

lifting 

machine the load movement; some centimetres, this quick independently movement 

1.11 of the 

prevents machine the load movement; below from remaining this quick stuck movement 

to 

the surfaces prevents or the load load underneath. below from remaining stuck to 

Due the to surfaces this feature, or load bellows underneath. cups are 

recommended 1.11 

Due to this in all feature, the cases bellows where it is cups are 

necessary 

recommended 

to lift and 

in 

handle 

all the 

paper 

cases 

sheets, 

where it is 

cardboard sheets, thin plates, wooden panels, 

necessary to lift and handle paper sheets, 

glass slabs, etc. 

cardboard sheets, thin plates, wooden panels, 

Due to their high flexibility, they can also be used 

glass slabs, etc. 

to compensate flatness errors or for the grip on 

inclined Due surfaces. to their high flexibility, they can also be used 

These to cups compensate are available flatness in all errors the series or for of the grip on 

compounds. inclined surfaces. 

These cups are available in all the series of 

compounds. 

Part No. A B C D E F G Fitting Number 

01 22 19 19 14.5 5 22 5.5 11 4 00 08 133 

01 34 26 26 14.5 5 34 5.5 17 4 00 08 133 

01 43 28 28 20 6.5 43 7 21.5 4 00 08 135 

01 53 35 35 27 10.5 53 9.5 30.5 6 00 08 142 

Vacuum Cup Materials 

The part numbers shown in this catalogue indicate the cup only. 

To specify the material of the cup the following suffixes should be used. 

A - Nitrile Rubber N - Natural Rubber S - Silicone Rubber V - Viton Rubber B – Benz 

(please refer to material data table on page 1) 

Example: 01 18 10A (Nitrile rubber compound) 

2 

00 08 142 - G18 (BSPP) 

00 08 142 - N18 (NPT) 

00 08 142 - G14 (BSPP) 

00 08 142 - N14(NPT) 

1/4” / 1/8” 

AF 17mm 

AF 22mm


USA 

Bellows cups] 

BELLOWS CUPS Ø40mm (For larger models up to 360mm diameter, visit vacuforce.com) 

B 

A 

D 

C 

B 

C 

Part No. A B C D 

01 06 50 15 8 4 6 

A 

01 08 50 15 8 4 8 

01 11 50 15 8 4 11 

D 

These bellows cups have a These particular bellows feature cups of have a particular feature of 

collapsing during the grip collapsing on 

00 

the 

08 

surface during 

06 

and the grip on the surface and 

when the vacuum is present when make the a vacuum quick lifting is present make a quick lifting 

10-32UNF/M5 

movement, independent movement, of the lifting independent frame of the lifting frame 

movement: this rapid movement: prevents this rapid the movement prevents the 

sheet underneath the load sheet to adhere underneath to it during the load to adhere to it during 

this part of the lift cycle. this part of the lift cycle. AF 8mm 

The cups shown on this and The on cups the following shown on four this and on the following four 

pages are recommended for 


pages the grip are recommended of compact for the grip of compact 

discs, biscuits, small picture discs, cards, biscuits, flat bread, small picture cards, flat bread, 

01 11 16 16 8 4 11 

thin plates, labels, small metal thin Suitable plates, and plastic for labels, use with parts, small these fittings metal and plastic parts, 

01 16 20 20 9 4 16 

small cards, paper and small plastic cards, bags, paper friableand plastic bags, friable 

00 08 04 

products, chocolate eggs, products, hen’s eggs, chocolate plasticeggs, hen’s eggs, plastic 

1/8” 

sheets, etc. 

sheets, etc. 

They are available in the They three are available series of in the three series of 

compounds, and upon request, compounds, they can and be made upon request, they can be made 

in special materials. in special materials. AF 12mm 

17 

17 

8.5 

4.5 4 

8.5 

5 4 

B 

C 

B 

C 

B 

C 

00 08 67-G18 (BSPP) 

00 08 67-N18 (NPT) 

Suitable for use with these fittings 

1/8” 

A 


01 15 23 23 10 5 15 

01 18 23 23 9.5 5 18 

A 

A 


01 18 29 29 9.5 5 18 

01 18 35 35 9.5 5 18 

A 

AF 12mm 

D 

D 

D 

A 

B 

C 


01 30 50 38 16 8 30 

01 30 99 38 16 8 30 

B 

C 


01 40 50 23 13 8 40 

00 08 18-G14 (BSPP) 

00 08 18-N14 (NPT) 

Suitable for use 1.31 with these fittings 

1.31 

A 

AF 17mm 

D 

D 

32 


The part numbers shown in this catalogue indicate the cup only. To specify the material of the cup the following suffixes should be used. 

A - Nitrile Rubber N - Natural Rubber S - Silicone Rubber V - Viton Rubber B – Benz (please refer to material data table on page 1) 

Example 01 18 10A (Nitrile rubber compound) 

Visit www.vuototecnica.us for ALL our vacuum cups 

[Cups [Cups] 

with support] 

[Special cups] 

[Bellows cups] 

[Cups with 

ball valve 

and 

self-locking 

support] 

They are the same rectangular flat Flat cups cups, shown having an original shape, particularly 

and described on the previous studied page, for cold handling plates, glasses, wood panels, 

assembled, without any adhesive, machined on a proper marbles and granites and similar loads. 

support in anodized aluminium. The shape of their low vertical lip, allows a firm 

All supports have a central threaded grip on hole the surface to of the load to be handled, it 

facilitate fastening to the machine eliminates and, the any oscillation and considerably 

largest ones have a side hole with reduces gas thread the forvolume of air therein contained, 

the suction fitting. 

allowing a quicker grip and detachment. 

As spare part, it is necessary to order These the cups cupsare provided with cleats which, 

with the code 01 instead of 08, in besides the required avoiding the load to bend in 

compound. 

correspondence of the grip point, also have the 

purpose to increase the friction surface with the 

load vertically lifted, in order to avoid its slip. 

Normally they are available in three standard 

compounds but, upon request, they can be 

3 

The main feature of bellows cups is that they can 

The series of cups shown on this page has rapidly been collapse during the grip, thus lifting the 

developed for taking and handling cylindrical load for a few centimetres, independently of the 

bodies such as pipes, bottles, section bars movements etc. of the lifting frame; this quick 

Cup support is in aluminium while cups are 

movement avoids that the load beneath, remains 

manufactured in oil-resistant rubber, natural para 

stuck to the lifted one. 

rubber and silicone. 

Due to this feature they are particularly suitable 

to leaf and remove thin plate sheets, glass slabs, 

chipboard or compressed wood panels, laminated 

plastic etc. 

Due to their high flexibility they can also be used 

to compensate flatness errors or for the grip of 

These cups represent a real movable stirrup 

system. 

They consist of: 

• A sturdy support in anodized aluminium with a 

wide surface at the base, delimited by a 

packing which has the purpose to fasten it to 

the bearing surface. 

• A standard flat cup, cold assembled on the 

upper part of the support, for the grip of the 

load to be clamped. 

• A ball valve having the feature to open, and 

therefore to produce vacuum inside the cup, 

only when the load to be kept actuates the 

sealing ball. 

• Two rapid fittings for the connection to 

vacuum.

tose VRP 

RP] 


VULCANISED HEAVY DUTY VACUUM CUPS 

[riduzione MF per ventose VRP-VRS-VEP-VES 

MF reduction for cups VRP-VRS-VEP-VES] 

USA 

VRP Round Flat 

These vacuum cups are vulcanized on a zinc plated steel support. The unique inside pick 

up surface has a tremendous grip capability and therefore these cups can be used in high 

speed transfer applications such as heavy pick and place and steel sheet handling. 

D 

ø 

d 

ø 

SW 

3/8” 1/4” 6 

tose VRS-VEP-VES 

RS-VEP-VES] 

VRS Round Bellows 

VEP Oval Flat 

Part No. A B C Ch D 

VRP 40 31 G1/4 16 15 40 

[riduzione MF per ventose VRP 100 VRP 40 G3/8 25 19 100 

MF reduction for cups 

VRP 

VRP] 

125 48 G3/8 33 19 125 

Quick Release Adapter for VRP/VRS/VEP/VES Cups 

A B D d Ch 

VRP 50 33 G3/8 18 19 50 

Art. 

ø 

ø 

VRP 60 36 [riduzione G3/8 21 MF per 19ventose 60 VRP 

MF reduction for cups VRP] 

00 08 208 15 VRP 80 40 G3/8 9 25 19 1/4” 80 3/8” 22 



[riduzione MF per ventose VRS-VEP-VES 

[adattatore quadro per ventose VRP-VRSquick 

release adapter for cups VRP-VRS-VEP 

MF reduction for cups VRS-VEP-VES] 

A B D d SW 

A B D d Ch 

Art. 

ø 

ø 

Art. 

ø 

ø 

[riduzione MF per ventose VRP 


00 08 215 15 10 3/8” 1/4” 6 00 08 208 15 9 1/4” 3/8” 22 

MF reduction for cups VRP] 


[riduzione MF per ventose Part No. VRS-VEP-VES 

A B C Ch D [adattatore quadro per ventose VRP-VRS-VEP-VES 


quick release adapter for cups VRP-VRS-VEP-VES] 

VRS 40 35 G1/4 A21 17 B 40 D d 

Art. 

ø 

ø 

SW 

Art. 

A B C D 

ø 

VRS 50 36 00 08 G3/8 216 11.521 22 8 50 3/8” 1/4” 6 AQ 32 1/4 13 5 8 1/4” 

AQ 32 3/8 13 5 8 3/8” 

VRS 60 36 G3/8 21 22 60 

A [riduzione B MM per ventose C VRP Part No. D A B[giunti C a snodo d D posizionabili d 

Art. 

VRS 80 44 MM G3/8 reduction 29 for 22 cups VRP] 100 

articulated joint] 

ø 

ø 

A B D d SW 

AQ 32 1/4 13 5 8 1/4 5 

VRS 100 44 G3/8 29 A 22 100 B D d Ch 

Art. 

ø 

ø 

Art. 

ø 

ø 

AQ 1/4A 13 B 

VRS 125 

D 

G3/8 

5 d 

32 22 

SW 

125 

8 AQ 32 3/8 A1/4” 13 B5 8 C53/8 5D d 

00 08 215 15 10 3/8” Art. 1/4” 6 ø 00 08 208 ø 15 9 Art. 1/4” 3/8” 22 

ø 

ø 

AQ 00 0832 216 3/8 11.5 13 8 3/8” 5 1/4” 6 8 AQ 32 1/4 133/8” 5 85 

1/4” 5 

[riduzione MF per ventose VRS-VEP-VES 

[adattatore quadro per AQ ventose 32 3/8 13 VRP-VRS-VEP-VES 

5 8 3/8” 5 


quick release 

A 

adapter 

D 

for cups 

d 

VRP-VRS-VEP-VES] 

SW 

[giunti [riduzione MM a snodo per ventose posizionabili 

VRP Art. 

ø [giunti ø a snodo posizionabili 

MM reduction for cups VRP] 00 08 217 10 1/4” articulated 1/4” joint] 6 

00 08 218 12 1/4” M10 x 1.5 6 

articulated joint] 00 08 219 12 1/4” M14 x 1.5 6 

00 08 220 10 3/8” 1/4” 6 

00 08 221 12 3/8” M10 x 1.5 6 Fixed Pivot Joint 

00 08 222 12 3/8” M14 x 1.5 6 

D 

ø 

d 

ø 

SW 

3/8” 1/4” 6 

tose VRP 

VRP] 

D 

ø 

d 

ø 

SW 

/4” 1/4” 6 

/4” M10 x 1.5 6 

/4” VES M14 x Oval 1.5 Bellows 6 

/8” 1/4” 6 

/8” M10 x 1.5 6 

/8” M14 x 1.5 6 

tose VRS-VEP-VES 

VRS-VEP-VES] 

[adattatore quadro per ventose VRP-VRS-VEP-VES 

quick release adapter for A cups B VRP-VRS-VEP-VES] 

D d SW 

Art. 

ø 

ø 

00 08 215 15 10 3/8” 1/4” 6 

[riduzione MM per ventose VRS-VEP-VES 

MM reduction for cups VRS-VEP-VES] 

[riduzione MF per ventose VRP-VRS-VEP-V 


A B D d 

Art. 

ø 

ø 

32 

00 08 208 15 9 1/4” 3/8” 

A B D d SW Part No. A B C A Ch D BH 

C D d 

Art. 

ø 

Aø 

D Art. d SW 

Art. 

VEP ø 30 60 60 ø 30 13 17 G1/4 27 

ø 

ø 

00 08 216 11.5 8 3/8” 1/4” 6 AQ 32 1/4 13 5 8 1/4” 5 

00 08 217 10 VEP 1/4” 30 90 90 1/4” 30 13 17 G1/4 6 27 

00 08 218 12 1/4” AQ M10 32 x 3/8 1.5 13 6 5 8 3/8” 5 

00 08 219 12 VEP 1/4” 40 80 80 M14 x 40 1.5 14 17 G1/4 6 28 

[riduzione MM per ventose VRP 00 08 220 10 VEP 3/8” 50 100 [giunti 1001/4” 50 a 16snodo 22 G3/8 6posizionabili 

31 

MM reduction for cups VRP] 00 08 221 12 3/8” articulated M10 x 1.5 joint] 6 

00 08 222 12 VEP 3/8” 60 120 120 M14 x 60 1.5 18 22 G3/8 6 33 

A D d SW 

A B C D d E F G I 

[riduzione MM per ventose 

VEP 70 140 

VRS-VEP-VES 

140Art. 

70 19 22 G3/8ø 

34 ø 

Art. 

ø ø 

00 08 223 10 1/4” 1/4” 6 GSV 1/8” 51.5 7 20 1/8” 1/8” 24.5 11.5 10 20 

MM reduction for cups VRS-VEP-VES] 00 08 224 12 1/4” M10 x 1.5 6 GSV 1/4” 60.5 7 25 1/4” 1/4” 28.5 14.5 12 25 

00 08 225 12 1/4” M14 x 1.5 6 GSV 3/8” 69.5 10 25 3/8” 3/8” 34.5 14.0 12 30 

00 08 226 10 3/8” 1/4” 6 GSVF 1/8” 51.5 7 20 1/8” 1/8” 24.5 11.5 10 20 

00 08 227 12 3/8” M10 x 1.5 6 GSVF 1/4” 60.5 7 25 1/4” 1/4” 28.5 14.5 12 25 

00 08 228 12 3/8” M14 x 1.5 6 GSVF 3/8” 69.5 10 25 3/8” 3/8” 34.5 17.0 12 30 

Art. 

A 

[accessori per ventose 

[accessories for 

D d SW 

MaxiGrip Cups] 


ø 

ø 

Questi accessori standard offrono, all’utilizzatore, l’opportunità di 

These standard accessories offer the user many different 

differenti opzioni di assemblaggio per le ventose MAXIGRIP CUPS. options for the MAXIGRIP CUPS. 

00 08 217 10 1/4” 1/4” 6 

Le riduzioni, in acciaio zincato, hanno la funzione di trasformare da Zinc plated threaded adaptors enable the user to change 

00 08 218 12 1/4” M10 x 1.5 6 

femmina a maschio o da gas a metrica, le connessioni filettate dei mounting thread from female to male or from BSPP to me 

00 08 219 12 1/4” M14 x 1.5 6 

supporti standard. L’adattatore con testa quadrata e attacco filettato forms. The square quick release adaptor which is manufa 

maschio, realizzato in alluminio e anodizzato, consente l’installazione anodised aluminium is used extensively in the automotive 

00 08 220 10 3/8” 1/4” 6 

rapida delle ventose sugli appositi profili impiegati nel settore 

effector systems. The integral O ring seal offers a perfect 

00 08 221 12 3/8” M10 x 1.5A 6 D automotive, d per la costruzione SW dei sistemi di presa robotizzati. A B C seal. D The d articulated E joint, F manufactured G I in L anodised M alum 

Art. 

Part No. A B C Ch D H 

00 08 222 12 3/8” M14 x 1.5 6 ø 

La øguarnizione integrata, è garante della perfetta Art. tenuta di vuoto. 

permits ø øa 360º axial rotation with a maximum 35º linear o 

Il giunto a snodo adattabile, anch’esso in alluminio anodizzato, 

Once set, the assembly is locked into position allowing a 

00 08 223 10 VES 1/4” 30 60 60consente 1/4” 30 di posizionare 21 17 la 6G1/4 ventosa 35a 360° GSVcon 1/8” un’inclinazione 51.5 7 20 1/8” through 1/8” the joint 24.5with 11.5 a perfect 10 vacuum 20 seal. 40 -- 

[riduzione MM per ventose VRS-VEP-VES 

00 08 224 12 1/4” M10 massima x 1.5 di 35° e di bloccarla, 6 permettendo GSV l’aspirazione 1/4” 60.5attraverso 7 lo 25 1/4” 1/4” 28.5 14.5 12 25 45 -- 

00 08 225 12 

VES 

1/4” 

40 80 80 

M14 

snodo 

x 

40 

1.5 

e garantendo 23 17una tenuta 

6 

G1/4 perfetta. 37 

MM reduction for cups VRS-VEP-VES] 

GSV 3/8” 69.5 10 25 3/8” 3/8” 34.5 14.0 12 30 50 -- 

00 08 226 10 VES 3/8” 50 100 1001/4” 50 29 22 6G3/8 44 GSVF 1/8” 51.5 7 20 1/8” 1/8” 24.5 11.5 10 20 40 15 

00 08 227 12 3/8” M10 x 1.5 6 GSVF 1/4” Part No. 60.5 7 A 25 B1/4” 1/4” C 28.5D 14.5 E12 25 45 20 

00 08 228 12 VES 3/8” 70 140 140 M14 x 70 1.5 33 22 6G3/8 48 GSVF 3/8” 69.5 10 25 3/8” 3/8” 34.5 17.0 12 30 50 21 

GSV 1/8 51.5 7 20 1/8 24.5 

[accessori per ventose 

[accessories for 


MaxiGrip GSV 1/4 60.5 

Cups] 7 25 1/4 28.5 

Questi accessori standard offrono, all’utilizzatore, l’opportunità di 

These standard GSV 3/8 accessories 69.5 10offer the 25 user 3/8 many 34.5 different mounting 

differenti opzioni di assemblaggio per le ventose MAXIGRIP CUPS. options for the MAXIGRIP CUPS. 

Le riduzioni, in acciaio zincato, hanno la funzione di trasformare da Zinc plated threaded adaptors enable the user to change the cup 


GSVF 1/8 51.5 7 20 1/8 24.5 

femmina a maschio o da gas a metrica, le connessioni filettate dei mounting thread from female to male or from BSPP to metric thread 

The part numbers shown in this catalogue indicate the cup only. To specify the material of the 

supporti standard. L’adattatore con testa quadrata e attacco filettato forms. GSVF The square 1/4 quick 60.5 release 7 adaptor 25 which 1/4 is 28.5 manufactured in 

cup the following suffixes should be used. 

maschio, realizzato in alluminio e anodizzato, consente l’installazione anodised aluminium is used extensively in the automotive field on end 

A - Nitrile Rubber N - Natural Rubber S - Silicone Rubber rapida V delle - Viton ventose Rubber sugli B appositi – Benz profili impiegati nel settore 

effector GSVF systems. 3/8 The 69.5 integral 10 O ring 25 seal 3/8 offers a 34.5 perfect vacuum 

(please refer to page material data A table on page 1) D automotive, d per la costruzione SW dei sistemi di presa robotizzati. A B C Dseal. dThe articulated E F joint, G manufactured I L in M anodised aluminium, 

Example 01 18 10A Art. (Nitrile rubber compound) ø La guarnizione ø integrata, è garante della perfetta Art. tenuta di vuoto. øpermits ø a 360º axial rotation with a maximum 35º linear offset. 

Il giunto a snodo adattabile, anch’esso in alluminio anodizzato, 

Once set, the assembly is locked into position allowing a free air flow 

00 08 223 10 1/4” 1/4” 6 

consente di posizionare la ventosa 4 GSV 1/8” 51.5 7 20 1/8” 1/8” 24.5 11.5 10 20 40 -- 

a 360° con un’inclinazione 

through the joint with a perfect vacuum seal. 

00 08 224 12 1/4” massima M10 x di 1.535° e di bloccarla, 6 permettendo GSVl’aspirazione 1/4” 60.5attraverso 7 25lo 

1/4” 1/4” 28.5 14.5 12 25 45 -- 

00 08 225 12 1/4” snodo M14 e x garantendo 1.5 una tenuta 6 perfetta. GSV 3/8” 69.5 10 25 3/8” 3/8” 34.5 14.0 12 30 50 -- 

00 08 226 10 3/8” 1/4” 6 GSVF 1/8” 51.5 7 20 1/8” 1/8” 24.5 11.5 10 20 40 15

VACUUM VENTURI PERFORMANCE TABLES 

Air 

Supply 

Port 

(G) 

Max. 

Vac. 

Level 

“Hg 

Exhaust 

Port 

Vacuum 

Port 

(G) 

Air 

Use 

CFM 

Supply 

Air 

PSIG 

Venturi 

Model 

(G) 0”Hg 3”Hg 6”Hg 9”Hg 12”Hg 15”Hg 18”Hg 21”Hg 24”Hg 25.5 Hg 27”Hg 

150110 24 87 3.4 1/4” 1/4” 1/4” 1.35 - 1.28 4.73 1.13 9.45 0.84 16.07 0.64 24.73 0.41 39.82 0.25 55.33 0.18 92.54 - 167.48 - - - - 

150210 24 87 3.4 1/4” 1/4” 1/4” 1.35 - 1.28 4.73 1.13 9.45 0.84 16.07 0.64 24.73 0.41 39.82 0.25 55.33 0.18 92.54 - 167.48 - - - - 

150310 25 87 3.8 1/4” 3/8” 1/2” 2.94 - 2.79 2.18 2.47 4.36 1.83 7.41 1.39 11.40 0.90 18.40 0.54 25.55 0.40 42.73 0.04 77.46 - 110.0 - - 

150410 25 87 3.8 1/4” 3/8” 1/2” 2.94 - 2.79 2.18 2.47 4.36 1.83 7.41 1.39 11.40 0.90 18.40 0.54 25.55 0.40 42.73 0.04 77.46 - 110.00 - - 

PVP 1 26 75 1.3 1/4” 1/4” n/a 0.59 - 0.56 10.73 0.49 21.71 0.37 36.90 0.27 56.49 0.18 90.93 0.11 126.42 0.07 211.12 0.01 382.76 - 543.53 - - 

PVP 2 25 60 1.9 1/8” 1/4” 1/8” 0.77 - 0.73 8.38 0.64 16.95 0.48 28.81 0.36 44.12 0.23 71.03 0.15 98.71 0.10 164.88 0.01 298.93 - 424.50 - - 

PVP 3 25 60 2.3 1/8” 1/4” 1/8” 1.06 - 1.01 5.94 0.89 12.03 0.67 20.46 0.49 31.30 0.32 50.37 0.21 70.04 0.13 116.96 0.01 212.08 - 301.17 - - 

PVP 7X 25.5 87 6.8 1/4” 3/8” n/a 5.24 - 4.97 1.22 4.39 2.46 3.26 4.22 2.48 6.46 1.60 10.39 0.97 14.44 0.72 24.13 0.07 43.76 - 62.59 - - 

GVMM3 / M3 25 87 1.9 1/8” 3/8” n/a 2.06 - 1.67 3.11 1.25 7.16 0.75 14.38 0.55 28.33 0.39 48.05 0.27 70.16 0.18 117.16 0.11 208.54 - 13.13 - - 

GVMM7 / M7 25 87 3.8 1/8” 3/8” n/a 4.12 - 3.35 1.56 2.51 3.57 1.50 7.19 1.11 14.15 0.79 24.03 0.53 35.06 0.37 58.58 0.22 104.26 - 148.07 - - 

GVMM10 / M10 25 87 5.1 1/8” 3/8” n/a 6.18 - 5.02 1.02 3.76 2.35 2.25 4.70 1.66 9.25 1.19 15.71 0.80 22.95 0.56 38.35 0.33 68.23 - 96.90 - - 

GVMM14 / M14 25 87 6.8 1/8” 3/8” n/a 8.24 - 6.69 0.76 5.01 1.75 3.01 3.51 2.22 6.93 1.58 11.77 1.06 17.21 0.74 28.75 0.44 51.17 - 72.67 - - 

GV1 27 75 0.8 1/4” 10-32UNF 10-32UNFM 0.53 - 0.50 12.11 0.44 24.22 0.33 41.18 0.25 63.42 0.16 102.11 0.10 141.92 0.07 237.01 0.01 429.48 - - - 1580.47 

GV2 27 75 0.8 1/4” 1/8” 10-32UNFM 0.53 - 0.50 12.11 0.44 24.22 0.33 41.18 0.25 63.42 0.16 102.11 0.10 141.92 0.07 237.01 0.01 429.48 - - - 1580.47 

GV3 27 75 0.8 1/4” 1/4” 10-32UNFM 0.53 - 0.50 12.11 0.44 24.22 0.33 41.18 0.25 63.42 0.16 102.11 0.10 141.92 0.07 237.01 0.01 429.48 - - - 1580.47 

PVP 12MX 27 87 3.3 1/4” 3/8” 3/8” 12.36 - 8.82 0.43 5.89 1.08 2.95 2.36 2.10 5.68 1.68 10.17 1.27 15.56 0.89 25.83 0.51 44.68 - - - 164.43 

PVP 25MX 27 87 6.6 1/4” 3/8” 4 x 1/4” 17.66 - 12.62 0.28 8.42 0.71 4.20 1.55 3.01 3.74 2.40 6.69 1.80 10.24 1.27 16.99 0.72 29.39 - - - 108.16 

PVP 25MDX 27 87 6.6 1/4” 3/4” 3/4” 25.91 - 18.51 0.21 12.34 0.52 6.17 1.15 4.41 2.75 3.52 4.93 2.65 7.54 1.84 12.51 1.06 21.65 - - - 79.67 

PVP 35MDX 27 87 10.2 1/4” 3/4” 3/4” 32.40 - 23.13 0.16 15.44 0.41 7.72 0.90 5.51 2.17 4.41 3.89 3.31 5.95 2.31 9.88 1.31 17.09 - - - 62.90 

PVP 50MDX 27 87 13.2 1/4” 3/4” 3/4” 36.51 - 26.08 0.14 17.39 0.34 8.69 0.76 6.21 1.82 4.96 3.26 3.73 4.99 2.61 8.29 1.48 14.34 - - - 52.73 

PVP 60MDX 27 87 17.0 3/8” 1” 1” 53.01 - 37.87 0.10 25.23 0.25 12.62 0.56 9.01 1.35 7.21 2.41 5.41 3.68 3.80 6.11 2.16 10.58 - - - 38.91 

PVP 75MDX 27 87 20.3 3/8” 1” 1” 58.88 - 42.07 0.09 28.05 0.23 14.02 0.51 10.01 1.23 8.02 2.20 6.02 3.37 4.22 5.60 2.42 9.68 - - - 35.63 

Vuototecnica Vacuum Venturis 

· All models feature all-metal construction. The body of the venturi is constructed from anodized aluminum and the venturi nozzles are manufactured from either brass or stainless steel. 

· All-metal construction ensures exceptional life and resistance to both corrosion and abrasion from poor quality compressed air or dirt induced through the vacuum line. 

· The single and multistage options offer the highest compressed air-to-induced vacuum flow ratio in the industry. 

PVP12MX & PVP25MX 

Anodised aluminum bodies 

Viton sealing gaskets 

Silicone free construction 

R 

R 

R 

P 

P 

P 

U 

P 

U 

R 

U 

U 

PVP25MDX to PVP75MDX 

PVP2 PVP3 GV1 to GV3 

GVMM3 to GVMM14 

15 SERIES 

U 

R 

R 

R 

P 

P 

P R 

P 

U 

U 

U 

U 

Port 1 (P) = Air Supply Port 2 (U) = Vacuum Connection Port 3 (R) = Exhaust 

USA 

Vacuum air flow at different vacuum levels (“Hg) Evacuation time to different vacuum levels sec/ft 3 

5 

Vacuum generator with induced vacuum flows up to 400CFM are available. Please visit www.vuototecnica.us for full range 

PVP1 PVP7X M3 to M14 

Note: Same performance and 

range as M3 to M14 series *All ports are “G’ thread, NPT available but not recommended 

*For dimensional data, see full catalogue at vuototecnica.us


USA 

MECHANICAL DIAPHRAGM 

Vacuum Switch-Electrical 

· Fully adjustable for use on circuits requiring 

an indication of vacuum condition. 

· Can be wired for NO or NC 

· Anodized aluminum body with rubber boot 

insulation cover. 

TECHNICAL FEATURES 12 01 10 

Connection Port G1/8 

MECHANICAL DIAPHRAGM 

Vacuum Switch-Pneumatic 

· Fully adjustable for applications requiring an indication 

of vacuum condition or where switch is being used to 

cycle a pneumatic component such as venturi or pneumatic 

valve based on vacuum degree set point. 

· Available NO and NC 

TECH. FEATURES 12 01 30 12 02 30 

Conn. Port G1/8 G1/8 

Adjustment Range 

Repeatability 

Electrical Connections 

Insulation 

Operating temperature 

2-29.0”Hg 

0.05”Hg 

Spade Terminals 

IP55 

-25 o C to +85 o C 

(-13 o F to -185 o F) 

Type Norm. Closed Contacts Norm. Open Contacts 

Adj.Range 2-28.5”Hg 2-27.0”Hg 

Repeatability 0.05”Hg 0.05”Hg 

Pneu. Connection 5/32”Push in fitting 5/32”Push in fitting 

Operating 

Temperature 

-25 o C to +85 o C 

(-13 o F to -185 o F) 

-25 o C to +85 o C 

(-13 o F to -185 o F) 

VACUUM REGULATORS 

· Used where precise control of maximum vacuum 

is required whether for a central vacuum 

system or a remote application. 

· Non-relieving design 

TECHNICAL FEATURES 

Operation 

Adjustment 

Membrane-Piston Diaphragm 

Model 11**10 - 6”Hg-29.92”Hg 

Model 11**50 - 0.5”Hg-29.92Hg 

DIGITAL VACUUM SWITCH 

· PNP solid state design with two individual set 

points can be used to cycle a vacuum generator 

as well as show current vacuum degree. 

· As an example, one set point can be used for 

part presence and the other to indicate that 

maximum vacuum level has been reached. 

· Current condition of switch is indicated by 

one of two LED indicators. 

ACFM Flow 

Refer to table 

Gauges not included, 

must be odered separately 

Operating temperature 

-10 o C to +80 o C 

(-14 o F to -176 o F) 

Part No. Port Size Max.flow 

cap. CFM 

11 01 10 G1/4 006 G1/8 

11 02 10 G3/8 010 G1/8 

11 03 10 G1/2 020 G1/4 

11 04 10 G3/4 040 G1/4 

11 05 10 G1 080 G1/4 

11 06 10 G1.5 160 G1/4 

11 03 50 G1/2 20 G1/4 

11 05 50 G1 80 G1/4 

11 06 50 G1.5 160 G1/4 

Gauge Port 

TECHNICAL FEATURES 

Connection Port 

Adjustment Range 

Type 

Output 

Repeatability 

Electrical Connection 

Insulation 

Operating Temperature 

G1/8 Male 

0 - 29.92”Hg 

NC and NO 

2 x PNP 

0.2% of range 

M8 4 pin male connector 

IP65 

-20 o C to +85 o C 

(-4 o F to -176 o F) 

All the above products are available in NPT threads upon request. However, vacuum applications should utilize the G-thread wherever possible. 

VACUUM GAUGES 

Carbon Steel 

Carbon Steel 

Stainless Steel 



Back Mount 

Bottom Mount 

Back Mount 

Panel Mount 

Bottom Mount 

GS-011.5030HGCSBA18 GS-011.5030HGCSBO14 GS-012.5030HGSSBA14 GS-012.5030HGSSBA14PM GS-012.5030HGSSBO14 

Part Number Dial Size Pressure Range Case Material Port Size Port Position 

GS-011.5030HGCSBA18 1.5” Vacuum 0-ˉ30”Hg Black Carbon Steel 1/8NPT Back 

GS-012.0030HGCSBA14 2.0” Vacuum 0-ˉ30”Hg Black Carbon Steel 1/4NPT Back 

GS-011.5030HGCSBO18 1.5” Vacuum 0-ˉ30”Hg Black Carbon Steel 1/8NPT Bottom 

GS-012.0030HGCSBO14 2.0” Vacuum 0-ˉ30”Hg Black Carbon Steel 1/4NPT Bottom 

GS-012.5030HGSSBA14 2.5” Vacuum 0-ˉ30”Hg Stainless Steel 1/4NPT Back 

GS-012.5030HGSSBA14PM 2.5” Vacuum 0-ˉ30”Hg Stainless Steel 1/4NPT Panel mount ‘u’ bracket & back port 

GS-012.5030HGSSBO14 2.5” Vacuum 0-ˉ30”Hg Stainless Steel 1/4NPT Bottom 

6


USA 

2 & 3 Way Vacuum 

SOLENOID VALVES 

16 & 20 SERIES 

· Direct acting poppet valves 

· Available with ports up to ½” 

· Full size orifices offering very high flow 

rates for the size of the valve 

· All AC and DC voltages up to 220V 

· Coils ordered separately (see below) 

3 Way Pilot Assisted 

VACUUM SOLENOID VALVES 

11 SERIES 

· Valves turn vacuum on and off to an application 

· Sizes up to G 1½” ports 

· Pilot air is power source; electrical signal 

to solenoid switches valve 

· Available NO and NC 


Part No. CFM Port Size 

Part No. CFM Port Size 

Part No. Port Size CFM Pilot Port 

Part No. Port Size CFM Pilot Port 

07 01 16 2.5 G1/4 

07 02 16 5.0 G3/8 

07 03 16 6.0 G1/2 

07 01 20 2.5 G1/4 

07 02 20 5.0 G3/8 

07 03 20 6.0 G1/2 

07 01 11 G1/4 3.5 G1/8 

07 02 11 G3/8 6.0 G1/8 

07 03 11 G1/2 12.0 G1/8 

07 04 11 G3/4 24 G1/8 

07 05 11 G1 54 G1/8 

07 06 11 G1 1/2 108 G1/8 

3 Way Pilot Assisted Vacuum 

DOUBLE SOLENOID VALVES 

· Fail-safe component in vacuum lifting circuits 

· Double solenoid enables bi-stable condition 

· Valve remains in position during a power 

failure from either the electrical or pneumatic 

pilot system 


3 Way Servo Assisted 

VACUUM SOLENOID VALVES 

· Stand-alone large port valve; servo-assist 

feature removes need for external air pilot 

· Vacuum source lifts internal diaphragm 

once solenoid is powered. 

· Same valve can be NO or NC depending on 

diaphragm rotation. 


51 SERIES 40 SERIES 

Part No. Port Size CFM Pilot Port Part No. Port Size CFM Pilot Port 

07 01 51 G1/4 3.5 G1/8 07 04 51 G3/4 24 G1/8 

07 02 51 G3/8 6.0 G1/8 07 05 51 G1 54 G1/8 

07 03 51 G1/2 12.0 G1/8 07 06 51 G1 1/2 108 G1/8 

Part No. Port Size CFM 

07 03 40 G1/2 12 

07 04 40 G3/4 24 

07 05 40 G1 54 

07 06 40 G1 1/2 108 


For further details refer to www.vutotecnica.us 

COIL & ELECTRICAL CONNECTORS SPECIFICATIONS 

COILS FOR 16 & 20 

SERIES VALVES 

Voltage 

Part Number 

12VDC 00 07 215 

14VDC 00 07 216 

48VDC 00 07 217 

110VDC 00 07 218 

24VAC 00 07 03 

48VAC 00 07 04 

110VAC 00 07 05 

220VAC 00 07 06 

COILS FOR 10, 50 & 

40 SERIES VALVES 

Voltage 

Part Number 

12VDC 00 07 03 

14VDC 00 07 04 

48VDC 00 07 05 

110VDC 00 07 06 

24VAC 00 07 03 

48VAC 00 07 04 

110VAC 00 07 05 

220VAC 00 07 06 

CABLE CONNECTORS 

Part Number Cable Circuit & Voltage 

Length 

MA634V54BA05200 2m CABLE 24V Varistor and LED 




FIELD CONNECTORS 

Part Number 

Circuit & Voltage 

KA042000B9 

KA132V54T9 

KA132V55T9 

No Circuit 

24V Varistor and LED 

115V Varistor and LED 

7


USA 

Pilot Operated 3-way 

VACUUM VALVES 

30 SERIES 

· Two-position valve 

· Air pilot with spring return 

· Can be set up for NO or NC 

SELF-CLOSING VALVES 

· Used in applications where the part being 

handled has a varying size. 

· Cups not in contact with the load will isolate 

themselves automatically from the circuit to 

maintain full vacuum on the remaining cups. 

· Adjustable depending on the size of vacuum 

cup connected to or the porosity of the product 

being handled, e.g. cardboard packaging. 

Part No. CFM Port Size Pilot Port 

07 01 30 3.5 G1/4 G1/8 

07 02 30 6.0 G3/8 G1/8 

07 03 30 12.0 G1/2 G1/8 

07 04 30 24 G3/4 G1/8 

07 05 30 54 G1 G1/8 

07 06 30 108 G1.1/2 G1/8 

Part No. D D1 

14 01 10 G1/4 G3/8 

14 02 10 G1/4 G1/4 

14 03 10 G3/8 G1/4 

14 05 10 G3/8 G1/4 

CHECK VALVES 

· Used to maintain vacuum in an upstream 

circuit such as a vacuum pump or generator 

station 

· The 10 series models are horizontal and the 

11 series are vertical. 

· For NPT threads, add NPT to the end of the 

Part No., e.g. 10 02 10 NPT 

Part No. Port Size 

10 02 10 G3/8 

10 03 10 G1/2 

10 04 10 G3/4 

10 05 10 G1 

10 06 10 G1.1/4 

10 07 10 G1.1/2 

10 08 10 G2 

10 01 11 G1/4 

10 02 11 G3/8 

10 03 11 G1/2 

10 04 11 G3/4 

10 05 11 G1 

10 06 11 G1.1/4 

10 07 11 G1.1/2 

10 08 11 G2 

OIL-BATH VACUUM FILTERS 

Part 

No. 

Connection 

Ports 

CFM 

Element 

FO 20 G1/2 12 00FO04 

FO 30 G1 41.5 00FO09 

FO 50 G1.1/2 118 00FO14 

· FO series used in applications where very 

fine particulate matter is present, e.g. wood 

or marble machining, printing. 

· Unlike FC filter than can become clogged 

with particulate, FO filter traps the fine particulate 

matter in a small bath of oil and 

flow capacity does not decrease. 

· Most oils can be very effective but ISO32 

grade is recommended. 

Part 

No. 

Connection 

Ports 

CFM 

Element 

FO 60 G2 177 00FO19 

FO 160 G1.1/2 118 

FO 300 G2 177 

VACUUM FILTERS - L Port VACUUM FILTERS - Inline 

· Used directly on the inlet to vacuum pumps 

or generators. 

· Filtration level of 7 microns offers excellent 

particulate removal for standard applications. 

For smaller particulates please refer 

to the FO series shown above. 

· Steel plate construction with butt welded 

port connections 

· Normally used before the FC L-Port filter, 

this 100 micron (0.1mm) pre-filter is ideal 

for dirty applications such as wood, stone 

and paper. 

· Filter head made from die cast aluminum. 

· Models FB5 through to FB20 have a transparent 

bowl. 

Part 

No. 

Connection 

Ports 

CFM 

Element 

FC 10 G3/8 6 00FC04 

FC 20 G1/2 12 00FC08 

FC 25 G3/4 24 00FC08 

FC 30 G1 41.5 00FC15 

FC 35 G1.1/4 59 00FC15 

Part 

No. 

Connection 

Ports 

CFM 

Element 

FC 40 G1.1/4 88.5 00FC22 

FC 50 G1.1/2 118 00FC24 

FC 60 G2 177 00FC29 

FC 80 G3 401 00FC32 

Part 

No. 

Connection 

Ports 

CFM 

Element 

FB 5 G1/4 3 00FB03 

FB 10 G3/8 6 00FB13 

FB 20 G1/2 12 00FB16 

FB 25 G3/4 24 00FB16 

Part 

No. 

Connection 

Ports 

CFM 

Element 

FB 30 G1 41.5 00FB34 

FB 40 G1.1/4 88.5 00FB45 

FB 50 G1.1/2 118 00FB45 

FB 60 G2 177 00FB52 


For further details refer to www.vuototecnica.us 

8


USA 

Model Number Capacity CFM Maximum Vacuum “Hg 

VTS 2 1.4 25.5 

The VTS range of 

pumps are oil free 

and do not use any 

lubrication oils. Ideal 

for simple pick and 

place applications. 

VTS 4 2.8 25.5 

VTS 6 4.2 27.6 

VTS 10 7.1 27.6 

VTS 15/F 10.6 27.6 

VTS 20/F 14.1 27.6 

VTS 25/F 17.7 27.6 

VTS 30/FG 21.2 27.6 

VTS 35/FG 24.7 27.6 


VTL2 1.4 25.5 

VTL4 2.8 25.5 

The VTL vacuum 

pumps are oil lubricated 

units which 

have a wick feed 

lubrication system. 

This sets them apart 

from other lubricated 

pumps where the 

lubrication can be 

adjusted to suit high 

and low vacuum 

running levels. 

VTL5 3.5 27.6 

VTL10 7.1 27.6 

VTL15/F 10.6 27.6 

VTL20/F 14.1 27.6 

VTL25/FG 17.7 27.6 

VTL30/FG 21.2 27.6 

VTL35/FG 24.7 27.6 

VTL40/G1 28.3 27.6 

VTL50/G1 35.3 27.6 

VTL65/G1 45.9 27.6 

VTL75/G1 53.0 27.6 

VTL90/G1 63.6 27.6 

VTL105/G1 74.2 27.6 

The VTLP pumps 

have an “oil loss” 

lubrication system. 

These pumps are 

used where the application 

contains 

corrosive materials 

or liquids. The contaminated 

induced 

air is drawn through 

the pump with the 

oil and discarded 

in the oil collection 

reservoir at the 

side of the pump 

preventing damage 

to the pumping apparatus. 

MV pumps have 

an oil bath lubrication 

system and are 

used in applications 

where the vacuum 

level requirement is 

high such as food 

packaging, process 

industries, laboratory 

installations and 

other applications 

where a continuous 

high vacuum is required. 


VTLP5 3.5 27.6 

VTLP10 7.1 27.6 

VTLP15/F 10.6 27.6 

VTLP20/F 14.1 27.6 

VTLP25/FG 17.7 27.6 

VTLP30/FG 21.2 27.6 

VTLP35/FG 24.7 27.6 

VTLP40/G1 28.3 27.6 

VTLP50/G1 35.3 27.6 

VTLP65/G1 45.9 27.6 

VTLP75/G1 53.0 27.6 

VTLP90/G1 63.6 27.6 

VTLP105/G1 74.2 27.6 


MV20 14.1 28.7 

MV20A 14.1 29.8 

MV40 28.3 28.7 

MV40A 28.3 29.8 

MV60 42.4 28.7 

MV60A 42.4 29.8 

MV100 70.7 28.7 

MV100A 70.7 29.8 

MV200 141.4 28.7 

MV200A 141.4 29.8 

MV300 212.0 28.7 

9 

MV300A 212.0 29.8

USA 

The Octopus has been developed to offer the user a complete turnkey vacuum handling 

solution. The Octopus utilizes fixed orifice or self closing valve vacuum cups 

which enables the user to handle different size loads without the need for modification 

or adjustment of the machine set up. Suitable for handling pallets, cardboard 

boxes, paper sheets, plastic wrapped food or consumer products, bottles, jars, 

decorative stones, food packaging, food stuffs and any other product that needs to 

be transferred from point A to point B in the most effective and efficient manner. 

The Octopus is of course available in standard sizes but most applications warrant 

the design of a particular size or configuration. Vacuforce works closely with the 

customer to ensure that the criteria and performance is understood and surpassed 

to guarantee a real world vacuum handling package solution. Contact Vacuforce 

today with your application. 

The Graphics Pump has been developed for the print and paper industry. A typical 

application is machinery where the user requires vacuum and low pressure 

air for paper sheets handling such as web offset printing and catalogue collation. 

The Graphics Pump replaces the standard electric motor driven vane pumps commonly 

used in the graphics industry and offers the following distinct advantages. 

The low pressure module is able to amplify the compressed air inlet flow by a ratio 

of upto 4:1, making it ideal for many applications such as knives, product cooling 

or product transfer systems. 

l 5 Year Warranty 

l Low noise level (

Vuototecnica Vacuum Catalog 2008

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