Vacuum Technology. Catalogue PDE2507TCUK-ab. Convum

Transcription

1 Vacuum Technology atalogue P2507TUK-ab onvum

2 Global Pneumatics This icon can be found next to products that are widely supported by Parker Pneumatics worldwide manufacturing and sales network. When you see this icon, you can be confident that this product is manufactured and/or stocked* worldwide for rapid delivery. In addition to local manufacturing or inventory, our sales network has been specifically trained on these products to provide our customers with the best possible service. Products not showing this icon are still sold and distributed worldwide. However, The Global Pneumatics icon represents products that customers can expect the best level of support. If you are a multi-national company, seek global sourcing or ship globally, depend on Parker Pneumatic for PRMIR USTOMR SRVI. * Stocking levels vary by country WRNING FILUR OR IMPROPR SLTION OR IMPROPR US OF TH PROUTS N/OR SYSTMS SRI HRIN OR RLT ITMS N US TH, PRSONL INJURY N PROPRTY MG. This document and other information from Parker Hannifin orporation, its subsidiaries and authorized distributors provide product and/or system options for further investigation by users having technical expertise. It is important that you analyze all aspects of your application and review the information concerning the product or system in the current product catalog. ue to the variety of operating conditions and applications for these products or systems, the user, through its own analysis and testing, is solely responsible for making the final selection of the products and systems and assuring that all performance, safety and warning requirements of the application are met. The products described herein, including without limitation, product features, specifications, designs, availability and pricing, are subject to change by Parker Hannifin orporation and its subsidiaries at any time without notice. SL ONITIONS The items described in this document are available for sale by Parker Hannifin orporation, its subsidiaries or its authorized distributors. ny sale contract entered into by Parker will be governed by the provisions stated in Parker s standard terms and conditions of sale (copy available upon request).

3 Product Selection hart Index Vacuum ups Vacuum Generators Vacuum & Pressure Sensors Vacuum ccessories

4 Vacuum ups Section onvum 3

5 Vacuum ups Index Technical Lifting Forces, up iameters, Material Specifications 6-9 Information PFG Flat Precision molded single lip flat cup for smooth or slightly curved surfaces. Low profile design makes flat pads ideal for fast response. PG ellows Versatile bellows cup design provides a flexible sealing lip for products with irregular, smooth, curved surfaces, and flexible products. PJG Short ellows Versatile bellows cup design provides a flexible sealing lip for products with irregular, smooth, curved surfaces, and slightly flexible products. Shorter stroke provides fast response. PG Multiple ellows Versatile bellows cup design provides a flexible sealing lip for products with irregular, smooth, or curved surfaces. 2 1/2 bellows design minimizes contact pressure applied to products. PKG utomotive Versatile cup design with grooves extending to the outer diameter and different profiles for flexible products with smooth, oily surfaces. PUG Flat Swivel 30 swivel single lip flat cup for smooth surfaces, slightly curved surfaces, and flexible products. Rigid stem or level compensator provides good stability for horizontal lift

6 Vacuum ups Index PFOG Vacuum Grooves nti-slip flat cup with grooves extending to the outer diameter to increase vacuum flow area. Increased friction resists slipping of product during transfer. P Ring ups Some of the more popular pads for the Industry. High temperature and soft durometer make these pads gentle and durable. PG Sponge Sponge cup for workpieces having irregular or uneven surfaces. The 20-durometer-sponge material conforms to the product allowing the desired vacuum level to be achieved. PG Foil, Paper, Film These cups have an ultra thin edge that creates the vacuum seal by conforming to the shape of the product. The complete foot pattern to the center of the cup prevents the vacuum from deforming or puckering thin, flexible products

7 Technical Information Selecting the Proper Vacuum up UTION Selecting the type of vacuum cup, material, and size suitable for an application is important to the overall vacuum system. alculating the forces involved for each application is recommended to determine the vacuum cup size. It should be noted that these calculations are basic theoretical guidelines and each application must be tested for actual results. With all vacuum applications, certain practical assumptions concerning cup materials, environmental conditions, and product characteristics to name a few, may not be consistent with the performance. gain, the user should determine the efficiency, performance, and safety factor of the cup selection. alculating Pad iameter and Forces Mass The term mass is a quantity of matter and its ability to resist motion when acted on by an external force. The magnitude of an object is represented as a certain number of kilograms (kg) and is symbolized as m. The easiest way to determine the mass of an object is to measure the weight with a scale within the earth s gravitational field (ag = 9,81 m/sec 2 ). Likewise, outside of any gravitational field, a mass could potentially be weightless. Forces For vacuum applications, force is a vector quantity in a defined direction either horizontal or vertical. The standard international unit of force is measured in Newtons (N) which is the equivalent of (kgm/sec 2 ). The force can be calculated by measuring the effect of a change in acceleration on a mass. Newtons Law: F(N) = mass (kg) x ag(m/sec 2 ) onsider an object with a mass of 10kg. The gravitational force on this object would be: F(N) = 10 kg x 9,81 m/sec 2 = 98,1 N cceleration cceleration is the change in velocity of a moving object. cceleration is a vector, a directional quantity expressed in units of meters per second squared (m/sec 2 ) and symbolized as a. To explain the magnitude of acceleration consider an object with a change in velocity of 2 meters per second (m/sec) over a 4 second time frame. The acceleration can be calculated with: a = velocity a = 2 m/sec a = 0,5 m/sec 2 time 4 sec This is considered an average acceleration. oefficient of Friction ertain values for coefficient of friction should be taken into consideration when calculating the combined forces in motion. ctual values between suction cups and surfaces are difficult to determine. Therefore, coefficient of friction values from published charts, should be used as a reference to adjust the safety factors accordingly. Lifting Forces When calculating lifting forces, safety factors of 2 for horizontal lifts and 4 for vertical lifts are minimum values. pplications with irregular shapes, difficult surfaces, and ackward motions will require increased safety factors. FH: Horizontal Lift FV: Vertical Lift Horizontal Lifting Force pply Newtons Law to calculate the force on a 10kg mass with a change in acceleration of 3m/sec 2 and a safety factor of 2. FH(N) = mass (kg) x (ag+ a) x SH FH(N) = 10 kg x (9,81 m/sec 2 +3 m/sec 2 ) x 2 FH = 256,2 N 10kg 10kg 3m/sec 2 FH Ver ertical Lifting Force pply Newtons Law to calculate the force on a 10kg mass with a dry surface, a change in acceleration of 3m/sec 2 and a safety factor of 4. FV(N) = mass (kg) x (ag+ a) x Sv FV(N) = 10 kg x (9,81 m/sec 2 +3 m/sec 2 ) x 4 FV = 512,4 N FV 10kg 3m/sec 2 ombined Ver ertical Lift and Horizontal Motion alculate the force on a 10kg mass with a dry surface, a change in acceleration of 3m/sec 2, and a change in travel acceleration of 2m/sec 2. FM(N) = FV 2 + FH 2 FM(N) = [(10 kg x 2 m/sec 2 ) x 4] 2 + [10 kg x (9,81 m/sec m/sec 2 ) x 2] 2 FM(N) = (80 kgm/sec 2 ) 2 + [256 kgm/sec 2 ] 2 FM(N) = 6400 kgm/sec ,536 kgm/sec 2 FM = 268,2 N 3m/sec 2 2m/sec 2 FH

8 Technical Information nalyze the Forces Using the previous examples, consider an application where 4 cups have been selected to transfer the product. Take the Horizontal Lifting Force (FH) of 256,2 N and divide by the number of cups (4) to obtain the individual force for each cup. 256,2 (N) = 64,05 N/up 4 Refering to the chart below, at 60% vacuum, select a force greater than 64,05 N. The appropriate selection is a 40mm diameter cup which has a theoretical lifting force of 76,9 N. The same calculation can be applied to the Vertical Lifting Force and the Forces in Motion examples to determine the cup diameter. To convert Pounds (Lbf) to Newton (N), multiply Lbf x 4,4. alculate the iameter of the up For non-porus applications, calculate the cup diameter at 60% of full vacuum. = m (ag + a) n x S / Pv = 10 (9,81 + 3) x 10 x 2 / 61 = 10,5 cm 2 4 = 20 = 20 ( ) = 37 mm 3,14 10,5 3,14 (cm 2 ) = rea [mm] = iameter of up S = Safety Factor Pv (kpa) = Operating Vacuum Pressure = 61kPa n = Number of ups Refering to the chart below, at 60% vacuum, select a cup diameter equal to or greater than 37mm. The appropriate selection is a 40mm diameter cup which has a theoretical lifting force of 76,9 N. Theoretical Lifting Force Per up (Newton, N) up Vacuum Level iameter rea [mm] [cm 2 ] [%] [%] [%] [%] [%] [%] [%] [%] [%] 1 0,01 0,01 0,02 0,02 0,03 0,04 0,05 0,06 0,07 0,07 2 0,03 0,03 0,06 0,10 0,13 0,16 0,19 0,22 0,25 0,28 3,5 0,10 0,10 0,20 0,29 0,39 0,49 0,59 0,69 0,78 0,88 5 0,20 0,20 0,40 0,60 0,80 1,00 1,20 1,40 1,60 1,80 6 0,28 0,29 0,58 0,87 1,20 1,40 1,70 2,00 2,30 2,60 7 0,39 0,39 0,78 1,18 1,60 2,00 2,40 2,70 3,10 3,50 8 0,50 0,52 1,02 1,54 2,00 2,60 3,10 3,60 4,10 4, ,79 0,80 1,60 2,40 3,20 4,00 4,80 5,60 6,40 7, ,77 1,80 3,60 5,41 7,20 9,00 10,8 12,6 14,4 16,2 18 2,55 2,60 5,20 7,79 10,4 13,0 15,6 18,1 20,8 23,3 20 3,14 3,20 6,40 9,60 12,8 16,0 19,2 22,4 25,6 28,8 25 4,91 5,00 10,0 15,0 20,0 25,0 30,0 35,0 40,0 45,0 30 7,07 7,20 14,4 21,6 28,8 36,0 43,2 50,4 57,6 64,8 35 9,62 9,80 19,6 29,4 39,2 49,0 58,9 68,6 78,5 88, ,6 12,9 25,6 38,5 51,2 64,0 76,9 89, ,6 20,1 40,0 60,1 80, ,3 28,9 57,6 86, ,2 45,2 90, ,3 51, ,6 65, ,9 72, ,0 97, , , ,

9 Technical Information Material specifications up material should be considered for temperature resistance, chemical resistance, oil resistance, abrasion resistance, markless properties, and electrical properties. Suction up Material NR NR R R SI SI U FKM SH Z Name Nitrile Nitrile hloroprene hloroprene Silicone Silicone Urethane Viton High Temp. Markless nti-static nti-static nti-static Material Material Operating Temperature [ ] to +120 to +120 to +140 to +140 to +250 to +250 to +120 to +230 to +300 to +230 olor lack lack / lack / lack / lack / lue ot Green lack White Red ot lue White ot Grey Yellow ot Hardness, Shore [ Sh] 55 ±5 70 ±5 55 ±5 20 ±5 55 ±5 55 ±5 55 ±5 70 ±5 55 ±5 70 ±5 lectrical Resistance [Ω cm] to 1000 to to 15 Wear Resistance Tear Strength ging Resistance Ozone Resistance Gasoline Resistance Oil Resistance cid Resistance lkali Resistance hemical Resistance Mechanical Resistance = excellent; = very good; = good; = medium; = poor; = not recommended Suction up in this catalogue are shown in selected material only. Other materials are available on request

10 Technical Information Index of Vacuum omponent Symbols Symbol Suction up Icons escription Symbol Suction up Icons escription Flat Surface, Thin Section ifferences In Heights and Levels Flat Surface, ny Section Vertical Lift Soft Porous Material, Thin Section Not For Vertical Lift Soft Porous Material, ny Section Rough and / or brasive Surfaces Slightly owed Surface, Thin Section Thin or Narrow Item Handling Slightly owed Surface, ny Section Oil Resistant owed Surface, Thin Section High Lifting Force owed Surface, ny Section Vertical Lifting Force Soft Material Horizontal Lifting Force Metal Sheet Handling orrugated Sheet Handling

11 Vacuum ups PFG Flat Vacuum ups Features PFG Universal Flat esign for Most Smooth Surface pplications Stable Vertical / Horizontal Lift Strong Low Profile esign for Fast Response Needed for Short ycles 1 mm to 200 mm iameters pplications xceptional for any smooth flat or surface that will benefit from stability and fast response of the cup design. This is a multiversatile and multi-industry cup. Typical applications could be chip mounting, electrical components, semiconductor chips, glass, injection mold, sheet metal, press transfer, fixtures, woodworking. PFG Series Vacuum ups Precision molded single lip flat cup for smooth or slightly curved surfaces. PFTM Series Male Thread onnector Simple male connection for low profile positions secured to a plate or bracket. Fitting Material: luminium. PFTF Series Female Thread onnector Simple female connection for low profile positions secured to a plate or bracket. Fitting Material: luminium. PFTK Series arbed ulkhead Top stem connectors secured with jam nuts and allow tubing connections at the top side. Nickel plated brass materials. PFYK Series 90 arbed dapter Side stem connectors allow you to secure the stem with a bolt thru a plate or L bracket to allow the tube connection from the side port. Nickel plated brass materials. PFTYS Series ulkhead Level ompensator 303 stainless steel construction secured with jam nuts. Spring biased compensators can absorb impacts of down-strokes and adjust for different levels of pick up points. 303 stainless corrosion resistant materials with drymet bushings increases the strength and life

12 Vacuum ups PFG Model Number Index PFG NR up iameter [mm] , , NR SI U up Material Nitrile Rubber Silicone Urethane More materials on request. Please see page 8 for material specifications. pplication Guide Flat - Smooth Surface Ø 120/200 Only Products With Smooth Surfaces Products With Minimum Flex Products That Will Not Permanently eform

13 Vacuum ups PFG Main ata for Flat PFG ups Volume up eflection Radius V S R Lifting [N] up Radius Model up iameter rea Volume [V] eflection [S] [R] Number [mm] [cm 2 ] Liters [mm] [mm] PFG-1-* 1 0,008 0, ,05 0,025 0,1 1,6 PFG-1.5-* 1,5 0,01 0, ,10 0,05 0,1 3,5 PFG-2-* 2 0,03 0, ,19 0,09 0,1 1,75 PFG-3.5-* 3 0,10 0, ,59 0,29 0,2 2,0 PFG-5-* 5 0,20 0, ,20 0,6 0,5 3,5 PFG-6-* 6 0,28 0, ,70 0,85 1,0 4,0 PFG-8-* 8 0,50 0, ,10 1,5 1,4 5,0 PFG-10-* 10 0,79 0, ,80 2,4 1,5 6,0 PFG-15-* 15 1,77 0, ,8 5,4 1,9 6,0 PFG-20-* 20 3,14 0, ,2 9,6 2,3 13,0 PFG-25-* 25 4,91 0, ,0 15,0 3,0 17,5 PFG-30-* 30 7,07 0, ,2 21,6 2,0 26 PFG-35-* 35 9,62 0, ,9 29,5 3,0 31 PFG-40-* 40 12,60 0,004 76,9 38,5 3,5 37 PFG-50-* 50 19,60 0, ,0 41 PFG-60-* 60 28,30 0, ,0 70 PFG-80-* 80 50,30 0, ,0 100 PFG-95-* 95 70,90 0, ,0 150 PFG-120-* ,00 0, ,0 365 PFG-150-* ,70 0, ,0 380 PFG-200-* ,20 0, ,0 430 * up Material

14 Vacuum ups PFG imensions PFG-1 PFG-1.5 PFG-2 PFG-3.5 G H J F PFG-5 PFG-15 H G J F PFG-20 thru PFG-40 H PFG-50 H F F PFG-60 thru PFG-95 PFG-120 thru PFG-200 G H H F F Model Number Ø Ø Ø Ø F G H ØJ PFG-1-* 1 0,8 1,2 1,6 PFG-1.5-* 1,5 1,2 1,8 2,5 PFG-2-* 2 2 1, ,5 2,5 1,5 3 PFG-3.5-* 3,5 2 1, ,5 2,5 1,5 3 PFG-5-* 5 4 1,4 7,5 6,5 0, PFG-6-* ,5 6,5 0, PFG-8-* , PFG-10-* ,5 7,5 1, PFG-15-* 15 7, ,9 PFG-15-* PFG-20-* 20 4, ,3 4,5 PFG-20-* ,5 2,3 7 PFG-25-* PFG-30-* PFG-35-* PFG-40-* PFG-50-* ,5 7 PFG-60-* 60 M10x1,25 12,5 18,5 5 2,5 PFG-80-* 80 M10x1,25 12,5 20,5 6 2,5 PFG-95-* 95 M10x1,25 12, ,5 PFG-120-* ,5 6 4xØ8,7xØ40 1,5 PFG-150-* ,5 9 4xØ8,7xØ40 1,5 PFG-200-* ,5 13 4xØ8,7xØ40 1,5 Millimeter * up Material

15 Vacuum up ssemblies PFTM PFTM Vacuum up ssemblies Model Number Index PFTM NR - M5 up iameter [mm] , up Material NR Nitrile Rubber SI Silicone U Urethane More materials on request. Please see page 8 for material specifications. Mounting Thread M5 M5 G1 1/8 SPP G2 1/4 SPP See hart elow Installation Note: When installing cup assemblies, use a sealant material to secure the assembly and prevent vacuum leakage. Mounting Thread Male Thread Fitting for PFG ups PFG up iameter [mm] FTM Fitting Part Number Mounting Thread FTM-2-M5 M5x0,8 Male FTM-5-M5 M5x0,8 Male 10 FTM-5-G1 1/8 SPP Male FTM-20-G1 1/8 SPP Male 35 FTM-20-G2 1/4 SPP Male FTM-50-G1 1/8 SPP Male FTM-50-G2 1/4 SPP Male FTM-60-G2 1/4 SPP Male

16 Vacuum up ssemblies PFTM imensions PFTM-2 thru PFTM-15 G1: 1/8 SPP M5: M5 SW8 PFTM-20 thru PFTM-50 G1: 1/8 SPP G2: 1/4 SPP PFTM-60 thru PFTM-95 G2: 1/4 SPP SW14/17 SW17 Model Number Ø PFTM-2-*- 2 7,5 4,5 3,5 5 PFTM-3.5-*- 3,5 7,5 4,5 3,5 5 PFTM-5-* ,5 3,5 8 PFTM-6-* ,5 3,5 8 PFTM-8-*- 8 10,5 4,5 3,5 1,2 PFTM-10-* ,5 3,5 1,5 PFTM-15-* ,5 4,5 3,5 2 PFTM-20-* , ,5 PFTM-25-* PFTM-30-* PFTM-35-* PFTM-40-* ,5 PFTM-50-* PFTM-60-* PFTM-80-* PFTM-95-* , Millimeter * up Material Thread Size

17 Vacuum up ssemblies PFTF PFTF Vacuum up ssemblies Model Number Index PFTF NR - M5 up iameter [mm] up Material NR Nitrile Rubber SI Silicone U Urethane More materials on request. Please see page 8 for material specifications. Mounting Thread M5 M5 G1 1/8 SPP G2 1/4 SPP G4 1/2 SPP See hart elow Installation Mounting Thread Mounting Thread Female Thread Fitting for PFG ups PFG up iameter [mm] FTF Fitting Part Number Mounting Thread FTF-5-M5 M5x0,8 Female 10 FTF-5-G1 1/8 SPP Female FTF-20-G1 1/8 SPP Female 35 FTF-20-G2 1/4 SPP Female FTF-50-G1 1/8 SPP Female FTF-50-G2 1/4 SPP Female FTF-60-G2 1/4 SPP Female 95 Note: When installing cup assemblies, use a sealant material to secure the assembly and prevent vacuum leakage FTF-120-G4 1/2 SPP Female 200 Millimeter

18 Vacuum up ssemblies PFTF imensions PFTF-5 thru PFTF-15 PFTF-20 thru PFTF-50 G1: 1/8 SPP G2: 1/4 SPP M5:M5 G1: 1/8 SPP SW14/17 PFTF-60 thru PFTF-95 SW17 G2: 1/4 SPP PFTF-120 thru PFTF O.. 48 cross Flats G4: 1/2 SPP 1/8 SPP Model Number Ø PFTF-5-*- 5 14,5 0,8 PFTF-6-*- 6 14,5 0,8 PFTF-8-* ,2 PFTF-10-* ,5 1,5 PFTF-15-* PFTF-20-* ,5 2,5 PFTF-25-* PFTF-30-* PFTF-35-* PFTF-40-* PFTF-50-* PFTF-60-* ,5 5 PFTF-80-* ,5 6 PFTF-95-* PFTF-120-* , PFTF-150-* , PFTF-200-* , Millimeter * up Material Thread size

19 Vacuum up ssemblies PFTK PFTK Vacuum up ssemblies Model Number Index PFTK NR - Installation up iameter [mm] , up Material NR Nitrile Rubber SI Silicone U Urethane More materials on request. Please see page 8 for material specifications. Vacuum Port lank arb G1 1/8 SPP See hart elow Note: When installing cup assemblies, use a sealant material to secure the assembly and prevent vacuum leakage. Mounting Thread up Screw arbed ulkhead for PFG ups PFG up iameter [mm] FTK Part Number Mounting Thread 2 FTK-2 M5x0,5 Male FTK-5 M9x1,0 Male FTK-20 M10x1,5 Male FTK-50 M10x1,5 Male FTK-60-G1 M16x1,5 Male 95 Millimeter

20 Vacuum up ssemblies PFTK imensions PFTK-2 thru PFTK-3.5 Ø 2,5 Ø 1,2 PFTK-5 thru PFTK-15 Ø 5 Ø (2,5) 2 Ø 5,5 2 Places M5 SW7 M9 SW12 G F PFTK-20 thru PFTK-50 PFTK-60 thru PFTK-95 Ø 5 Ø 3 G1: 1/8 SPP M10x1,5 SW14 G F M16x1,5 SW21 G F Model Number Ø F G PFTK-2-* 2 23,5 8,5 11 0,5 8 PFTK-3.5-* 3,5 23,5 8,5 11 0,5 8 PFTK-5-* 5 30, ,8 15, PFTK-6-* 6 30, ,8 15, PFTK-8-* ,2 15, PFTK-10-* ,5 1,5 15, PFTK-15-* , PFTK-20-* , PFTK-25-* PFTK-30-* PFTK-35-* PFTK-40-* , PFTK-50-* PFTK-60-* ,5 42, PFTK-80-* ,5 42, PFTK-95-* Millimeter * up Material Vacuum Port Wt [g]

21 Vacuum up ssemblies PFYK PFYK Vacuum up ssemblies Model Number Index PFYK NR - Installation Note: When installing cup assemblies, use a sealant material to secure the assembly and prevent vacuum leakage. Mounting Thread up iameter [mm] up Material NR Nitrile Rubber SI Silicone U Urethane More materials on request. Please see page 8 for material specifications. Vacuum Port lank arb G1 1/8 SPP See hart elow up Screw 90 arbed dapter for PFG ups PFG up iameter [mm] FYK Part Number Mounting Thread FYK-2 M3x0,5 Female FYK-5 M4x0,7 Female FYK-20 M6x1,0 Female FYK-50 M6x1,0 Female FYK-60-G1 M8x1,25 Female FYK-120-G1 M16x1,5 Female 200 Millimeter

22 Vacuum up ssemblies PFYK imensions PFYK-2 thru PFYK-3.5 PFYK-5 thru PFYK-15 G M3x0,5 F Ø 3 G M4x0,7 F Ø 2,5 Ø 1,2 Ø 5 PFYK-20 thru PFYK-50 PFYK-60 thru PFYK-95 PFYK-120 thru PFYK-200 Ø 70 (SW65) G M16 Ø 3 G M6x1,0 F G1: 1/8 SPP M8x1,25 F F G1: 1/8 SPP Ø 5 M8x1,25 Model Number Ø F G PFYK-2-* ,5 0,5 8,5 3 PFYK-3.5-* 3, ,5 0,5 8,5 3 PFYK-5-* ,5 0, PFYK-6-* ,5 0, PFYK-8-* 8 29, ,5 1, PFYK-10-* ,5 1, PFYK-15-* , PFYK-20-* , PFYK-25-* PFYK-30-* PFYK-35-* PFYK-40-* , PFYK-50-* PFYK-60-* , PFYK-80-* , PFYK-95-* PFYK-120-* , Ø PFYK-150-* , Ø PFYK-200-* , Ø Millimeter * up Material Vacuum Port Wt [g]

23 Vacuum up ssemblies PFTYS PFTYS Vacuum up ssemblies Model Number Index PFTYS 2 15 NR M3 Installation Note: When installing cup assemblies, use a sealant material to secure the assembly and prevent vacuum leakage. Mounting Thread up iameter Stroke [mm] [mm] , , 10, , 15, , 50, , up Material NR Nitrile Rubber SI Silicone U Urethane More materials on request. Please see page 8 for material specifications. Vacuum Port M3 M3 M5 M5 G1 1/8 SPP G2 1/4 SPP See hart elow ompression Force F1 F2 ulkhead Level ompensator for PFG ups 0% of Stroke 100% of Stroke F1 F2 PFG up iameter [mm] FTYS Part Number Vacuum Ports N N FTYS-2-3-M3 0,49 0,59 2 FTYS-2-10-M3 M3x0,5 Female 0,49 0, FTYS-2-15-M3 0,49 0, FTYS-5-3-M5 0,49 0,59 8 FTYS-5-10-M5 M5x0,8 Female 0,61 1,17 10 FTYS-5-15-M5 0,64 1, FTYS-20-6-M5 2,5 3,4 30 FTYS M5 M5x0,8 Female 2,5 4,9 35 FTYS M5 2,9 5, FTYS-50-6-M5 2,5 3,4 FTYS M5 M5x0,8 Female 2,5 4,9 FTYS M5 2,9 5,9 60 FTYS G1 6,8 15,6 80 FTYS G1 G1: 1/8 SPP 8,3 19,6 95 FTYS G1 9, FTYS G2 15, G2: 1/4 SPP FTYS G2 14,

24 Vacuum up ssemblies PFTYS imensions PFTYS23 thru PFTYS3.515 PFTYS53 thru PFTYS1515 M3x0,5 SW6 M5x0,8 SW6 M8x0,75 9 M8x0,75 9 SW12 SW12 H H G G F F M3x0,5 M5x0,8 Model Wt Ø F G H Number [g] PFTYS23* , PFTYS210* , PFTYS215* 2 69, , ,5 15 PFTYS3.53* 3, , PFTYS3.510* 3, , PFTYS3.515* 3,5 69, , ,5 15 PFTYS53* , PFTYS510* 5 61, , ,5 PFTYS515* , ,5 21 PFTYS63* 6 54, , PFTYS610* 6 61, , ,5 PFTYS615* , ,5 21 PFTYS83* 8 55, , PFTYS810* , ,5 PFTYS815* 8 74, , ,5 21 PFTYS103* , PFTYS1010* , ,5 PFTYS1015* , ,5 21 PFTYS153* PFTYS1510* 15 63, ,5 PFTYS1515* 15 75, ,5 21 Millimeter * up Material Vacuum Port

25 Vacuum up ssemblies PFTYS imensions PFTYS206 thru PFTYS5030 M5x0,8 SW12 M14x1 5 SW19 H G M5x0,8 SW17 F Model Number Ø F G H PFTYS206* 20 76, , PFTYS2015* 20 85, , PFTYS2030* , , PFTYS256* PFTYS2515* PFTYS2530* PFTYS306* PFTYS3015* PFTYS3030* PFTYS356* PFTYS3515* PFTYS3530* PFTYS406* , PFTYS4015* , PFTYS4030* , PFTYS506* PFTYS5015* PFTYS5030* Millimeter * up Material Vacuum Port Wt [g]

26 Vacuum up ssemblies PFTYS imensions PFTYS6030 thru PFTYS9570 PFTYS12020 thru PFTYS20070 G2: 1/4 SPP SW26 G1: 1/8 SPP SW19 8 M22x1,5 7 J M30x1,5 J SW30 G H SW36 G H F F SW24 G1: 1/8 SPP G2: 1/4 SPP M8x1,25 Model Number Ø F G H J PFTYS6025* , PFTYS6045* , PFTYS6065* , PFTYS8025* , PFTYS8045* , PFTYS8065* , PFTYS9525* ,5 32, PFTYS9545* ,5 32, PFTYS9565* ,5 32, PFTYS12020* , PFTYS12070* , PFTYS15020* , PFTYS15070* , PFTYS20020* , PFTYS20070* , Millimeter * up Material Vacuum Port Wt [g]

27 Vacuum ups & ssemblies PFG Oval Vacuum ups PFG, PFTK, PFYK Model Number Index PFG - 2x4 - NR up iameter [mm] up Material 2x4 2x4 NR Nitrile Rubber 3.5x7 3,5x7 NR Nitrile nti-static SI Silicone SI Silicone nti-static imensions PFG-2x4 pplications These suction cups are for applications where insufficient surface areas are available for standard round PFG cups to secure vacuum for transfer. The oval or rectangular design allows you to maximize the available space to properly lift the product in high speed automation. These cups are nonrotational. PFG -3.5x7 More materials on request. Please see page 8 for material specifications. G H G H F 1 F 1 Model Number Ø Ø 1 Ø Ø Ø F G H PFG-2x ,6 1, ,5 3,5 2,5 PFG-3.5x7 7 3,5 2,6 1, ,8 3,5 2,5 Millimeter PFTK Vacuum up ssemblies Model Number Index PFTK - 2x4 - NR PFYK Vacuum up ssemblies Model Number Index PFYK - 2x4 - NR up iameter 2x4 3.5x7 up Material NR Nitrile Rubber NR Nitrile S SI Silicone SI Silicone S up iameter 2x4 3.5x7 up Material NR Nitrile Rubber NR Nitrile S SI Silicone SI Silicone S More materials on request. Please see page 8 for material specifications. More materials on request. Please see page 8 for material specifications

28 Vacuum ups & ssemblies PFG, PFTK, PFYK Installation Mounting Thread Mounting Thread PFTK PFYK Note: When installing cup assemblies, use a sealant material to secure the assembly and prevent vacuum leakage. PFG Oval up with Top Stem onnection PFG Oval up Size [mm] FTK Fitting ssembly Tube I Mounting Thread 2x4 3,5x7 FTK-2x4/3,5x7 2 M3x0,5 Male Millimeter PFTK-2x4 & PFTK-3.5x7 Ø 2,8 Ø 1,2 Ø 5,5 2 Places M5 8,5 SW7 10,2 24, ,5 PFG Oval up with Side Stem onnection PFG Oval up Size [mm] FYK Fitting Part Number Tube I Mounting Thread 2x4 3,5x7 FYK-2x4/3,5x7 2 M3 Female Millimeter PFYK-2x4 & PFYK-3.5x7 M ,7 19,2 Ø 2,5 Ø 1,2 0,

29 Vacuum ups PG PG ellows Vacuum ups Features ellows esign for Level ompensation Within Restricted learances Sheet Separation for Flexible and Stacked Products Soft Seal Lip for Flexible Products 10 mm to 150 mm iameters pplications These cups are for curved, corrugated, lightly textured surfaces and flexible product. Under vacuum, the bellow cup will collapse on contact and lift the product for a short distance. This inherent performance facilitates lifting and destack operations by breaking the vacuum between stacked product. The bellow style adds level compensation for applications that have inconsistent stack heights or uneven surfaces. The inclusive 30-degree rotation of the bellow helps maintain the vacuum seal when lifting sheet products that flex. ecause of it s shape however the bellows suction cup is not suitable for applications involving lifting vertical surfaces. PG Series Vacuum ups Versatile bellow cup design provides increased sealing lip and level compensation for products with irregular, smooth, curved surfaces. PTK Series arbed ulkhead Top stem connectors secured with jam nuts and allow tubing connections at the top side. Nickel plated brass materials. PTM Series Male Thread onnector Simple male connection for low profile positions secured to a plate or bracket. Fitting Material: luminium. PTF Series Female Thread onnector Simple female connection for low profile positions secured to a plate or bracket. Fitting Material: luminium. PYK Series 90 arbed dapter Side stem connectors allow you to secure the stem with a bolt through a plate or L bracket to allow the tube connection from the side port. Nickel plated brass materials. PTYS Series ulkhead Level ompensator 303 stainless steel construction secured with jam nuts. Spring biased compensators can absorb impacts of down-strokes and adjust for different levels of pick up points. 303 stainless corrosion resistant materials with drymet bushings increases the strength and life

30 Vacuum ups PG Model Number Index PG NR up iameter [mm] up Material NR Nitrile Rubber SI Silicone U Urethane More materials on request. Please see page 8 for material specifications. pplication Guide ellows Round Objects Uneven Surfaces urved Product Level ompensation Flexible Product Soft Seal Lip

31 Vacuum ups PG Main ata for ellows PG ups Volume up eflection Radius V S R Lifting [N] up Radius Model up iameter rea Volume [V] eflection [S] [R] Number [mm] [cm 2 ] Liters [mm] [mm] PG-10-* 10 0,79 0,0002 4, PG-15-* 15 1,77 0, , PG-20-* 20 3,14 0,001 19, PG-30-* 30 7,07 0,004 43, PG-40-* 40 12,60 0,009 76, PG-50-* 50 19,60 0, PG-75-* 75 44,02 0, PG-110-* ,00 0, PG-150-* ,70 0, * up Material

32 Vacuum ups PG imensions PG-10 and PG-15 G H J F PG-20 thru PG-50 H F PG-75 M10x1,25 H F PG-110 and PG-150 G H F Model Number Ø Ø Ø Ø F G H ØJ PG-10-* 10, ,5 13,5 7, PG-15-* PG-20-* , PG-30-* 30 5,8 10, , PG-40-* 40 5,8 10, ,5 15,5 7 PG-50-* 50 7,8 19,8 59,5 36, PG-75-* 75 12, ,5 22 2,5 PG-110-* ,5 29 1,5 PG-150-* ,5 38 4xØ 9xØ 40 1,5 Millimeter * up Material

33 Vacuum up ssemblies PTM PTM Vacuum up ssemblies Model Number Index PTM NR - M5 up iameter [mm] up Material NR Nitrile Rubber SI Silicone U Urethane More materials on request. Please see page 8 for material specifications. Mounting Thread M5 M5 G1 1/8 SPP G2 1/4 SPP See hart elow Installation Note: When installing cup assemblies, use a sealant material to secure the assembly and prevent vacuum leakage. Mounting Thread Male Threaded Fitting for PG ups PG up iameter [mm] FTM Fitting Part Number Mounting Thread 10 FTM-5-M5 M5x0,8 Male 15 FTM-5-G1 1/8 SPP Male FTM-20-G1 1/8 SPP Male 40 FTM-20-G2 1/4 SPP Male FTM-50-G1 1/8 SPP Male 50 FTM-50-G2 1/4 SPP Male 75 FTM-60-G2 1/4 SPP Male Millimeter

34 Vacuum up ssemblies PTM imensions PTM-10 thru PTM-15 PTM-20 thru PTM-50 G1: 1/8 SPP G2: 1/4 SPP SW8 G1: 1/8 SPP M5: M5 20 thru 40: 1/2" 50: 9/16" PTM-75 G2: 1/4 SPP 9/16" M10x1,25 Model Number Ø PTM-10-* ,5 3,5 7,5 PTM-15-* ,5 4,5 3,5 10 PTM-20-* PTM-30-* , PTM-40-* , ,5 PTM-50-* , PTM-75-* , Millimeter * up Material Thread Size

35 Vacuum up ssemblies PTF PTF Vacuum up ssemblies Model Number Index PTF NR - M5 up iameter [mm] up Material NR Nitrile Rubber SI Silicone U Urethane More materials on request. Please see page 8 for material specifications. Mounting Thread M5 M5 G1 1/8 SPP G2 1/4 SPP G4 1/2 SPP See hart elow Installation Mounting Thread Mounting Thread Note: When installing cup assemblies, use a sealant material to secure the assembly and prevent vacuum leakage. Female Threaded Fitting for PG ups PG up iameter [mm] FTF Fitting Part Number Mounting Thread 10 FTF-5-M5 M5x0,8 Female 15 FTF-5-G1 1/8 SPP Female FTF-20-G1 1/8 SPP Female 40 FTF-20-G2 1/4 SPP Female 50 FTF-50-G1 1/8 SPP Female FTF-50-G2 1/4 SPP Female 75 FTF-60-G2 1/4 SPP Female FTF-120-G4 1/2 SPP Female Millimeter

36 Vacuum up ssemblies PTF imensions PTF-10 thru PTF-15 G1: 1/8 SPP M5x0,8 PTF-20 thru PTF thru 40: 1/2" 50: 9/16 G1: 1/8 SPP G2: 1/4 SPP PTF-75 PTF-110 thru PTF-150 9/16" G2: 1/4 SPP 57 O.. 48 cross Flats G4: 1/2 SPP 1/8 SPP Model Number Ø PTF-10-* ,5 8 7,5 PTF-15-* PTF-20-* PTF-30-* , PTF-40-* , ,5 PTF-50-* , PTF-75-* ,5 19,5 22 PTF-110-* PTF-150-* Millimeter * up Material Thread Size

37 Vacuum up ssemblies PTK PTK Vacuum up ssemblies Model Number Index PTK NR - up iameter [mm] up Material NR Nitrile Rubber SI Silicone U Urethane More materials on request. Please see page 8 for material specifications. Vacuum Port lank arb G1 1/8 SPP See hart elow Installation Note: When installing cup assemblies, use a sealant material to secure the assembly and prevent vacuum leakage. Mounting Thread. up Screw arbed ulkhead for PG ups PG up iameter [mm] FTK Part Number Mounting Thread FTK-5 M9x1,0 Male FTK-20 M10x1,25 Male FTK-50 M10x1,25 Male 75 FTK-60-G1 M16x1,5 Male Millimeter

38 Vacuum up ssemblies PTK imensions PTK-10 thru PTK-15 Ø 5 Ø 2,5 M9x1,0 SW12 G F PTK-20 thru PTK-50 Ø 5 Ø 3 PTK-75 G1: 1/8 SPP M10x1,25 SW14 G F M16x1,5 SW21 G F Model Number Ø F G PTK-10-* ,5 7,5 15, PTK-15-* 15 54, , , PTK-20-* 20 57, PTK-30-* 30 78, PTK-40-* 40 78, , PTK-50-* 50 84, PTK-75-* ,5 42, Millimeter * up Material Vacuum Port Wt [g]

39 Vacuum up ssemblies PYK PYK Vacuum up ssemblies Model Number Index PYK NR - up iameter [mm] up Material NR Nitrile Rubber SI Silicone U Urethane More materials on request. Please see page 8 for material specifications. Vacuum Port lank arb G1 1/8 SPP See hart elow Installation Note: When installing cup assemblies, use a sealant material to secure the assembly and prevent vacuum leakage. Mounting Thread. up Screw 90 arbed dapter for PG ups PG up iameter [mm] FYK Part Number Mounting Thread FYK-5 M4x0,7 Female FYK-20 M6x1,0 Female FYK-50 M6x1,0 Female 75 FYK-60-G1 M8x1,25 Female FYK-120-G1 M16x1,5 Female Millimeter

40 Vacuum up ssemblies PYK imensions PYK-10 thru PYK-15 Ø 3 G M4x0,7 F PYK-20 thru PYK-50 Ø 3 G 20: M4x0,7 30 thru 50: M6x1,0 F Ø 5 Ø 5 PYK-75 PYK-110 thru G1: 1/8 SPP M8x1,25 F Ø 70 (SW65) G M16x1,5 F G1: 1/8 SPP M8x1,25 Model Number Ø F G PYK-10-* ,5 7, PYK-15-* 15 38, , PYK-20-* 20 41, PYK-30-* 30 62, PYK-40-* 40 62, , PYK-50-* 50 68, PYK-75-* , , PYK-110-* Ø PYK-150-* Ø Millimeter * up Material Vacuum Port Wt [g]

41 Vacuum up ssemblies PTYS PTYS Vacuum up ssemblies Model Number Index PTYS 10 3 NR M5 up iameter Stroke [mm] [mm] , 10, , 15, , 50, , 70 up Material NR Nitrile Rubber SI Silicone U Urethane More materials on request. Please see page 8 for material specifications. Vacuum Ports M5 M5 G1 1/8 SPP G2 1/4 SPP See hart elow Installation Note: When installing cup assemblies, use a sealant material to secure the assembly and prevent vacuum leakage. Mounting Thread. ompression Force F1 F2 ulkhead Level ompensator for PG ups 0% of Stroke 100% of Stroke F1 F2 PG up iameter [mm] FTYS Fitting Part Number Vacuum Ports N N 10 FTYS-5-3-M5 0,49 0,59 15 FTYS-5-10-M5 M5x0,8 Female 0,49 0,59 FTYS-5-15-M5 0,49 0,59 20 FTYS-20-6-M5 2,5 3,4 30 FTYS M5 M5x0,8 Female 2,5 4,9 40 FTYS M5 2,9 5,9 50 FTYS-50-6-M5 2,5 3,4 FTYS M5 M5x0,8 Female 2,5 4,9 FTYS M5 2,9 5,9 75 FTYS G1 6,8 15,6 FTYS G1 G1: 1/8 SPP 8,3 19,6 FTYS G1 9, FTYS G2 15, FTYS G2 G2: 1/4 SPP 14,

42 Vacuum up ssemblies PTYS imensions PTYS103 thru PTYS1515 M5x0,8 SW6 PTYS206 thru PTYS5030 M5x0,8 SW12 PTYS7530 G1: 1/8 SPP SW19 PTYS11020 thru PTYS15070 G2: 1/4 SPP SW26 M8x0,75 9 M14x1 5 M22x1,5 7 J 8 SW12 H G F SW19 H G G SW30 H M30x1,5 SW36 J M5x0,8 G H M5x0,8 F SW17 G1: 1/8 SPP SW24 F G2: 1/4 SPP F M8x1,25 Model Number Ø F G H J PTYS103* 10 61, , PTYS1010* 10 68, , ,5 PTYS1015* , ,5 21 PTYS153* PTYS1510* ,5 PTYS1515* 15 83, ,5 21 PTYS206* PTYS2015* PTYS2030* PTYS306* 30 94, PTYS3015* , PTYS3030* , PTYS406* 40 94, , PTYS4015* , , PTYS4030* , , PTYS506* , PTYS5015* , PTYS5030* , PTYS7525* , PTYS7545* , PTYS7565* , PTYS11020* PTYS11070* PTYS15020* PTYS15070* Millimeter * up Material Vacuum Port Wt [g]

43 Vacuum ups PJG Short ellows Vacuum ups Features Short ellows for Fast Response More Lip Seal ontact for orrugated, Textured Surfaces PJG Soft Sealing Lip 6 mm to 80 mm pplications The short stroke bellow suction cup has an extra thin sealing edge and shorter stroke versus the traditional bellows for faster response. The cups are good for corrugated and smooth surfaces. PJG Series Vacuum ups Versatile bellow cup design provides increased sealing lip and level compensation for products with irregular, smooth, curved surfaces, or flexible sheets. PJTK Series arbed ulkhead Top stem connectors secured with jam nuts and allow tubing connections at the top side. Nickel plated brass materials. PJTM Series Male Thread onnector Simple male connection for low profile positions secured to a plate or bracket. Fitting Material: luminium. PJYK Series 90 arbed dapter Side stem connectors allow you to secure the stem with a bolt through a plate or L bracket to allow the tube connection from the side port. Nickel plated brass materials. PJTF Series Female Thread onnector Simple female connection for low profile positions secured to a plate or bracket. Fitting Material: luminium. PJTYS Series ulkhead Level ompensator 303 stainless steel construction secured with jam nuts. Spring biased compensators can absorb impacts of down-strokes and adjust for different levels of pick up points. 303 stainless corrosion resistant materials with drymet bushings increases the strength and life

44 Vacuum ups PJG Model Number Index PJG NR up iameter [mm] up Material NR Nitrile Rubber SI Silicone More materials on request. Please see page 8 for material specifications. pplication Guide Short ellows High Speed Packaging Level ompensation for Small lectronic omponents Flexible Product Soft Seal Lip

45 Vacuum ups PJG Main ata for Short ellows PJG ups Volume up eflection Radius V S R Lifting 60% [N] up Radius Model up iameter rea Volume [V] eflection (S) R Number [mm] [cm 2 ] Liters [mm] [mm] PJG-6-* 6 0,28 0, ,70 4,2 4,0 PJG-8-* 8 0,50 0, ,10 4,0 5,0 PJG-10-* 10 0,79 0, ,80 3,0 6,0 PJG-15-* 15 1,77 0, ,8 3,3 10,0 PJG-20-* 20 3,14 0, ,2 5,5 13,0 PJG-25-* 25 4,91 0, ,0 6,5 17,5 PJG-30-* 30 7,07 0,003 43,2 7,0 26,0 PJG-35-* 35 9,62 0,004 58,9 7,0 31,0 PJG-40-* 40 12,6 0,005 76,9 7,2 37,0 PJG-50-* 50 19,6 0, ,0 41,0 PJG-60-* 60 28,3 0, ,0 70,0 PJG-70-* 70 38,5 0, ,5 90,0 PJG-80-* 80 50,3 0, ,5 100,0 *up Material

46 Vacuum ups PJG imensions PJG-6 thru PJG-8 PJG-10 and PJG-15 H F H F PJG-20 H F PJG-30 thru PJG-40 H F PJG-50 PJG-60 thru PJG-80 M10x1,25 H H F F Model Number Ø Ø Ø Ø F H PJG-6-* ,5 9 4,2 2 PJG-8-* PJG-10-* 10 4,6 7,8 11 9,5 3 3,5 PJG-15-* 15 4,6 7, ,3 3,5 PJG-20-* 20 4,6 10, ,5 4,5 PJG-25-* 25 4,6 10,8 17,5 15,5 6,5 4,5 PJG-30-* 30 5,8 10, PJG-35-* 35 5,8 10, PJG-40-* 40 5,8 10, ,2 7 PJG-50-* 50 7,8 19, PJG-60-* 60 12, ,5 8 2,5 PJG-70-* 70 12, ,5 9,5 2,5 PJG-80-* 80 12, ,5 9,5 2,5 Millimeter * up Material

47 Vacuum up ssemblies PJTM PJTM Vacuum up ssemblies Model Number Index PJTM NR - M5 up iameter [mm] up Material NR Nitrile Rubber SI Silicone More materials on request. Please see page 8 for material specifications. Mounting Thread M5 M5 G1 1/8 SPP G2 1/4 SPP See hart elow Installation Note: When installing cup assemblies, use a sealant material to secure the assembly and prevent vacuum leakage. Mounting Thread Male Threaded Fitting for PJG ups PJG up iameter [mm] FTM Fitting Part Number Mounting Thread 6 FTM-5-M5 M5x0,8 Male 8 FTM-5-G1 1/8 SPP Male FTM-20-G1 1/8 SPP Male 40 FTM-20-G2 1/4 SPP Male 50 FTM-50-G1 1/8 SPP Male FTM-50-G2 1/4 SPP Male FTM-60-G2 1/4 SPP Male 80 Millimeter

48 Vacuum up ssemblies PJTM imensions PJTM-6 thru PJTM-8 PJTM-30 thru PJTM-50 G1: 1/8 SPP G2: 1/4 SPP M5: M5 G1: 1/8 SPP 30 thru 40: 1/2" 50: 9/16" SW8 PJTM-60 thru PJTM-80 G2: 1/4 SPP 9/16" Model Number Ø PJTM-6-*- 6 12,5 4,5 3,5 PJTM-8-*- 8 12,5 4,5 3,5 PJTM-30-* PJTM-35-* PJTM-40-* PJTM-50-* PJTM-60-* PJTM-70-* PJTM-80-* Millimeter * up Material Thread Size

49 Vacuum up ssemblies PJTF PJTF Vacuum up ssemblies Model Number Index PJTF NR - M5 up iameter [mm] up Material NR Nitrile Rubber SI Silicone More materials on request. Please see page 8 for material specifications. Mounting Thread M5 M5 G1 1/8 SPP G2 1/4 SPP See hart elow Installation Mounting Thread Mounting Thread Note: When installing cup assemblies, use a sealant material to secure the assembly and prevent vacuum leakage. Female Threaded Fitting for PJG ups PJG up iameter [mm] FTF Fitting Part Number Mounting Thread 6 FTF-5-M5 M5x0,8 Female 8 FTF-5-G1 1/8 SPP Female FTF-20-G1 G1/8 Female FTF-50-G1 G1/8 Female FTF-50-G2 G1/4 Female FTF-60-G2 G1/4 Female 80 Millimeter

50 Vacuum up ssemblies PJTF imensions PJTF-6 thru PJTF-8 PJTF-30 thru PJTF-50 G1: 1/8 SPP 8 mm M5: M5 G1: 1/8 SPP 30 thru 40: 1/2" 50: 9/16" G2: 1/4 SPP PJTF-60 thru PJTF-80 G2: 1/4 SPP 9/16" Model Number Ø PJTF-6-* PJTF-8-* ,2 PJTF-30-* PJTF-35-* PJTF-40-* ,2 PJTF-50-* PJTF-60-* ,5 8 PJTF-70-* ,5 9,5 PJTF-80-* ,5 9,5 Millimeter * up Material Thread Size

51 Vacuum up ssemblies PJTK PJTK Vacuum up ssemblies Model Number Index PJTK NR - up iameter [mm] up Material NR Nitrile Rubber SI Silicone More materials on request. Please see page 8 for material specifications. Vacuum Port lank arb G1 1/8 SPP See hart elow Installation Note: When installing cup assemblies, use a sealant material to secure the assembly and prevent vacuum leakage. Mounting Thread. up Screw arbed ulkhead for PJG ups PJG up iameter [mm] FTK Part Number Mounting Thread 6 8 FTK-5 M9x1,0 Male FTK-20 M10x1,5 Male FTK-50 M10x1,5 Male FTK-60-G1 M16x1,5 Male 80 Millimeter

52 Vacuum up ssemblies PJTK imensions PJTK-6 thru PJTK-8 Ø 5 Ø 2,5 M9x1,0 SW12 G F PJTK-30 thru PJTK-50 PJTK-60 thru PJTK-80 Ø 5 Ø 3 G1: 1/8 SPP M10x1,5 SW14 G F M16x1,5 SW21 G F Model Number Ø F G PJTK-6-* , PJTK-8-* PJTK-10-* 10 47, PJTK-15-* , PJTK-20-* , PJTK-25-* 25 53, , PJTK-30-* PJTK-35-* PJTK-40-* , PJTK-50-* PJTK-60-* ,5 42, PJTK-70-* ,5 42,5 9, PJTK-80-* ,5 42,5 9, Millimeter * up Material Vacuum Port Wt [g]

53 Vacuum up ssemblies PJYK PJYK Vacuum up ssemblies Model Number Index PJYK NR - up iameter [mm] up Material NR Nitrile Rubber SI Silicone More materials on request. Please see page 8 for material specifications. Vacuum Port lank arb G1 1/8 SPP See hart elow Installation Note: When installing cup assemblies, use a sealant material to secure the assembly and prevent vacuum leakage. Mounting Thread up Screw 90 arbed dapter for PJG ups PJG up iameter [mm] FYK Part Number Mounting Thread 6 8 FYK-5 M4x0,7 Female FYK-20 M6x1,0 Female FYK-50 M6x1,0 Female FYK-60-G1 8x1,25 Female 80 Millimeter

54 Vacuum up ssemblies PJYK imensions PJYK-6 and PJYK-8 Ø 3 G M4x0,7 F Ø 5 PJYK-30 thru PJYK-50 PJYK-60 thru PJYK-80 M8x1,25 Ø 3 G M6x1,0 F G1: 1/8 SPP F Ø 5 Model Number Ø F G PJYK-6-* 6 31, ,5 4, PJYK-8-* 8 31, ,5 4, PJYK-10-* 10 31, PJYK-15-* , PJYK-20-* , PJYK-25-* 25 37, , PJYK-30-* PJYK-35-* PJYK-40-* , PJYK-50-* PJYK-60-* , , PJYK-70-* , ,5 9, PJYK-80-* , ,5 9, Millimeter * up Material Vacuum Port Wt [g]

55 Vacuum up ssemblies PJTYS PJTYS Vacuum up ssemblies Model Number Index PJTYS 10 3 NR M5 Installation Note: When installing cup assemblies, use a sealant material to secure the assembly and prevent vacuum leakage. Mounting Thread. up iameter Stroke [mm] [mm] , 10, , 15, , 50, up Material NR Nitrile Rubber SI Silicone More materials on request. Please see page 8 for material specifications. Vacuum Port M5 M5 G1 1/8 SPP See hart elow ompression Force F1 F2 ulkhead Level ompensator for PJG ups 0% of Stroke 100% of Stroke F1 F2 PJG up iameter [mm] FTYS Fitting Part Number Vacuum Ports N N 6 FTYS-5-3-M5 0,49 0,59 8 FTYS-5-10-M5 M5x0,8 Female 0,61 1,17 FTYS-5-15-M5 0,64 1,17 10 JTYS-10-3-M5 0,49 0,59 15 JTYS M5 M5x0,8 Female 2,5 4,9 JTYS M5 2,9 5,9 20 JTYS-20-6-M5 2,5 3,4 25 JTYS M5 M5x0,8 Female 2,5 4,9 JTYS M5 2,9 5,9 30 FTYS-20-6-M5 2,5 3,4 35 FTYS M5 M5x0,8 Female 2,5 4,9 40 FTYS M5 2,9 5,9 50 FTYS-50-6-M5 2,5 3,4 FTYS M5 M5x0,8 Female 2,5 4,9 FTYS M5 2,9 5,9 60 FTYS G1 6,8 15,6 70 FTYS G1 G1: 1/8 SPP 8,3 19,6 80 FTYS G1 9,

56 Vacuum up ssemblies PJTYS imensions PJTYS63 thru PJTYS815 PJTYS103 thru PJTYS2515 M5x0,8 M8x0,75 SW6 9 M5x0,8 M8x0,75 SW6 PJTYS-10/15 9 PJTYS 20/25 5 SW12 SW12 M5x0,8 H G F M5x0,8 H G F Model Number Ø F G H PJTYS63* , PJTYS610* , PJTYS615* 6 76, , ,5 11 PJTYS83* PJTYS810* PJTYS815* 8 76, ,5 11 PJTYS103* ,5 PJTYS1010* PJTYS1015* 10 76, ,5 33,5 PJTYS153* , PJTYS1510* , PJTYS1515* , ,5 34,5 PJTYS206* , PJTYS2015* , PJTYS2030* , PJTYS256* 25 71, , PJTYS2515* 25 80, , PJTYS2530* , , Millimeter ** up Material Vacuum Port Wt [g]

57 Vacuum up ssemblies PJTYS imensions PJTYS306 thru PJTYS5030 M5x0,8 SW12 M14x1 5 SW19 G H M5x0,8 SW17 F Model Number Ø F G H J PJTYS306* PJTYS3015* PJTYS3030* PJTYS356* ,5 PJTYS3515* ,5 PJTYS3530* ,5 PJTYS406* , ,5 PJTYS4015* , ,5 PJTYS4030* , ,5 PJTYS506* PJTYS5015* PJTYS5030* Millimeter ** up Material Vacuum Port Wt [g]

58 Vacuum up ssemblies PJTYS imensions PJTYS6030 thru PJTYS8070 G1: 1/8 SPP M22x1,5 SW19 7 J SW30 G H F SW24 G1: 1/8 SPP Model Number Ø F G H J PJTYS6025* PJTYS6045* PJTYS6065* PJTYS7025* , PJTYS7045* , PJTYS7065* , PJTYS8025* , PJTYS8045* , PJTYS8065* , Millimeter ** up Material Vacuum Port Wt [g]

59 Vacuum ups PG PG Multiple ellows Vacuum ups Features Soft Touch xtra Level ompensation Flexible Sealing Lip for Irregular urved Surfaces 5 mm to 90 mm in iameter pplications These multiple bellow cups are designed for applications that require additional level compensation, more flexibility, or minimum back pressure for a soft touch. The multiple bellow has a soft sealing edge good for a variety of sensitive applications; such as food packaging, / V, medical packaging, and highly irregular curved surfaces. ups can also be used to assist with sheet separation in destack operations. PG Series Vacuum ups 2-1/2 bellows design minimizes contact pressure applied to the product. The soft seal lip and touch allows the cup to conform to the product s surface to make a vacuum seal. PTK Series arbed ulkhead Top stem connectors secured with jam nuts and allow tubing connections at the top side. Nickel plated brass materials. PTM Series Male Thread onnector Simple male connection for low profile positions secured to a plate or bracket. Fitting Material: luminium. PTF Series Female Thread onnector Simple female connection for low profile positions secured to a plate or bracket. Fitting Material: luminium. PYK Series 90 arbed dapter Side stem connectors allow you to secure the stem with a bolt through a plate or L bracket to allow the tube connection from the side port. Nickel plated brass materials

60 Vacuum ups PG Model Number Index PG NR pplication Guide 2-1/2 ellows up iameter [mm] up Material NR Nitrile Rubber SI Silicone U Urethane* More materials on request. Please see page 8 for material specifications. * Not available for Ø 90. estack Perimeter Separation Level ompensation for applications where Level ompensators do not have adequate space ontrolling downstroke lifts product on contact

61 Vacuum ups PG Main ata for 2-1/2 ellows PJG ups Volume up eflection Radius V S R Lifting 60% [N] up Radius Model up iameter rea Volume [V] eflection [S] R Number [mm] [cm 2 ] Liters [mm] [mm] PG-5-* 5 0,20 0, ,20 3 3,5 PG-7-* 7 0,39 0, ,40 3 4,0 PG-10-* 10 0,79 0,0001 4,80 3 5,0 PG-15-* 15 1,77 0, ,8 10 6,0 PG-18-* 18 2,55 0,001 15,6 10 7,0 PG-20-* 20 3,14 0,002 19,2 10 8,0 PG-30-* 30 7,07 0,009 43,2 14,5 20,0 PG-40-* 40 12,6 0,018 76, ,0 PG-60-* 60 28,3 0, ,0 PG-90-* 90 63,6 0, ,0 * up Material

62 Vacuum ups PG imensions PG-5 and PG-7 PG-10 thru PG-20 H G J F H J F PG-30 thru PG-60 PG-90 J J G H G H F F Model Number Ø Ø Ø Ø F G H J PG-5-* ,5 9, PG-7-* , PG-10-* PG-15-* 15, PG-18-* 18, PG-20-* PG-30-* ,5 14, PG-40-* PG-60-* ,5 PG-90-* , Millimeter * up Material

63 Vacuum up ssemblies PTM PTM Vacuum up ssemblies Model Number Index PTM NR - M5 up iameter [mm] up Material NR Nitrile Rubber SI Silicone U Urethane* More materials on request. Please see page 8 for material specifications. * Not available for Ø 90. Mounting Thread M5 M5 G1 1/8 SPP G2 1/4 SPP See hart elow Installation Note: When installing cup assemblies, use a sealant material to secure the assembly and prevent Mounting vacuum leakage. Thread. Male Threaded Fitting for PG ups PG up iameter [mm] FTM & TM Part Number Mounting Thread 5 FTM-5-M5 M5x0,8 Male 7 FTM-5-G1 1/8 SPP Male TM-10-M5 M5x0,8 Male 18 TM-10-G1 1/8 SPP Male TM-30-G1 1/8 SPP Male 60 TM-30-G2 1/4 SPP Male 90 TM-90-G2 1/4 SPP Male Millimeter

64 Vacuum up ssemblies PTM imensions PTM-5 and PTM-7 PTM-10 thru PTM-20 M5: M5 G1: 1/8 SPP M5: M5 G1: 1/8 SPP 5/16" SW8 PTM-30 thru PTM-60 PTM-90 G2: 1/4 SPP G1: 1/8 SPP G2: 1/4 SPP 9/16" 1/2" Model Number Ø PTM-5-* ,5 3,5 3 PTM-7-*- 7 13,5 4,5 3,5 3 PTM-10-*- 9 17,5 4,5 2,5 3 PTM-15-*- 15,2 25,5 4,5 2,5 10 PTM-18-*- 18,6 25,5 4,5 2,5 10 PTM-20-* ,5 4,5 2,5 10 PTM-30-* , ,5 PTM-40-* PTM-60-* PTM-90-* , Millimeter * up Material Thread Size

65 Vacuum up ssemblies PTF PTF Vacuum up ssemblies Model Number Index PTF NR - G1 up iameter [mm] up Material NR Nitrile Rubber SI Silicone U Urethane* More materials on request. Please see page 8 for material specifications. * Not available for Ø 90. Mounting Thread G1 1/8 SPP G2 1/4 SPP See hart elow Installation Mounting Mounting Thread Mounting Thread Female Threaded Fitting for PG ups PG up iameter [mm] FTF & TF Part Number Mounting Thread 5 FTF-5-M5 M5x0,8 Female 7 FTF-5-G1 1/8 SPP Female Note: When installing cup assemblies, use a sealant material to secure the assembly and prevent vacuum leakage TF-10-G1 1/8 SPP Female TF-30-G1 1/8 SPP Female 60 TF-30-G2 1/4 SPP Female 90 TF-90-G2 1/4 SPP Female Millimeter

66 Vacuum up ssemblies PTF imensions PTF-5 and PTF-7 PTF-10 thru PTF-20 G1: 1/8 SPP G1: 1/8 SPP M5: M5 1/2" SW8 PTF-30 thru PTF-60 PTF-90 G2: 1/4 SPP G1: 1/8 SPP G2: 1/4 SPP 9/16" 1/2" Model Number Ø PTF5* 5 21, PTF7* PTF10* PTF15* 15, PTF18* 18, PTF20* PTF30* 32 51, ,5 PTF40* PTF60* PTF90* , Millimeter * up Material Thread Size

67 Vacuum up ssemblies PTK PTK Vacuum up ssemblies Model Number Index PTK NR - up iameter [mm] up Material NR Nitrile Rubber SI Silicone U Urethane* More materials on request. Please see page 8 for material specifications. * Not available for Ø 90. Vacuum Port lank arb G1 1/8 SPP See hart elow Installation Note: When installing cup assemblies, use a sealant material to secure the assembly and prevent vacuum leakage. Mounting Thread up Screw arbed ulkhead for PG ups PG up iameter [mm] FTK & TK Part Number Mounting Thread 5 FTK-5 M9x1 Male TK-10 M8x1,25 Male TK-30 M10x1,5 Male TK-90-G1 M16x1,5 Male Millimeter

68 Vacuum up ssemblies PTK imensions PTK-5 and PTK-7 PTK-10 thru PTK-20 PTK-30 thru PTK -60 Ø 5 Ø 2,5 Ø 5 Ø 3 Ø 5 Ø 3 M9x1,0 SW12 G F M8x1,25 SW12 G F M10x1,5 SW14 G F PTK-90 G1: 1/8 SPP M16x1,5 SW21 G F G1: 1/8 SPP Model Number Ø F G PTK-5-* 5 33, PTK-7-* PTK-10-* 9 56, , PTK-15-* 15,2 64, PTK-18-* 18,6 64, PTK-20-* 20 64, PTK-30-* 32 86, , PTK-40-* 42 95, PTK-60-* , PTK-90-* ,8 42, Millimeter * up Material Vacuum Port Wt [g]

69 Vacuum up ssemblies PYK PYK Vacuum up ssemblies Model Number Index PYK NR - up iameter [mm] up Material NR Nitrile Rubber SI Silicone U Urethane* More materials on request. Please see page 8 for material specifications. * Not available for Ø 90. Vacuum Port lank arb G1 1/8 SPP See hart elow Installation Note: When installing cup assemblies, use a sealant material to secure the assembly and prevent vacuum leakage. Mounting Thread up Screw 90 arbed dapter for PG ups PG up iameter [mm] FYK & YK Part Number Mounting Thread 5 7 FYK-5 M4x0,7 Female YK-10 M4x0,7 Female YK-30 M6x1,0 Female YK-90-G1 M16x1,5 Female Millimeter

70 Vacuum up ssemblies PYK imensions PYK-5 and PYK-7 Ø 5 Ø 3 G M4x0,7 F PYK-10 thru PYK-20 Ø 5 Ø 3 G M4x0,7 F PYK-30 thru PYK-60 Ø 3 G M6x1,0 F PYK-90 M16x1,5 SW21 G1: 1/8 SPP G1: 1/8 SPP G F Ø 5 Model Number Ø F G PYK-5-* , PYK-7-* 7 32, , PYK-10-* 9 40, PYK-15-* 15,2 48, PYK-18-* 18,6 48, PYK-20-* 20 48, PYK-30-* 32 70, , PYK-40-* 42 79, PYK-60-* 62 88, PYK-90-* , Millimeter * up Material Thread Size Wt [g]

71 Vacuum ups PKG utomotive Vacuum ups Features Flat esign To Prevent eforming Product up Replacement Simplied PKG, PKFG, PKJG Recyclable Rubber Lower Maintenace ost Soft urometers Silicon Free 40 mm to 110 mm iameters PKG Series Vacuum ups The PKG is a single edge deep cup for products with a radius. The PKFG is a single lip design with a grooved foot pattern to prevent vacuum from deforming thin products. The PKJG is a single bellow cup designed to work with flexible and curved products. ll of these designs incorporate a grooved and textured underside to increase frictional and holding forces. The cup assembly has a variety of connector designs to replace only the cup to minimize operating expenses. pplications The PKG ups are well suited for all operations within automotive manufacturing; sheet metal destack, body assembly, press transfer, final assembly, fixtures. PKGF Female dapter Series Simple female connection for low profile positions secured to a plate or bracket. Male screw to secure cup has an internal hex for easy assembly. Fitting Material: luminium. PKFT dapter Series Simple adapter connection for low profile positions secured to a plate or bracket. Male screw to secure cup has an internal hex for easy assembly. Fitting Material: luminium. O-Ring-210 una. PKGT dapter Series Simple adapter connection for low profile positions secured to a plate or bracket. Male screw to secure cup has an internal hex for easy assembly. Fitting Material: luminium. O-Ring-210 una. PKJF Female dapter Series Simple female connection for low profile positions secured to a plate or bracket. Male screw to secure cup has an internal hex for easy assembly. Fitting Material: luminium. PKFF Female dapter Series Simple female connection for low profile positions secured to a plate or bracket. Male screw to secure cup has an internal hex for easy assembly. Fitting Material: luminium. PKJT dapter Series Simple adapter connection for low profile positions secured to a plate or bracket. Male screw to secure cup has an internal hex for easy assembly. Fitting Material: luminium. O-Ring-210 una

72 Vacuum ups PKG, PKFG, PKJG Model Number Index (ups Only) PKG NR PKFG NR PKJG NR up iameter [mm] up Material NR Nitrile Rubber U Urethane FKM Flouro Rubber up iameter [mm] up Material NR Nitrile Rubber U Urethane FKM Flouro Rubber up iameter [mm] up Material NR Nitrile Rubber U Urethane FKM Flouro Rubber PKG PKFG PKJG pplication Guide eep up for xternal urves Slip Resistant Foot Pattern No eformation Thin Flat Sheets Slip Resistant Foot Pattern ellows for ny urves Slip Resistant Foot Pattern PKG PKFG PKJG

73 Vacuum ups PKG, PKFG, PKJG Main ata for PKG Suction ups Volume up eflection Radius V S R Main ata for PKFG Suction ups Volume up eflection Radius V S R Main ata for PKJG Suction ups Volume up eflection Radius V S R Lifting 60% [N] up Radius Model up iameter rea Volume [V] eflection [S] R Number [mm] [cm 2 ] Liters [mm] [mm] PKG-60-* 60 28,3 0, , PKG-75-* 75 44,2 0, PKG-100-* ,5 0, ,3 150 PFKG-75-* 75 44,2 0, , PFKG-100-* ,5 0, PKJG-40-* 40 12,6 0,02 76,9 10,5 30 PKJG-50-* 50 19,6 0, PKJG-60-* 60 28,3 0, PKJG-80-* 80 50,3 0, PKJG-110-* ,0 0, * up Material

74 Vacuum ups PKG, PKFG, PKJG imensions PKG-60 thru PKG-100 PKFG-75 H H F F G G PKFG-100 H PKJG-40 thru PKJG-110 H F F G Model Number Ø Ø Ø Ø F G H PKG-60-* 60 18, PKG-75-* 75 18, PKG-100-* , ,3 4 9 PKFG-75-* 75 18, PKFG-100-* , PKJG-40-* 40 18, ,5 9,5 PKJG-50-* 50 18, PKJG-60-* 60 18, PKJG-80-* 80 18, PKJG-110-* , Millimeter * up Material

75 Vacuum up ssemblies PKGF PKGF Vacuum up ssemblies Model Number Index PKGF NR - G3 up iameter [mm] up Material NR Nitrile Rubber U Urethane FKM Flouro Rubber Installation Note: When installing cup assemblies, use a sealant material to secure the assembly and prevent vacuum leakage. Pipe I.. Mounting Thread Note: Simply remove the hex keyed male screw to replace cup. Hex Key Size: 8 mm Female dapter for PKG ups dapter omponents dapter Part Numbers Thread Sizes escription TN-PK-F-G3 Female 3/8 SPP Female Port TN-PK-100-M10 M10x1,5 Male Screw ap PKG ap Male imensions PKGF-60 thru PKGF-100 (Flat) Model Number Ø PKGF-60-* , PKGF-75-* , PKGF-100-* , ,3 Millimeter * up Material Thread Size

76 Vacuum up ssemblies PKGT PKGT Vacuum up ssemblies Model Number Index PKGT NR up iameter [mm] up Material NR Nitrile Rubber U Urethane FKM Flouro Rubber Installation Note: When installing cup assemblies, use a sealant material to secure the assembly and prevent vacuum leakage. Note: Simply remove the hex keyed male screw to replace cup. Hex Key Size: 8 mm dapter for PKG ups dapter omponents dapter Part Numbers Thread Sizes escription TN-PK-T dapter / O-ring dapter PKG ap TN-PK-100-M10 M10x1,5 Male Screw ap Male imensions PKGT-60 and PKGT-100 (Square) Model Number Ø PKGT-60-* ,1 PKGT-75-* ,1 PKGT-100-* ,3 Millimeter * up Material

77 Vacuum up ssemblies PKFF PKFF Vacuum up ssemblies Model Number Index PKFF NR - G3 up iameter [mm] up Material NR Nitrile Rubber U Urethane FKM Flouro Rubber Installation Note: When installing cup assemblies, use a sealant material to secure the assembly and prevent vacuum leakage. Pipe I.. Mounting Thread Note: Simply remove the hex keyed male screw to replace cup. Hex Key Size: 8 mm Female dapter for PKFG ups dapter omponents dapter Part Numbers Thread Sizes escription TN-PK-F-G3 Female 3/8 SPP Female Port TN-PK-100-M10 M10x1,5 Male Screw ap PKG ap Male imensions PKFF-75 thru PKFF-100 Model Number Ø PKFF-75-* , PKFF-100-* , Millimeter * up Material Thread Size

78 Vacuum up ssemblies PKFT PKFT Vacuum up ssemblies Model Number Index PKFT NR up iameter [mm] up Material NR Nitrile Rubber U Urethane FKM Flouro Rubber Installation Note: When installing cup assemblies, use a sealant material to secure the assembly and prevent vacuum leakage. Note: Simply remove the hex keyed male screw to replace cup. Hex Key Size: 8 mm dapter for PKFG ups dapter omponents dapter Part Numbers Thread Sizes escription TN-PK-T dapter / O-ring dapter PKG ap TN-PK-100-M10 M10x1,5 Male Screw ap Male imensions PKFT-75 thru PKFT-10 (Square) Model Number Ø PKFT-75-* PKFT-100-* Millimeter * up Material

79 Vacuum up ssemblies PKJF PKJF Vacuum up ssemblies Model Number Index PKJF NR - G3 up iameter [mm] up Material NR Nitrile Rubber U Urethane FKM Flouro Rubber Installation Note: When installing cup assemblies, use a sealant material to secure the assembly and prevent vacuum leakage. Pipe I.. Mounting Thread Note: Simply remove the hex keyed male screw to replace cup. Hex Key Size: 8 mm Female dapter for PKJG ups dapter omponents dapter Part Numbers Thread Sizes escription TN-PK-F-G3 Female 3/8 SPP Female Port TN-PK-100-M10 M10x1,5 Male Screw ap PKG ap Male imensions PKJF-75 thru PKJF-100 Model Number Ø PKJF-40-* , ,5 PKJF-50-* , PKJF-60-* , PKJF-80-* , PKJF-110-* , Millimeter * up Material Thread Size

80 Vacuum up ssemblies PKJT PKJT Vacuum up ssemblies Model Number Index PKJT NR up iameter [mm] up Material NR Nitrile Rubber U Urethane FKM Flouro Rubber Installation Note: When installing cup assemblies, use a sealant material to secure the assembly and prevent vacuum leakage. Note: Simply remove the hex keyed male screw to replace cup. Hex Key Size: 8 mm dapter for PKJG ups dapter omponents dapter Part Numbers Thread Sizes escription TN-PK-T dapter / O-ring dapter PKG ap TN-PK-100-M10 M10x1,5 Male Screw ap Male imensions PKJT-40 thru PKJT-110 (Square) Model Number Ø PKJT-40-* ,5 PKJT-50-* PKJT-60-* PKJT-80-* PKJT-110-* Millimeter * up Material

81 Vacuum ups PUG Flat Swivel Vacuum ups Features PUG Internal Swivel Joint esign 30 Inclusive ngle for Flexible Products Increased Stability for Horizontal Lifts Lower Maintenance osts 10 mm to 200 mm iameters pplications The single edge swivel cup is for smooth surfaces with slightly curved surfaces or flexible sheets with substantial weights. Typically, lift capacities and break away forces are higher for flat cups which may be necessary for good stability during lift and transfer. The position of the internal swivel joint minimizes moments during lift and transfer. Maintenance costs are minimized by replacing only the cup portion of the assembly. PUG Series Vacuum ups 30 inclusive swivel, single lip cup for smooth, slightly curved surfaces and flexible products. Rigid construction provides good stability against acceleration and deceleration forces during product transfer. PUTK Series arbed ulkhead Top stem connectors secured with jam nuts and allow tubing connections at the top side. Nickel plated brass materials. PUTYS Series ulkhead Level ompensator 303 stainless steel construction secured with jam nuts. Spring biased compensators can absorb impacts of down-strokes and adjust for different levels of pick up points. 303 stainless corrosion resistant materials with drymet bushings increases the strength and life. PUYK Series 90 arbed dapter Side stem connectors allow you to secure the stem with a bolt thru a plate or L bracket to allow the tube connection from the side port. Nickel plated brass materials

82 Vacuum ups PUG Model Number Index PUG NR up iameter [mm] PUG up up Material NR Nitrile Rubber SI Silicone More materials on request. Please see page 8 for material specifications. Model Number Index PUG NR up iameter [mm] PUG ssembly up Material NR Nitrile Rubber SI Silicone More materials on request. Please see page 8 for material specifications. pplication Guide Swivel ellows ngles Pickup Fixtures for urved Product Mounting Thread Tube I.. 15 Max. Mounting Thread Mounting Thread Tube I.. Tube I

83 Vacuum ups PUG Main ata for Swivel ellows PUG ups Volume up eflection Radius V S R Lifting 60% [N] up Radius Model up iameter rea Volume [V] eflection [S] R Number [mm] [cm 2 ] Liters [mm] [mm] PUG-10-* 10 0,79 0, , PUG-15-* 15 1,77 0, ,8 1,4 6 PUG-20-* 20 3,14 0, ,2 2 9 PUG-25-* 25 4,91 0, ,0 2,5 17 PUG-30-* 30 7,07 0, , PUG-35-* 35 9,62 0, , PUG-40-* 40 12,6 0, , PUG-50-* 40 19,6 0, PUG-60-* 60 28,3 0, PUG-80-* 80 50,3 0, PUG-100-* ,5 0, PUG-120-* ,1 0, PUG-150-* ,0 0, PUG-200-* ,0 0, * up Material

84 Vacuum ups PUG imensions PUG-10 and PUG-15 M4x0,7 SW7 G PUG-20 thru PUG-35 SW17 G H PUG-40 and PUG-50 SW19 G H SW12 30 F 30 F 30 F PUG-60 thru PUG-100 M12x1,25 PUG-120 thru PUG-150 M16x1,5 SW19 H SW24 H G G 30 F F 30 PUG-200 M20x1,5 SW30 H G F 30 Model Number Ø Ø Ø F G H PUG-10-* 10 1,8 5 5, PUG-15-* 15 1,8 6 5,5 21 1,4 5 PUG-20-* 20 2, ,05 10,5 PUG-25-* 25 2,3 9,5 6 28,5 2,5 9,05 10,5 PUG-30-* 30 2, ,05 10,5 PUG-35-* 35 2, ,05 10,5 PUG-40-* 40 3, ,05 12,5 PUG-50-* 50 3, ,05 12,5 PUG-60-* 60 3, PUG-80-* 80 3, PUG-100-* 100 3, PUG-120-* 120 5, PUG-150-* 150 5, PUG-200-* 200 7, Millimeter * up Material

85 Vacuum up ssemblies PUTK PUTK Vacuum up ssemblies Model Number Index PUTK NR up iameter [mm] up Material NR Nitrile Rubber SI Silicone More materials on request. Please see page 8 for material specifications. PUTYK NR - G1 Installation Note: When installing cup assemblies, use a sealant material to secure the assembly and prevent vacuum leakage. Mounting Thread up iameter [mm] Vacuum Port G1 1/8 SPP G2 1/4 SPP See hart elow arbed ulkhead for PUG ups PUG up iameter [mm] UTK Fitting Part Number Mounting Thread UTK-10 M8x1,25 Male UTK-20 UTK-40 M10x1,5 Male M14x1,5 Male UTYK-60-G1 M16x1,5 Male UTYK-120-G1 M22x1,5 Male 200 UTYK-200-G2 M22x1,5 Male Millimeter

86 Vacuum up ssemblies PUTK imensions PUTK-10 and PUTK-15 PUTK-20 thru PUTK-35 PUTK-40 and PUTK-50 Ø 5 Ø 5 M8x1,25 SW10 10H 12H Ø 3 G F H M10x1,5 SW14 SW17 SW17 Ø 5 Ø 3 G F H M14x1,5 SW17 SW19 SW19 Ø 3 G F H F PUTYK-60 thru PUTYK-100 PUTYK-120 thru PUTYK-150 PUTYK-200 G2: 1/4 SPP G1: 1/8 SPP G1: 1/8 SPP M22x1,5 M16x1,5 SW21 G1: 1/8 SPP G F G1: 1/8 SPP M22x1,5 SW27 G F SW27 G2: 1/4 SPP G F Plug Plug SW27 Plug SW27 SW19 SW24 SW30 30 H 30 H 30 H Model Number Ø F G H PUTK-10-* PUTK-15-* , PUTK-20-* PUTK-25-* 25 70, , ,5 66 PUTK-30-* PUTK-35-* PUTK-40-* PUTK-50-* PUTYK-60-* PUTYK-80-* PUTYK-100-* PUTYK-120-* PUTYK-150-* PUTYK-200-* Millimeter * up Material Wt [g]

87 Vacuum up ssemblies PUYK PUYK Vacuum up ssemblies Model Number Index PUYK NR up iameter [mm] up Material NR Nitrile Rubber SI Silicone More materials on request. Please see page 8 for material specifications. Installation Note: When installing cup assemblies, use a sealant material to secure the assembly and prevent vacuum leakage. Mounting Thread PUTYK - up iameter [mm] NR - G1 Vacuum Port lank arb G1 1/8 SPP G2 1/4 SPP See hart elow 90 arbed dapter for PUG ups PUG up iameter [mm] UYK Fitting Part Number Mounting Thread UYK-10 M4x0,7 Female UYK-20 UYK-40 M6x1 Female M8x1,25 Female UTYK-60-G1 M16x1,5 Male UTYK-120-G1 M22x1,5 Male 200 UTYK-200-G2 M22x1,5 Male Millimeter

88 Vacuum up ssemblies PUYK imensions PUYK-10 thru PUYK-15 Ø 5 Ø 3 SW7 SW12 G M4X0,7 F SW10 H PUYK-20 thru PUYK-35 Ø 5 Ø 3 SW17 G M6x1 F SW17 PUYK-40 and PUYK-50 Ø 5 Ø 3 G SW19 M8x1,25 F SW H 30 H PUTYK-60 thru PUTYK-100 PUTYK-120 thru PUTYK-150 PUTYK-200 G1: 1/8 SPP G2: 1/4 SPP SW21 G1: 1/8 SPP Plug M16x1,5 G1: 1/8 SPP G F M22x1,5 SW27 G1: 1/8 SPP Plug SW27 G F M22x1,5 SW27 G2: 1/4 SPP Plug SW27 G F SW19 SW24 SW30 H H H Model Number Ø F G H PUYK-10* 10 36, , PUYK-15-* 15 37, ,5 1, PUYK-20-* , PUYK-25-* 25 49, ,5 8 24,5 9,5 66 PUYK-30-* , PUYK-35-* , PUYK-40-* , PUYK-50-* , PUTYK-60-* PUTYK-80-* PUTYK-100-* PUTYK-120-* PUTYK-150-* PUTYK-200-* Millimeter * up Material Wt [g]

89 Vacuum up ssemblies PUTYS PUTYS Vacuum up ssemblies Model Number Index PUTYS 10 3 NR M5 Installation Note: When installing cup assemblies, use a sealant material to secure the assembly and prevent vacuum leakage. Mounting Thread. up iameter Stroke [mm] [mm] , 10, , 15, , 30, , up Material NR Nitrile Rubber SI Silicone More materials on request. Please see page 8 for material specifications. Vacuum Ports M5 M5 G1 1/8 SPP G2 1/4 SPP See hart elow ompression Force F1 F2 ulkhead Level ompensator for PUG ups 0% of Stroke 100% of Stroke F1 F2 PUG up iameter [mm] UTYS Part Number Vacuum Ports N N 10 UTYS-10-3-M5 0,49 0,59 15 UTYS M5 M5x0,8 Female 0,49 0,59 UTYS M5 0,49 0,59 20 UTYS-20-6-M5 2,5 3,4 25 UTYS M5 M5x0,8 Female 2,5 4,9 30 UTYS M5 2,9 5, UTYS-40-6-M5 2,5 3,4 50 UTYS M5 M5x0,8 Female 2,5 4,9 UTYS M5 2,9 5,9 60 UTYS G1 6,8 15,6 80 UTYS G1 G1: 1/8 SPP 8,3 19,6 100 UTYS G1 9, UTYS G2 150 UTYS G2 G2: 1/4 SPP 15, , UTYS G2 UTYS G2 G2: 1/4 SPP 15, ,7 29 Millimeter

90 Vacuum up ssemblies PUTYS imensions PUTYS103 thru PUTYS1515 PUTYS206 thru PUTYS3530 M5x0,8 SW12 PUTYS406 thru PUTYS5030 M5x0,8 SW12 M5x0,8 M8x0,75 SW6 9 M14x1 5 M14x1 5 SW12 H G SW19 H G SW19 H G F M5x0,8 SW7 SW12 M5x0,8 SW17 F M5x0,8 SW17 F SW17 SW17 Model Number Ø F G H PUTYS103* 10 67,5 18, PUTYS1010* 10 74,5 18, PUTYS1015* , ,5 28 PUTYS153* 15 68,5 18,5 8 1, PUTYS1510* 15 75,5 18,5 8 1, PUTYS1515* ,5 8 1, ,5 28 PUTYS206* 20 89, PUTYS2015* 20 98, PUTYS2030* , PUTYS256* , PUTYS2515* , PUTYS2530* , PUTYS306* 30 90, PUTYS3015* 30 99, PUTYS3030* , PUTYS356* 30 91, PUTYS3515* , PUTYS3530* , PUTYS406* 40 97, PUTYS4015* , PUTYS4030* , PUTYS506* 50 98, PUTYS5015* , PUTYS5030* , Millimeter * up Material Wt [g]

91 Vacuum up ssemblies PUTYS imensions PUTYS6010 thru PUTYS10050 G1: 1/8 SPP M22x1,5 SW19 7 SW30 J G H F SW22 G1: 1/8 SPP SW19 30 Model Number Ø F G H J PUTYS6025* PUTYS6045* PUTYS6065* PUTYS8025* PUTYS8045* PUTYS8065* PUTYS10025* PUTYS10045* PUTYS10065* Millimeter * up Material Wt [g]

92 Vacuum up ssemblies PUTYS imensions PUTYS12020 thru PUTYS20070 G2: 1/4 SPP SW26 8 M30x1,5 J SW36 G H F G2: 1/4 SPP SW & 150: SW : SW30 Model Number Ø F G H J PUTYS12020* PUTYS12070* PUTYS15020* PUTYS15070* PUTYS20020* PUTYS20070* Millimeter * up Material Wt [g]

93 Vacuum ups PFOG PFOG Grooved Vacuum ups Features Vacuum Grooves On Underside Increases Holding rea Resists cceleration and eceleration Shear Shear Resistance Is Increased y 25% 20 mm to 40 mm iameters pplications The anti-slip flat cups are for pick-and- place applications that require an increased holding force without having to increase the diameter of the cup. The grooved foot pattern channels the vacuum flow to the cup s outer diameter which increases resistance to the shear force by 25% over conventional flat pads. These cups are perfect for high speed press transfer of small to medium sized stamped metal products with oily surfaces. This cup also works well with corrugated product. PFOG Series Vacuum ups Special grooved flat cup with single lip provides increases vacuum flow area. Increased holding force resists against slipping of products with oily surfaces. Increased holding force also works well with corrugated product. PFOTK Series arbed ulkhead Top stem connectors secured with jam nuts and allow tubing connections at the top side. Nickel plated brass materials. PFOTM Series Male Thread onnector Simple male connection for low profile positions secured to a plate or bracket. Fitting Material: luminium. PFOYK Series 90 arbed dapter Side stem connectors allow you to secure the stem with a bolt through a plate or L bracket to allow the tube connection from the side port. Nickel plated brass materials. PFOTF Series Female Thread onnector Simple female connection for low profile positions secured to a plate or bracket. Fitting Material: luminium. PFOTYS Series ulkhead Level ompensator 303 stainless steel construction secured with jam nuts. Spring biased compensators can absorb impacts of down-strokes and adjust for different levels of pick up points. 303 stainless corrosion resistant materials with drymet bushings increases the strength and life

94 Vacuum ups PFOG Model Number Index PFOG NR up iameter [mm] up Material NR Nitrile Rubber U Urethane More materials on request. Please see page 8 for material specifications. Selection Guide nti-slip Flat ups Increased Holding rea for orrugated Resists Slipping gainst Oily Surfaces for Small Sheet Metal Transfer

95 Vacuum ups PFOG Main ata for nti-slip PFOG Suction ups Volume up eflection Radius V S R Lifting 60% [N] up Radius Model up iameter rea Volume [V] eflection [S] R Number [mm] [cm 2 ] liters [mm] [mm] PFOG ,14 0, ,0 11,25 2,3 4,0 PFOG ,91 0, ,0 18,0 3,0 17,5 PFOG ,07 0, ,0 26,0 2,0 26,0 PFOG ,62 0, ,0 35,0 3,0 37,0 PFOG ,60 0, ,0 46,0 3,5 41,0 imensions PFOG-20 H PFOG-25 thru PFOG-40 H F F Model Number Ø Ø Ø Ø F H PFOG-20-* 20 4, ,5 4,5 PFOG-25-* ,1 7 PFOG-30-* ,3 7 PFOG-35-* ,6 7 PFOG-40-* ,8 7 Millimeter * up Material

96 Vacuum up ssemblies PFOTM PFOTM Vacuum up ssemblies Model Number Index PFOTM NR - G1 up iameter [mm] up Material NR Nitrile Rubber U Urethane More materials on request. Please see page 8 for material specifications. Mounting Thread G1 1/8 SPP G2 1/4 SPP See hart elow Installation Note: When installing cup assemblies, use a sealant material to secure the assembly and prevent Mounting vacuum leakage. Thread Male Threaded Fitting for PFOG ups PFOG up iameter [mm] FTM Part Number Mounting Thread FTM-20-G1 1/8 SPP 35 FTM-20-G2 1/4 SPP 40 Millimeter imensions PFOTM-25-1/8 thru PFOTM-40-1/8 G1: 1/8 SPP G2: 1/4 SPP 1/2" Model Number Ø PFOTM-25-* ,1 PFOTM-30-* ,3 PFOTM-35-* ,6 PFOTM-40-* ,8 Millimeter * up Material Thread Size

97 Vacuum up ssemblies PFOTF PFOTF Vacuum up ssemblies Model Number Index PFOTF NR - G1 up iameter [mm] up Material NR Nitrile Rubber U Urethane More materials on request. Please see page 8 for material specifications. Mounting Thread G1 1/8 SPP G2 1/4 SPP See hart elow Installation Note: When installing cup assemblies, use a sealant material to secure the assembly and prevent vacuum leakage. Mounting Thread Mounting Thread Female Threaded Fitting for PFOG ups PFOG up iameter [mm] FTF Part Number Mounting Thread FTF-20-G1 1/8 SPP 35 FTF-20-G2 1/4 SPP 40 Millimeter imensions PFOTF-25-1/8F thru PFOTF-40-1/8F 1/2" G1: 1/8 SPP G2: 1/4 SPP Model Number Ø PFOTF-25-* ,1 PFOTF-30-* ,3 PFOTF-35-* ,6 PFOTF-40-* ,8 Millimeter * up Material Thread Size

98 Vacuum up ssemblies PFOTK PFOTK Vacuum up ssemblies Model Number Index PFOTK NR up iameter [mm] Installation up Material NR Nitrile Rubber U Urethane More materials on request. Please see page 8 for material specifications. Note: When installing cup assemblies, use a sealant material to secure the assembly and prevent vacuum leakage. Mounting Thread arbed ulkhead for PFOG ups PFOG up iameter [mm] FTK Part Number Mounting Thread FTK-20 M10x1,5 Female Millimeter imensions PFOTK-25 thru PFOTK-40 Ø 5 M10x1,5 SW14 up Screw Ø 3 G F Model Number Ø F G PFOTK-25-* , PFOTK-30-* , PFOTK-35-* , PFOTK-40-* , Millimeter * up Material

99 Vacuum up ssemblies PFOYK PFOYK Vacuum up ssemblies Model Number Index PFOYK NR up iameter [mm] up Material NR Nitrile Rubber U Urethane More materials on request. Please see page 8 for material specifications. Installation Mounting Note: Thread When installing cup assemblies, use a sealant material to secure the assembly and prevent vacuum leakage. up Screw 90 arbed dapter for PFOG ups PFOG up iameter [mm] FYK Part Number Min. Tube I Mounting Thread FYK-20 4 M6x1,0 Female Millimeter imensions PFOYK-25 thru PFOYK-40 Ø 3 G M6x1,0 F Ø 5 Model Number Ø F G PFOYK-25-* , PFOYK-30-* , PFOYK-35-* , PFOYK-40-* , Millimeter * up Material

100 Vacuum up ssemblies PFOTYS PFOTYS Vacuum up ssemblies Model Number Index PFOTYS 25 6 NR up iameter [mm] Stroke , 15, up Material NR Nitrile Rubber U Urethane More materials on request. Please see page 8 for material specifications. Mounting Thread Installation Note: When installing cup assemblies, use a sealant material to secure the assembly and prevent vacuum leakage. ulkhead Level ompensator Fitting for PFOG ups ompression Force F1 0% of Stroke F2 100% of Stroke PFOG up iameter [mm] TYS Part Number Mounting Thread Port Thread F1 F2 N N 25 FTYS ,5 3,4 30 FTYS M14x1,0 M5x0,8 2,5 4,9 35 FTYS ,9 5,9 40 imensions PFOTYS25 thru PFOTYS40 M14x1 M5x0.8 SW12 SW19 G.20 (5) H SW17 F M5x0.8 Model Number Ø F G H PFOTYS256* , PFOTYS2515* , PFOTYS2530* , PFOTYS306* , PFOTYS3015* , PFOTYS3030* , PFOTYS356* , PFOTYS3515* , PFOTYS3530* , PFOTYS406* , PFOTYS4015* , PFOTYS4030* , Millimeter * up Material Wt [g]

101 Vacuum ups P P Ring Vacuum ups Features Ring esign Stable ompensation for Transfer Minimum ontact 28 mm to 50 mm iameters pplications These ring suction cups are popular in / V manufacturing and semi-conductor wafer handling applications. The small edge design minimizes contact with the product. The short stroke minimizes response time and provides stability during transfer in high speed production. P Series Vacuum ups Ring suction cups with quality, friendly materials. Inherent symetrical design provides stability during high speed transfer. PM Series Male Thread onnector Simple male connection for low profile applications. Material: luminium. PF Series Female Thread onnector Simple female connection for low profile applications. Material: luminium

102 Vacuum ups P Model Number Index P NR up I.. [mm] , SI up Material Silicone More materials on request. Please see page 8 for material specifications. imensions Model Number Ø P20* ,5 2 P23* P29,5* 29,5 43,5 5 3 P34* P38* P46* Millimeter * up Material

103 Vacuum up ssemblies PM & PF PM & PF Vacuum up ssemblies Model Number Index P M NR Thread onnection M Male F Female up I.. [mm] , up Material NR Nitrile Rubber SI Silicone More materials on request. Please see page 8 for material specifications. Male Holder for P ups P up iameter [mm] Holder Part Number Mounting Thread 20 M-20 M8x1,25 23 M-23 M8x1,25 29,5 M-29.5 M8x1,25 34 M-34 M8x1,25 38 M-38 M8x1,25 46 M-46 M8x1,25 Female Holder for P ups P up iameter [mm] Holder Part Number Vacuum Port Mounting Thread 20 F-20 M5 Female M30x1,0 23 F-23 M5 Female M30x1,0 29,5 F-29,5 M5 Female M30x1,0 34 F-34 M5 Female M30x1,0 38 F-38 M5 Female M30x1,

104 Vacuum up ssemblies PM & PF M8 F PM imensions Model Number Ø F PM-20-* PM-23-* 45 21, ,5 10 PM-29,5-* 50 21,5 29,5 36,5 2,5 10 PM-34-* 58 21, ,9 10 PM-38-* 60 21, ,5 10 PM-46-* Millimeter * up Material M30x1,0 G J H F PF imensions Model Number Ø F G H J PF-20-* 40 24, ,5 11,5 10 PF-23-* , , PF-29,5-* 46, ,5 36,5 2,5 6,5 14, PF-34-* ,5 14, PF-38-* 56 25, ,5 28,5 14, Millimeter * up Material

105 Vacuum ups PG Sponge Vacuum ups Features S Sponge Material onforms to Product lectronic ssembly and Packaging PG 4 mm to 15 mm iameters pplications These sponge cups are for small lightweight products where flat surfaces are unavailable for conventional flat cups. The 20 durometer sponge material easily conforms to the product surface creating an adequate vacuum level for transfer; like G or SP chips. The cups are available in silicon static dissipative materials. PG Series Vacuum ups Sponge cup for lightweight product having irregular or uneven surfaces where vacuum leakage is a concern. The sponge material conforms to the surface minimizing vacuum leakage. Solder ircuit oard Specifications PTM Series Male Thread onnector Simple male connection for low profile positions secured to a plate or bracket. Fitting Material: luminium. Suction up Material Operating Temperature [ ] R SI -30 to to +250 olor lack lack Hardness, Shore [ Sh] 20 ±5 20 ±5 lectrical Resistance [Ωcm] 10 4 to to 10 5 Wear Resistance Tear Strength ging Resistance Ozone Resistance cid Resistance lkali Resistance hemical Resistance Mechanical Resistance = excellent; = very good; = good; = medium; = poor; = not recommended

106 Vacuum ups & ssemblies PG, PTM Model Number Index (up Only) PG R Model Number Index PTM R - M5 up iameter [mm] , , up Material R hloroprene S SI Silicone S More materials on request. Please see page 8 for material specifications. up iameter [mm] , , up Material R hloroprene S SI Silicone S More materials on request. Please see page 8 for material specifications. Fitting Thread M5 M5 See hart elow Male Fitting for PG ups PG up iameter [mm] TM Part Number Tube I Mounting Thread 4 TM-4-M5 2,5 M5x0,8 Male 6,5 TM-6,5-M5 2,5 M5x0,8 Male 8 TM-8-M5 2,5 M5x0,8 Male 9,5 TM-9,5-M5 2,5 M5x0,8 Male 12 TM-12-M5 2,5 M5x0,8 Male 15 TM-15-M5 2,5 M5x0,8 Male Millimeter imensions imensions SW F 2 5 0,25 1 Model Number Ø Ø PG-4-* 4 1,5 4,5 PG-6,5-* 6,5 3,2 4,5 PG-8-* 8 3,2 4,5 PG-9,5-* 9,5 4 4,5 PG-12-* ,5 PG-15-* ,5 Millimeter * up Material Model Number Ø F SW PTM-4-*- 4 M5 4 PTM-6,5-*- 6,5 M5 6,5 PTM-6,5-*- 6, PTM-8-*- 8 M5 8 PTM-8-* PTM-9,5-*- 9,5 M5 9,5 PTM-9,5-*- 9, PTM-12-*- 12 M5 12 PTM-15-*- 15 M5 15 Millimeter * up Material Thread Size

107 Vacuum ups PG PG Foil, Paper, Film Vacuum ups Features Ultra Thin Lip esign up onforms to Product 10 mm to 50 mm iameter pplications The PKG ups are ideal for paper feeding, plastic bags and foil. The choice between the 20 & 20, 30 & 30 is application dependent. The 20 & 30 cups have a thinner lip design than the 20 & 30 cups. This thinner lip design is more suited to products with micron thickness. PG Series Vacuum ups These cups have an ultra thin edge that creates the vacuum seal by conforming to the shape of the product. The complete foot pattern to the center of the cup prevents the vacuum from deforming or puckering thin, flexible products. PTM Series Male Thread onnector Simple male connection for low profile positions secured to a plate or bracket. Fitting Material: luminium. PYK Series 90 arbed dapter Side stem connectors allow you to secure the stem with a bolt through a plate or L bracket to allow the tube connection from the side port. Nickel plated brass materials. PTK Series arbed ulkhead Top stem connectors secured with jam nuts and allow tubing connections at the top side. Nickel plated brass materials

108 Vacuum ups PG Model Number Index PG NR up iameter [mm] up Material NR Nitrile Rubber SI Silicone More materials on request. Please see page 8 for material specifications. pplication Guide Thin - Smooth Surfaces When Opening Plastic or Paper ags, Offset ups Products With Smooth Surfaces Products With Micron Thickness

109 Vacuum ups PG Main ata for PG ups Volume up eflection V S up Model up iameter rea eflection [S] Number [mm] [cm 2 ] [mm] PG-10-* 10 0,79 0,6 PG-15-* 15 1,77 0,9 PG-20-* 20 3,14 1,2 PG-25-* 25 4,91 1,5 PG-30-* 30 7,07 1,8 PG-40-* 40 12,60 2,4 PG-50-* 40 19,60 3,0 Millimeter * up Material

110 Vacuum ups PG imensions PG-10 and PG-20 H J G F PG-25 thru PG-50 M6x1,0 H G F Model Number Ø Ø Ø Ø F G H J PG-10-* ,5 7,5 0, PG-15-* ,5 7,5 0, PG-20-* , PG-25-* , PG-30-* , PG-40-* , PG-50-* Millimeter * up Material

111 Vacuum up ssemblies PTM PTM Vacuum up ssemblies Model Number Index PTM NR - M5 up iameter [mm] up Material NR Nitrile Rubber SI Silicone More materials on request. Please see page 8 for material specifications. Mounting Thread M5 M5 See hart elow Installation Note: When installing cup assemblies, use a sealant material to secure the assembly and prevent vacuum leakage. Mounting Thread Male Fitting for PG ups PG up iameter [mm] FTM Part Number Mounting Thread FTM-5-M5 M5X0,8 Male 20 Millimeter

112 Vacuum up ssemblies PTM imensions PTM-10 thru PTM-20 M5: M5x0,8 SW8 Model Number Ø F G H PTM-10-* ,5 3,5 0,6 PTM-15-* ,5 3,5 0,9 PTM-20-* ,5 4,5 3,5 1,2 Millimeter * up Material Thread Size

113 Vacuum up ssemblies PTK PTK Vacuum up ssemblies Model Number Index PTK NR up iameter [mm] up Material NR Nitrile Rubber SI Silicone More materials on request. Please see page 8 for material specifications. Installation Note: When installing cup assemblies, use a sealant material to secure the assembly and prevent vacuum leakage. Mounting Thread arbed ulkhead for PG ups PG up iameter [mm] FTK Part Number Mounting Thread FTK-5 M9x1,0 Male FTK-20 M10x1,5 Male Millimeter

114 Vacuum up ssemblies PTK imensions PTK-10 thru PTK-20 PTK-25 thru PTK-50 Ø 5 Ø 3 Ø 5 Ø 3 M10x1,5 M9x1,0 SW12 SW10 G F SW14 SW14 G F Model Number Ø F G PTK-10-* ,5 0,6 15,5 3 PTK-15-* ,5 0,9 15,5 3 PTK-20-* 20 48, ,5 1,2 15,5 3 PTK-25-* 25 66, ,2 1, PTK-30-* 30 66, ,2 1, PTK-40-* 40 66, ,2 2, PTK-50-* 50 66, , Millimeter * up Material

115 Vacuum up ssemblies PYK PYK Vacuum up ssemblies Model Number Index PYK NR up iameter [mm] up Material NR Nitrile Rubber SI Silicone More materials on request. Please see page 8 for material specifications. Installation Mounting Thread Note: When installing cup assemblies, use a sealant material to secure the assembly and prevent vacuum leakage. 90 arbed dapter for PG ups PG up iameter [mm] FYK Part Number Mounting Thread FYK-5 M4x0,7 Female FYK-20 M6x1,0 Female Millimeter

116 Vacuum up ssemblies PYK imensions PYK-10 thru PYK-20 PYK-25 thru PYK-50 G M6x1,0 Ø 3 G M4x0,7 F Ø 3 F Ø 5 Ø 5 Model Number Ø F G PYK-10-* ,5 0, PYK-15-* ,5 0, PYK-20-* 20 32, ,5 1, PYK-25-* , PYK-30-* , PYK-40-* , PYK-50-* Millimeter * up Material

117 Notes

118 Vacuum Generators Section onvum 117

119 Vacuum Generators Index Technical Information How to select a Vacuum Generator M Venturi Generator for inline use or in combination with TYS level compensators. V Venturi Generator, precision manufactured for long life xternal valving is required for operation. V-K Venturi Generator with adjustable open contact switch for vacuum confirmation. V-VR Venturi Generator with blow-off reservoir low-off release occurs automatically when the air supply valve interrupts the air supply. M2 Sub compact venturi generator with valving to control vacuum and blow-off release. Includes filter, silencer, and sensor porting. VK Venturi Generator for large flow rates with valving to minimize response time of the vacuum and blow-off release. ir-economizing features available. Includes filter, silencer, and sensor porting. VX-0260 Normally losed vacuum venturi with a vacuum controlled Stop function. Large flow rates with valving to minimize response time of the vacuum and blow-off release. ir-economizing features available. Includes filter, silencer, and sensor porting. K Normally losed vacuum venturi with a valve controlled Stop function. Large flow rates with valving to minimize response time of the vacuum and blow-off release. ir-economizing features available. Includes filter, silencer, and sensor porting

120 Vacuum Generators Index P5V-G asic Generator P5V-GWV asic Generator with holding valve and release valve

121 Technical Information Principle of Venturi Vacuum vacuum generator is a single stage venturi that creates high vacuum with fast response using compressed air. The ability to control this performance renders this technology as an excellent solution for factory automation. In principle, compressed air is throttled as the air exits the nozzle and is discharged into the diffuser. This increased velocity of air lowers the pressure in the diffusion chamber. The volume of air within the closed vacuum system flows into the low pressure area of the diffusion chamber and is exhausted thru the diffuser. This effect increases the vacuum level and evacuates most of the air within the closed vacuum system at supersonic speeds. 2. esign a system with all of the supporting components integrated into the venturi generator. Normally losed Vacuum Pilot Valve Venturi Nozzle iffusion hamber iffuser heck Valve Filter Inlet Pressure xhaust Normally losed low-off Pilot Valve low-off Flow djustment Sensor up Vacuum Flow dditional dvantages to Venturi Generators No Moving omponents Low Maintenance Long Life Responsive Physically Small ost ffective There are several advantages to an integrated venturi system. The response time of the vacuum and blow-off functions are greatly reduced compared to basic venturi generators, the installation time is also reduced which makes this a cost effective system and the compact size allows the integrated unit to be close to the suction cup. Venturi Generator with Safety ircuits When designing a vacuum system that requires a Normally Open circuit or -Stop circuits to avoid any hazard during a power failure, consider the circuits below and on the following page. pplying the Venturi Generator There are two basic approaches when designing a vacuum system with venturi generators. 1. esign a system with basic venturi generators and individual components to support the vacuum circuit. Normally losed Vacuum Pilot Valve Normally Open Master Valve Normally losed ir Supply Normally losed Master Valve Venturi Venturi heck Valve Filter up Filter Sensor Normally losed low-off Pilot Valve low-off Flow djustment up Sensor

122 Technical Information Valve ontrolled -Stop ircuit -Stop Valve ir conomizing Valve The Venturi with a losed System First, let us understand how a venturi performs with a closed system. closed vacuum system has a volume of air within all the components between the vacuum port of the venturi and the suction cup. The venturi s ability to evacuate this volume of air when the suction cup forms a seal on the surface, creates the pressure differential required to force the suction cup onto the product. N.. Master Valve Venturi low-off Pilot Valve heck Valve Filter The evacuated air creates a lower air pressure within the closed vacuum system, causing the atmospheric pressure to apply a uniform force on the surface of the cup. This holding force is proportional to the difference in pressures and area of the suction cup. N.. Master Valve Flow ontrol PFG up Sensor Selecting the ppropriate Supply Valve If a basic venturi generator is selected, correct sizing of the air supply valve and supply line are critical to the performance of the unit. Vacuum ontrolled -Stop ircuit Vacuum Pilot Valve N.. Master Valve Venturi Nozzle Minimum Tube I.. iameter [mm] Flow [v] 0,5 mm 4 0,16 1,0 mm 4 0,16 1,5 mm 6 0,379 2,0 mm 8 0,65 2,5 mm 8 0,95 3,0 mm 10 1,35 If pressure drops occur due to other pneumatic components or a manifold venturi system, it may be necessary to increase the valve and / or supply line tubing I.. low-off Pilot Valve N.. Master Valve Flow ontrol Sensor heck Valve Filter Selecting the Nozzle iameter with Reference to Suction up iameter s a general guide, for most non-porous vacuum applications, the nozzle diameter can be selected based on the suction cup diameter previously determined in Section. Nozzle Maximum Suction up iameter iameter [mm] 0,5 mm 20 1,0 mm 50 1,5 mm 60 2,0 mm 120 2,5 mm 150 3,0 mm 200 PFG up -stop System esigning a system with a single suction cup dedicated to a single vacuum generator is ideal, however, it may not always be practical. It is recommended that the sum of the areas of multiple cups dedicated to a single venturi do not exceed the area of the diameter of the single suction cups shown above

123 Technical Information alculating the Response Time of Vacuum Generators With minimal leakage in a closed system, most vacuum sources can achieve adequate vacuum levels to sufficiently transfer product. The response time is the time required to evacuate the air out of a closed vacuum system. This is important to the operation of the system, which will vary by the generator nozzle diameter and the total volume of air to be evacuated from the system. The response time (RT) calculation below is derived from actual test data relative to the rated vacuum flow rates of the onvum generators. Therefore, calculations must be in metric units of measure. harts with metric conversions are provided on page 7. RT = ( V / ) 1/a RT(sec) = time for attaining vacuum (vacuum response time) = constant relative to vacuum degree a = index relative to different types of the ONVUM V = Volume of air to be displaced in liters V = 0,780 x I 2 (mm) x L(m) / P V (n) P V = Pad volume in liters n = Number of pads Nozzle Vac, Flow Ø [l / min] 55% Vacuum 90% Vacuum 05HS 6 0,03 1,02 05LS 9 0,11 1,06 07HS 11 0,06 1,02 07LS 19 0,31 1,02 09HS 15 0,07 1,09 09LS 21 0,37 1,09 10HS 27 0,12 1,09 10LS 36 0,25 1,09 15HS 63 0,25 1,00 15LS 95 0,74 1,09 20HS 110 0,62 1,09 20LS 165 1,00 1,09 25HS 160 0,69 1,00 25LS 250 3,27 1,00 30HS 225 0,97 1,00 30LS 350 4,88 1,00 XMPL: alculate the response time of a onvum generator with a specific nozzle diameter and specific volume of air (V ) to be displaced from the vacuum system. 25HS Nozzle iameter = 2,5 mm, Vacuum Flow 160 l/min, 90% Vacuum Tube I = 10 mm, Tube Length = 3 m, Pad = PG-150 mm = 0,26 L value of 25HS = 0,69 (onstant derived from tests) a value of 25HS = 1 (onstant derived from tests) P V = 0,26 l n = 1 V = 0,780 x (10 mm) 2 x (3 meters / 1000) + 0,26 (1) = 0,494 l RT = (0,494/0,69) (1/1) = 0,71 sec. a Therefore, it would require 0,71 seconds to evacuate 0,26 liters of air to a vacuum level of 0,92 bar

124 Technical Information

125 Vacuum Generators M M Features Very ompact and Lightweight One-Touch Fittings for Threaded onnection Mount irectly to Level ompensators Short Response Time When Locating Near ups Vacuum Flow Rates from 6 to 36 l/min haracteristics The M is the size of a normal push-lock tube fitting. It can be located in very restrictive areas close to the pick-and-place application to reduce the response time. The durable resin body makes the unit lightweight and friendly to end-of-arm tooling. The connections are easily interchangeable to accommodate tube fittings or female threads. Normally losed ir Supply Normally Open ir Supply Normally losed ir Supply with low-off & Optional Sensor M M M Filter Filter PFG up PFG up Filter PFG up Optional MPS

126 Vacuum Generators M Model Number Index M 05 H S T6 T6 T6 Nozzle iameter 05 0,5 mm 07 0,7 mm 10 1,0 mm 13 1,3 mm Vacuum egree H High Vacuum 0,92 bar L Low Vacuum 0,58 bar Supply Pressure S 5 bar Pressure Port T6 6 mm Tube T6 Vacuum Port 6 mm Tube xhaust Port G1 1/8 SPP (05, 07) G2 1/4 SPP (10, 13) T6 6 mm Tube (05, 07) T8 8 mm Tube (10, 13) Specifications Media Non-Lubricated ir, Non-orrosive Gases Operating Pressure 1 to 8 bar Operating Temperature 0 to 50 Material Polycarbonate, luminium Fittings Performance Item Nozzle iameter Vacuum egree Vacuum Flow ir onsumption Weight [mm] at 5 bar [%] [l/min] [l/min] [g] M05HS* 88 5,5 0,5 M05LS* M07HS* ,7 M07LS* M10HS* ,0 M10LS* M13HS* 1, vacuation Time Series / ir Supply ir vacuation Time in sec / liter Nozzle iameter Pressure onsumption to reach different Vacuum Levels [%] [bar] [l/min] M-05HS ,74 1,71 2,90 4,44 6,44 8,84 12,50 17,50 M-05LS ,43 0,95 1,61 2,55 4,12 6,81 M-07HS ,34 0,75 1,25 1,98 3,10 4,62 6,45 9,29 M-07LS ,20 0,44 0,76 1,25 2,63 M-10HS ,18 0,39 0,65 1,00 1,45 2,06 2,94 4,36 M-10LS ,11 0,22 0,38 0,67 1,21 2,87 M-13HS ,13 0,26 0,44 0,69 1,01 1,41 2,07 3,

127 Vacuum Generators M Replacement omponents Item Model Number Generator Silencer MSS-01 M05HS/LS M07HS/LS Silencer MSM-01 M10HS/LS M13HS racket M- M05, 07, 10, 13 3,25 8 Ø 3,5, 2 Off 14,5 10,5 lip M- P Silencer M V Installation Install clip and secure M unit. Silencers are not included with the M generator series. Silencers or exhaust mufflers must be ordered separately and properly installed to manage the exhaust created by the venturi. If a tube connector is selected for the exhaust port option, plumb the exhaust to an appropriate collector. autions o not operate M generators outside the temperature range and pressures listed in the specifications section of this catalog. ll normally closed valve supply circuits will interrupt the air supply to the venturi during a power failure or -Stop condition. s a result, the product being transferred may be dropped, possibly creating a hazard to the surrounding environment. To avoid hazardous situations during a power loss or -Stop condition, consider a normally open valve supply circuit or an -Stop system. It is always recommended to dedicate one suction cup to a single M generator for the best response and maximize the vacuum level per individual cup. If more than one cup is used per generator, the vacuum level of the pick-and-place system may drop to an unsafe level if one of the pads separates from the product

128 Vacuum Generators M imensions P P 21,5 21,5 20,7 V 20,7 V M****T6T6G1/G2 M****T6T6T6/T8 Item P (Pressure Port) V (Vacuum Port) (xhaust Port) M05HS/LST6T6T6 55,2 28 One-touch Ø 6mm One-touch Ø 6mm One-touch Ø 6mm M05HS/LST6T6G1 55,2 28 One-touch Ø 6mm One-touch Ø 6mm 1/8" SPP Female M07HS/LST6T6T6 55,2 28 One-touch Ø 6mm One-touch Ø 6mm One-touch Ø 6mm M07HS/LST6T6G1 55,2 28 One-touch Ø 6mm One-touch Ø 6mm 1/8" SPP Female M10HS/LST6T6T ,5 One-touch Ø 6mm One-touch Ø 6mm One-touch Ø 8mm M10HS/LST6T6G ,5 One-touch Ø 6mm One-touch Ø 6mm 1/4" SPP Female M13HST6T6T ,5 One-touch Ø 6mm One-touch Ø 6mm One-touch Ø 8mm M13HST6T6G ,5 One-touch Ø 6mm One-touch Ø 6mm 1/4" SPP Female Millimeter

129 Vacuum Generators V Features urable and Long Life nodized luminium ody Vacuum Levels - 0,58 or - 0,92 bar Vacuum Flow Rates from 6 to 350 l/min 303 SS and PTF Materials vailable V haracteristics The V is ONVUM s original and most popular venturi. The basic V unit is applicable to almost any application. The luminium / brass nozzle construction is durable and virtually maintenance free over the long life of the unit. Normally losed ir Supply Normally Open ir Supply Normally losed ir Supply with low-off & Optional Sensor V V V Filter Filter PFG up PFG up Filter PFG up Optional MPS

130 Vacuum Generators V Model Number Index V 05 H S G Nozzle iameter 05 0,5 mm 10 1,0 mm 15 1,5 mm 20 2,0 mm 25 2,5 mm 30 3,0 mm Vacuum egree H High Vacuum 90% L Low Vacuum 57% Supply Pressure S 5 bar ody Material lank luminium S3 303SS T PTF Nozzle Material lank Nickle Plated rass S3 303SS T PTF Specifications Media Operating Pressure Non-Lubricated ir, Non-orrosive Gases 1 to 8 bar Operating Temperature 0 to 50 Material ody: luminium, 303 Stainless, or PFT Nozzle: Nickel plated brass, 303 Stainless, PFT Performance Item Nozzle iameter Vacuum egree Vacuum Flow ir onsumption Weight [mm] at 5 bar [%] [l/min] [l/min] [g] V05HSG ,5 V05LSG V10HSG ,0 V10LSG V15HSG ,5 V15LSG V20HSG ,0 V20LSG V25HSG ,5 V25LSG V30HSG ,0 V30LSG vacuation Time Series / ir Supply ir vacuation Time in sec / liter Nozzle iameter Pressure onsumption to reach different Vacuum Levels [%] [bar] [l/min] V-05HS ,86 2,03 3,59 5,68 8,18 10,80 15,33 21,16 V-05LS ,39 0,83 1,41 2,28 3,90 V-10HS ,17 0,35 0,58 0,88 1,27 1,82 2,74 4,16 8,00 V-10LS ,13 0,27 0,46 0,72 1,17 V-15HS ,09 0,17 0,26 0,39 0,55 0,78 1,13 1,65 3,97 V-15LS ,07 0,11 0,18 0,27 0,43 V-20HS ,06 0,10 0,16 0,23 0,32 0,46 0,67 0,97 2,15 V-20LS ,05 0,09 0,13 0,21 0,40 V-25HS ,05 0,08 0,12 0,16 0,23 0,32 0,46 0,67 1,25 V-25LS ,04 0,07 0,09 0,13 0,20 V-30HS ,04 0,07 0,10 0,13 0,17 0,24 0,34 0,59 1,03 V-30LS ,04 0,06 0,09 0,12 0,

131 Vacuum Generators V Replacement omponents Item Model Number Generator Silencer MSS-01 V05HS/LSG V10HS/LSG Silencer MSM-01 V15HS/LSG Silencer MSL-02 V20HS/LSG Silencer MS6-01 V25HS/LSG V30HS/LSG P Silencer Thru Hole V Installation Secure V unit. Silencers are included with the V generator series. If a tube connector is selected by the user for the exhaust port as opposed to the silencer, plumb the exhaust to an appropriate collector. autions o not operate V generators outside the temperature range and pressures listed in the specifications section of this catalog. ll normally closed valve supply circuits will interrupt the air supply to the venturi during a power failure or -Stop condition. s a result, the product being transferred may be dropped, possibly creating a hazard to the surrounding environment. To avoid hazardous situations during a power loss or -Stop condition, consider a normally open valve supply circuit or an -Stop system. It is always recommended to dedicate one suction cup to a single V generator for the best response and maximize the vacuum level per individual cup. If more than one cup is used per generator, the vacuum level of the pick-and-place system may drop to an unsafe level if one of the pads separates from the product

132 Vacuum Generators V imensions G2 M V P L K Ø J 2x G F G1 H G3 Note: Stainless Steel and PTF V units do not include silencer. Item F G H J K L M G1 G2 G3 V05HS/LSG ,5 4, ,5 1/8 SPP 1/8 SPP 1/8 SPP V10HS/LSG ,5 4, ,5 1/8 SPP 1/8 SPP 1/8 SPP V15HS/LSG , , SPP 1/4 SPP 1/4 SPP V20HS/LSG ,5 30 1/4 SPP 3/8 SPP 1/2 SPP V25HS/LSG , /8 SPP 1/2 SPP 3/4 SPP V30HS/LSG , /2 SPP 3/4 SPP 3/4 SPP Millimeter

133 Vacuum Generators V-K Features V-K djustable Switch etween - 0,20 and - 0,53 bar Standard nodized luminium ody Vacuum Levels - 0,58 or - 0,92 bar Vacuum Flow Rates from 6 to 165 l/min haracteristics The V-K Series venturi is supplied with an adjustable open contact switch for vacuum confirmation. The switch point ranges between 0,20 and 0,53 bar with a hysteresis of 0,03 to 0,13 bar. The mechanical switch option is a cost effective method to confirm part presence. Normally losed ir Supply Normally Open ir Supply Normally losed ir Supply with low-off & Sensor V-K V-K V-K Filter Filter PFG up PFG up Filter PFG up

134 Vacuum Generators V-K Model Number Index V 05 H S K G Includes exhaust port silencer. Nozzle iameter 05 0,5 mm 10 1,0 mm 15 1,5 mm 20 2,0 mm Vacuum egree H High Vacuum 90% L Low Vacuum 57% Supply Pressure S 5 bar djustable Mechanical Vacuum Switch Specifications Media Non-Lubricated ompressed ir, Non-orrosive Gases Operating Pressure 1 to 8 bar Operating Temperature 0 to 60 Material ody: luminium Nozzle: Nickel Plated rass Setting Range 0,20 to 0,53 bar ccuracy ± 0,05 bar Hysteresis 0,04 to 0,13 bar ir ircuit Normally Open Switch Output 125V: 5, 250V: 3, 250V: 0.2 Performance Item Nozzle iameter Vacuum egree Vacuum Flow ir onsumption Weight [mm] at 5 bar [%] [l/min] [l/min] [g] V05HSKG ,5 V05LSKG 57 9, V10HSKG ,0 V10LSKG V15HSKG ,5 V15LSKG V20HSKG ,0 V20LSKG vacuation Time Series / ir Supply ir vacuation Time in sec / liter Nozzle iameter Pressure onsumption to reach different Vacuum Levels [%] [bar] [l/min] V-05HS ,86 2,03 3,59 5,68 8,18 10,80 15,33 21,16 V-05LS ,39 0,83 1,41 2,28 3,90 V-10HS ,17 0,35 0,58 0,88 1,27 1,82 2,74 4,16 8,00 V-10LS ,13 0,27 0,46 0,72 1,17 V-15HS ,09 0,17 0,26 0,39 0,55 0,78 1,13 1,65 3,97 V-15LS ,07 0,11 0,18 0,27 0,43 V-20HS ,06 0,10 0,16 0,23 0,32 0,46 0,67 0,97 2,15 V-20LS ,05 0,09 0,13 0,21 0,

135 Vacuum Generators V-K Replacement omponents Item Model Number Generator Silencer MSS-01 V05HS/LSKG V10HS/LSKG Silencer MSM-01 V15HS/LSKG Silencer MSL-02 V20HS/LSKG Mechanical Switch V-K-SWITH V05 thru 20 P Silencer 2 mm Thru Hole V Installation Install clip and secure V-K unit. Silencers are included with the V-K generator series. If a tube connector is selected for the exhaust port option, plumb the exhaust to an appropriate collector. autions o not operate V-K generators outside the temperature range and pressures listed in the specifications section of this catalog. ll normally closed valve supply circuits will interrupt the air supply to the venturi during a power failure or -Stop condition. s a result, the product being transferred may be dropped, possibly creating a hazard to the surrounding environment. To avoid hazardous situations during a power loss or -Stop condition, consider a normally open valve supply circuit or an -Stop system. It is always recommended to dedicate one suction cup to a single V-K generator for the best response and maximize the vacuum level per individual cup. If more than one cup is used per generator, the vacuum level of the pick-and-place system may drop to an unsafe level if one of the pads separates from the product

136 Vacuum Generators V-K imensions G2 M V P 44 L K Ø J 2x G F 14 SW1 G1 H 23 Item F G H J K L M G1 G2 SW1 V05HS/LSKG ,5 4, ,5 SPP 1/8 SPP 1/8 14 V10HS/LSKG ,5 4, ,5 SPP 1/8 SPP 1/8 14 V15HS/LSKG , ,5 20 SPP 1/4 SPP 1/4 17 V20HS/LSKG ,5 30 SPP 1/4 SPP 3/8 24 Millimeter

137 Vacuum Generators V-VR Features uto low-off fter Vacuum ycle Rugged luminium ie ast onstruction Porting for Vacuum Sensor Porting for dditional low-off Flow Rate ll Mechanical and Pneumatic Vacuum Flow Rate 60 l/min V-VR haracteristics The V-VR series venturi is perfect for applications that may require automatic blow-off capabilities for a totally pneumatic circuit; such as end of arm tooling or packaging applications. The V-VR has a built-in reservoir that accumulates the blow-off release during the vacuum cycle. The blow-off release is immediate and automatic when the vacuum operation is discontinued. nergize the Normally losed valve to initiate vacuum. When e-energized, accumulated blow-off pressure automatically releases the product. nergize the Normally Open valve to eactivate vacuum. When nergized, accumulated blow-off pressure automatically releases the product. Normally losed ir Supply low-off Resevoir Normally Open ir Supply low-off Resevoir V-VR V-VR PFG up PFG up

138 Vacuum Generators V-VR Model Number Index V 15 H S VR G Nozzle iameter 15 1,5 mm Vacuum egree H High Vacuum 90% Supply Pressure S 5 bar utomatic Vacuum Release Type Pressure & Vacuum Port G 1/4 SPP Specifications Media Non-Lubricated ompressed ir, Non-orrosive Gases Operating Pressure 1 to 8 bar Operating Temperature 0 to 50 Material ody: ie-ast luminium Packing: NR Performance Item Nozzle iameter low-off Time (s) Vacuum egree Vacuum Flow ir onsumption Weight [mm] 30cc Max. at 5 bar [l/min] [l/min] [g] V15HSVRG 1,5 0,20 0, vacuation Time Series / ir Supply ir vacuation Time in sec / liter Nozzle iameter Pressure onsumption to reach different Vacuum Levels [%] [bar] [l/min] V-15HS ,09 0,17 0,26 0,39 0,55 0,78 1,13 1,65 3,

139 Vacuum Generators V-VR ccessories Item Model Number Generator Silencer MSM-01 V15HSVRG (2) M6 X 1 Female low-off Reservoir Silencer P (2) 5,5 mm Through Hole V Installation Secure the V-VR unit. Silencers are not included with the V-VR generator series. Silencers or exhaust mufflers must be ordered separately and properly installed to manage the exhaust created by the venturi. If a tube connector is selected for the exhaust port option, plumb the exhaust to an appropriate collector. autions o not operate V-VR generators outside the temperature range and pressures listed in the specifications section of this catalog. ll normally closed valve supply circuits will interrupt the air supply to the venturi during a power failure or -Stop condition. s a result, the product being transferred may be dropped, possibly creating a hazard to the surrounding environment. To avoid hazardous situations during a power loss or -Stop condition, consider a normally open valve supply circuit or an -Stop system. It is always recommended to dedicate one suction cup to a single V-R generator for the best response and maximize the vacuum level per individual cup. If more than one cup is used per generator, the vacuum level of the pick-and-place system may drop to an unsafe level if one of the pads separates from the product

140 Vacuum Generators V-VR imensions M L N 2 - M6 P P 1/4 SPP P 1/8 SPP 1/4 SPP F G V F 1/4 SPP J H 2 - M6 K 1/4 SPP V P Item F G H J K L M N P V15HSVRG ,5 Millimeter

141 Vacuum Generators M2 M2 Features Vacuum Generating Pilot Valve Vacuum low-off Pilot Valve Vacuum Sensor - Filter - Silencer vailable Regulating low-off djustment Manifold System Short ycle Times for High Speed Pick and Place Vacuum Flow Rates from 6 to 20 l/min haracteristics The M2 is a complete package for factory automation. The M2 has integrated vacuum generating and blowoff release pilot valves to minimize the response time to achieve vacuum. The small foot print and lightweight body allows the unit to be located close to the suction cup for maximum performance. The M2 has additional features; regulating blow-off needle, 37 micron mesh filter, and a sensor platform for vacuum confirmation. The M2 can be assembled into a maximum 8 station manifold. The unit can be ordered normally open or normally closed. Normally losed Vacuum ircuit The Vacuum Pilot is nergized to ctivate Vacuum Normally Open Vacuum ircuit The Vacuum Pilot is nergized to eactivate Vacuum Normally losed Vacuum Pilot Valve Normally losed Vacuum Pilot Valve Normally losed Master Valve Normally Open Master Valve Normally losed Master Valve Venturi Normally losed Master Valve Venturi Filter Filter Normally losed low-off Pilot Valve low-off Flow djustment Optional Sensor Normally losed low-off Pilot Valve low-off Flow djustment Optional Sensor PFG up PFG up

142 Vacuum Generators M2 Model Number Index M2 S 05 H S 62 L 24 5 G Function S Single Unit Nozzle iameter 05 0,5 mm 07 0,7 mm 10 1,0 mm Vacuum egree H High Vacuum 0,92 bar L Low Vacuum 0,58 bar Supply Pressure S 5 bar ody Type L Long Sensor 02 MVS-201-PP (PNP) 22 MPS-V2-P (PNP) 62 MPS-V6-P (PNP) 64 MPS-V6-PG (PNP) Z No Sensor Voltage V Master Valve ir Supply Normally Open Normally losed Pressure Port G 1/8 SPP Valve onnector mm Lead lip w/ Lamp & Surge Specifications Media Non-Lubricated ompressed ir, Non-orrosive Gases Operating Pressure 1 to 6 bar Optimum Operating Pressure 5 bar Humidity 35 to 85% Pressure Port G: 1/8 SPP Female Vacuum Port M5 Female Operating Temperature 5 to 50 Material luminium, Polyamide, NR Vacuum Generating and low-off Release Pilot Type of ontrol Valve Pilot Valve Manual Operation Non-Locking Manual Override lectrical onnection lip Type onnector with L and Surge Protection Power Supply 24 V ±10% Power onsumption 0,6 W (0,7 W for Lamp Surge Killer Type) Pressure Range 1 to 6 bar Pilot Valve ir Supply Normally losed Performance Item Nozzle iameter Vacuum egree Vacuum Flow ir onsumption Weight [mm] at 5 bar [%] [l/min] [l/min] [g] 05HS 0, LS 0, HS 0, , LS 0, , HS 1, vacuation Time Series / ir Supply ir vacuation Time in sec / liter Nozzle iameter Pressure onsumption to reach different Vacuum Levels [%] [bar] [l/min] M2-05HS ,64 1,46 2,48 3,81 5,48 7,56 10,50 15,00 M2-05LS ,35 0,82 1,42 2,32 4,36 M2-07HS 5 22,5 0,39 0,89 1,50 2,35 3,41 4,80 6,63 9,75 M2-07LS 5 22,5 0,26 0,63 1,13 2,00 3,80 M2-10HS ,19 0,43 0,72 1,14 1,84 3,01 4,25 6,

143 Vacuum Generators Sensor Options M2 M2 with MPS-6 Series The V6 sensor has one normally open and one normally closed NPN or PNP output available for vacuum confirmation. The MPS-6 sensor is a cost effective performer with an output response time less than 1 msec. and a nice adjustable 220 degree output range. The V6 sensor is available with an M8, 4-Pin or grommeted (2M) electrical connector. The mating M8, 4-Pin cable is not included with the MPS-6 Sensor and must be ordered separately. See M2 ccessories for cable options. M2 with MPS-2 Series The V2 sensor has 2 independent NPN or PNP outputs available for vacuum confirmation. Typical response times for the outputs with an average circuit is less than 50 msec. The output response time of this sensor is less than 2 msec. The V2 sensor is available with an M8, 4-Pin or grommeted (2M) electrical connector. The mating M8, 4-Pin cable is not included with the MPS-2 Sensor and must be ordered separately. See M2 ccessories for cable options. M2 with MVS-201 Series The 201 sensor has one output NPN or PNP for vacuum confirmation and a control output that interfaces directly with the blow-off release pilot valve. With programmable time control features and a special chip driver, the sensor automatically activates the blow-off release when the vacuum signal from the PL is discontinued. This eliminates a PL output to activate the blow-off release. This new technology reduces PL output requirements by 50% and reduces installation to a simple 4 wire system. The output response of the sensor is less than 2 msec. The 201 sensor is available with an M8, 4-Pin electrical connector. The M2-201 valve cable and the mating M8, 4-Pin cable are not included with the MVS-201 Sensor and must be ordered separately. See M2 ccessories for cable options

144 Vacuum Generators Sensor Options M2 M2 with MPS-6 Series MPS-6 Main ircuit rown lue lack White +24V (onnect to Power Supply) - Ground (onnect to ommon) Output 1, N.O. (onnect to PL Input, Load, or Relay) Output 2, N.. (onnect to PL Input, Load, or Relay) + P L I N O UT asic System Vacuum Pilot Valve low-off Pilot Valve Vacuum System Programming ( V ) ( ) Output djustment Rotate the potentiometer trimmer to increase or decrease pressure switch point output. xcessive force or exceding the limits of the trimmers may cause damage. - Vacuum Part Present Output - + M2 with MPS-2 Series MPS-2 Main ircuit rown lue lack White +24V (onnect to Power Supply) - Ground (onnect to ommon) Output 1, N.O. or N.. (onnect to PL Input, Load, or Relay) Output 2, N.O. or N.. (onnect to PL Input, Load, or Relay) Output djustment Sensor functions and outputs are programmed by touch panel. 2 1 asic System + P L I N O U T Vacuum Pilot Valve low-off Pilot Valve Vacuum System Programming ( V ) - Sensor Output 1 Sensor Output 2 ( ) M2 with MVS-201 Series MVS-201 Main ircuit rown lue lack White +24V (onnect to Power Supply) - Ground (onnect to ommon) Output 1, N.O. or N.. (onnect to PL Input, Load, or Relay) +24V (Input to ctivate Vacuum) asic System with 201 Sensor + Sensor P L I O N U T - Vacuum Part Present Output Vacuum System Programming ( V ) Output djustment Sensor functions and outputs are programmed by touch panel

145 Vacuum Generators Manifolds M2 Manifold Part Number M2 - M 2 G Stations Port Size G 1/8 SPP Station Station Station StationStation Station Station Station

146 Vacuum Generators Manifolds M2 Generator 29,5 M5x0,8 Ø 4 (2x) 18 6, ,5 G: 1/8 SPP 12,5 7,5 8, ,5 For V6 Sensor 88 For V2 & 201 Sensor Manifold 3-Station Manifold Shown G: 1/8 SPP 68,5 13, Ø 4,5 4x 11 8, ,5 x (n-1) 18 3 Station Manifold Shown O-ring Pressure Port lock n Screw Manifold ssembly Remove Pressure Port lock and use existing O-ring and Screw to secure the M2 unit to the Manifold. 56, , , ,5 Millimeter n = Number of Stations

147 Vacuum Generators M2 Replacement omponents Item Part Number escription 1 M2-S Silencer 2, 3, 4 M2-F Filter Kit 3 M2- Filter lement 5 M2-24 N.. Pilot Valve 7 M2- Mounting Kit Filter ap Filter 3 lement + - Valve Mounting Screws (M1.6x12 mm) Sensor 5 Pilot Valves Sensor O-ring (P5) 7 1 Pressure Port lock Silencer Vacuum Port 4 Filter Housing Sensor Mounting Screws (M2.0x16 mm) 7 Mounting Kit autions o not use or expose the M2 with fluids or corrosive gases. Vacuum Venturi s are designed to be used with nonlubricated, non-corrosive, compressed air. o not operate M2 generators outside the temperature range and pressures listed in the specifications section of this catalog. Regulate the compressed air to 4,8 bar and filtrate with a maximum 40 micron filter. Non-lubricated compressed air will maintain the life and vacuum level of the generator. heck the insulation of all lead wires after installation to avoid shorts. Properly secure all lead wires to avoid stress or repeated movement that may fray lead wires. Some electrical components are diode or zener diode protected. When installing solenoids and sensors, check the polarity of the component before applying power. pply the appropriate voltage to the solenoids and sensors. Inappropriate voltage, shorts, or surges may damage the circuitry. ll normally closed vacuum circuits will interrupt the air supply to the venturi during a power failure or -Stop condition. s a result, the product being transferred may be dropped, possibly creating a hazard to the surrounding environment. To avoid hazardous situations during a power loss or -Stop condition, consider a normally open vacuum circuit

148 Vacuum Generators M2 ccessories Sensor ables -M8-4P-2M Ø 9,7 Ø 5 2 m 32 -M8-4P-5M Ø 5 5 m 32 Ø 9,7 -M8-4P-5M-90 Ø 9,7 10,7 19 Ø 5 5 m 22 Valve able (onnects Sensor to Vacuum & low-off Release Pilot Valves) M2-201G

149 Vacuum Generators VK haracteristics The VK Series vacuum generator provides a complete solution for factory automation. The VK is perfect for non-porous applications such as material handling, critical applications involving glass, or general transfer applications. The VK has integrated vacuum pilot and blow-off release pilot valves to minimize response times. The VK has additional features; regulating blow-off needle, 130 micron filter, optional check valve, and a sensor platform for vacuum confirmation. The VK can be assembled into a maximum 5 station manifold. The unit can be ordered normally open or normally closed. Features Vacuum Generating Pilot Valve Vacuum Release Pilot Valve Option Vacuum Sensor - Filter - Silencer vailable Regulating low-off heck Valve Option ir-conomizing ontrols Manifold System Vacuum Flow Rates from 60 to 130 l/min VK Normally losed Vacuum ircuit The Vacuum Pilot is nergized to ctivate Vacuum Normally Open Vacuum ircuit The Vacuum Pilot is nergized to eactivate Vacuum Normally losed Vacuum Pilot Valve Normally losed Vacuum Pilot Valve Normally losed Master Valve Normally Open Master Valve Normally losed Master Valve Venturi Normally losed Master Valve Venturi heck Valve heck Valve Filter Filter Normally losed low-off Pilot Valve low-off Flow djustment PFG up Optional Sensor Normally losed low-off Pilot Valve low-off Flow djustment PFG up Optional Sensor

150 Vacuum Generators VK Model Number Index VK 15 H S G Nozzle iameter 15 1,5 mm 20 2,0 mm 27 2,7 mm Vacuum egree H High Vacuum 0,92 bar L Low Vacuum 0,58 bar Supply Pressure S 5 bar Sensor 02 MVS-201-P (PNP) 22 MPS-V2-P (PNP) 62 MPS-V6-P (PNP) 64 MPS-V6-PG (PNP) Z No Sensor Voltage V Master Valve ir Supply Normally Open Normally losed Port Threads G SPP Valve onnector IN w/l & Surge Protection Specifications Media Non-Lubricated ompressed ir, Non-orrosive Gases Optimum Operating Pressure 5 bar Humidity 35 to 85% Pressure Port G: 1/4 SPP Female Vacuum Port G: 3/8 SPP Female Operating Temperature 5 to 50 Material luminium, rass, NR Manifold Weight 2-Station: 680 g, 3-Station: 880 g, 4-Station: 1080 g, 5-Station: 1280 g Vacuum Pilot and low-off Release Pilot Type of ontrol Valve Pilot Valve Manual Operation Non-Locking Manual Override lectrical onnection IN onnector with L and Surge Protection Power Supply 24 V ± 10% Power onsumption 1,8 W Operating Pressure 5 bar Pilot Valve ir Supply Normally losed Performance Item Nozzle iameter Vacuum egree Vacuum Flow ir onsumption Weight [mm] at 5 bar [%] [l/min] [l/min] [g] 15HS 1, LS 1, HS 2, LS 2, HS 2, vacuation Time Series / ir Supply ir vacuation Time in sec / liter Nozzle iameter Pressure onsumption to reach different Vacuum Levels [%] [bar] [l/min] VK-15HS ,08 0,17 0,28 0,44 0,65 0,93 1,43 2,20 6,70 VK-15LS ,04 0,10 0,19 0,33 0,59 VK-20HS ,04 0,09 0,16 0,27 0,43 0,66 1,06 1,89 4,60 VK-20LS ,03 0,08 0,15 0,27 0,55 VK-27HS ,02 0,07 0,12 0,20 0,30 0,47 0,70 1,

151 Vacuum Generators Sensor Options VK VK with MPS-6 Series The V6 sensor has one normally open and one normally closed NPN or PNP output available for vacuum confirmation. The MPS-6 sensor is a cost effective performer with an output response time less than 1 msec. and a nice adjustable 220 degree output range. The V6 sensor is available with an M8, 4-Pin or grommeted (2M) electrical connector. The mating M8, 4-Pin cable is not included with the MPS-6 Sensor and must be ordered separately. See VK ccessories for cable options. VK with MPS-2 Series The V2 sensor has 2 independent NPN or PNP outputs available for vacuum confirmation. Typical response times for the outputs with an average circuit is less than 50 msec. The output response time of this sensor is less than 2 msec. The V2 sensor is available with an M8, 4-Pin or grommeted (2M) electrical connector. The mating M8, 4-Pin cable is not included with the MPS-2 Sensor and must be ordered separately. See VK ccessories for cable options. VK with MVS-201 Series The 201 sensor has one output NPN or PNP for vacuum confirmation and a control output that interfaces directly with the blow-off release pilot valve. With programmable time control features and a special chip driver, the sensor automatically activates the blow-off release when the vacuum signal from the PL is discontinued. This eliminates a PL output to activate the blow-off release. This new technology reduces PL output requirements by 50% and reduces installation to a simple 4 wire system. The output response of the sensor is less than 2 msec. The 201 sensor is available with an M8, 4-Pin electrical connector. The M2-201 valve cable and the mating M8, 4-Pin cable are not included with the MVS-201 Sensor and must be ordered separately. See VK ccessories for cable options

152 Vacuum Generators Sensor Options VK VK with MPS-6 Series MPS-6 Main ircuit rown lue lack White +24 V (onnect to Power Supply) - Ground (onnect to ommon) Output 1, N.O. (onnect to PL Input, Load, or Relay) Output 2, N.. (onnect to PL Input, Load, or Relay) + P L I N O UT asic System Vacuum Pilot Valve low-off Pilot Valve Vacuum System Programming ( V ) ( ) Output djustment Rotate the potentiometer trimmer to increase or decrease pressure switch point output. xcessive force or exceding the limits of the trimmers may cause damage. - Vacuum Part Present Output - + VK with MPS-2 Series MPS-2 Main ircuit rown lue lack White +24 V (onnect to Power Supply) - Ground (onnect to ommon) Output 1, N.O. or N.. (onnect to PL Input, Load, or Relay) Output 2, N.O. or N.. (onnect to PL Input, Load, or Relay) Output djustment Sensor functions and outputs are programmed by touch panel P L - I N asic System Vacuum Pilot Valve O UT low-off Pilot Valve P L I N O UT Sensor Output 1 Sensor Output 2 ir-conomizing System N.. Output 1 - ir conomizing N.O. Output 2 - Part Present Output + - PNP Out 2 Out 1 PNP Sensor V Solenoid low-off Solenoid Vacuum System Programming ( V ) ( ) VK with MVS-201 Series MVS-201 Main ircuit rown lue lack White +24 V (onnect to Power Supply) - Ground (onnect to ommon) Output 1, N.O. or N.. (onnect to PL Input, Load, or Relay) +24V (Input to ctivate Vacuum) asic System with 201 Sensor + P L I N O UT Sensor Vacuum System Programming ( V ) Output djustment Sensor functions and outputs are programmed by touch panel Vacuum Part Present Output

153 Vacuum Generators Manifolds VK Manifold lock VK - M 2 G Manifold Stations Port Size G 1/8 SPP Station Station Station Station Station

154 2 1 Vacuum Generators Manifolds VK Generator M8 45,6 MO Vacuum Port 3/8 SPP 17,5 Ø 5, ,5 2x Pressure Port 1/4 SPP ,4 Manifold 3-Station Manifold Shown x(n-1) ,5 4x 5,5 4x 45,6 xhaust Port 3/4 SPP P Pressure Port 1/2 SPP ,5 Manifold ssembly Remove Pressure Port lock and Silencer ssembly. Use existing O-rings and Manifold Mounting Screws to secure the VK unit to the Manifold. Remove Silencer ssembly 3 Station Manifold Shown Generator Mounting Screws (M4x35) xhaust Port Pressure Inlet Port n Screws Millimeter n = Number of Stations Remove Pressure Port lock O-ring

155 Vacuum Generators VK Replacement omponents Item Part Number escription 1 VK-S Silencer 2 thru 7 VK-F Filter Kit 5 VK- Filter lement 8, 9, 10 VK-24 Pilot Valve Kit Filter ap Filter O-ring (M8x1.0) Filter 4 Housing 2 Valve Mounting Screws (M3x18) IN onnector Pilot Valve 1 Silencer Filter lement 5 Gasket 10 Sensor Sensor Mounting rkt. Screws (M3x6) Sensor Mounting rkt. Sensor Mounting Screws (M2x6) 6 Filter Gasket Sensor O-Ring (P5) Pressure Port lock Pressure Port O-Ring (M14x1.5) Pressure Port Mounting Screws (M4x35) Vacuum Port 7 Filter ase autions o not use or expose the VK with fluids or corrosive gases. Vacuum Venturi s are designed to be used with nonlubricated, non-corrosive, compressed air. o not operate VK generators outside the temperature range and pressures listed in the specifications section of this catalog. Regulate the compressed air to 4,8 bar and filtrate with a maximum 40 micron filter. Non-lubricated compressed air will maintain the life and vacuum level of the generator. heck the insulation of all lead wires after installation to avoid shorts. Properly secure all lead wires to avoid stress or repeated movement that may fray lead wires. Some electrical components are diode or zener diode protected. When installing solenoids and sensors, check the polarity of the component before applying power. pply the appropriate voltage to the solenoids and sensors. Inappropriate voltage, shorts, or surges may damage the circuitry. ll normally closed vacuum circuits will interrupt the air supply to the venturi during a power failure or -Stop condition. s a result, the product being transferred may be dropped, possibly creating a hazard to the surrounding environment. To avoid hazardous situations during a power loss or -Stop condition, consider a normally open vacuum circuit

156 Vacuum Generators VK ccessories Sensor ables -M8-4P-2M Ø 9,7 Ø 5 2 m 32 -M8-4P-5M Ø 9,7 Ø 5 5 m 32 -M8-4P-5M-90 Ø 9,7 10,7 19 Ø 5 5 m 22 Valve able (onnects Sensor to Vacuum & low-off Release Pilot Valves) VK-201G

157 Vacuum Generators VX Stop Features VX-0260 Optional evicenet ommunication -Stop Operating System (Patented) liminates ll Unnecessary ir onsumption Fast Sensor and Vacuum Flow Response Times Large Vacuum Flow Rates Independent Vacuum hannels haracteristics The VX-0260 is a VK package with the ultimate air circuit for all of your material handling systems. The VX-0260 is ideal for non-porous applications that require fast response of large vacuum and blow-off release flow rates, -Stop Management System, optional air-economizing features, and device net communication. The -Stop Management System can operate a normally closed system during an -Stop or power failure situation. Typically, with a normally closed air circuit, the user controls the vacuum with a command signal. uring an -stop or power failure event, the vacuum command signal is lost, but, the system can detect the presence of a part and continue to operate in the vacuum mode. If the system detects that a part is not present, each vacuum channel, operating independently, will close to eliminate any unnecessary air consumption. dditional air economizing features are controlled by the sensor outputs to make this unit the ultimate weapon against air consumption. There are 4 separate states of air logic: vacuum, blowoff, idle, and OS. The air circuit to the right illustrates a basic normally closed unit with the -Stop operating system. Vacuum is created when a high signal is sent to Vacuum Pilot Valve (1). The output of the vacuum Sensor (2), controls the vacuum level and air economizing function by feedback to the Vacuum Solenoid Valve (1). The heck Valve (3) maintains the vacuum level until the low-off Pilot Valve (4) is activated to release or the hysteresis value of Sensor (2) is reached to restore the original vacuum level. The -Stop operating system (5) is activated by an -Stop or power failure. Vacuum ontrolled -Stop ircuit The Vacuum Pilot is nergized to ctivate Vacuum. The -Stop Management System can maintain the last state of air during -Stop or power failure. 1 N.. Master Valve Vacuum Pilot Valve N.. Master Valve Venturi low-off Pilot Valve 4 heck Valve 3 Flow ontrol PFG up Filter Sensor 2 -stop System

158 Vacuum Generators VX-0260 Model Number Index VX S N G -Stop ircuit ommunication N evicenet Without Port Threads G 3/8 SPP Specifications VX-0260 Specifications Media Non-lubricated ompressed ir, ry ir Pressure Port Vacuum Ports G G Ports Operating Temperature 0 to 55 Humidity Operating Pressure 35 to 85% R.H. 5 bar Vacuum Filtration 130 µm Noise Level ir onsumption Vacuum Flow Sensor Response Time Maximum Vacuum Level over 72 d 295 I/min 125 I/min < 2 msec -0,92 bar 300 Series 22 Gauge Stainless Steel ontrol Valve Specifications 3-Way Pilot Valves Manual Operation lectrical onnector Manual Overrides vailable IN type w/l and iode Protection, IP65 Rating Power Supply 24 V ± 10% Power onsumption Pressure Range 1,8 W 1,5 to 10 bar Pilot Valve ir Supply Normally losed Mass 57 g -Stop Operating System Specifications Two-Way Valve iaphragm ctuated, Pneumatic Output Media Switch Point Pressure Operating Range Pressure Through-put Range ccuracy Port onnection Non-lubricated ir, ry ir 0,3 bar -0,15 to -0,85 bar Vacuum 1,51 to 8 bar ± 0,05 bar M5 Female ir Supply Normally losed Mass 34 g ux. Power lectrical Valve Specifications 3-Way Valve irect cting Media ompressed ir, Non-lubricated Operating Range lectrical onnection 0 to 7,03 bar IN onnector w/l and iode Protection, IP65 Operating Voltage 24 V ± 10% Power onsumption urrent 1,8 W 0,075 ir Supply Normally Open Mass 61 g heck Valve Specifications One Way One Way Spring Return Operating Pressure Mass -0,9 to 16 bar 10 g Performance Nozzle iameter Vacuum egree Vacuum Flow ir onsumption Weight Item [mm] at 5 bar [%] [I/min] [I/min] [g] 27HS 2, vacuation Time Series / ir Supply ir vacuation Time in sec / liter Nozzle iameter Pressure onsumption to reach different Vacuum Levels [%] [bar] [l/min] VX-27HS ,02 0,07 0,12 0,20 0,30 0,47 0,70 1,

159 Vacuum Generators VX-0260 low Off Valve low Off Needle djustment Vacuum Valve Vacuum Filter Housing 109,5 65,0 89,2 44,6 Mounting Holes (4 Places) 50,0 57,0 Silencer evicenet ommunication evicenet Power 31,7 49,4 17,0 Pressure Ports 2-G3/8 228,5 162,0 300,2 Vacuum Ports 2-G3/8 23,0 33,1 Vacuum Sensors 154,8 17,

160 Vacuum Generators VX-0260 Replacement omponents Item Part Number escription 1 VK-S Silencer 2 thru 7 VK-F Filter Kit 5 VK- Filter lement 8, 9, 10 VK-24 Pilot Valve Kit Filter ap Filter O-ring (M8x1.0) Filter 4 Housing 2 Valve Mounting Screws (M3x18) IN onnector Pilot Valve 1 Silencer uxiliary Valve Mounting Screws (M2x25) Filter lement 5 Gasket uxiliary Valve Sensor Sensor Mounting rkt. Screws (M3x5) Sensor Mounting rkt. 6 Filter Gasket Sensor O-Ring (P5) O-Ring (M14x1.5) uxiliary Valve Gasket Generator Mounting Screws (M4x35) Sensor Mounting Screws (M2x6) Vacuum Port Filter ase 7 12 iaphragm Valve iaphragm Valve Mounting Screw (M3x20) autions o not use or expose the VX with fluids or corrosive gases. Vacuum Venturi s are designed to be used with nonlubricated, non-corrosive, compressed air. o not operate VX generators outside the temperature range and pressures listed in the specifications section of this catalog. Regulate the compressed air to 4,8 bar and filtrate with a maximum 40 micron filter. Non-lubricated compressed air will maintain the life and vacuum level of the generator. heck the insulation of all lead wires after installation to avoid shorts. Properly secure all lead wires to avoid stress or repeated movement that may fray lead wires. Some electrical components are diode or zener diode protected. When installing solenoids and sensors, check the polarity of the component before applying power. pply the appropriate voltage to the solenoids and sensors. Inappropriate voltage, shorts, or surges may damage the circuitry

161 Vacuum Generators VX-0260 VX System Logic Idle Vacuum ON ommand from System ontrols Vacuum egins Vacuum Mode ontinues Yes Maximum Setting Reached No ir onservation egins Output 1 Off heck Valve Maintains Vacuum Level ommand Vac Off low On No Yes Yes Is Vacuum Level Maintained? -Stop System To Idle Vacuum Level Restored To Maximum Setting No Sensor etects Hysteresis Level Reached -Stop System Vacuum Maintained VX Stop Operating System (OS) The -Stop Operating System is designed to maintain the last state of operation when an -stop or power failure occurs. The chart below illustrates the state of operation in different modes. Modes Vacuum On Vacuum Off low-off OS Normal onditions ir-economizing between Idle low-off On OS Off 0,61-0,54 bar low-off Idle mergency-stop, Vacuum On low-off On or Idle Power Failure, Idle Loss of evicenet OS On ommunications Vacuum On or Power Idle Vacuum On ir- Restore Power economizing Function Idle Idle OS Off Resumes

162 Vacuum Generators VX-0260 evicenet The evicenet power bus supplies power for the evicenet circuitry and the two sensors. The auxiliary power bus provides power for the vacuum solenoids and blow-off solenoids. The following are power requirements for the evicenet circuitry. uxiliary Power us Voltage Range: 12,5-24 V urrent: 150 m uxiliary Power us OUT H1 V + uxilary Power ommon - OUT H1 LOW + uxilary Power ommon - OUT H2 V + uxilary Power ommon - OUT H2 LOW + uxilary Power ommon - H1 Vacuum SOL H1 low SOL H2 Vacuum SOL H2 low SOL lectrical Isolation Opto- Isolators evicenet us evicenet evicenet us evicenet Power + + evicenet Power - - H1 OUT1 OUT1 H1 OUT2 OUT2 H1 SNSOR H2 OUT1 H2 OUT2 + - OUT1 OUT2 H2 SNSOR evicenet us onnectors 5-Pin Mini-Style ) rain2.) V+ 3.) V- 4.) N-H 5.) N-L 5 Male (Pins) 1 1 Female (Sockets)

163 Vacuum Generators K -Stop Features K Integrated ouble Solenoid for Last State Integrated Vacuum Pilot Integrated low-off Pilot Integrated Filter, Silencer ir conomizing apabilities evicenet apable Manifolds for up to 5 Units haracteristics The K is a VK unit with a Normally losed -Stop valve that maintains the last state of air during an -stop or power loss. In addition to this, an aireconomizing valve has been added to interrupt the air supply by connecting the output signal from the sensor to minimize air consumption. This unit is ideal for non-porous applications that require fast response of large vacuum and blow-off release flow, an -Stop valve, optional air-economizing features, and evicenet communications. Typically, with a Normally losed air ircuit, the user controls vacuum with a command signal. uring an -Stop or power failure event, the vacuum command signal is lost, but, the -Stop valve (1) remains in the current operating position due to the construction of the valve. The air-economizing valve (5), in a Normally Open configuration, passes the air supply from the -Stop valve (1). The Sensor (2) output activates the air-economizing valve (5) closing the air supply to the Normally losed master valve. The heck Valve (3) maintains the achieved vacuum level until the hysteresis value of the Sensor (2) is reached or when the -Stop valve (1) has been returned to the closed position to stop the vacuum operation. Valve ontrolled -Stop ircuit -Stop Valve ir conomizing Valve 1 5 N.. Master Valve low-off Pilot Valve 4 Venturi heck Valve 3 Filter N.. Master Valve Flow ontrol Sensor 2 PFG up

164 Vacuum Generators K Model Number Index K 15 H S L G Nozzle iameter 15 1,5 mm 20 2,0 mm 27 2,7 mm Vacuum egree H High Vacuum 0,92 bar Supply Pressure S 5 bar Sensor 22 MPSV2P (PNP) Z No Sensor Valve V ir Supply Normally losed Vacuum Release and heck Valve ode Release Valve heck Valve With With Port Threads G SPP Valve onnector L lip w/l & Surge Protection Specifications Media Non-Lubricated ompressed ir, Non-orrosive Gases Operating Pressure 5 bar Humidity 35 to 85% Pressure Port G: 1/4 SPP Female Vacuum Port G: 3/8 SPP Female Operating Temperature 5 to 50 Material luminium, rass, NR Manifold Weight 2-Station: 680 g, 3-Station: 880 g, 4-Station: 1080 g, 5-Station: 1280 g ir-conomizing Valve and low-off Release Pilot -Stop Valve Type of ontrol Valve Pilot Valve ouble Solenoid Manual Operation Manual Override Manual Overrides lectrical onnection lip onnector with L and Surge lip onnector with L and Surge Power Supply 24 V ± 10% 24 V ± 10% Power onsumption 0,9 W 0,9 W Operating Pressure 5 bar 5 bar ir Supply Normally losed Normally losed Performance Item Nozzle iameter Vacuum egree Vacuum Flow ir onsumption Weight [mm] at 5 bar [%] [l/min] [l/min] [g] 15HS 1, HS 2, HS 2, vacuation Time Series / ir Supply ir vacuation Time in sec / liter Nozzle iameter Pressure onsumption to reach different Vacuum Levels [%] [bar] [l/min] K-15HS ,08 0,17 0,28 0,44 0,65 0,93 1,43 2,20 6,70 K-20HS ,04 0,09 0,16 0,27 0,43 0,66 1,06 1,89 4,60 K-27HS ,02 0,07 0,12 0,20 0,30 0,47 0,70 1,

165 Vacuum Generators Manifolds K Manifold lock VK - M 2 G Manifold Stations Port Size G 1/8 SPP Station Station Station Station Station

166 2 1 Vacuum Generators Manifolds K Generator M8 33,1 MO Vacuum Port 3/8 SPP 17,5 Ø 5, ,5 2x Pressure Port 1/4 SPP ,4 Manifold 3-Station Manifold Shown x(n-1) ,5 4x 5,5 4x 33,1 xhaust Port 3/4 SPP P Pressure Port 1/2 SPP ,5 Manifold ssembly Remove Pressure Port lock and Silencer ssembly. Use existing O-rings and Manifold Mounting Screws to secure the K unit to the Manifold. Remove Silencer ssembly 3 Station Manifold Shown Generator Mounting Screws (M4x35) xhaust Port Pressure Inlet Port n Screws Millimeter n = Number of Stations Remove Pressure Port lock O-ring

167 Vacuum Generators K Replacement omponents Item Part Number escription 1 VK-S Silencer 2 thru 7 VK-F Filter Kit 5 VK- Filter lement Sensor Filter ap Filter O-ring (M8x1.0) Filter 4 Housing Filter lement ir-conomizing Valve 9 Valve Mounting Screws (M3x18) 8 10 Valve Mounting Screws (M3x18) -Stop Valve low-off Pilot Valve 1 Silencer Sensor Mounting rkt. Screws (M3x5) Sensor Mounting rkt. Sensor Mounting Screws (M2x6) 6 Filter Gasket Sensor O-Ring (P5) O-ring Pressure Port lock Screws autions Vacuum Port Filter ase o not use or expose the K with fluids or corrosive gases. Vacuum Venturi s are designed to be used with nonlubricated, non-corrosive, compressed air. o not operate K generators outside the temperature range and pressures listed in the specifications section of this catalog. Regulate the compressed air to 4,8 bar and filtrate with a maximum 40 micron filter. Non-lubricated compressed air will maintain the life and vacuum level of the generator. 7 heck the insulation of all lead wires after installation to avoid shorts. Properly secure all lead wires to avoid stress or repeated movement that may fray lead wires. Some electrical components are diode or zener diode protected. When installing solenoids and sensors, check the polarity of the component before applying power. pply the appropriate voltage to the solenoids and sensors. Inappropriate voltage, shorts, or surges may damage the circuitry

168 Vacuum Generators K K - System Logic Idle Vacuum ON ommand from System ontrols Vacuum egins Vacuum Mode ontinues Yes Maximum Setting Reached No ir onservation egins Output 1 Off heck Valve Maintains Vacuum Level ommand Vac Off low On No Yes Yes Is Vacuum Level Maintained? -Stop System To Idle Vacuum Level Restored To Maximum Setting No Sensor etects Hysteresis Level Reached -Stop System Vacuum Maintained K - -Stop Operating System (OS) The -Stop Operating System is designed to maintain the last state of operation when an -stop or power failure occurs. The chart below illustrates the state of operation in different modes. Modes Vacuum On Vacuum Off low-off OS Normal onditions ir-economizing between Idle low-off On OS Off 0,61-0,54 bar low-off Idle mergency-stop, Vacuum On low-off Power Failure, On or Idle Idle Loss of evicenet OS On ommunications Vacuum On or Power Idle Vacuum On ir- Restore Power economizing Function Idle Idle OS Off Resumes

169 Vacuum Generators P5V-G This range of generators give high vacuum at low supply pressure, which makes them economical on energy. The generators provide more than 85% vacuum at 4 bar supply pressure, and are made from anodised aluminium with no moving parts, which gives them high reliability. Typical applications are suction cups, evacuation of moulds, metering of fluids and powders, vacuum chucks, leakage finding, evacuation of contaminated media etc. The generators are provided with a special union for quick and controlled component blow-off. This union can also be used to add optional equipment such as a vacuum monitor, vacuum gauge etc. Model Number Index P5V - G R0312 Options and accessories R* With rapid release connection V* Fitted with holding valve with rapid release connection N No rapid release, only Size 72 * These features are not available on size 72 Possible combinations and order codes, see main data sheet. Size Nl/min Nl/min Nl/min Nl/min Nl/min Nl/min Port size vacuum Specification Material ody Nozzle luminium rass Suction flow as function of vacuum level Nl/min 60 Size Size Options and additional information % Nozzle in acetal plastic on request. Size Nl/min Size Size Size %

170 Vacuum Generators P5V-G Main data for generator, ompact - Solid asic With holding valve Time to evacuate ir consumption Port size Weight Order code 1litre to 75% vacuum at 4 bar (vacuum) [s] [Nl/min] [kg] 6,00 30 Female G1/4 0,08 P5V-GR0312 3,00 60 Female G1/2 0,11 P5V-GR0614 1, Female G1/2 0,14 P5V-GR1214 0, Female G1/2 0,19 P5V-GR2414 0, Female G3/4 0,24 P5V-GR4216 0, Female G1/2 0,55 P5V-GR7214 3,00 60 Female G1/2 0,32 P5V-GV0614 1, Female G1/2 0,34 P5V-GV1214 0, Female G1/2 0,40 P5V-GV2414 0, Female G3/4 0,45 P5V-GV4216 ir supply pressure for optimum vacuum level (92%): 4 bar Main data for Vacuum Holding Valve, to be fitted to ompact Solid Generators from P5V-GR0614 to P5V-GR4216 Weight Order code kg 0, Generators in sizes can also be combined with a vacuum lock, VS60, which is a valve manifold containing two independent valves, a vacuum latching valve and an air entry valve which is installed directly on the generator. The low spring force means that the vacuum drop across the latching valve is minimal. When air supply to the generator ceases, the VS60 retains the load with vacuum maintained. This gives energy savings and offers increased safety at the same time. The workpiece can be released quickly with a controlled compressed air signal via the air entry port of the vacuum lock. The VS60 can also be used separately, complete with flange unions and a housing to cover it, when you want to install generators centrally, in order to supply several suction cups with vacuum at the same time

171 Vacuum Generators P5V-G Generators ompact - Solid, serie P5V-G P5V-GR0312 R, Rapid release con. G1/ O5,4 (2x) M6 (2x) I U 16 9 V , P5V-GR G1/8 R, Rapid release con. 10 P5V-GR1214 P5V-GR2414 P5V-GR4216 R, Rapid release con. P5V-GN Ø11 Ø Ø12 U Ø12 U O10,4 7,5 O6,4 I U 25 V 40 6, M G 8 34 Order code G M I V U Inlet Vacuum Outlet P5V-GR0312 G1/4 G1/4 G1/4 P5V-GR0614 G1/4 G1/2 G3/8 P5V-GR M6 12,0 G1/4 G1/2 G1/2 P5V-GR M6 18,5 G1/4 G1/2 G1 P5V-GR M6 18,5 G1/4 G3/4 G1 P5V-GN7214 G1/4 G1/2 G1/ Ø6 (2x) V

172 Vacuum Generators P5V-G Holding valve G1/8 3 8 G1/ Ø 18 8,2 G1/2 50 Ø 10 Ø 6, ,

173 Vacuum Generators P5V-GWV range of generators, incorporating integral holding and rapid release valve features. The generators are available in four sizes, with air consumptions ranging from 20 l/min to 60 l/min at a supply pressure of 4 bar. Incorporation of a holding valve allows vacuum to be maintained for a time after loss of the compressed air supply. The length of this time depends on the amount of leakage in the system. The holding function also allows compressed air to be saved, by operating the generator intermittently and monitoring the pressure with a vacuum switch. The rapid release valve is used to break the vacuum by means of compressed air, in order quickly to release the load. Operation of this valve has been improved, so that it now opens at a pressure of only 0.5 bar, which means that a low pressure can be used for releasing the load. Model Number Index P5V - GW V 0214 Size Nl/min Nl/min Nl/min Nl/min Specification Material ody Nozzle Seals luminium rass Nitrile, NR Size 06 Size 04 Size 03 Size 02 Suction flow as function of vacuum level Nl/min % Main data for Generator ompact - irsaver Time to evacuate ir consumption Port size Weight Order code 1litre to 75% vacuum at 4 bar (vacuum) [s] [Nl/min] [kg] 9,0 20 G1/2 Female 0,18 P5V-GWV0214 6,0 30 G1/2 Female 0,18 P5V-GWV0314 4,5 40 G1/2 Female 0,18 P5V-GWV0414 3,0 60 G1/2 Female 0,18 P5V-GWV0614 ir supply pressure for optimum vacuum level (90%): 4 bar

174 Vacuum Generators P5V-GWV Generators ompact - irsaver, serie GW O10,5 8, , , ,5 M5, R, Rapid release con. 60 Order code * Inlet Vacuum Outlet Vacuum P5V-GWV0214 G1/4 G1/2 G1/4 G1/8 P5V-GWV0314 G1/4 G1/2 G1/4 G1/8 P5V-GWV0414 G1/4 G1/2 G1/4 G1/8 P5V-GWV0614 G1/4 G1/2 G1/4 G1/8 * onnection for vacuum gauge etc

175 Notes

176 Vacuum & Pressure Sensors Section onvum 175

177 Vacuum & Pressure Sensors Index

178 Vacuum & Pressure Sensors Index Technical Information MPS-1 MPS-2 MPS-3 MPS-31 MPS-6 MPS-7 MPS-8 MVS-201 MPS-3 Stainless MPS-5 Stainless P5V-SV Pressure Range Output Type Media Maximum IP Rating Hysteresis Output Mode djustment Output Setting isplay Page Number 0 to 10 bar (1) NPN / PNP ir, Variable, 0 to -1 bar With nalog Non-orrosive 65 3 to Trim Pot to 0,9 bar Gas 20% F.S. 0 to -1 bar ir, Variable, Push L isplay -1 to 5 bar (2) NPN / PNP Non-orrosive % F.S. utton (Red) Gas 0 to 10 bar ir, 0 to -1 bar (2) NPN / PNP Non-orrosive 65 Variable, Push L isplay 0 to 1 bar nalog Option Gas 100% F.S. utton (Red) to 5 bar 0 to 10 bar ir, Variable, Push L isplay 0 to -1 bar (1) NPN / PNP Non-orrosive % F.S. utton (Red / Green) to 5 bar Gas 0 to 10 bar (1) NPN / PNP ir, 0 to -1 bar or (1) nalog Non-orrosive 40 Trim Pot to 1 bar Gas Remote Panel: Use 71: (2) NPN/PNP Variable, Push L isplay with MPS-5,6,8 nalog Option % F.S. utton (Red) : (1) NPN/PNP 0 to -1 bar (1) NPN / PNP ir, Fixed, -1 to 5 bar or (1) nalog Non-orrosive 40 < 2% F.S. Trim Pot Gas 0 to -1bar ir, Variable, Push L isplay -1 to 5 bar (1) NPN / PNP Non-orrosive % F.S. utton (Red) Gas Fluid, 0 to 10 bar (2) NPN / PNP Non-orrosive 65 Variable, Push L isplay 0 to -1 bar nalog Option to 316L or 100% F.S. utton (Red) to 5 bar 630 SUS Fluid, 0 to 10 bar nalog Non-orrosive 65 0 to -1 bar to 316L or SUS -0,15 to -0,9 bar ir, 20% of Non-orrosive preset value Gas ccessories

179 Technical Information Solid State Sensors Introduction lectromechanical pressure sensors convert the applied pressure to an electrical signal. When pressure is applied, the diaphragm is deflected causing the diffused resistors to change resistance (piezoelectric effect), which yields an electrical signal proportional to the pressure change. pplications for pressure switches are numerous and important in today's high-tech manufacturing environment. ifference etween Switch Output and nalog Output Type Switch Output This is an NPN / PNP Open ollector transistor Output that sinks or sources the signal when the pressure switch point is achieved. The switch point is set by programming or potentiometer trimmer adjustment. Silicon iaphragm This type of sensor is used for air and non-corrosive gas applications. 0 on on h H off off Sensor Module -1 bar Silicon iaphragm ase Window omparator Window omparator provides two switch points at different pressures to activate the NPN / PNP open collector transistor outputs. Pressure Stainless Steel iaphragm This type of sensor is used for liquids, non-corrosive to 316L or 630 stainless steel. Semiconductor Pressure lement b -1 bar 0 nalog Output on off off on off n analog output provides an output voltage that is proportional and linear to the pressure measured by the sensor. This output signal provides continuous feedback to the analog card of the PL. nalog Output ody SUS 316L Stainless Steel iaphragm SUS 316L or SUS 630 Output (m) 20 4 Output (Volts) 5 1 Pressure 0 0 Max. Rating Pressure

180 Technical Information ifference etween NPN and PNP Output NPN NPN type open collector transistor outputs are solid state circuits that provide sinking output capabilities. When the transistor is on, the current for the load flows into the transistor. This output sinks toward 0 V, 0 m. NPN Output (With nalog Output) PNP PNP type open collector transistor outputs are solid state circuits that provide sinking output capabilities. When the transistor is on, the current for the load flows out of the transistor. This output sources toward 24 V, 125 m. PNP Output (With nalog Output) 1 (rown) +V 1 (rown) +V Main ircuit Tr1 Tr2 Z1 Z2 1K Z3 (lack) Out 1 (White) Out 2 (Pink) nalog Option (lue) O V Load Max. 125 m 1 to 5 V Load Max. 125 m + 10,8 V to 30 V Main ircuit Tr1 Tr2 Z2 1K Z3 Z1 (lack) Out 1 (White) Out 2 (Pink) nalog Option 1 to 5 V (lue) O V Max. 125 m Load Load + 10,8 V to 30 V NPN Output (With Reset IN) PNP Output (With Reset IN) 1 (rown) +V Or Tr 1 (rown) +V Or Tr Main ircuit Tr1 Z1 Tr2 Z2 (Pink) igital IN Option (lack) Out 1 (White) Out 2 (lue) O V Load Load Max. 125 m Max. 125 m + 10,8 V to 30 V Main ircuit Tr2 Tr1 Z2 Z1 (lack) Out 1 (White) Out 2 (Pink) igital IN Option (lue) O V Max. 125 m Max. 125 m Load Load + 10,8 V to 30 V Reset Input Option y sending a 5 V signal to the sensor, it is possible to automatically reset the sensor to ambient zero when small fluctuations in the system or atmosphere influence the beginning reference point. Fluctuation igital Set H OK Negative Pressure NG IN H Negative OK Pressure OK IN IN IN Flashing display of L is displayed when the digital IN signal is entered

181 Technical Information Output Modes Switch Point with Hysteresis Settings This output mode provides one switch point (H) and a hysteresis pressure adjustment. When the switch point pressure is achieved, the output (NPN / PNP) is activated if normally open or deactivated if normally closed. Typically, this mode is used for pressure confirmation. For positive pressure applications, this operating mode does not provide any output or alarms beyond the switch point in the case of excessive pressures. The hysteresis setting (h) is the difference in pressure below the switch point pressure which controls the on / off status of the output. h H 0-1 bar off on Window omparator Setting off on This output mode provides two switch points () and (b) that control the output signals (NPN / PNP) between the two pressures. This creates a window that the sensor can provide an output and is sometimes referred to as high / low setting. The window comparator Mode provides an output or alarm when pressures exceed the upper limit. b -1 bar 0 on off off on off Repeatability The repeatability refers to the sensor s ability to provide the same output with consecutive applications of the same pressure input. Repeatability Repeatability is represented as a percentage of the full scale value of the sensor. ll Parker / onvum sensors are rated ± 0,2% F.S. P 1 would be represented as 10 bar x 0,002 = ± 0,02 bar. ccuracy Reading The PRNTG difference between the true value and that indicated by an instrument is the measure of the instrument s accuracy. It is expressed as a percentage of the full-scale value of the reading according to the type of instrument. isplay Resolution The least possible unit increment shown on the display. IP Ratings P1 Pressure IP40 - Protected against solid foreign objects of 0,04" (1 mm) and greater. Non-protected against the penetration of liquids. IP65 - ust tight. Protected against water jets. IP67 - ust tight. Protected against the effects of temporary immersion water. + Pressure Unit Table Units Units Pa bar PSI kgf/cm 2 atm mm H 2 O in H 2 O mm Hg in Hg Pa ,145x10-3 1,0197x10-5 0,987x10-5 0, ,402x10-2 0,750x10-2 0,295x10-3 bar ,5038 1, , ,16 401,46 750,062 29,53 PSI 6894,76 0, , , ,07 27,68 51,715 2,036 kgf/cm ,5 0, , , ,70 735,56 28,96 atm 1,013x10-5 1, ,696 1, , ,92 mm H 2 O 9,807 0,098x10-3 0, ,0001 0,097x ,0394 0, ,29x10-2 in H 2 O 249,09 0,249x10-2 0,0361 0, ,246x ,4 1 1,868 0,07355 mm Hg 133,322 0, , , , ,5951 0, ,0394 in Hg 3386,4 0, ,4912 0,0345 0, ,32 13,589 25,

182 Technical Information Output 1 Output 2 Output 3 Output 4 Output Normally losed (Passing) Output Normally Open (Non-Passing) Pressure Units (Pascal). Negative Units for Vacuum Sensors Pressure Units (ar). Negative Units for Vacuum Sensors Pressure Units (in.hg). Negative Units for Vacuum Sensors Pressure Units (in.hg). Negative Units for Vacuum Sensors Pressure Units (kgf/cm 2 ). Negative Units for Vacuum Sensors Pressure Units (PSI) asy Mode. Sensor will only allow changes to set points Off, or nergy Saving isplay; reduces current consumption of Sensor On Hysteresis Mode. Select Hysteresis Set Point and Hysteresis Range Windows omparative Mode Select High and Low Set Point Hysteresis Mode Set Point. Output 1 Hysteresis Mode Set Point. Output 2 Hysteresis Mode. Hysteresis Range Output 1 Hysteresis Mode. Hysteresis Range Output 2 Windows omparative Mode Low Set Point Output 1 Windows omparative Mode High Set Point Output 1 Windows omparative Mode Low Set Point Output 2 Windows omparative Mode High Set Point Output 2 utomatic Teach Mode. utomatically sets Outputs 1 and 2 while cycling system. Output 1 set to Hysteresis Mode, Output 2 set to Window omparative Mode uto Surveillance Mode On/Off. Set after utomatic Teach uto Surveillance based on cycles times. Provides output if Peak Value is not obtained in a specified number of cycles. (1-100) isplay Refresh Setting. isplay updates from 0,1 to 1 sec. 0,3 sec factory set. oes not affect Sensor Response Time Output Response Time. Multiples the sensor response time. Increases sensor response time. (nti-chatter Mode) Zero Reset Pressure Value isplay Mode. isplays Pressure for a specific time period and then updates for next time period Time Range for Pressure Value isplay Mode Value Setting for Pressure Value isplay Mode isplay Peak Value over selected time range isplay ottom Value over selected time range isplay ifference over selected time range isplay Function Mode. On/Off isplay Function. Selects display types. isplay blinks pressure when Output 1 is Passing Normal when Output 1 is Non-Passing isplay blinks pressure when Output 2 is Passing Normal when Output 2 is Non-Passing isplay shows pressure when Output 1 is Passing isplay shows special screen when Non-Passing isplay shows pressure when Output 2 is Passing isplay shows special screen when Non-Passing Select Switch Output setting for MPS-31 olor Setting for MPS-31 MPS-4, Port Reference Selection MPS-4, isplay change of port to port static MPS-4, isplay change of port to port static MPS-4, isplay change of port to change of port MPS-7, Pressure Range Selection Vacuum MPS-7, Pressure Range Selection Low Pressure MPS-7, Pressure Range Selection Positive Pressure MPS-7, Pressure Range Selection ompound Pressure MPS-7, nergy Savings Mode, reduces current consumption MPS-7, Peak Surveillance igital Input Sensors Only. igital Input Mode for remote Zero reset of sensors igital Input igital hannel MPS-7 Scan Mode. Sensor scans and displays each channel for 3 sec. Locked. Sensor programs cannot be changed Unlocked. Sensor programs can be changed Sets Sensors reference point to current atmospheric conditions

183 Vacuum & Pressure Sensors MPS-1 Model Number Output Pressure Range MPS-V1G-P PNP 0 to -1 bar MPS-P1G-P PNP 0 to 10 bar MPS-V1-P PNP 0 to -1 bar MPS-P1-P PNP 0 to 10 bar Features MPS-1 Pressure Ranges: Vacuum... 0 to -1 bar Positive Pressure... 0 to 10 bar Sensor Outputs 1 Normally Open NPN or PNP Open ollector Transistor Output; 30 V, 125 m 1 nalog 1 to 5 V Switch Output djusted with Potentiometer 3-Turn Trimmer Switch Hysteresis djusted with Potentiometer 3/4 Turn Trimmer Output Response Time Less Than 2,5 Milliseconds IP65 Rated and Marked ir and Non-orrosive Gases Output Modes The MPS-1 Series Sensor has two outputs, one open NPN or PNP switch output and one analog output. The Hysteresis Range (h) controls the output signal below the Switch Point (H). The Pressure Output Signal is a 3 turn trimmer that sets the switch point of the output. The hysteresis adjustment is a 3/4 turn trimmer to control the output signal 3 to 20% below the pressure output signal. The nalog Output is a 1 to 5 V signal calibrated to the pressure scale of the sensor. Switch Output 0 h off H -1 bar nalog Output Output (Volts) 5 1 on nalog Output off on 0 0 Max. Rating Pressure

184 Vacuum & Pressure Sensors MPS-1 Model Number Index MPS - V 1 G - P Pressure Range V 0 to -1 bar P 0 to 10 bar Port Size G 1/8" SPP / M5F Flange / M5F ircuit N NPN Sinking Output P PNP Sourcing Output lectrical onnector M8 4-Pin MPS-L1G-P MPS-V1-P Specifications Media ir and Non-orrosive Gases Pressure Port G: 1/8" SPP, : Flange Mount with M5 Female Proof Pressure V: 5 bar, P: 15 bar Operating Temperature 0 to 50 Storage Temperature -10 to 60 Humidity 35 to 85% RH lectrical onnection 4-Pin, M8 onnector with uilt-in L Power Supply 10,8 to 30 V, Ripple Vp-p 10% Max., Reverse Voltage Protection nalog Output 1 to 5 V ±0,04, ccuracy Linear 0,5% F.S. Switch Output N.O., Switch Output Mode with Hysteresis djustment Output ircuit NPN (Sinking), PNP (Sourcing) Open ollector Transistor 30 V, 80 m Switch Output Setting H 3-Turn Trimmer Hysteresis Setting h 3/4-Turn Trimmer (3 to 20% of Switch Output Setting) Response Time < 2,5 ms Repeatability ±1% F.S. Thermal rror 1% over ±25 (77 ) Temperature hange (Range 0 to 50 ) General Protection IP65 or IP40, M Rating : N55011 lass, N urrent onsumption < 20 m Spike Protection 400 VP, 1 µs ielectric Strength 1000 V, 1 min. Insulation Resistance > 100 Mohms at 500 V Vibration Resistance 10 to 55 Hz, 1,5 mm, XYZ, 2 hrs. Shock Resistance 100 G, XYZ Material Housing: Polycarbonate, Pressure Port: Zinc ie-cast Mass 30 g

185 Vacuum & Pressure Sensors MPS-1 Output Setting Switch Output Setting The Switch Point of the output signal is adjusted with a 3-turn potentiometer trimmer (S). To set the switch point pressure, rotate the trimmer clockwise to raise the switch pressure and rotate the trimmer counter clockwise to lower the switch pressure.! autions The MPS-1 Pressure Sensor is designed to monitor pressure and is not a safety measure to prevent accidents. The compatibility of the sensor is the responsibility of the designer of the system and specifications. Potentiometer for the Switch Point Pressure and Hysteresis Range is sensitive. xcessive force or exceeding the limits of the trimmers may cause damage. Hysteresis Setting The Hysteresis setting is a 3/4 - turn potentiometer trimmer with a range of 3% to 20% below the switch point (S). Rotate the Hysteresis trimmer (H) clockwise to increase the Hysteresis range and rotate the trimmer counter clockwise to lower the Hysteresis range (h). separate pressure gauge is necessary to accurately adjust these values. For best results, set the switch point (H) of the output signal before adjusting the hysteresis range. For fine tuning the hysteresis range, re-adjust the switch point (S) of the output signal. S H Operating nvironment Parker / onvum Sensors have not been investigated for ex plosion-proof construction in hazardous environments. o not use with flammable gases, liquids, or in hazardous environments. void installing the sensor in locations where excessive voltage surges could damage or affect the performance of the sensor. Installation Never insert an object into the pressure port other than an appropriate fluid connector. void short-circuiting the sensor. onnect the brown lead to V+ and blue lead to 0 V. o not connect the output lead wires (black / white) to the power supply. Outputs not being used should be trimmed and insulated. Install using the metal mounting base. To achieve IP65 rating, connect the o-ring and barb to a normal environment with a 2 mm I.. tube and install screw as shown. S H O-Ring arb oupling S H -INLU- Screw Wiring iagram Internal ircuit Pin # 1 rown:24 V 2 White: nalog 1 to 5 V Output 3 lue: 0 V 4 lack: NPN / PNP Open ollector Output H H S 3 S 3 NPN (Sinking) PNP (Sourcing) Sensor Male Pin Out

186 Vacuum & Pressure Sensors MPS-1 imensions G M5Fx5 L M3Fx4 2 Places 1/8" Male M8, 4-Pin M8 S H 21,2 G1/8M ,7 Flange Mount M8, 4-Pin M3Fx5 4 Places M5Fx M4F 2 Places L M8 S H M3Fx4 2 Places 21,2 24,7 10 1, ,7 ccessories Flange racket for V1 Type 8 44 (Not included) = MPS Ø 4,5 4 Places ,8 30 7,4 3,2 7,2 ables -M8-4P-2M Ø 5 Ø 9,7 2 m 32 -M8-4P-5M Ø 5 Ø 9,7 5 m 32 -M8-4P-5M-90 Ø 9,7 10,7 19 Ø 5 5 m

187 Vacuum & Pressure Sensors MPS-2 MPS-2 Features Pressure Ranges: Vacuum... 0 to -1 bar Positive Pressure... 0 to 10 bar Sensor Outputs: 2 NPN or PNP Open ollector Transistor Output, 30 V, 125 m Switch Point and High-low Programming 4 Selectable Units of Measure (mmhg, -bar, -kpa, inhg) (kgf/cm 2, PSI, bar, kpa) Output Response Time Less Than 2,0 Milliseconds IP65 Rated and Marked Model Number Output Pressure Range MPS-V2G-P PNP 0 to -1 bar MPS-P2G-P PNP 0 to 10 bar ir and Non-orrosive Gases rror Message Output Modes The MPS-2 Series Sensor has two independent NPN or PNP open collector output signals. The Switch Output Mode has a switch point programmed by the user at a specified pressure. The Hysteresis Range (h) adjustment controls the output signal 0 to 100% below the Switch Point (H). The Window omparator Mode provides two Switchpoint Settings () and (b) that control the output signals (NPN / PNP) between two pressures. This is referred to as the High / Low setting. Switch Output 0 on h off off H -1 bar Window omparator Output 0 off on b off -1 bar on on off

188 Vacuum & Pressure Sensors MPS-2 Model Number Index MPS - V 2 G - P Pressure Range V 0 to -1 bar P 0 to 10 bar Port Size G 1/8" SPP M5 M5 Female* * in Rail Only ircuit N NPN Sinking Output P PNP Sourcing Output lectrical onnector M8 4-Pin in Rail lank Without R* With * M5 Port Size Only MPS-V2G-P MPS-P2M5-PGR Specifications Pressure Range Vacuum (V) Positive (P) Units of Measure kpa: 0,1 MPa: 0,001 isplay Resolution Media Pressure Port Proof Pressure ir and Non-orrosive Gases G: 1/8" SPP, M5: M5 Female V: 5 bar, P: 15 bar Operating Temperature 0 to 50 Storage Temperature -10 to 60 Humidity lectrical onnection Power Supply isplay 35 to 85% RH : 4-Pin, M8 onnector 10,8 to 30 V, Ripple Vp-p 10% Max., Reverse Voltage Protection 3-igit, 7-Segment L isplay Refresh 0,1 to 3,0 sec. (Factory set at 0,1) Output ircuit Switch Output Output Modes Response Time Repeatability Thermal rror NPN (Sinking) or PNP (Sourcing) Output, Open ollector Transistor 30 V, 125 m 2 Output Signals, NPN or PNP, Normally Open or losed, L Indicator Hysteresis or Window omparator < 2 ms, with Programmable Increments 32, 128, 1024 ms ± 0,2% F.S. 1% over ±25 (77 ) Temperature hange (Range 0 to 50 ) General Protection IP65 or IP40, Rating, M-N55011 lass, N Insulation Resistance Vibration Resistance Shock Resistance Material Mass > 100 Mohms at 500 V 10 to 55 Hz, 1,5 mm, XYZ, 2 hrs. 10 G, XYZ Housing: Polycarbonate, Pressure Port: Zinc ie-cast 45 g

189 Vacuum & Pressure Sensors MPS-2 Wiring iagram Pin # 1 rown:24 V 2 White: NPN / PNP Open ollector Output 3 lue: 0 V 4 lack: NPN / PNP Open ollector Output Sensor Male Pin Out Internal ircuit NPN 1 2 PNP NPN Sinking PNP Sourcing autions! Installation The MPS-2 Pressure Sensor is designed to monitor pressure and is not a safety measure to prevent accidents. The compatibility of the sensor is the responsibility of the designer of the system and specifications. Operating nvironment Parker / onvum Sensors have not been investigated for ex plosion-proof construction in hazardous environments. o not use with flammable gases, liquids, or in hazardous environments. void installing the sensor in locations where excessive voltage surges could damage or affect the performance of the sensor. Never insert an object into the pressure port other than an appropriate fluid connector. void short-circuiting the sensor. onnect the brown lead to V+ and blue lead to 0 V. o not connect the output lead wires (black / white) to the power supply. Outputs not being used should be trimmed and insulated. Install as shown using the metal mounting base. To achieve IP65 rating, connect the o-ring and barb as shown to a normal environment with a 2 mm I.. tube. 2 1 mbient ir Inlet Port 2 1 Operations edicate a power supply of 10,8 to 30 V to the sensor and set the ripple to Vp-p10% or less. void excessive volt age. void voltage surges. small amount of internal voltage drop is possible. nsure the power supply minus any internal voltage drop exceeds the operating load. Verify the operating media is compatible with the specified sensor. heck the chemical make-up, operating tempera tures, and maximum pressure ranges of the system before installing. Installation of air dryer system is recommended to remove moisture. rror Messages arb O-Ring oupling INLU isplay escription Solutions rr Zero Reset rror Reset Zero elow 3% of F.S. r1 System rror (Internal) ontact Factory r2 uto Teach Mode rror Restart Function 1 Over current of Output 1 Load current exceeds 2 Over current of Output 2 maximum 125 m. FFF pplied pressure exceeds pply pressures with FF pressure range the rating of the sensor

190 Vacuum & Pressure Sensors MPS-2 imensions G 1/8" Male M8, 4-Pin 2 1 M5Fx0,8 44 M3Fx4 Vent Port 25 G1/8M 12, ,7 14 in Rail M5 Female Grommet 61 3,8 2 1 M5Fx0,8 M3Fx4 Vent Port 25 12,5 5,

191 Vacuum & Pressure Sensors MPS-2 See page 181 for Symbol xplanation 1 Hold 2 Press 2x 3 Press 1x 2 1 Output Mode Output Set Open Hysteresis or or losed Selecting Window Units of Measure omparator asy Mode ctivation Press 4x 2 1 Output Mode 2 Hysteresis or Window omparator 4 Press 1x 5 Press 3x 6 Press 5x 2 1 Output 1 Setting 2 1 Output 2 Setting 2 1 utomatic Teach Mode Hysteresis Hysteresis & uto Surveillance Mode Mode Vacuum ycle Window omparator Mode Low Window omparator Mode Low Release ycle High High 7 Press 6x 8 Press 7x 9 Press 8x 2 1 isplay Refresh 2 1 isplay Peak Value Settings / Output ottom Value or Response Time Their ifference Interval 2 1 Special isplay Features 10 Hold Press Lock 2 1 Unlock Hold Press 11 Press 1x Press 1x Peak Value ottom Value Press for 3 Seconds Zero Reset

192 Vacuum & Pressure Sensors MPS-2 ccessories ables -M8-4P-2M Ø 9,7 Ø 5 2 m 32 -M8-4P-5M Ø 9,7 Ø 5 5 m 32 -M8-4P-5M-90 Ø 9,7 10,7 19 Ø 5 5 m 22 in Rail MPS-K

193 Vacuum & Pressure Sensors MPS-3 MPS-3 Features Pressure Ranges: Vacuum... 0 to -1 bar Positive Pressure... 0 to 10 bar Sensor Outputs: 2 NPN or PNP Open ollector Transistor Output, 30 V, 125 m Optional nalog 1 to 5 V Switch Point and High-low Programming 4 Selectable Units of Measure (mmhg, -bar, -kpa, inhg) (kgf/cm 2, PSI, bar, kpa) Output Response Time Less Than 2,0 Milliseconds IP65 Rated and Marked Model Number Output Pressure Range MPS-V3G-P PNP 0 to -1 bar MPS-V3G-PG PNP 0 to -1 bar MPS-P3G-P PNP 0 to 10 bar MPS-P3G-PG PNP 0 to 10 bar ir and Non-orrosive Gases rror Message Output Modes The MPS-3 Series Sensor has two independent NPN or PNP open collector output signals. n analog output is optional. The Switch Output Mode has a switch point programmed by the user at a specific pressure. The Hysteresis Range (h) adjustment controls the output signal 0 to 100% below the Switch Point (H). The Window omparator Mode provides two Switchpoint Settings () and (b) that control the output signals (NPN / PNP) between two pressures. This is referred to as the High / Low setting. The optional nalog Output Signal is calibrated to the pressure scale of the sensor. Switch Output 0 on h off off H -1 bar Window omparator Output 0 off on b off -1 bar on on off

194 Vacuum & Pressure Sensors MPS-3 Model Number Index MPS - V 3 G - P Pressure Range V 0 to -1 bar P 0 to 10 bar Port Size G 1/8" SPP ircuit N NPN Sinking Output P PNP Sourcing Output lectrical onnector 4-Pin, M8 G Grommet (2m) MPS-V3G-P MPS-V3G-PG Specifications Pressure Range Vacuum (V) Positive (P) Units of Measure kpa: 0,1 MPa: 0,001 isplay Resolution Media Pressure Port Proof Pressure ir and Non-orrosive Gases G: 1/8" SPP Female V: 10 bar, P: 15 bar Operating Temperature 0 to 50 Storage Temperature -10 to 60 Humidity lectrical onnection Power Supply isplay 35 to 85% RH : 4-Pin, M8 onnector, G: Grommet Open Lead 10,8 to 30 V, Ripple Vp-p 10% Max., Reverse Voltage Protection 3-igit, 7-Segment L isplay Refresh 0,1 to 3,0 sec. (Factory set at 0,1) Output ircuit Switch Outputs Output Modes Output Response Time Repeatability Thermal rror NPN (Sinking), PNP (Sourcing) Open ollector Transistor, 30 V, 125 m 2 Output Signals, NPN or PNP, Normally Open or losed, L Indicator Hysteresis or Window omparator < 2 ms with Programmable Increment 32, 128, 1024 ms (XS2H2-32, 256, 512 ms) ± 0,2% F.S. 1% over ±25 (77 ) Temperature hange (Range 0 to 50 ) General Protection IP65 or IP 40, Rating, M-N55011 lass, N urrent onsumption Vibration Resistance Shock Resistance Material Mass < 55 m 10 to 55 Hz, 1,5 mm, XYZ, 2 hrs. 10 G, XYZ Housing: Polycarbonate, Pressure Port: Zinc ie-cast 45 g

195 Vacuum & Pressure Sensors MPS-3 Open ollector Wiring Pin # 1 rown:24 V 2 White: NPN / PNP Open ollector Output 3 lue: 0 V 4 lack: NPN / PNP Open ollector Output Sensor Male Pin Out autions! Installation The MPS-3 Pressure Sensor is designed to monitor pressure and is not a safety measure to prevent accidents. The compatibility of the sensor is the responsibility of the designer of the system and specifications. Operating nvironment Parker / onvum Sensors have not been investigated for ex plosion-proof construction in hazardous environments. o not use with flammable gases, liquids, or in hazardous environments. void installing the sensor in locations where excessive voltage surges could damage or affect the performance of the sensor. Never insert an object into the pressure port other than an appropriate fluid connector. void short-circuiting the sensor. onnect the brown lead to V+ and blue lead to 0 V. o not connect the output lead wires (black / white) to the power supply. Outputs not being used should be trimmed and insulated. Install as shown using the metal mounting bracket. To achieve IP65 rating, connect the o-ring and barb as shown to a normal environment with a 2 mm I.. tube. Pipe Plug mbient ir Inlet Port Operations edicate a power supply of 10,8 to 30 V to the sensor and set the ripple to Vp-p10% or less. void excessive volt age. void voltage surges. small amount of internal voltage drop is possible. nsure the power supply minus any internal voltage drop exceeds the operating load. Verify the operating media is compatible with the specified sensor. heck the chemical make-up, operating tempera tures, and maximum pressure ranges of the system before installing. Installation of air dryer system is recommended to remove moisture. rror Messages arb O-Ring oupling INLU isplay escription Solutions rr Zero Reset rror Reset Zero elow 3% of F.S. r1 System rror (Internal) ontact Factory r2 uto Teach Mode rror Restart Function 1 Over current of Output 1 Load current exceeds 2 Over current of Output 2 maximum 125 m. FFF pplied pressure exceeds pply pressures with FF pressure range the rating of the sensor

196 Vacuum & Pressure Sensors MPS-3 imensions G 1/8" Female 27 4, , Grommet Lead 6,7 4 M8 4-Pin onnector 12,2 1/8" SPP M3 Venting Port MPS-K1 Mounting rackets (Included) , Ø 4,5 6 Ø 4, ,

197 Vacuum & Pressure Sensors MPS-3 See page 181 for Symbol xplanation 1 Hold 2 Press 2x 3 Press 1x Output Mode 1 Output Set Open Hysteresis or or losed Selecting Window Units of Measure omparator asy Mode ctivation Press 4x Output Mode 2 Hysteresis or Window omparator 4 Press 1x 5 Press 3x 6 Output 1 Output 2 Switch Point Switch Point Setting Setting Press 5x utomatic Teach Mode & uto Surveillance Hysteresis Mode Hysteresis Mode Vacuum ycle Window omparator Mode Low Window omparator Mode Low Release ycle High High 7 Press 6x 8 Press 7x 9 Press 8x isplay Refresh isplay Peak Value Settings / Output ottom Value or Response Time Their ifference Interval Special isplay Features 10 Hold Press 1x Hold Press 1x 11 Press 1x Press 1x 12 Press for 3 Seconds Zero Reset Lock Unlock Peak Value ottom Value

198 Vacuum & Pressure Sensors MPS-3 ccessories ables -M8-4P-2M Ø 9,7 Ø 5 2 m 32 -M8-4P-5M Ø 9,7 Ø 5 5 m 32 -M8-4P-5M-90 Ø 9,7 10,7 19 Ø 5 5 m 22 MPS-H7 Panel Mounting racket 43, ,4 1 2 Knockout 36 (+0.5, -0.2) 36 (+0.5, -0.2)

199 Vacuum & Pressure Sensors MPS-31 MPS-31 Red Green isplay Features Pressure Ranges: Vacuum... 0 to -1 bar Positive Pressure... 0 to 10 bar Sensor Output: 1 NPN or PNP Open ollector Transistor Output, 30 V, 125 m Switch Point and High-low Programming 4 Selectable Units of Measure (mmhg, -bar, -kpa, inhg) (kgf/cm 2, PSI, bar, kpa) Output Response Time Less Than 2,0 Milliseconds IP65 Rated and Marked Model Number Output Pressure Range MPS-V31G-P PNP 0 to -1 bar MPS-V31G-PG PNP 0 to -1 bar MPS-P31G-P PNP 0 to 10 bar MPS-P31G-PG PNP 0 to 10 bar ir and Non-orrosive Gases rror Message Output Modes The MPS-31 Series Sensor has one independent NPN or PNP open collector output signal. The Switch Output Mode has a switch point programmed by the user at a specific pressure. The Hysteresis Range (h) adjustment controls the output signal 0 to 100% below the Switch Point (H). The Window omparator Mode provides two Switchpoint Settings () and (b) that control the output signals (NPN / PNP) between two pressures. This is referred to as the High / Low setting. Switch Output 0 on h off off H -1 bar Window omparator Output 0 off on b off -1 bar on on off

200 Vacuum & Pressure Sensors MPS-31 Model Number Index old Items re Standard MPS - V 31 G - P Pressure Range V 0 to -1 bar P 0 to 10 bar R -1 to 5 bar Port Size G 1/8" SPP ircuit N NPN Sinking Output P PNP Sourcing Output lectrical onnector 4-Pin, M8 G Grommet (2 m) MPS-V31G-PG Mounting racket MPS-K1 Included with Sensors. MPS-V31G-P Specifications Pressure Range Vacuum (V) Positive (P) ompound (R) Units of Measure kpa: 0,1 MPa: 0,001 kpa: 1 isplay Resolution Media Pressure Port Proof Pressure ir and Non-orrosive Gases G: 1/8" SPP Operating Temperature 0 to 50 Storage Temperature -10 to 60 Humidity lectrical onnection Power Supply isplay V: 10 bar, P: 15 bar, R: 10 bar 35 to 85% RH : 4-Pin, M8 onnector, G: Grommet Open Lead 10,8 to 26,4 V, Ripple Vp-p 10% Max., Reverse Voltage Protection 3-igit, 7-Segment L isplay Refresh 0,1 to 3,0 sec. (Factory set at 0,1) Output ircuit Switch Output Output Modes Output Response Time Repeatability Thermal rror NPN (Sinking), PNP (Sourcing) Open ollector Transistor, 30 V, 125 m Output Signal, NPN or PNP, Normally Open or losed, L Indicator Hysteresis or Window omparator < 2 ms, 32, 256, 512 ms Programmable (Factory set 2 ms) ± 0,2% F.S. 1% over ±25 (77 ) Temperature hange (Range 0 to 50 ) General Protection IP65 or IP40, Rating, M-N55011 lass, N urrent onsumption Vibration Resistance Shock Resistance Material Mass < 70 m 10 to 55 Hz, 1,5 mm, XYZ, 2 hrs. 10 G, XYZ Housing: Polycarbonate, Pressure Port: Zinc ie-cast 48 g

201 Vacuum & Pressure Sensors MPS-31 Open ollector Wiring Pin # 1 rown: 24 V 2 lack: NPN/PNP Output 1 3 lue: 0 V Sensor Male Pin Out Internal ircuit 1 (rown) +V 1 (rown) +V Main ircuit Tr1 Z1 (lack) Out 1 LO Max. 125m (lue) OV V to 30V Main ircuit Tr1 Z1 (lack) Out 1 (N.O.) LO Max. 125m (lue) OV V to 30V NPN PNP autions! Installation The MPS-31 Pressure Sensor is designed to monitor pressure and is not a safety measure to prevent accidents. The compatibility of the sensor is the responsibility of the designer of the system and specifications. Operating nvironment Parker / onvum Sensors have not been investigated for ex plosion-proof construction in hazardous environments. o not use with flammable gases, liquids, or in hazardous environments. void installing the sensor in locations where excessive voltage surges could damage or affect the performance of the sensor. Never insert an object into the pressure port other than an appropriate fluid connector. void short-circuiting the sensor. onnect the brown lead to V+ and blue lead to 0 V. o not connect the output lead wires (black / white) to the power supply. Outputs not being used should be trimmed and insulated. Install as shown using the metal mounting bracket. To achieve IP65 rating, connect the o-ring and barb to a normal environment with a 2 mm I.. tube. Pipe Plug mbient ir Inlet Port Operations edicate a power supply of 10,8 to 30 V to the sensor and set the ripple to Vp-p10% or less. void excessive volt age. void voltage surges. small amount of internal voltage drop is possible. nsure the power supply minus any internal voltage drop exceeds the operating load. Verify the operating media is compatible with the specified sensor. heck the chemical make-up, operating tempera tures, and maximum pressure ranges of the system before installing. Installation of air dryer system is recommended to remove moisture. rror Messages arb O-Ring oupling INLU isplay escription Solutions rr Zero Reset rror Reset Zero elow 3% of F.S. r1 System rror (Internal) ontact Factory 1 Over current of Output 1 Load current exceeds FFF pplied pressure exceeds pply pressures with FF pressure range the rating of the sensor

202 Vacuum & Pressure Sensors MPS-31 imensions G 1/8" Female 27 4, , Grommet Lead 6,7 4 M8 4-Pin onnector 12,2 1/8" SPP M3 Venting Port MPS-K1 Mounting rackets (Included) , Ø 4,5 6 Ø 4, ,

203 Vacuum & Pressure Sensors MPS-31 See page 181 for Symbol xplanation 1 Press for 3 Seconds egin Programming Operating Output Mode Output Normally Open or losed Select Units of Measure Or Press 1x to Proceed Or Press 1x to Proceed Or Press 1x to Proceed Wait 3 Seconds Wait 3 Seconds Wait 3 Seconds isplay Refresh Output Response Selection isplay olor hoices Red and / or Green, nergy Save Or Press 1x to Proceed Or Press 1x to Proceed Or Press 1x to Return Wait 3 Seconds Wait 3 Seconds Wait 3 Seconds Output On Off Red Green Green Red Green Red Red Green 2 Press 1 x 3 Press 1 x Switch Output Setting and Low Setting Hysteresis Setting and High Setting 4 Hold Press 1 x Hold Press 1 x Will isplay for 1 Second Hysteresis Mode Will isplay for 1 Second Hysteresis Mode Lock Unlock Window omparator Mode Window omparator Mode 5 Zero Reset Low High Wait 5 Seconds Wait 5 Seconds Press for3 Sec

204 Vacuum & Pressure Sensors MPS-31 ccessories ables -M8-4P-2M Ø 9,7 Ø 5 2 m 32 -M8-4P-5M Ø 9,7 Ø 5 5 m 32 -M8-4P-5M-90 Ø 9,7 10,7 19 Ø 5 5 m 22 MPS-H7 Panel Mounting racket 43, ,4 Knockout 36 (+0,5, -0,2) 36 (+0,5, -0,2)

205 Vacuum & Pressure Sensors MPS-6 Model Number Output Pressure Range MPS-V6G-P PNP 0 to -1 bar MPS-V6G-G nalog 0 to -1 bar MPS-V6G-G nalog 0 to -1 bar MPS-P6G-P PNP 0 to 10 bar MPS-P6G-G nalog 0 to 10 bar MPS-P6G-G nalog 0 to 10 bar Features MPS-6 Pressure Ranges: Vacuum... 0 to -1 bar Positive Pressure... 0 to 10 bar Sensor Outputs: 1 Open and 1 losed NPN or PNP Open ollector Transistor Output 30 V, 125 m 1 nalog Output 1 to 5 V Switch Point 2/3 Trimmer Fixed Hysteresis 2% Output Response Time Less Than 1 Millisecond nalog Output Type ompatible with MPS-7 isplay IP40 Rated and Marked ir and Non-orrosive Gases Output Modes The MPS-6 Series Sensor is compact and lightweight with NPN or PNP open connector switch output or analog output capabilities. The sensor can be used as a stand alone unit or in combination with the MPS-7 series display. The MPS-6 Switch Output unit provides one open and closed output for the same switch point. The MPS-6 nalog Output unit provides analog output 1 to 5 V. nalog output is required for use with the MPS-7 display. Switch Output S 0 Fixed 2% off off -1 bar nalog Output Output (Volts) 5 1 on on 0 0 Max. Rating Pressure

206 Vacuum & Pressure Sensors MPS-6 Model Number Index MPS - V 6 G - P Pressure Range V 0 to -1 bar P 0 to 10 bar Port Size G 1/8" SPP & M5 Female T 6 mm Tube Stud Output ircuit N NPN Output P PNP Output nalog (1 to 5 V)* lectrical onnector 4-Pin, M8 G Grommet (2 m) G 2 m Grommet lip onn.* * With Grommet G Only *Use with MPS-7 Series isplay, with nalog Only MPS-P6G-P MPS-P6G-G MPS-V6T-PG MPS-P6G-G Specifications Media ir and Non-orrosives Gases Pressure Port G: 1/8" SPP Male, T: 6 mm Tube Stud Proof Pressure V: 5 bar, P: 15 bar Operating Temperature 0 to 50 Storage Temperature -10 to 60 Humidity 35 to 85% RH lectrical onnection : 4-Pin, M8 onnector G: Grommet Lead G: lip Type for use with MPS-7 isplay Power Supply 10,8 to 30 V, Ripple Vp-p 10% max., Reverse Voltage Protection Switch Output 1 Output Signal Open and losed, NPN or PNP, 30 V, 125 m Linear Output nalog Output 1 to 5 V Switch Point Setting 2/3 Turn Trimmer Hysteresis Setting < 2% of F.S. Output Response Time <1 ms Repeatability <0,2% F.S. Thermal rror 1% over ±25 (77 ) Temperature hange (Range 0 to 50 ) General Protection IP40, Rating N55011 lass, N urrent onsumption < 20 m Spike Protection 400 VP, 1 µs, Surge Protection ielectric Strength 1000 V, 1 min. Insulation Resistance > 100 Mohm at 500 V Vibration Resistance 10 to 55 Hz, 0,75 mm mplitude, XYZ, 2 hrs. Shock Resistance 100 G, XYZ Material Housing: Polycarbonate, Pressure Port: Zinc ie-cast Mass T Port: 7 g, N, R, G Port: 25 g

207 Vacuum & Pressure Sensors MPS-6 Open ollector Wiring Pin # 1 rown: 24 V 2 White: NPN / PNP Open ollector Output N.. 3 lue: 0 V 4 lack: NPN / PNP Open ollector Output N. O. nalog Wiring Pin # 1 rown: 24 V 2 White: L In 5 V 3 lue: 0 V 4 lack: nalog 1 to 5 V Sensor Male Pin Out Internal ircuit Main ircuit Tr1 Tr2 1 (rown) +V Z1 (lack) Out 1 (N.O.) LO Max. 125m Z2 (White) Out 2 (N..) LO Max. 125m (lue) OV NPN Open ollector V to 30V (rown) +V 1 (rown) +V Main ircuit L (White) Input for L lighting (5V) (lack) nalog 1 5V Output (lue) OV V to 30V Main ircuit Tr1 Tr2 Z1 (lack) Out 1 (N.O.) LO Max. 125m Z2 (White) Out 2 (N..) LO Max. 125m (lue) OV V to 30V nalog PNP Open ollector autions! Installation The MPS-6 Pressure Sensor is designed to monitor pressure and is not a safety measure to prevent accidents. The compatibility of the sensor is the responsibility of the designer of the system and specifications. Operating nvironment Parker / onvum Sensors have not been investigated for ex plosion-proof construction in hazardous environments. o not use with flammable gases, liquids, or in hazardous environments. void installing the sensor in locations where excessive voltage surges could damage or affect the performance of the sensor. Never insert an object into the pressure port other than an appropriate fluid connector. void short-circuiting the sensor. onnect the brown lead to V+ and blue lead to 0 V. o not connect the output lead wires (black / white) to the power supply. Outputs not being used should be trimmed and insulated. Install using the metal mounting bracket. Operations edicate a power supply of 10,8 to 30 V to the sensor and set the ripple to Vp-p10% or less. void excessive volt age. void voltage surges. small amount of internal voltage drop is possible. nsure the power supply minus any internal voltage drop exceeds the operating load. Verify the operating media is compatible with the specified sensor. heck the chemical make-up, operating tempera tures, and maximum pressure ranges of the system before installing. Installation of air dryer system is recommended to remove moisture. Trimmer djustment Rotate the potentiometer trimmer to increase or decrease pressure switch point output. xcessive force or exceeding the limits of the trimmers may cause damage. Switch Point Trimmer

208 Vacuum & Pressure Sensors MPS-6 imensions G 1/8" Male, M5 Female, Grommet 16 1/8" SPP 26,3 Switch Point Trimmer Output L Output L 20 2 m or T6 M5 6 Tube Stud, Grommet 34, ,8 2 m 6 mm Tube 10 G 1/8" Male, M5 Female, M8, 4-Pin 16 1/8" SPP 26,3 Switch Point Trimmer Output L Output L T6 Tube Stud, M8, 4-Pin 20 M5 6 34,1 15 or 16 19,8 Switch Point Trimmer Output L 20 6 mm Tube 15 G or T6 Grommet lip onnector 16 1/8" SPP 26,3 MP 5-Pin onnector M5 6 2 m

209 Vacuum & Pressure Sensors MPS-6 ccessories ables -M8-4P-2M Ø 9,7 Ø 5 2 m 32 -M8-4P-5M Ø 9,7 Ø 5 5 m 32 -M8-4P-5M-90 Ø 9,7 Ø 9, ,7 Ø 5 5 m

210 Vacuum & Pressure Sensors MPS

211 Vacuum & Pressure Sensors MPS-7 MPS-7 Features One isplay with Output Programming apability for MPS-5, 6, or 8 nalog Sensors isplays Pressure and onverts nalog Signal from Remote Sensor to NPN or PNP Open ollector Transistor Output, 30 V, 125 m ompatible with 1 to 4 Remote Sensors MPS-71 Response Time Less Than 2,0 Milliseconds MPS-74 Response Time Less Than 5 Milliseconds IP40 Rated and Marked Model Number MPS-71-N MPS-71-P MPS-71-NG MPS-71-PG MPS-74-NG MPS-74-PG Output NPN PNP NPN PNP NPN PNP MPS-71-PG ontrol with Remote MPS-P6G-G Shown Output Modes Switch Output The MPS-7 is a central display and control for remote MPS-5, 6, 8 analog sensors. ach remote sensor supplies an analog signal to a specific channel on the MPS-7 which is converted to an open connector output NPN / PNP. The Switch Output Mode has a switch point programmed by the user at a specified pressure. The Hysteresis Range (h) adjustment controls the output signal 0 to 100% below the Switch Point (H). The Window omparator Mode provides two Switchpoint Settings () and (b) that control the output signals (NPN / PNP) between two pressures. This is referred to as the High / Low setting. 0 on h off H -1 bar Window omparator Output 0 on b off -1 bar off off on on off

212 Vacuum & Pressure Sensors MPS-7 Model Number Index MPS N Number of Remote Sensors 1 1 Sensor 4 4 Sensors ircuit N NPN Output Sinking P PNP Output Sourcing lectrical onnector * 4-Pin, M8 G Grommet (2 m) * vailable on MPS-71 only. MPS-71-PG Mounting racket Included with Sensors. MPS-74-NG Specifications Remote Pressure Range Vacuum (V) Positive (P) Units of Measure kpa: 0,1 MPa: 0,001 isplay Resolution Proof Pressure Operating Temperature 0 to 50 Storage Temperature -10 to 60 Humidity lectrical onnection Power Supply isplay isplay Refresh ircuit 74-1 Switch Output 71-2 Switch Outputs Linear Output Mode (71 Series) Response Time Repeatability Thermal rror General Protection urrent onsumption Vibration Resistance Shock Resistance Material Mass See Remote Sensor Specifications 35 to 85% RH G: Grommet Open Lead, : M8 onnector 10,8 to 30 V, Ripple (P-P) 10% Max., Reverse Voltage Protection MPS-71: 3-igit, 7-Segment L, MPS-74: 4-igit, 7-Segment L MPS-71: 0,1 to 3,0 sec. (Factory set at 0,1), MPS-74: 0,2 Fixed NPN (Sinking), PNP (Sourcing) Open ollector Transistor, 30 V, 125 m Output Signals, NPN or PNP, L Indicator Optional Output - nalog 1-5V, ± 0,2% Linear ccuracy, 0,5% F.S MPS-71 <2 ms, MPS-74 <5 ms ± 0,2% F.S. 1% over ±25 (77 ) Temperature hange (Range 0 to 50 ) IP40 MPS-71 <45 m, MPS-74 <75 m 10 to 55 Hz, 1,5 mm, XYZ, 2 hrs. 10 G, XYZ ody: Polycarbonate MPS-71:.25 g, MPS-74: 28 g

213 Vacuum & Pressure Sensors MPS-7 MPS-71 Open ollector Wiring Pin # MPS-74 Open ollector Wiring Grommet Lead Only 1 rown: 24 V rown: 24 V 2 lack: NPN / PNP Open ollector lack: NPN / PNP Open ollector 3 lue: 0 V lue: 0 V 4 White: NPN / PNP Open ollector White: NPN / PNP Open ollector Pink: NPN / PNP Open ollector Orange: NPN / PNP Open ollector Sensor Male Pin Out Internal ircuit (rown) +V (lack) Out 1 Main ircuit (White) Out 2 (Pink) Out 3 (74) (Orange) Out 4 (74) (lue) O V MPS-71 & MPS-74 NPN / PNP Open ollector autions! Installation The MPS-7 entral isplay is designed to monitor pressure and is not a safety measure to prevent accidents. The compatibility of the sensor is the responsibility of the designer of the system and specifications. Operating nvironment Parker / onvum Sensors have not been investigated for ex plosion-proof construction in hazardous environments. o not use with flammable gases, liquids, or in hazardous environments. void installing the sensor in locations where excessive voltage surges could damage or affect the performance of the sensor. Operations edicate a power supply of 10,8 to 30 V to the MPS-7 Se ries and set the ripple to Vp-p10% or less. void excessive voltage. void voltage surges. small amount of internal voltage drop is possible. nsure the power supply minus any internal voltage drop exceeds the operating load. void short-circuiting the MPS-7 Series. onnect the brown lead to V+ and blue lead to 0 V. o not connect the output lead wires (black / white) to the power supply. Outputs not being used should be trimmed and insulated. Install using Panel Mount racket or ack Mount rackets. rror Messages isplay escription Solutions rr Zero Reset rror Reset Zero Prr Peak Value rror heck Vacuum Source r1 System rror (Internal) ontact Factory 1 Over current of Output 1 2 Over current of Output 2 Load current exceeds 3 4 Over current of Output 3 (MPS-74) maximum 125 m. Over current of Output 4 (MPS-74) FFF pplied pressure exceeds pply pressures with FF pressure range the rating of the sensor

214 Vacuum & Pressure Sensors MPS-7 imensions MPS M , MP I 5-Pin onnector MPS-K1 14 Mounting racket (Included) ,5 Ø 4, Ø 4, ,5 13 MPS ,5 MP I 5-Pin onnector H-2 H-1 H-2 H H-4 H-3 H-4 H Reset IN M3 2- M3 MPS-K Mounting racket (Included) 7 Ø 4,5 30 Ø 3,5 Ø 4,5 5, Ø 3,5 5, ,

215 Vacuum & Pressure Sensors MPS-7 See page 181 for Symbol xplanation 1 Hold Press 1x Output Set Open or losed asy Mode ctivation 2 Press 2x 3 Press 4x Output Mode 1 Hysteresis or Window omparator Output Mode 2 Hysteresis or Window omparator 4 Press 1x 5 Press 3x 6 Press 5x Output 1 Switch Point Setting Output 2 Switch Point Setting Hysteresis Mode Hysteresis Mode utomatic Teach Mode & uto Surveillance Vacuum ycle Window omparator Mode Low Window omparator Mode Low Release ycle High High 7 Press 6x 8 Press 7x 9 Press 8x isplay Refresh Settings / Output Response Time isplay Peak Value ottom Value or Their ifference Interval Special isplay Features 10 Press 9x 11 Hold Hold 12 Press 1x Press 1x 13 Press Select Press 1x Press 1x Units of Measure 3 Sec Select Pressure Lock Unlock Peak Value ottom Value Zero Reset Vacuum Low Pressure Positive Pressure ompound Pressure

216 Vacuum & Pressure Sensors MPS-7 1 Hold Press 1x Output Selection Normally Open / Normally losed 2 Press 1x Select Output Mode Hysteresis or Window omparator Output Setting Peak Surveillance (Repeat Procedure for ach hannel) Hysteresis Mode Window omparator Mode 3 Press 2x 4 Select Remote Pressure Select Unit of Measure Press 3x Save nergy Mode igital IN Mode Vacuum Low Pressure Standard Pressure ompound Pressure 5 Press and Hold 3 Seconds 6 Scan Mode Hold Press 1x Hold Press 1x Lock Unlock 3 Second Intervals

217 Vacuum & Pressure Sensors MPS-7 ccessories ables (pplicable to MPS-71 isplay Units Only) -M8-4P-2M Ø 9,7 Ø 5 2 m 32 -M8-4P-5M Ø 9,7 Ø 5 5 m 32 -M8-4P-5M-90 Ø 9,7 10,7 19 Ø 5 5 m

218 Vacuum & Pressure Sensors MPS-7 ccessories MPS-H4 Panel Mounting racket for MPS-71 43, ,4 1 2 Knockout 36 (+0.5, -0.2) 36 (+0.5, -0.2) MPS-H5 Panel Mounting racket for MPS-74 53, Knockout 46 (+0,5, -0,2) 46 (+0,5, -0,2)

219 Vacuum & Pressure Sensors MPS-8 Features MPS-8 Pressure Ranges: Vacuum... 0 to -1 bar Sensor Outputs: 1 NPN / PNP Open ollector Transistor Output 30 V, 125 m 1 nalog Output 1 to 5 V Switch Point 2/3 Trimmer djustment Fixed Hysteresis 2% 10 mm Wide ompatible with MPS-7 isplay IP40 and Marked ir and Non-orrosive Gases Model Number Output Pressure Range MPS-V8-PG PNP 0 to -1 bar MPS-V8U-G nalog 0 to -1 bar MPS-V8U-G nalog 0 to -1 bar Output Mode The MPS-8 Sensor is 10 mm wide with an NPN / PNP open collector switch output or an analog output. The MPS-8 can be used in combination with the MPS-7 series display or as a stand alone unit. nalog output is required for use with the MPS-7 display. Switch Output S 0 Fixed 2% off off -1 bar on on nalog Output Output (Volts) Max. Rating Pressure

220 Vacuum & Pressure Sensors MPS-8 Model Number Index MPS - V 8 - G Pressure Range V 0 to -1 bar U T Port Size M5 Through Female M5 Through Female (With Mtg.) M5 ottom Female M5 ottom Swivel Male 4 mm Tube Stud Output ircuit nalog (1-5V) N NPN Sinking Output P PNP Sourcing Output onnector / able G Grommet (2 m) G 2 m Grommet lip onn.* * Use with MPS-7 Series isplay, with nalog Only Specifications Media ir and Non-orrosive Gases Pressure Port M5 Female, M5 Male Swivel, 4 mm Tube Stud Proof Pressure V: 5 bar Operating Temperature 0 to 50 Storage Temperature -10 to 60 Humidity 35 to 85% RH lectrical onnection G: Grommet Open Lead; G: lip Type for use with MPS-7 Series Power Supply 10,8 to 30 V, Ripple Vp-p 10% Max., Reverse Voltage Protection Switch Output 1 Output, Normally Open, NPN or PNP Open ollector Transistor, 30 V, 125 m Linear Output nalog Output 1 to 5 V Switch Point Setting 2/3 Trimmer Hysteresis < 2% of F.S. Fixed Response Time <1 ms Repeatability < 0,2% F.S. Thermal rror 1% over ±25 (77 ) Temperature hange (Range 0 to 50 ) General Protection IP40, M rating : N55011 lass, N urrent onsumption < 20 m Spike Protection Vp-p 400 v, 0,5 ms Surge Protection ielectric Strength 1000 V, 1 min. Insulation Resistance > 100 Mohms at 500 V Vibration Resistance 10 to 55 Hz, 1,5 mm amplitude, XYZ, 2 hrs. Shock Resistance 100 G, XYZ Material ody: Polycarbonate; Pressure Port: nodized luminum Mass 4 g

221 Vacuum & Pressure Sensors MPS-8 Open ollector Wiring Grommet Lead Only rown: 24 V lue: 0 V lack: NPN / PNP Open ollector nalog Wiring Grommet Lead Only rown: 24 V lue: 0 V lack: nalog 1 to 5 V Internal ircuit 1 (rown) +V 1 (rown) +V Main ircuit Tr1 Z1 (lack) Out 1 LO Max. 125 m (lue) OV ,8 V to 30 V Main ircuit Tr1 Z1 (lack) Out 1 (N.O.) LO Max. 125 m (lue) O V + -10,8 V to 30 V NPN Open ollector PNP Open ollector (rown) +V Main ircuit (lack) nalog 1 to 5 V Output ,8 V to 30 V (lue) O V nalog autions! Installation The MPS-8 Pressure Sensor is designed to monitor pressure and is not a safety measure to prevent accidents. The compatibility of the sensor is the responsibility of the designer of the system and specifications. Operating nvironment Parker / onvum Sensors have not been investigated for ex plosion-proof construction in hazardous environments. o not use with flammable gases, liquids, or in hazardous environments. void installing the sensor in locations where excessive voltage surges could damage or affect the performance of the sensor. Operations edicate a power supply of 10.8 to 30V to the sensor and set the ripple to Vp-p10% or less. void excessive volt age. void voltage surges. small amount of internal voltage drop is possible. nsure the power supply minus any internal voltage drop exceeds the operating load. Verify the operating media is compatible with the specified sensor. heck the chemical make-up, operating tempera tures, and maximum pressure ranges of the system before installing. Installation of air dryer system is recommended to remove moisture. Never insert an object into the pressure port other than an appropriate fluid connector. void short-circuiting the sensor. onnect the brown lead to V+ and blue lead to 0V. o not connect the output lead wires (black / white) to the power supply. Outputs not being used should be trimmed and insulated. Install using the metal mounting base

222 Vacuum & Pressure Sensors MPS-8 imensions MPS-8 M5 Female, Grommet 16 M5-6 M ,75 MPS-8 M5 Female, Grommet 21 M5-6 M Ø 3,5 2-Places 20 4,75 MPS-8 M5 Female, Grommet Ø 3,2 2-Places 20 4,75 M5-6 MPS-8U M5 Male Swivel, Grommet 20,9 10,5 4 Swivel Joint for Manifold Mount 20 4,75 M5 8 onnector (MP) Housing (MP) Grommet lip onnector Shield (vailable for ll Models) 2 m

223 Vacuum & Pressure Sensors MVS-201 MVS-201 The MVS-201 is a winning combination with the M2, VR-2, and VK vacuum generators. The MVS-201 automatically provides an output signal for the blow-off function without the need of an additional output from the PL. egin the vacuum cycle with an input signal from the PL to the 201 sensor. The 201 sensor has one output NPN or PNP for vacuum confirmation and a control output that interfaces directly with the blow-off release pilot valve. With programmable time control features and a special chip driver, the sensor automatically activates the blow-off release when the asic PL System Features Pressure Range: ompound Pressure to 5 bar Time ontrolled Sensor Intelligent Simple 4-wire System liminate I/O for Release Valve 2 Functions with One Rung of ode utomatic Timer (0-9,9 sec.) Function by Sensor ontrol river for Vacuum Generating and Release Valves Peak Value Preventative Maintenance onfirmation Response Time Less Than 2 Milliseconds Rated vacuum signal from the PL is discontinued. This eliminates, TH PRVIOUSLY RQUIR, PL output to activate the blow-off release This new technology eliminates PL output requirements by 50% and reduces installation to a simple 4 wire system by wiring the sensor only. There are 3 modes of operation for various applications. The output response time of the sensor is less than 2,5 msec. Peak limit prevention maintenance feature is automatically recorded internally. PL System with 201 Sensor P L I N O U T Vacuum Pilot low-off Pilot P L I N O U T -+ Sensor Output 1 Sensor Output 2 -+ Sensor Vacuum Part Present Output ( V ) ( V ) ( ) Output Modes Switch Output The MVS-201 Series Sensor has one independent NPN or PNP open collector output signal. The Switch Output Mode has a switch point programmed by the user at a specific pressure. The Hysteresis Range (h) adjustment controls the output signal 0 to 100% below the Switch Point (H). 0 h H -1 bar off on off on

224 Vacuum & Pressure Sensors MVS-201 Model Number MVS PP Specifications Pressure Range ompound (R) Units of Measure kpa: 1 isplay Resolution Media Non-Lubricated ir and Non-orrosive Gases Proof Pressure 6 bar Operating Temperature 0 to 50 Storage Temperature -10 to 60 Humidity 35 to 85% RH lectrical onnection : 4-Pin, M8 onnector Power Supply 10,8 to 30 V, Ripple Vp-p 10% Max., Reverse Voltage Protection isplay 3-igit, 7-Segment L Resolution & Units of Measure kpa: 1, bar: 0,01, kgf/cm 2 : 0,01, PSI: 0,1 isplay Frequency 5 Hz ircuit NPN (Sinking), PNP (Sourcing) Open ollector Transistor igital Output Individually Selectable N.O. or N.., max 125 m, 30 V, with Overcurrent Protection Mode OP1, OP2, OP3 Hysteresis: 0 to 100% of Switch Point Response Time < 2 ms Repeatability ± 0,3% F.S. Thermal rror ± 0,2% F.S. in Temperature Range 0 to 50 General Protection IP40, Rating M-N55011 lass, N urrent onsumption < 45 m, < 25 m When Utilizing Screen Saver Option Spike Protection 350 Vp, 1, µs ielectric Strength 1000 V 1 min. Insulation Resistance > 100 Mohms at 500 V Vibration Resistance 10 to 55 Hz, 1,5 mm, XYZ, 2 hrs. Shock Resistance 10 G, XYZ Material ody: Polycarbonate Mass 48 g

225 Vacuum & Pressure Sensors MVS-201 Wiring iagram M8 Pin # 1 rown:24 V 2 White: Input; PNP (24 V) 3 lue: 0 V 4 lack: PNP Open ollector Output 201 Pin # 1 Red: Vacuum Solenoid Valve + V 2 lack: Gnd 3 Red: reak Solenoid Valve + V 4 lack: Gnd Sensor Male Pin Out Internal ircuit Main ircuit (rown) +V ( 10.8 to 30V) (White) Suction/reak ommand Input igital IN (lack) OUT 1 Max. 125m + Load - (lue) OV 1 (Red) + Vacuum or TR - Solenoid 2 (lack) Valve 3 (Red) + reak - Solenoid 4 (lack) Valve onnector for connection of solenoid valve onnection is finished when onvum is installed PNP Sourcing! autions The MVS-201 Pressure Sensor is designed to monitor pressure and is not a safety measure to prevent accidents. The compatibility of the sensor is the responsibility of the designer of the system and specifications. Operating nvironment Parker / onvum Sensors have not been investigated for ex plosion-proof construction in hazardous environments. o not use with flammable gases, liquids, or in hazardous environments. void installing the sensor in locations where excessive voltage surges could damage or affect the performance of the sensor. Operations edicate a power supply of 10,8 to 30 V to the sensor and set the ripple to Vp-p10% or less. void excessive volt age. void voltage surges. small amount of internal voltage drop is possible. nsure the power supply minus any internal voltage drop exceeds the operating load. Verify the operating media is compatible with the specified sensor. heck the chemical make-up, operating tempera tures, and maximum pressure ranges of the system before installing. Installation of air dryer system is recommended to remove moisture. Installation Never insert an object into the pressure port other than an appropriate fluid connector. void short-circuiting the sensor. onnect the brown lead to V+ and blue lead to 0 V. o not connect the output lead wires (black / white) to the power supply. Outputs not being used should be trimmed and insulated. rror Messages isplay escription Solutions rr Zero Reset rror Reset Zero elow 3% of F.S. r1 System rror (Internal) ontact Factory 1 Over current of Output 1 Load current exceeds FFF pplied pressure exceeds pply pressures with FF pressure range the rating of the sensor

226 Vacuum & Pressure Sensors MVS-201 imensions M8, 4-Pin , ,5 9 55,

227 Vacuum & Pressure Sensors MVS-201 Operating Modes escription of operation modes and terms on page 180. Mode: OP1 "ir onservation / Timer Mode: OP2 "Vacuum Timer Option" PSI ON (H-d) OFF (h-d) PSI ON (H-d) OFF (h-d) inhg OFF (h-v) ON (H-v) (P-v) Peak Limit inhg OFF (h-v) ON (H-v) (P-v) Peak Limit Input Signal ON OFF Input ON Signal OFF low-off Solenoid Vacuum Solenoid ON OFF ON OFF T1 T2 T1 T low-off ON Solenoid OFF T1 Vacuum ON Solenoid OFF T2 T Output 1 N.O. ON OFF T1: Optional Vacuum Timer T2: Optional low-off elay Timer T: low-off Timer Output 1 ON N.O. OFF T1: Optional Vacuum Timer T2: Optional low-off elay Timer T: low-off Timer Timer Mode OP1 ir onservation / Vacuum Valve Timer This Vacuum valve control with the use of timing features conserves air consumption via the vacuum generator nonreturn check valve and sensor hysteresis function. Vacuum time (t1) can be used to control the vacuum valve for a specific length of time (0,0-9,9 sec.) after output 1 vacuum level is reached. The vacuum timing function (t1) will remove the signal from the sensor to the vacuum valve allowing the generator check valve system to conserve air consumption and vacuum. The vacuum valve will re-open for the same length of time (t1) when the pressure level drops to the hysteresis setting (h-v). The operation will continue until the input signal is stopped. Optional delay timer between vacuum / blow-off (t2) and blow-off (bt) timer is available. fter selecting OP1, set bt, t1, and t2 values by using arrow UP and OWN keys. To bypass any of these timing function operations, simply enter 0,00 seconds and the sensor will automatically proceed to the next function. Timer Mode OP2 Vacuum Valve Timer This mode is ideal for use with ONVUM generators without check valves. Vacuum timer (t1) can be used to control the vacuum for a specific length of time (0,00 9,9 sec.) after output 1 is reached. Optional delay timer between vacuum / blow-off (t2) and blow-off (bt) timer is available. fter selecting OP2, set bt, t1, and t2 values by using arrow UP and OWN keys. To bypass any of these timing function operations, simply enter 0,00 seconds and the sensor will automatically proceed to the next function

228 Vacuum & Pressure Sensors MVS-201 Operating Modes escription of operation modes and terms on page 180. Input ON Signal OFF low-off ON Solenoid OFF Vacuum ON Solenoid OFF Output 1 ON N.O. OFF Mode: OP3 "Signal ontrolled Vacuum" PSI inhg H-V / H-d: Switchpoints h-v / h-d: Switchpoints P-V: Peak Value T2 T ON (H-d) OFF (h-d) OFF (h-v) ON (H-v) (P-v) Peak Limit dditional Sensor Features (vailable in ll Operating Modes) Screen Saver Function (SaV) appears on display. This reduces current consumption by 20 m and will activate after 10 seconds. Peak Value Level (p-u) appears on display. The sensor records this value for preventative maintenace issues. If this value is not reached the sensor will display an error message (LP) indicating leaks or wear in the system. Vacuum Level Response Time (ut ut) appears on the display. The sensor records the time (sec) to reach Output 1 and will display an error message (LV) indicating Output 1 has not been reached within the acceptable time (sec) set by the user. low-off Time (dt) appears on the display. The sensor records the time (sec) to complete blow-off cycle and will display an error message (L) indicating (dt) has not reacting within the acceptable time (sec) set by the user. T2: Optional low-off elay Timer T: low-off Timer Timer Mode OP3 Signal ontrolled Vacuum The vacuum timer option (t1) is omitted and the PL controls the input signal time for the vacuum operation. The delay timer between vacuum / blow-off (t2) and the blow-off (bt) timers are still available. fter selecting OP3, set bt and t2 values by using arrow UP and OWN keys. To bypass any of these timing function operations, simply enter 0,00 seconds and the sensor will automatically proceed to the next function

229 Vacuum & Pressure Sensors MVS Press 1x 2 1 Operating Mode 1 Operating Mode 2 Operating Mode Switch Output Outmode Open or losed Programming Symbols Legend Operation 1: ir onservation / Timer Operation 2: Vacuum Timer Option Operation 3: Signal ontrolled Vacuum low-off Timer ontrolled Vacuum Signal with Timer low-off ctivation Timer Switch Output Value Switch Output Hysteresis Value low-off Output Value low-off Output Hysteresis Value rror Message - Peak Vacuum Level rror Message - low-off Time Output 1 Vacuum Valve (Leave NO) low-off Release Valve (Leave NO) Screen Saver Function Peak Vacuum Level Recorder Vacuum Response Time Recorder low-off Time Recorder Normally Open Normally losed Low or High Signal to Vacuum Valve rror Message - Vacuum Response Time

230 Vacuum & Pressure Sensors MVS-201 ccessories M8 ables for Sensor -M8-4P-2M Ø 9,7 Ø 5 2 m 32 -M8-4P-5M Ø 9,7 Ø 5 5 m 32 -M8-4P-5M-90 Ø 9,7 10,7 19 Ø 5 5 m 22 MVS-201 (onnects Sensor to Vacuum & lowoff Release Pilot Valves) For VK VK-201G For M2 M2-201G

231 Vacuum & Pressure Sensors MPS-3 Stainless Model Number Output Pressure Range MPS-V3F5-P 2 PNP 0 to -1 bar MPS-P3S5-P 2 PNP 0 to 10 bar Features MPS-3 Fluids Non-orrosive to Stainless Steel SUS 316L or SUS 630 ir mmonia rake Fluids Helium Hydraulic Fluids Freons Lubricating Oils Nitrogen Water Pressure Ranges: Vacuum... 0 to -1 bar Positive Pressure... 0 to 10 bar Sensor Outputs: 2 NPN or PNP Open ollector Transistor Outputs, 30 V, 125 m Switch Point and High-low Programming 4 Selectable Units of Measure (mmhg, -bar, -kpa, inhg) (kgf/cm 2, PSI, bar, kpa) Output Response Time Less Than 2,0 Milliseconds IP65 Rated and Marked rror Message Output Modes The MPS-3 Stainless Steel Series Sensor has two independent NPN or PNP open collector output signals. n analog output is optional. The Switch Output Mode has a switch point programmed by the user at a specific pressure. The Hysteresis Range (h) adjustment controls the output signal 0 to 100% below the Switch Point (H). The Window omparator Mode provides two Switchpoint Settings () and (b) that control the output signals (NPN / PNP) between two pressures. This is referred to as the High / Low setting. The optional nalog Output Signal is calibrated to the pressure scale of the sensor. Switch Output 0 on h off off H -1 bar Window omparator Output 0 off on b off -1 bar on on off

232 Vacuum & Pressure Sensors MPS-3 Model Number Index MPS - V3F 5 - P Pressure Range V3F 0 to -1 bar P3S 0 to 10 bar Port Size 5 M5F 316SS ircuit N NPN Sinking Output P PNP Sourcing Output lectrical onnector 4-Pin, M8 G Grommet (2 m) MPS-P3S5-P MPS-P3S5-PG Specifications Pressure Range Vacuum (V3F) Positive (P35) Units of Measure kpa: 0,1 MPa: 0,001 isplay Resolution Media Pressure Port S: MSF Proof Pressure Operating Temperature 0 to 50 Fluids, Non-orrosive to 316L or 630 SUS V3F: 10 bar, P3S: 20 bar Storage Temperature -10 to 60 Humidity lectrical onnection Power Supply isplay 35 to 85% RH : 4-Pin, M8 onnector, G: Grommet Open Lead 10,8 to 30 V, Ripple Vp-p 10% Max., Reverse Voltage Protection 3-igit, 7-Segment L isplay Refresh 0,1 to 3,0 sec. (Factory set at 0,1) Output ircuit Switch Outputs Output Modes Output Response Time Repeatability Thermal rror NPN (Sinking), PNP (Sourcing) Open ollector Transistor; 30 V, 125 m 2 Output Signals, NPN or PNP, Normally Open or losed, L Indicator Hysteresis or Window omparator < 2 ms with Programmable Increment 32, 128, 1024 ms ± 0,2% F.S. 1% over ±25 (77 ) Temperature hange (Range 0 to 50 ) General Protection IP 65 or IP 40, Rating, M-N55011 lass, N urrent onsumption Vibration Resistance Shock Resistance Material Mass < 55 m 10 to 55 Hz, 1,5 mm, XYZ, 2 hrs. 10 G, XYZ Housing: Polycarbonate, Wetted Parts: P: 316L or V,R: 630 SUS (iaphragm) 125 g

233 Vacuum & Pressure Sensors MPS-3 Open ollector Wiring Pin # 1 rown:24 V 2 White: NPN / PNP Open ollector Output 3 lue: 0 V 4 lack: NPN / PNP Open ollector Output Sensor Male Pin Out Internal ircuit for Open ollector and nalog Output Wiring Main ircuit 1 Tr1 Tr2 Z1 Z2 1K Z3 (rown) +V (lack) Out 1 (White) Out 2 (lue) OV Max. 125m Load Load Max. 125m V 30V Main ircuit Tr1 Tr2 Z2 1K 1 Z1 Z3 (rown) +V (lack) Out 1 (White) Out V 30V Load Max. Max. Load 125m (lue) OV 125m NPN PNP autions epending on the system fluid and design, it may be nec! essary to protect the diaphragm against pressure spikes by The MPS-3 Pressure Sensor is designed to monitor pressure installing a flow restriction upstream from the sensor. and is not a safety measure to prevent accidents. The compatibility of the sensor is the responsibility of the designer of the system and specifications. Installation Never insert an object into the pressure port other than an appropriate fluid connector. Operating nvironment Parker / onvum Sensors have not been investigated for ex plosion-proof construction in hazardous environments. o not use with flammable gases, liquids, or in hazardous environments. void installing the sensor in locations where excessive voltage surges could damage or affect the performance of the sensor. void short-circuiting the sensor. onnect the brown lead to V+ and blue lead to 0 V. o not connect the output lead wires (black / white) to the power supply. Outputs not being used should be trimmed and insulated. Install using the metal mounting base. To achieve IP65 rating, connect the o-ring and barb to a normal environment with a 2 mm I.. tube. Operations edicate a power supply of 10,8 to 30 V to the sensor and set the ripple to Vp-p10% or less. void excessive volt age. void voltage surges. small amount of internal voltage drop is possible. nsure the power supply minus any internal voltage drop exceeds the operating load. Verify the operating media is compatible with the specified sensor. heck the chemical make-up, operating tempera tures, and maximum pressure ranges of the system before installing. Installation of air dryer system is recommended to remove moisture. rror Messages isplay escription Solutions rr Zero Reset rror Reset Zero elow 3% of F.S. r1 System rror (Internal) ontact Factory r2 uto Teach Mode rror Restart Function 1 Over current of Output 1 Load current exceeds 2 Over current of Output 2 maximum 125 m. FFF pplied pressure exceeds pply pressures with FF pressure range the rating of the sensor

234 Vacuum & Pressure Sensors MPS-3 imensions 5 M5 Female 30 5 M5 Female Grommet or M8, 4-Pin M3 4 Places M8 4-Pin onnector 12,2 M5 6,7 M3 Venting Port MPS-K1 Mounting rackets (Included) , Ø 4,5 6 Ø 4, ,

235 Vacuum & Pressure Sensors MPS-3 See page 181 for Symbol xplanation 1 Hold 2 Press 2x 3 Press 1x Output Mode 1 Output Set Open Hysteresis or or losed Selecting Window Units of Measure omparator asy Mode ctivation Press 4x Output Mode 2 Hysteresis or Window omparator 4 Press 1x 5 Press 3x 6 Output 1 Output 2 Switch Point Switch Point Setting Setting Press 5x utomatic Teach Mode & uto Surveillance Hysteresis Mode Hysteresis Mode Vacuum ycle Window omparator Mode Low Window omparator Mode Low Release ycle High High 7 Press 6x 8 Press 7x 9 Press 8x isplay Refresh isplay Peak Value Settings / Output ottom Value or Response Time Their ifference Interval Special isplay Features 10 Hold Press 1x Hold Press 1x 11 Press 1x Press 1x 12 Press for 3 Seconds Zero Reset Lock Unlock Peak Value ottom Value

236 Vacuum & Pressure Sensors MPS-3 ccessories ables -M8-4P-2M Ø 9,7 Ø 5 2 m 32 -M8-4P-5M Ø 9,7 Ø 5 5 m 32 -M8-4P-5M-90 Ø 9,7 10,7 19 Ø 5 5 m 22 MPS-H1 Panel Mounting racket 43, ,4 1 2 Knockout 36 (+0,5, -0,2) 36 (+0,5, -0,2)

237 Vacuum & Pressure Sensors MPS-5 Stainless Features MPS-5 Pressure Ranges: Vacuum... 0 to -1 bar Positive Pressure... 0 to 10 bar Sensor Output: 1 to 5 V nalog Output Output (Volts) Max. Rating Pressure Model Number Output Pressure Range MPS-V5FG-G nalog 0 to -1 bar MPS-V5FG-G nalog 0 to -1 bar MPS-P5G-G nalog 0 to 10 bar MPS-P5G-G nalog 0 to 10 bar 316L SUS iaphragm (Positive) 630 SUS iaphragm (Vacuum) ompatible with MPS-7 isplay for Remote Sensing IP65 Rated and Marked The MPS-5 Series Transducer is constructed of 316L or 630 SUS with nalog output capabilities. The sensor can be used as a standalone unit or in combination with the MPS-7 Sensor isplay. The analog output is 1 to 5 V (± 0,04) with accuracy linear 0,5% F.S

238 Vacuum & Pressure Sensors MPS-5 Model Number Index MPS - V5F G - G Pressure Range V5F 0 to -1 bar P5 0 to 10 bar Port Size G 1/4" SPP Male, M5F Output ircuit nalog 1 to 5 V lectrical onnector G Grommet (2 m) G 2 m Grommet lip onn.* *Use with MPS-7 Series isplay MPS-V5FG-G MPS-V5FG-G Specifications Media Liquids and Gases Non-orrosive to 316SS Pressure Port G: 1/4" Male SPP with M5 Female Proof Pressure V: 10 bar, P: 20 bar Operating Temperature 0 to 50 Storage Temperature -10 to 60 Humidity 35 to 85% RH lectrical onnection G: Grommet Open Lead, G: lip Type for use with MPS-7 Power Supply 10,8 to 30 V, Ripple Vp-p 10% Max., Reverse Voltage Protection Linear Output nalog Output 1 to 5 V Thermal rror 1% over ±25 (77 ) Temperature hange (Range 0 to 50 ) General Protection IP65 or IP40, M Rating : N55011 lass, N urrent onsumption < 20 m Spike Protection 400 VP, 1 µs ielectric Strength 1000 V, 1min. Insulation Resistance > 100 Mohms at 500 V Vibration Resistance 10 to 55 Hz, 1,5 mm, XYZ, 2 hrs. Shock Resistance 10 G, XYZ Material Housing: 303 SUS, Wetted Parts: P: 316L SUS, V: 630 SUS (iaphragm) Mass 110 g

239 Vacuum & Pressure Sensors MPS-5 nalog Wiring Pin # 1 rown: 24 V 2 lack: nalog 1-5 V 3 lue: 0 V 4 Not Used Sensor Male Pin Out Internal ircuit (rown) +V Main ircuit (lack) nalog 1 to 5V Output V to 30V (lue) OV nalog autions! epending on the system fluid and design, it may be The MPS-5 Pressure Sensor is designed to monitor pressure and is not a safety measure to prevent accidents. The compatibility of the sensor is the responsibility of the designer of the system and specifications. Operating nvironment Parker / onvum Sensors have not been investigated for explosion-proof construction in hazardous environments. o not use with flammable gases, liquids, or in hazardous environments. void installing the sensor in locations where excessive voltage surges could damage or affect the performance of the sensor. Operations edicate a power supply of 10,8 to 30 V to the sensor and set the ripple to Vp-p10% or less. void excessive voltage. void voltage surges. small amount of internal voltage drop is possible. nsure the power supply minus any internal voltage drop exceeds the operating load. Verify the operating media is compatible with the specified sensor. heck the chemical make-up, operating temperatures, and maximum pressure ranges of the system before installing. necessary to protect the diaphragm against pressure spikes by installing a flow restriction upstream from the sensor. Installation Never insert an object into the pressure port other than an appropriate fluid connector. void short-circuiting the sensor. onnect the brown lead to V+ and blue lead to 0 V. o not connect the output lead wires (black / white) to the power supply. Outputs not being used should be trimmed and insulated. Install using the metal mounting base. To achieve IP65 rating, connect the o-ring and barb to a normal environment with a 2 mm I.. tube

240 Vacuum & Pressure Sensors MPS-5 imensions G 1/4" Male Grommet ,5 Ø 27 M5 x 1,0 1/4" SPP 5,2 2 m G 1/4" Male Grommet lip onnector ,5 Ø 27 Shield onnector (MP) Housing (MP) M5 x 1,0 5,2 2 m 1/4" SPP

241 Vacuum Sensor P5V-SV The P5V-SV is an improved adjustable vacuum switch of membrane type, having changeover contact function. ables are connected using a IN cable set. The switch is capable of withstanding positive pressures up to 35 bar. It is easy to adjust, has low weight and it is attractively designed. s delivered, the switch is preset for 75% vacuum. Specification Material ody ap lack anodised aluminium Thermoplastic Technical data Working pressure 15% to 90% vacuum (-0,15 to -0,9 bar) Working temperature [ ] -40 to +80 Maximum over pressure Up to 35 bar Options and additional information Repeatability ±2% Hysteresis 20% of the preset value (0,15 bar at 75% vacuum) nclosure IP 65 ontact loading 250 V/24 V 5 inductive 7 resistive Preset value: 75% vacuum Main data for Vacuum Switch Symbol onnection Weight Order code (vacuum) kg Male G1/8 0,090 P5V-SVV16K

242 Vacuum Sensor P5V-SV Vacuum Switch, P5V-SVV16K 50 lectrical diagram 108 NV 29 G1/8 19,3 31, ,5 20,

243 Vacuum & Pressure Sensors ccessories Features M8, Female Length: 2 m or 5 m over: PV or PUR onnection Type: Swivel Straight or ngled IP 67 Swivel onnector ommon Part Numbers Item onnector ontacts Length over -M8-4P-2M M8 Female 4 2 m PV -M8-4P-5M M8 Female 4 5 m PUR -M8-4P-5M-90 M8 ngled Female 4 5 m PUR -M8-4P-2M Ø 9,7 Ø 5 2 m 32 -M8-4P-5M Ø 9,7 Ø 5 5 m 32 -M8-4P-5M-90 Ø 9,7 Ø 9, ,7 Ø 5 5 m

244 Vacuum & Pressure Sensors ccessories MPS-H Panel Knockout imensions escription MPS-H1 MPS-H7 MPS-H4 MPS-H5 For Use With MPS-3S MPS-4 MPS-3 MPS-31 MPS-71 MPS-74 MPS-H1, MPS-H7, MPS-H4 43, ,4 1 2 Knockout 36 (+0,5, -0,2) 36 (+0,5, -0,2) MPS-H5 53, Knockout 46 (+0,5, -0,2) 46 (+0,5, -0,2)

245 Notes

246 Vacuum ccessories Section onvum 245

247 Vacuum ccessories Index

248 Vacuum ccessories Index Vacuum Filters Silencers MS Series 250 Silencers P6M Series 251 (S/) Vacuum Flow ontrol 251 Valves (P5V-KS) Vacuum Gauges 252 (P6G-R/FR) Grid Filters (P5V-FLN)

249 Vacuum ccessories Filters lways filtrate the vacuum system to protect the components from damaging particles absorbed from the environment. lements should be replaced periodically to prevent slower response and overall performance of the system. Part Numbers Item pplication Male onnection VF-2G V-05, V-10, M-05 G1/8" VF-3G V-05, V-10, M-05 G1/8" VF-5G V-15, M-10/13 G1/4" VF-6G V-20/25/30 G3/8" VFL-44 General Use 4 mm - Tube VFL-66 General Use 6 mm - Tube VFL-88 General Use 8 mm - Tube Specifications Media Operating Vacuum Maximum Pressure Non-orrosive ir 0 to -0,95 bar 5 bar Spare Parts - Filter lements Item VF-2 VF-3 VF-5 VF-6 VF-3K For Filter VF-2G VF-3G VF-5G VF-6G VFL-44 VFL-44, 66 VFL-88 over, O-ring For VF-3G, VF-5G, VF-6G VFL-88 VFL-44K VFL-44, 66 VFL-88K Operating Temperature 0 to 60 Filtration 120 µ m (VF-2G); 130 µ m (VF-3G, VF-5G, VF-6G) VFL-88 VFL-46H VFL-44, 66 VFL-81H VFL-88 Materials Item Material Housing Material lement Weight (g) VF-2G luminium crylic, Stainless Steel 44 VF-3G luminium P, Polyvinyl 88 VF-5G luminium P, Polyvinyl 146 VF-6G luminium P, Polyvinyl 234 VFL-44 Poly-arbonate P, Polyvinyl 19 VFL-66 Poly-arbonate P, Polyvinyl 21 VFL-88 Poly-arbonate P, Polyvinyl

250 Vacuum ccessories Filters imensions VFL Series Ø 18 Ø VF-5G 9, G1/4" G1/4" 12,5 Item Ø 4,5 (2x) VFL ,5 VFL VFL Ø 7,5 (2x) VF-2G 22,5 G1/8" SW Ø 16 G1/ VF-6G VF-3G Ø 4,5 (2x) G3/8" G3/8" Ø 5,5 (2x) Ø 7,5 (2x) ,5 22,5 Ø 10 (2x) ,5 9,75 22, G1/8" G1/8" 8 Millimeter

251 Vacuum ccessories Silencers Protect the environment against harmful noise levels with quality silencers. Part Numbers Item For jector Male onnection MSS-01 V-05, V-10, M-05 G1/8" MSM-01 V-15, M-10/13 G1/4" MSL-02 V-20 G1/2" MS6-01 V-25, V-30 G3/4 Specifications Media Non-orrosive ir Maximum Pressure 9 bar Operating Temperature 0 to 60 Silencing ffect 20 d Materials Item Material Housing Material lement Media Weight (g) MSS-01 Polyacetal Felt, Urethane ir 5 MSM-01 Polyurethane Felt ir 7 MSL-02 Nylon Vinyl ir 25 MS6-01 Nylon Polyvinyl Forma ir 57 imensions Ø 40 8 Ø 18,5 SW ,5 60,5 19 G1/8 Ø 15,5 6 G1/4 9 Ø 20 G1/2 Ø 30 10,5 SW32 G3/4 14,5 MSS-01 MSM-01 MSL-02 MS

252 Vacuum ccessories Silencers, Flow ontrol Valves Flow ontrol Valves Order code SW Minimum operational flow Nl/min at Vacuum: 30% 60% P5V-KS35 M5 20 4,5 4,5 8 2,0 3,7 P5V-KS11 G1/8 34 8,0 8,5 14 3,7 7,2 P5V-KS12 G1/ ,0 11,0 17 4,0 7,8 P5V-KS13 G3/ ,0 12, ,7 23,3 P5V-KS14 G1/ ,0 14, ,7 23,3 Material escription onnection Weight Order code kg Vacuum nodised cut-off valve aluminium Female/Male M5 0,0022 P5V-KS35 Female/Male G1/8 0,0112 P5V-KS11 Female/Male G1/4 0,0175 P5V-KS12 Female/Male G3/8 0,0303 P5V-KS13 Female/Male G1/2 0,0474 P5V-KS14 For use when there is a risk of one or more suction cups not in contact with the part to be lifted

253 Vacuum ccessories Gauges, Grid Filters Vacuum Gauge P6G-R1V10 P6G-FR1V10 29 Ø Ø 14 Grid filter Ø G 1/8 G 1/8 Ø Ø Material escription onnection Weight Order code kg Vacuum gauge lack jointed steel Vacuum gauge Ø 40 * Male G1/8 0,070 P6G-R1V10 Vacuum gauge Ø 63 ** Male G1/8 0,151 P6G-FR1V10 * 0 to -100 kpa and 0 to -1,0 bar dial. ccurancy±1,6%. Max +60 ** 0 to -1,0 bar dial with oloured areas for visual reading ccurancy ±1,6 %. Max +60 Order code P5V-FLN1 3,75 3,5 G1/8 P5V-FLN2 6,40 4,0 G1/4 P5V-FLN4 10,00 4,5 G1/2 Material onnection Weight Order code kg Grid filter rass Male G1/8 0,001 P5V-FLN1 Male G1/4 0,003 P5V-FLN2 Male G1/2 0,007 P5V-FLN

254 Parker Hannifin orporation bout Parker Hannifin orporation Parker Hannifin is a leading global motion-control company dedicated to delivering premier customer service. Fortune 500 corporation listed on the New York Stock xchange (PH), our components and systems comprise over 1,400 product lines that control motion in some 1,000 industrial and aerospace markets. Parker is the only manufacturer to offer its customers a choice of hydraulic, pneumatic, and electromechanical motion-control solutions. Our ompany has the largest distribution network in its field, with over 7,500 distributors serving nearly 400,000 customers worldwide. Parker s harter To be a leading worldwide manufacturer of components and systems for the builders and users of durable goods. More specifically, we will design, market and manufacture products controlling motion, flow and pressure. We will achieve profitable growth through premier customer service. The erospace Group is a leader in the development, design, manufacture and servicing of control systems and components for aerospace and related hightechnology markets, while achieving growth through premier customer service. The limate & Industrial ontrols Group designs, manufactures and markets system-control and fluidhandling components and systems to refrigeration, airconditioning and industrial customers worldwide. The Fluid onnectors Group designs, manufactures and markets rigid and flexible connectors, and associated products used in pneumatic and fluid systems. The Seal Group designs, manufactures and distributes industrial and commercial sealing devices and related products by providing superior quality and total customer satisfaction. The Hydraulics Group designs, produces and markets a full spectrum of hydraulic components and systems to builders and users of industrial and mobile machinery and equipment. The Filtration Group designs, manufactures and markets quality filtration and clarification products, providing customers with the best value, quality, technical support, and global availability. The utomation Group is a leading supplier of pneumatic and electro-mechanical components and systems to automation customers worldwide. The Instrumentation Group is a global leader in the design, manufacture and distribution of high-quality critical flow components for worldwide process instrumentation, ultra-high-purity, medical and analytical applications.