Miniature Fluidic Products

Transcription

1 Miniature Fluidic Products Analytical & Medical Technologies Isolation Valves Pinch Valves General Service Valves Proportional Valves Engineered Solutions

2 Table of Contents Introduction Analytical Technologies 4 Medical Technologies 5 Application Examples 6 Engineered Solutions 8 Descriptions of Valve Technologies 0 Isolation Valves 055 Series: 5mm, PTFE Diaphragm, -Way & 3-Way Series: 0mm, Rocker, -Way & 3-Way Series: 6mm, Flapper, -Way & 3-Way Series: mm, Flapper, -Way & 3-Way Series: Proportional, Flapper, -Way 38 8 Series: 8mm, Diaphragm, -Way 40 8 Series: 7mm/30mm, Diaphragm, -Way High Flow, M5 & G/8 4 8 Series: 3mm, Diaphragm, -Way High Flow, G/ Series: Lever Mechanism, -Way with Spigots Series: Lever Mechanism, 3-Way with Threaded Connections Series: Bellows Mechanism, -Way High Flow Series: mm/5mm, PTFE Diaphragm, -Way Series: 6mm, Rocker, 3-Way Series: Bellows Mechanism, 3-Way High Flow Series: 9mm, Rocker, -Way & 3-Way 59 Pinch Valves 045 Series: -Way 6 84 Series: -Way Aluminum Body Series: -Way POM Body Series: 3-Way Series: 3-Way Aluminum Body Series: 3-Way POM Body 73 General Service Valves 065 Series: 5mm, Flat Spring, -Way & 3-Way Series: Flat Spring, -Way & 3-Way Series: 0mm, 3-Way 8 88 Series: 0mm, 3-Way with Latching Coil Series: 0mm, 3-Way High Flow 88 4 Series: 9mm, -Way & 3-Way 9 RB Series: 5mm, -Way & 3-Way 95 S Series: 9mm, -Way 00 S Series: 9mm, 3-Way 0

3 Table of Contents Proportional Valves 0 Series:.7mm Preciflow, -Way, Pad-Mount 04 0 Series: 5mm Preciflow, -Way, M5 & G/ Series: 9mm Preciflow, -Way, Cartridge Style 08 0 Series: 9mm Preciflow IPC, -Way, G/8, Pad-Mount & Cartridge Style 0 0 Series: mm Posiflow, M5 & Pad-Mount 0 Series: 45mm Posiflow, G/ Series: Size 5 Piezotronic, -Way 6 Manifold Assemblies 45 Series: Custom Manifold Assemblies for Series 4 & Series RB 8 Tubing Pinch Valve Tubing & Guide Electrical Control Devices 603 Series: Control D 908 Series: Electronic Control Unit 4 Accessories 88 Series: DIN Electrical Connectors 6 88 Series: Sizes & 30 Power-Save Connectors 30 Engineering Information Product Information 3 Chemical Resistance Guide 36 Conversion Tables 40

4 NOTES

5 Wherever manufacturing or processing happens, ASCO s fluid automation solutions help customers to maximize efficiencies and optimize their applications. Our global scale increases speed to market and shapes how we work with customers. Our deep expertise across applications rapidly transforms ideas into measurable outcomes. While our people create innovative solutions that set the industry standard and exceed customer expectations by anticipating what s next. At ASCO, we engineer the highly reliable products and solutions that enable customers to see the future, transform industries, and shape a more productive world. We have one of the largest offerings of miniature Isolation, Pinch, Proportional, and General Service valves to reliably control gases and liquids for Analytical and Medical market applications. To adhere to the quality and reliability standards necessary for today's applications, all valves are 00% factory tested before being shipped to our valued customers. Our miniature valves can be found throughout the world in applications such as: In-vitro Diagnostics Oxygen Concentrators & Conservers Hematology Hospital Equipment Ventilators Dialysis Chromatography Dental DNA Sequencers Sample Preparation Surgical Therapy Patient Monitoring In addition to our comprehensive catalog product offering, we have the expertise to create customized assemblies that provide the precise solution to meet your fluid control needs. Whether you need a minor modification of a catalog product or a complete flow control solution, our trained sales and engineering teams are ready to assist. For more information and the latest offerings of ASCO products please visit our website or contact your local ASCO representative or distributor.

6 ISO Class 8 Cleanroom Manufacturing ASCO takes great care to minimize contamination during manufacturing. That's why ASCO's miniature valves are assembled in ISO Class 8 equivalent cleanrooms. With three regional manufacturing facilities you can be assured that you will get the right product, when you need it. Key Points: State-of-the-art ISO Class 8 equivalent cleanrooms with positive pressure HEPA air filtration system monitored daily Staff members enter and leave through airlocks with air shower stage and wear protective hair nets, finger cots, shoe covers, lab coats, and masks (when required) to reduce contamination potential Environmental controls for humidity and temperature Valve components are ultrasonically cleaned to remove any contaminate prior to assembly Components are lubricated with oxygen-compatible PFPE (perfluropolyether) grease and oil, only as required for assembly purposes

7 Global Infrastructure With nearly 5,000 employees worldwide and manufacturing and sales offices in over 43 countries, ASCO is ready to handle your most demanding design challenges. Whether you need a minor modification of a catalog product or a complete flow control system, our trained sales and engineering staff are ready to assist. Corporate Locations Manufacturing & Key Offices 3

8 Analytical Technologies Highest precision and functionality especially suitable for aggressive fluids Analytical technologies involve an apparatus used to analyze a chemical species or a patient sample. Typically, analytical applications require resistance to aggressive fluids, a low internal volume, and an easy-to-flush internal cavity to minimize crosscontamination. Power consumption of ASCO's miniature product line is also minimized to reduce heat transfer to expensive reagents and biological fluids. ASCO's miniature valve product line is ideally suited for use in the following analytical applications: Chromatography (GC, IC, and HPLC) Hematology In-vitro Diagnostics Pipette Dispensing DNA Sequencing Surgical Fluid Management Cytometry Water Analysis 4

9 Medical Technologies Focus on safety for patients Medical technologies include apparatus and processes in which the valve may come into direct contact with a fluid that is introduced into, or taken from, patients. These applications require valve products constructed of inert materials, have low internal volumes to reduce cross-contamination, and low power consumption for use in portable devices. ASCO's miniature valve product line is ideally suited for use in the following medical applications: Oxygen Therapy Anesthesia Delivery Dialysis Surgical Fluid Management Dentistry Hospital Equipment Ventilators Endoscopy 5

10 APPLICATION EXAMPLES Analytical Technologies DNA Sequencing HPLC The valves are used as pilot valves to control, via diaphragms, the handling of fluids in a DNA sequencer or in oligonucleotide synthesis. The valves are used for supplying and dosing samples in the process. Chromatography Emission Analysis The valves adjust and control the upstream pressure of the carrier gas, or are used to select and route the various solvent/ sample mixtures. The batteryoperated valves open and close the channel feeding the gases to the analyzer. Mass Flow Controllers Hematology The valve is used for the precise proportional control of flow in response to a signal from a sensor. The valves control the supply and dosing of blood in the analytical process. Pipette Dispensing Cytometry The valves are used to aspirate and dispense liquids to and from pipettes. The aim is to control equal volumes at regular intervals over a number of individual pipettes. The valves are used for the delivery of patient sample solution, marker and fluid sheath in the analytical process. 6

11 APPLICATION EXAMPLES Medical Technologies Peritoneal Dialysis Dental Technology The pinch valve controls the supply of dialysate fluid from the reservoir to the patient. The valve manifold regulates and controls the supply of water and air to the instruments of a dental treatment chair. Clinical Sterilizers Endoscopy The valve module regulates and controls the supply of steam and/or disinfectant fluid for the sterilization process. The valve module controls the CO supply to enlarge the operating area in minimallyinvasive surgery. Respirators Blood Pressure Monitoring The valve module regulates the volume and/or mixture of oxygen and air supplied to the patient. Air Miniature solenoid valves allow control of the inflation and deflation of the cuff for blood pressure measurement. Anesthesia Delivery Artificial Heart A 3/ valve delivers the drug to the injector pump and from the injector pump to the patient. It operates in the vacuum range (suction phase) and overpressure range (dosing phase). Blood is pumped through an artificial heart by alternately applying pressure or vacuum. 7

12 RAPID ENGINEERED SOLUTIONS Analytical and Medical Technologies The Analytical and Medical marketplace is driven mainly by customization of standard products in order to meet varying customer instrumentation demands. The ability to quickly customize a valve product, or provide a solution, is increasingly demanded by OEM engineers. Instrumentation development times are being reduced, and as a result instrument complexity is being consolidated into modular components to accelerate speed-to-market. ASCO s Rapid Engineered Solutions are focused on miniature valve products that fulfill the needs of the analytical and medical instrument markets. Backed by the group's prototype labs, ASCO valves and assemblies designed for quick and efficient manufacturing, and local technical support provided by product specialists trained in analytical and medical applications. ASCO s capabilities include: Complete solution provider for value-added miniature valve assemblies and modules Technical sales expertise for co-developing solutions with OEMs Dedicated team of product development engineers and application engineers Rapid turnaround times from design to 3D modeling and prototyping Global manufacturing, sales, and technical support ISO Class 8 clean room manufacturing to minimize contamination Long lifecycle products tested to over 00 million cycles Very low internal valve volumes to minimize cross-contamination and improve flushability Optional power saving functions for improved energy efficiency The Rapid Engineered Solutions Program is ideal for OEMs designing clinical diagnostic, bioinstrumentation, chromatography, hospital and dental equipment, industrial analyzers, patient monitoring, and surgical and oxygen therapy applications. Application: Oxygen Therapy Custom RB Series general service valves mounted on a composite manifold. The valves operate alternately to fill individual sieve-bed cartridges that are designed to absorb nitrogen from ambient air. The result is purified oxygen that is then delivered to the patient. Application: Chemical Sterilizer Custom 385 Series liquid isolation valves mounted on an acrylic manifold with a custom wire harness and ASCO Numatics cylinder. The module delivers a sterilizing agent to a chamber containing contaminated medical devices. 8

13 RAPID ENGINEERED SOLUTIONS Analytical and Medical Technologies Application: Air Therapeutic Support Surface Custom high flow general service valves mounted on a composite manifold with custom wire harnesses. The custom assembly operates several individual air bladders within the medical support surface to aid in patient comfort. Application: Hemodialysis Custom high flow 88 Series general service valves mounted on a composite manifold including PCB, pressure sensors & custom tubing. The leakage rate requirements as well as the requirements of the process require a highly engineered and reliable solution. Application: Ventilator This custom manifold for ventilator applications includes 88 Series general service valves, pressure relief valves, thermal sensors as well as custom fittings. The manifold controls the air/oxygen to the patient. Application: Dental Chair The special module is used in dental chairs to handle, control and regulate liquids and gases (e.g turbine of the driller, water). The manifold is modular and can be adapted to different functions. Injection molded body components offer the best quality. 9

14 FLUID ISOLATION VALVES Fluid Isolation / Solenoid Valves with Diaphragm Mechanism 8 Series solenoid valves with diaphragm mechanism are characterized by their compact size, long service life and very low internal volume. They are ideal for controlling aggressive fluids. The valve bodies are made of stainless steel or synthetic material (PEEK/PVDF/PP). Fluid isolation is ensured by the incorporated diaphragm made of VMQ (silicone), FKM (fluoroelastomer), FFKM (perfluoroelastomer) or EPDM (ethylene-propylene). 055 Series 8mm More information on 055 Series pg. 3 More information on 8 Series pg. 40 More information on 8 Series pg. 4 More information on 8 Series pg Series Core 8 Series FFKM diaphragm PEEK body 8 Series Fluid Pressure range Function Connection Construction Valve body Seals Overall width Technical characteristics Gases and liquids 0 to.5 bar (0 to 36 psi) NC M5, G/8, cartridge or flange Poppet valve PEEK, PVDF, PP or stainless steel FFKM, FKM, VMQ, EPDM 8mm (0.3in), 7mm (0.67in), 7mm (.06in), 3mm (.6in) Features Compact design Low power consumption (.0 Watt) Low internal volume (< 0μl) Good self-draining capability Good flushability High-quality materials 0

15 Fluid Isolation / and 3/ Solenoid Valves with Rocker Mechanism FLUID ISOLATION VALVES 067 and 385 Series fluid isolation solenoid valves with rocker mechanism are characterized by their compact size and hermetic separation between the control mechanism and the fluid. The solenoid valves are ideal for controlling aggressive fluids or applications requiring high fluid purity. More information on 067 Series pg Series More information on 385 Series pg. 55 Power-save function W 385 Series Special rocker mechanism PEEK body FFKM/FKM/EPDM diaphragm Fluid Pressure range Function Connection Construction Valve body Seals Overall width Technical characteristics Gases and liquids -0.9 to 3 bar (-3 to 43.5 psi) NC, NO and U Flange, hose connection, /4 8 UNF, 5/6 4 UNF Poppet valve PEEK, polyamide FFKM, FKM, EPDM 067 Series: 0mm (0.39in), 385 Series: 6mm (0.63in) Features Compact design Low power consumption (.0 Watt) Low heat transfer into the fluid Very low internal volume (< 3μl) Good self-draining capability Excellent flushability High-quality materials Various electrical connection options

16 FLUID ISOLATION VALVES Fluid Isolation / and 3/ Solenoid Valves with Flapper Mechanism 068 Series fluid isolation solenoid valves are suitable for use with neutral or aggressive liquids and gases. The isolation design and use of high-quality materials (PEEK and FFKM/FKM/EPDM) prevents fluid contamination. The special flapper mechanism and large orifice sizes (0.8 to 4mm) allow high pressures (up to 0 bar). A powersave connector lowers the holding power down to.5 Watts, thus minimizing the heat transfer into the fluid. 068 Series (6mm) More information on 068 Series (6mm) pg. 30 More information on 068 Series (mm) pg. 34 More information on 068 Series Proportional pg Series (mm) 068 Series Proportional Valve Special flapper mechanism PEEK valve body FFKM/FKM/EPDM diaphragm Fluid Pressure range Function Connection Construction Valve body Seals Overall width Technical characteristics Gases and liquids -0.9 to 0 bar (-3 to 45 psi) NC, NO and U G/8, flange, /4 8 UNF, hose connection Poppet valve PEEK FFKM, FKM, EPDM 6mm (0.63in) and mm (0.87in) Features Low power consumption (up to.5 Watt) Low heat transfer into the fluid Wide pressure range Low internal volume Good self-draining capability Excellent flushability High-quality materials Various electrical connection options

17 Fluid Isolation / Solenoid Valves with Lever Mechanism FLUID ISOLATION VALVES 83 and 383 Series fluid isolation valves with lever mechanism can be used at high differential pressures and large flow volumes. Since the offset control mechanism provides optimal heat dissipation in the electromagnetic component, the valves are suitable for use at high ambient temperatures. More information on 83 Series (Threaded) pg. 48 Series 83 Threaded Connection More information on 83 Series (Spigot) pg. 46 Series 83 Spigot Connections Core Valve seat Lever FKM/EPDM/VMQ Fluid Pressure range Function Connection Construction Valve body Seals Overall width Technical characteristics Gases and liquids 0 to 0 bar (0 to 45 psi) NC, NO and U G/4 G/, Smooth spigots 8 mm ( in) O.D. Poppet valve PEI (Polyetherimide) VMQ/FKM/EPDM 5mm (0.98in) and 3mm (.6in) Features Large flow Wide pressure range Low internal volume Good self-draining capability Good flushability Various types of seal materials Various electrical connection options 3

18 FLUID ISOLATION VALVES Fluid Isolation / and 3/ Solenoid Valves with Bellows Seal System 96 and 396 Series fluid isolation solenoid valves with bellows seals are characterized by their high functional reliability under harsh conditions and their long service life. PEEK and stainless steel bodies, PTFE bellows and FFKM seals allow the valves to be used with extremely corrosive fluids. The valves are designed for high pressure and flow rates. 96 Series More information on 96 Series pg. 50 More information on 396 Series pg Series PTFE bellows seal FFKM/FKM disc PEEK or stainless steel valve body Technical characteristics Fluid Gases and liquids Pressure range 0 to 6 bar (0 to 87 psi) Function NC Connection G/4 and G3/8 Construction Poppet valve Valve body PEEK and stainless steel Seals PTFE (bellows), FFKM/FKM (disc) Overall width mm and 45mm (0.87in and.77in) Features Large nominal diameter 6mm ( in) Wide pressure range High-quality materials Good self-draining capability Good flushability Low weight (with plastic body) Optional operation with power-save connector 4

19 FLUID ISOLATION VALVES Fluid Isolation / and 3/ Solenoid Valves with Pinch Mechanism 84 and 384 Series fluid isolation pinch valves are characterized by their uninterrupted flow path and the long service life of their tubes. This is achieved using the pinch mechanism which provides a smooth, constant pressure on the soft tubing. Any risk of contamination is reliably avoided by changing the tubes. 045 Series More information on 045 Series pg. 6 More information on 84 Series pg. 64 More information on 384 Series pg. 7 More information on 84 Series pg Series More information on 384 Series pg Series More information on 373 Series pg. 69 Core Fastening clip 84 Series Pinch clamp 384 Series 373 Series Technical characteristics Fluid Gases and liquids Pressure range 0 to 0.8 bar (0 to.6 psi) Function NC, NO and U Connection Tubes.65mm (0.065in) to 9.5mm (0.37in) O.D. Construction Tube clamp Valve body Aluminum, POM Tubing VMQ (silicone) Overall width 7mm (0.67in), 9mm (0.75in), 3mm (.6in), 4mm (.65in) Features Compact design Low to very high flow Bi-directional flow Straight, uninterrupted flow path Good flushability Various tube material options Various electrical connection options 5

20 GENERAL SERVICE VALVES / and 3/ Miniature Solenoid Valves 88, S, RB and 4 Series micro solenoid valves are used mainly as pilot valves or for the handling of inert gases. These series are suitable for applications in almost all areas of analytical and medical technology. Their compact size and easy installation allows several valves to be mounted on a subbase or custom valve module. 88 Series More information on 88 Series pg. 8 More information on 88 Series High Flow pg Series, High Flow More information on S Series pg. 00 More information on RB Series pg. 95 More information on 4 Series pg. 9 S Series Manual operator NBR/FKM disc RB Series NBR/FKM flange seal 4 Series Fluid Pressure range Function Connection Construction Valve body Seals Overall width Technical characteristics Inert gases 0 to 0 bar (0 to 45 psi) NC and NO Flange, threaded connection, /4 8 UNF, hose connection, screw-in type M5 Poppet valve Polyamide, stainless steel, brass, PBT NBR, FKM, TPE 88 Series: 0mm (0.39in), S Series: 9mm (0.75in), RB Series: 5mm (0.59in) and 9mm (0.75in), 4 Series: 9mm (0.75in) Features Compact design Low power consumption ( Watt) Wide range of nominal diameters 0.6 mm ( in) Other bodies and seals on request Suitable for vacuum applications Suitable for mounting on multiple subbase Optional operation with power-save connector 6

21 GENERAL SERVICE VALVES / and 3/ Solenoid Valves with Flat Spring Technology 065 Series flat spring valves are used mainly in medical and analytical apparatus, gas analyzers and leak detectors. The valves are characterized by their long service life and extremely short response times. High-quality stainless steel and sealing materials make the valves suitable for use with a wide range of gases. More information on 065 Series pg Series More information on 065 Series pg Series Threaded and Manifold Mount Flat spring FKM disc Stainless steel body Fluid Pressure range Function Connection Construction Valve body Seals Overall width Technical characteristics Gases 0 to 9 bar (0 to 30 psi) NC and NO M5 or flange Poppet valve Stainless steel and PPS FKM 5mm (0.59in) and mm (0.87in) Features Long service life (> billion cycles) Short response times (< 0 ms) Low power consumption ( Watt) Wide range of nominal diameters 0.6 mm ( in) Compact design High-quality materials (Stainless steel/fkm) Other seals on request Easy integration into systems 7

22 PIEZOTRONIC VALVES -way Proportional Valve for Flow Control Piezotronic 630 Series / piezo valves for flow control are a high-tech solution designed in particular for applications requiring extremely low power consumption. They are suitable for use in battery-operated equipment or in potentially explosive areas. Piezotronic, 630 Series More information on Piezotronic 630 Series pg. 6 Piezo element Valve seat PPS body Piezoelectric effect A mechanical deformation occurs under an electrical charge (this can also occur vice-versa). The multi-layer piezoelectric element is the essential part of a Piezotronic valve. It consists of elementary dipoles which are polarized during manufacture. The length of the material changes as soon as the piezo ceramics are exposed to an electrical field. Technical characteristics Fluid: Air and gases Pressure range: 0 to 8 bar (0 to 6 psi) Function: NC and NO Flow: Kv 0.007/Cv Connection: Flange (CNOMO), M5, G/8 Construction: Poppet valve Valve body: PPS Seals: NBR Piloting voltage: 0 40 V Overall width: 5mm (0.59in) Features Extremely low power consumption (0.004 Watt) Large electrical control range Long service life (> billion cycles) Pad mounting to industrial standard No overheating EExia option Optional operation with power-save connector 8

23 -way Proportional Valve for Flow Control Posiflow PROPORTIONAL VALVES 0 Series Posiflow proportional valves can be used in practically all applications in which the flow of a liquid or gas needs to be proportionally controlled. Since a single proportional valve can replace two or three conventional valves connected in parallel (NC or NO) to obtain low, medium or high flow rates, it provides a cost-effective and space-saving solution. More information on Posiflow 0 Series pg. 4 Posiflow, 0 Series More information on Control D pg. More information on Electronic Control Unit pg. 4 Solenoid coil Rider rings Core Disc ELECTRONIC CONTROL UNIT CONTROL D The electronic control unit converts a standard signal (e.g. 0 to 0 V) into an output current (0 to.0 A). The output current, which is pulse-width modulated, provides lowhysteresis control, irrespective of temperature influences. The current values are set with a potentiometer. Electronic Control Unit or Control D The stand-alone control device CONTROL D is used for open-loop, closed-loop or double-loop (cascaded) process control. It is designed to control proportional valves by regulating the current in the valve's solenoid coil. The control parameters can be set by PC software. Technical characteristics Fluid Air, gases, liquids Pressure range Vacuum to 6 bar (3 psi) Function NC Flow Kv 0.9/Cv.04 Connection M5 to G/ Construction Poppet valve Valve body Stainless steel, brass Seals NBR, FKM, CR, EPDM, PTFE Features Compact design Large flow Wide pressure range Low hysteresis (< 5% of span) Low power consumption Direct operated Variable flow proportional to solenoid current 9

24 PROPORTIONAL VALVES -way Proportional Valve for Flow Control Preciflow 0 Series / proportional valves are ideal for use in applications in many areas of analytical and medical technologies. Frictionless suspension of the core reduces hysteresis and provides stepless control in the lower and upper ranges. Typical applications include respirators or mass flow controllers. More information on Preciflow (5mm) 0 Series pg. 06 Preciflow (5mm), 0 Series More information on Preciflow (9mm) 0 Series pg. 08 More information on Preciflow 0 Series pg. 04 More information on Control D pg. More information on Electronic Control Unit pg. 4 Frictionless suspension of the core between flat springs Stainless steel valve seat FKM disc Preciflow (9mm), 0 Series Preciflow, 0 Series ELECTRONIC CONTROL UNIT CONTROL D The electronic control unit converts a standard signal (e.g. 0 to 0 V) into an output current (0 to.0 A). The output current, which is pulse-width modulated, provides lowhysteresis control, irrespective of temperature influences. The current values are set with a potentiometer. Electronic Control Unit or Control D The stand-alone control device CONTROL D is used for open-loop, closed-loop or double-loop (cascaded) process control. It is designed to control proportional valves by regulating the current in the valve's solenoid coil. The control parameters can be set by PC software. Technical characteristics Fluid Air and gases Pressure range Vacuum to 0 bar (45 psi) Function NC Flow Kv 0.096/Cv 0. Connection Flange (CNOMO), cartridge, M5, G/8 Construction Poppet valve Valve body PVDF, brass, stainless steel Seals FKM, FFKM Actuation Electronic Control Unit or Control D Features Compact design Low to high flow Wide pressure range Minimum hysteresis Direct operated Variable flow proportional to solenoid current Stepless flow characteristic 0

25 PROPORTIONAL VALVES -way Proportional Valve for Flow Control Preciflow IPC 0 Series Preciflow IPC valves are inlet pressure compensated flow control valves. Inlet pressure compensation allows high pressures and flows at low solenoid coil power consumption. Typical applications for these valves are in medical (e.g. respirators) and analytical apparatus (e.g. mass flow controllers). More information on Preciflow IPC 0 Series pg. 0 Preciflow IPC, 0 Series More information on Control D pg. Flat spring FKM diaphragm FKM disc CONTROL D Control D The stand-alone control device CONTROL D is used for open-loop, closed-loop or double-loop (cascaded) process control. It is designed to control proportional valves by regulating the current in the valve's solenoid coil. The control parameters can be set by PC software. Technical characteristics Fluid Air and gases Pressure range 0 to 7 bar (0 psi) Function NC Flow Kv 0.7/Cv 0.0 Connection Flange, cartridge, G/8 Construction Poppet valve Valve body Stainless steel Seals FKM Actuation Control D Features Compact design High flow Wide pressure range Low hysteresis (< 5% of span) Low power consumption (.5 W) Direct operated Variable flow proportional to solenoid current

26 NOTES

27 PTFE DIAPHRAGM FLUID ISOLATION VALVES SERIES 055 PTFE isolation valves are designed for use with highly aggressive liquids The PTFE body and diaphragm isolates the internal solenoid components from the media resulting in a virtually impervious valve Excellent self-draining capability and easy-to-flush low-volume internal cavity Compact architecture make them ideal for analytical bench-top instrumentation Available in -Way normally closed, -Way normally open, and 3-Way universal; comes with #0-3, /4-8, or /8 NPSC in-line porting for exceptional versatility Meets all relevant CE directives Typical applications include: Chromatography Solvent Selection/Diversion Sample Preparation DNA Sequencing / Normally Closed / Normally Open 3/ Universal Fluids* Temperature Range Seal Materials* Aggressive liquids 0 C to 5 C (3 F to 77 F) PTFE * Ensure that the compatibility of the fluids in contact with the materials is verified General Valve Information* Body Poppet Diaphragm Response Time PTFE PTFE PTFE < 0ms Internal Volume As low as 8 μl * Ensure that the compatibility of the fluids in contact with the materials is verified Electrical Characteristics Coil Insulation Class Connector Standard Voltages Power Consumption F AWG or 4 AWG Lead wires, 457mm (8in) long, PTFE coated VDC, 4 VDC.0 to 7. Watts 3

28 055 Specifications Connection Pressure Differential bar (psi) Orifice Size Flow Coefficient Power Coil max. min. (W) mm (inches) Kv (m3/h) Cv gas / liquids Catalog Number / NC - Normally Closed #0-3.0 (0.040) (-3).07 (30) 0055A0L0T00xx / (0.06) (-3).07 (30) A0L0T00xx / (0.093) (-3).07 (30) A03L0T00xx /8 NPSC 3.96 (0.56) (-3).07 (30) A04L0T00xx / NO - Normally Open #0-3.0 (0.040) (-3).07 (30) 0055A0L0T00xx / (0.06) (-3).07 (30) A0L0T00xx / (0.093) (-3).07 (30) A03L0T00xx /8 NPSC 3.96 (0.56) (-3).07 (30) A04L0T00xx 3/ U - Universal #0-3.0 (0.040) (-3).07 (30) 0055A30L0T00xx / (0.06) (-3).07 (30) A30L0T00xx / (0.093) (-3).07 (30) A303L0T00xx /8 NPSC 3.96 (0.56) (-3).07 (30) A304L0T00xx How to Order 0055A 0 L0 T00 F Catalog Number Operation Mode = Normally Closed = Normally Open 3 = 3-Way Orifice Size/Connection Type 0 = x = 0.06 x / = x / = 0.56 x /8 NPSC Voltage F = 4 VDC Class F F3 = VDC Class F Options T00 = PTFE Electrical Connection Type L0 = Leaded coil: lead length 457mm (8in) 4

29 055 Dimensions: mm (inches) Dimensional Drawings Type 0 Type 0 Type 03 Type 04 Type 05 E E B B B B B C A C A C A C A C A D F D F D F D F D F Ø Ø Ø Ø Ø Configuration Type Catalog Number Ø A B C D E F A0L0T00xx 9.05 (0.750) 9.34 (.55).70 (0.500) 9.0 (0.363).70 (0.500) - #-56 -Way NC A0L0T00xx 5.40 (.000) (.488).34 (0.486).43 (0.450) 7.40 (0.687) A03L0T00xx 3.75 (.50) 47.3 (.863).45 (0.884).70 (0.500).45 (0.884) 38.0 (.500) # A04L0T00xx 38.0 (.500) (.088) 8.57 (.5) 4.7 (0.56) 8.57 (.5) (.750) A0L0T00xx 9.05 (0.750) 9.54 (.63).70 (0.500) 9.0 (0.363).70 (0.500) - #-56 -Way NO A0L0T00xx 5.40 (.000) 37.9 (.493).34 (0.486).43 (0.450) 7.40 (0.687) A03L0T00xx 3.75 (.50) (.84).45 (0.884).70 (0.500).45 (0.884) 38.0 (.500) # A04L0T00xx 38.0 (.500) 5.78 (.039) 8.57 (.5) 4.7 (0.56) 8.57 (.5) (.750) A30L0T00xx 9.05 (0.750) 9.49 (.6).70 (0.500) 9.0 (0.363).70 (0.500) - #-56 3-Way A30L0T00xx 5.40 (.000) (.49) 7.40 (0.687).43 (0.450) 7.40 (0.687) A303L0T00xx 3.75 (.50) (.84).45 (0.884).70 (0.500).45 (0.884) 38.0 (.500) # A304L0T00xx 38.0 (.500) 5.75 (.038) 8.57 (.5) 4.7 (0.56) 8.57 (.5) (.750) 5

30 067 ROCKER SOLENOID FLUID ISOLATION VALVES Rocker isolation valves are designed for use with neutral or highly aggressive liquids in analytical instrumentation Special rocker mechanism, combined with a separating diaphragm, prevents heat transfer to the fluid and eliminates the sticking effect of the valve seat Hermetic separation of control mechanism prevents particulate contamination caused by friction of moving parts, assuring maximum purity of liquid samples Excellent self-draining capability and easy-to-flush low-volume internal cavity make these valves ideal in application where crosscontamination must be minimized Hit and Hold feature utilizes an integrated power-save switch that reduces analytical instrument power consumption Meets all relevant CE directives, and is RoHS compliant Typical applications include: Pipette Dispensing In-vitro Diagnostics DNA Sequencing Surgical Fluid Management / Normally Closed / Normally Open 3/ Universal Functional Principle Fluids* Temperature Range Seal Materials* 0 C to 40 C (50 F to 04 F) FKM/FFKM Liquids or Gases 5 C to 40 C (4 F to 04 F) EPDM * Ensure that the compatibility of the fluids in contact with the materials is verified. General Valve Information Body PEEK Seals FFKM (FKM/EPDM) Diaphragm FFKM (FKM/EPDM) Others Stainless Steel Response Time < 0ms Internal Volume 0µl Max. Viscosity 0 cst (mm /s) 3 Function / NC Electrical Characteristics Coil Insulation Class Connector F Pin Header with Contacts Electrical Safety EN Electrical Enclosure Protection IP65 (EN 6059) Standard Voltages* VDC, 4 VDC (-5%/+0%) 3 Function / NO * Other voltages on request Coil Type Power Ratings Inrush/ Holding Ambient Temperature Range Protection Electrical Connection 6 Specific.5/.0* W ºC (ºF) VA W 0 to 50 (50 to ) IP40 Connector with two 0.5mm² lead wires + built-in LED and electrical protection or lead wires, 0.5m (9.7in) long * With power-save electronics The coil used for orifice size.35mm (0.053in) is longer by.5mm (0.49in) than that used for the other orifice sizes, see drawings on following pages Function 3/ U 3

31 067 Specifications Connection Orifice Size Flow Coefficient Pressure Differential bar (psi) mm (inches) Kv (m3/h) Cv gases liquids / NC - Normally Closed Long Flange / NO - Normally Open Long Flange 3/ U-Universal Long Flange 0.6 (0.04) 0.8 (0.03).0 (0.040).35 (0.053) 0.6 (0.04) 0.8 (0.03).0 (0.040).35 (0.053) 0.6 (0.04) 0.8 (0.03).0 (0.040).35 (0.053) min (-3) -0.9 (-3) -0.9 (-3) -0.9 (-3) -0.9 (-3) -0.9 (-3) -0.9 (-3) -0.9 (-3) -0.9 (-3) -0.9 (-3) -0.9 (-3) -0.9 (-3) 3 (43.5) (9.0).5 (.8).0 (4.5) 3 (43.5) (9.0).5 (.8).0 (4.5) 3 (43.5) (9.0).5 (.8).0 (4.5) * Types to 5 with power-save electronics, LED and electrical protection, mm (inches) = width: 5.08 (0.) 4 = width:.54 (0.) = width: 5.08 (0.) 5 = Flying Leads, 0.5 (9.7) long 3 = width:.54 (0.) (see drawings on following page) max. 3 (43.5) (9.0).5 (.8).0 (4.5) 3 (43.5) (9.0).5 (.8).0 (4.5) 3 (43.5) (9.0).5 (.8).0 (4.5) hexagon socket head cap mounting screws M3x6mm (0.4in), stainless steel, ISO476 supplied To order FFKM seals, leave the corresponding designation in the catalog number "blank" Electrical Connection/ Type* Catalog Number SC S067A 0 SC S067A 0 3 SC S067A 03 4 SC S067A 04 5 L S067A 05 SC S067A 06 SC S067A 07 3 SC S067A 08 4 SC S067A 09 5 L S067A 030 SC S067A 03 SC S067A 03 3 SC S067A SC S067A L S067A 035 SC S067A 036 SC S067A SC S067A SC S067A L S067A 040 SC S067A 06 SC S067A 06 3 SC S067A SC S067A L S067A 065 SC S067A 066 SC S067A SC S067A SC S067A L S067A 070 SC S067A 07 SC S067A 07 3 SC S067A SC S067A L S067A 075 SC S067A 076 SC S067A SC S067A SC S067A L S067A 080 SC S067A 0 SC S067A 0 3 SC S067A 03 4 SC S067A 04 5 L S067A 05 SC S067A 06 SC S067A 07 3 SC S067A 08 4 SC S067A 09 5 L S067A 0 SC S067A SC S067A 3 SC S067A 3 4 SC S067A 4 5 L S067A 5 SC S067A 6 SC S067A 7 3 SC S067A 8 4 SC S067A 9 5 L S067A 0 Options FKM EPDM V E V E V E V E V E V E V E V E V E V E V E V E 7

32 067 Dimensions: mm (inches) Dimensional Drawings Type Type 35 (.38).6 (0.89) 5.08 (0.0) 39.8 (.57) 7.3 (.07) Orifice size.35 (0.053) Orifice size 0.6 (0.04) 0.8 (0.03).0 (0.039) 46 (.8) 39.8 (.57) 33.5 (.3) 7.3 (.07) Orifice size.35 (0.053) Orifice size 0.6 (0.04) 0.8 (0.03).0 (0.039) 0 (0.39) 37.5 (.48) 0 (0.39) 37.5 (.48) 5.08 (0.39) Type 3 Type 4.54 (0.0) Orifice size.35 (0.053) Orifice size.35 (0.053) 35 (.38).6 (0.89) 39.8 (.57) 7.3 (.07) Orifice size 0.6 (0.04) 0.8 (0.03).0 (0.039) 46 (.8) 39.8 (.57) 33.5 (.3) 7.3 (.07) Orifice size 0.6 (0.04) 0.8 (0.03).0 (0.039) 0 (0.39) 37.5 (.48) 0 (0.39) 37.5 (.48).54 (0.0) Type 5 Orifice size.35 (0.053) Mounting Pad M3/5 deep 39.8 (.57) 7.3 (.07) 35 (.38).5 (0.89) Orifice size 0.6 (0.04) 0.8 (0.03).0 (0.039) pitch interval (0.078) max. Ø.5 (0.059) 3x M3/5 deep min. 0 (0.39) 0 (0.39) 37.5 (.48) 8 3 (0.039) (0.35) (.08) 7 (0.670).5 (0.49) (0.35) min (.48) 6.5 (0.649) 8 The coil used for orifice size.35mm (0.053in) is longer by.5mm (0.49in) than that used for the other orifice sizes NOTE: Connectors must be ordered separately, please specify the quantity and Catalog numbers required: Pin spacing 5.08 (0.0) 0.5m (9.7in) long Catalog number: Pin spacing.54 (0.0) 0.5m (9.7in) long Catalog number: m (59in) long Catalog number: m (59in) long Catalog number: m (8in) long Catalog number: m (8in) long Catalog number:

33 067 Dimensions: mm (inches) Dimensional Drawings Single Subbases PEEK UNF thread - Catalog number Bottom push-in hose connection - Catalog number (.) A 56.5 (.) 46.5 (.83) 0 (0.39) Ø. (0.08) 0 (0.39) 0-3UNF (3x) Ø3. (0.6) Ø3. (0.6) x 0 (0.39) 6.5 (0.65) 46.5 (.83) A A-A 7 (0.67).5 (0.49) 8 (0.35) 46.5 (.83).5 (0.49) 7 (0.67) 8 (0.7) M3 (x) Ø.5 (0.059) 3x Ø3. (0.6) Ø3. (0.6) x 8 (0.35) M3 (x) UNF thread - Catalog number Side push-in hose connection - Catalog number (0.38) /4-8 UNF 56.5 (.) 50 (.97) A 56.5 (.) 46.5 (.83) 6.5 (0.65) 0 (0.39) Ø. (0.08) Ø3. (0.6) x 8.5 (0.73) Ø3. (0.6) x A 0 (0.39) A-A 7 (0.669).5 (0.49) 7.9 (0.3) 46.5 (.83) 7 (0.67).5 (0.49) M 3 (x) Ø.5 (0.059) 3x Ø3. (0.6) x M3 (x) 8 (0.35) Options Subbases available on request Manual operator (impulse-type) Installation The solenoid valves can be mounted in any position without affecting operation 9

34 068 FLAPPER SOLENOID FLUID ISOLATION VALVES 6mm Flapper isolation valves are designed for use with neutral or highly aggressive liquids in analytical and medical systems Special Flapper mechanism results in no pumping or sticking effects Reduced heat transfer between control mechanism and fluid make them ideal for use with heat-sensitive reagents and biological samples Hermetic separation of control mechanism prevents particulate contamination caused by friction of moving parts, assuring maximum purity of liquid samples Excellent self-draining capability and easy-to-flush low-volume internal cavity make these valves ideal in application where crosscontamination must be minimized Meets all relevant CE directives, and is RoHS compliant Typical applications include: In-vitro Diagnostics Hematology DNA Sequencing Industrial Liquid Analyzers / Normally Closed / Normally Open 3/ Universal Functional Principle Fluids* Temperature Range Seal Materials* Liquids or Gases 5 C to 50 C (4 F to F) Filtration: 50µm * Ensure that the compatibility of the fluids in contact with the materials is verified FFKM FKM EPDM General Valve Information Body PEEK Seals FFKM (FKM/EPDM) Diaphragm FFKM (FKM/EPDM) Others Stainless Steel Response Time < 0ms Internal Volume 75µl Max. Viscosity 0 cst (mm /s) 3 Function / NC Electrical Characteristics Coil Insulation Class F Connector Spade terminals or Lead wires Connector Specification Electrical Safety IEC 335 Electrical Enclosure Protection Spade terminals: DIN 46340, lead wires: 4 AWG Molded IP40 spade terminals (EN 6059) Molded IP66 lead wires (EN 6059) 3 Function / NO Standard Voltages* VDC, 4 VDC (-5%/+0%) Electrical Connection Power Ratings Inrush Holding Hot/Cold Ambient Temperature Range Type 30 VA VA W W ºC (ºF) S to L (4 to ) 0 * Other voltages on request Refer to the drawings on following pages 0.5m (9.7in) lead wires 3 Function 3/ U

35 068 Specifications Orifice Flow Pressure Differential bar (psi) Connection Size Coefficient max. min. mm (inches) Kv (m3/h) Cv gases or liquids / NC - Normally Closed Pad Mounting /4-8 UNF Push-in Hose Connection Power Coil (W) Catalog Number Body PEEK 0.8 (0.03) (-3) 8 (6) 4 R068Axxx00xx. (0.047) (-3) 4 (58) 4 R068A4xxx00xx.6 (0.063) (-3) (9) 4 R068A6xxx00xx 0.8 (0.03) (-3) 8 (6) Axxx00xx. (0.047) (-3) 4 (58) A4xxx00xx.6 (0.063) (-3) (9) A6xxx00xx 0.8 (0.03) (-3) 8 (6) Axxx00xx. (0.047) (-3) 4 (58) A4xxx00xx.6 (0.063) (-3) (9) A6xxx00xx / NO - Normally Open 0.8 (0.03) (-3) 8 (6) 4 R068Axxx00xx Pad Mounting. (0.047) (-3) 4 (58) 4 R068A4xxx00xx.6 (0.063) (-3) (9) 4 R068A6xxx00xx 0.8 (0.03) (-3) 8 (6) Axxx00xx /4-8 UNF. (0.047) (-3) 4 (58) A4xxx00xx.6 (0.063) (-3) (9) A6xxx00xx 0.8 (0.03) (-3) 8 (6) Axxx00xx Push-in Hose. (0.047) Connection (-3) 4 (58) A4xxx00xx.6 (0.063) (-3) (9) A6xxx00xx 3/ U-Universal 0.8 (0.03) (-3) 8 (6) 4 R068A3xxx00xx Pad Mounting. (0.047) (-3) 4 (58) 4 R068A34xxx00xx.6 (0.063) (-3) (9) 4 R068A36xxx00xx 0.8 (0.03) (-3) 8 (6) A3xxx00xx /4-8 UNF. (0.047) (-3) 4 (58) A34xxx00xx.6 (0.063) (-3) (9) A36xxx00xx Push-in Hose Connection 0.8 (0.03) (-3) 8 (6) A3xxx00xx. (0.047) (-3) 4 (58) A34xxx00xx.6 (0.063) (-3) (9) A36xxx00xx hexagon socket head cap mounting screws M.5, stainless steel, supplied How to Order R068A xx x 00 xx Catalog Number Connector S0 = spade terminals without connector L0 = with lead wires 500mm (9.7in) Voltage F3 = VDC F = 4 VDC Seal Materials V = FKM = FFKM E = EPDM Ordering Example: R068A6S0E00F = -way NC (normally closed), orifice size.6mm (0.063in), pad-mounting body width 6mm (0.63in), with spade terminals without connector, EPDM seals, 4 VDC Options Subbases available on request Installation The solenoid valves can be mounted in any position without affecting operation Pad-mounting solenoid valve supplied with seal 3

36 068 Dimensions: mm (inches) Dimensional Drawings Type 0 Solenoid with spade terminals (S0) DIN IP (0.8) (0.8) 9 (0.35).5 (0.85) 9 (0.35) 7 (0.67) 45. (.77).5 (0.098) 7 (0.67) 45. (.77) 0.5 (0.43) Type 0 Solenoid with lead wires (L0) 4 AWG, lead wires: 500mm (9.7in) long IP66 7 (.06).5 (0.098) 0.5 (0.43) 6 (0.63) (0.8) (0.8) 9 (0.35).5 (0.85) 9 (0.35) 3 7 (.06) 6 (0.63)

37 068 Dimensions: mm (inches) Dimensional Drawings Subbase Mounting Pattern COM max. Ø. (0.087) NC max. Ø. (0.087) Surface flat to within 0.05 (0.00) Surface roughness Rz3. or less 9 9 (0.35) (0.35).5 (0.85) NO max. Ø. (0.087) 0-.5 (0.098) 0.5 (0.43) x M.5x0.45 min. 5 min. 7 (0.669) /4-8 UNF Version Version with Push-in Hose Connection 3.8 (0.94) 7 (0.7) 45. (.78) Ø3. (0.6) x 7 (0.67) 7 (0.7) 45. (.78) Ø3. (0.6) x Ø3. (0.) (.97) (.97) Ø3. (0.6) x 6.5 (0.65) Ø3. (0.6) x 6.5 (0.65) 7 (.06) 50 (.97) 56.5 (.) 7 (.06) 50 (.97) 56.5 (.) 33

38 068 FLAPPER SOLENOID FLUID ISOLATION VALVES mm Flapper isolation valves are designed for use with neutral or highly aggressive liquids in analytical and medical systems Special Flapper mechanism results in no pumping or sticking effects Reduced heat transfer between control mechanism and fluid make them ideal for use with heat-sensitive reagents and biological samples Hermetic separation of control mechanism prevents particulate contamination caused by friction of moving parts, assuring maximum purity of liquid samples Excellent self-draining capability and easy-to-flush low-volume internal cavity make these valves ideal in application where crosscontamination must be minimized Meets all relevant CE directives, and is RoHS compliant Typical applications include: In-vitro Diagnostics Hematology DNA Sequencing Industrial Liquid Analyzers / Normally Closed / Normally Open 3/ Universal Functional Principle Fluids* Temperature Range Seal Materials* Liquids or Gases 5 C to 50 C (4 F to F) Filtration: 50µm * Ensure that the compatibility of the fluids in contact with the materials is verified FFKM FKM EPDM General Valve Information Body PEEK Seals FFKM (FKM/EPDM) Diaphragm FFKM (FKM/EPDM) Others Stainless Steel Response Time < 0ms Internal Volume 0.48ml Max. Viscosity 0 cst (mm /s) 3 Function / NC Electrical Characteristics Coil Insulation Class Connector Spade plug (Ø6 to 8mm) or Lead Wires Connector Specification F DIN 43650, mm (0.43in), industry standard B Electrical Safety IEC 335 (lead wires: EN 60730) Electrical Enclosure Protection Molded IP65 (EN 6059) Standard Voltages* VDC, 4 VDC (-5%/+0%) * Other voltages on request 0.45m (7.7in) lead wires 3 Function / NO Prefix Option Power Ratings Inrush Holding Hot/Cold Ambient Temperature Ranges Replacement Coil Type 34 VA VA W W ºC (ºF) VDC 4 VDC S L Refer to the drawings on following pages to (50 to ) to 50 (50 to ) 3 Function 3/ U D D 0

39 068 Specifications Connection Orifice Size Flow Coefficient Pressure Differential bar (psi) max. min. mm (inches) Kv (m3/h) Cv gases or liquids W / NC - Normally Closed Power Coil Catalog Number (0.079) (-3) 5 (7.5) 0 G068B37xxx00xx G/8 3 (0.8) (-3) 3 (43) 0 G068A38xxx00xx 4 (0.57) (-3).5 () 0 G068A39xxx00xx (0.079) (-3) 5 (7.5) 0 R068B37xxx00xx Pad Mounting 3 (0.8) (-3) 3 (43) 0 R068A38xxx00xx 4 (0.57) (-3).5 () 0 R068A39xxx00xx / NO - Normally Open (0.079) (-3) 5 (7.5) 0 G068A37xxx00xx G/8 3 (0.8) (-3) (9) 0 G068A38xxx00xx 4 (0.57) (-3) (4.5) 0 G068A39xxx00xx (0.079) (-3) 5 (7.5) 0 R068A37xxx00xx Pad Mounting 3 (0.8) (-3) (9) 0 R068A38xxx00xx 4 (0.57) (-3) (4.5) 0 R068A39xxx00xx 3/ U-Universal (0.079) (-3) 5 (7.5) 0 G068A337xxx00xx G/8 3 (0.8) (-3) (9) 0 G068A338xxx00xx 4 (0.57) (-3) (4.5) 0 G068A339xxx00xx (0.079) (-3) 5 (7.5) 0 R068A337xxx00xx Pad Mounting 3 (0.8) (-3) (9) 0 R068A338xxx00xx 4 (0.57) (-3) (4.5) 0 R068A339xxx00xx 4 hexagon socket head cap mounting screws M3 x 8mm (0.3in), stainless steel, ISO 476 supplied Body PEEK How to Order G068A37 xx x 00 xx Catalog Number Connector S = spade terminals with connector L0 = with lead wires 457mm (8in) Voltage F3 = VDC F = 4 VDC Seal Materials V = FKM = FFKM E = EPDM Ordering Example: R068A37SE00F = -way NC (normally closed), orifice size mm (0.079in), pad-mounting body width mm (0.867in), spade terminals with connector, EPDM seals, 4 VDC Options Subbases available on request Power-save connector (.5 W after 40ms of operation), 4 VDC version: , VDC version: Impulse manual operator Installation The solenoid valves can be mounted in any position without affecting operation Pad-mounting solenoid valve supplied with seal Pipe connections /8 have standard thread according to ISO 8/ 35

40 068 Dimensions: mm (inches) Dimensional Drawings Type 0 5 (0.60) Solenoid with spade plug connector (S) Epoxy molded IEC 335/DIN IP65 = = 33 (.30) = = B C A /8 / NC / NO 3/ U (.73) = = 9 (0.35) 9 (0.35) 3 B C A 4 = (0.43) = / NC / NO 3/ U H G X J 3 x /8 H X J 3 = D = E = F = = D = E = F = Type 0 5 (0.60) Solenoid with lead wires (L0) IEC 335, lead wires: 0.45m (7.7in) long IP40 33 (.30) / NC = = = = A B C /8 / NO 3/ U (.73) = = 9 (0.35) 9 (0.35) 3 A B C 4 = (0.43) = / NC / NO 3/ U H G K 3 H K 3 X x /8 X = D = = F = = D = = F = 36 Type Prefix Option 0 S 0 L0 Catalog Number G068A...S.. R068A...S.. G068A...L0.. R068A...L0.. A B C D E F G H J K X 60 (.36) 60 (.36) 35 (.38) 35 (.38) 8.5 (.) 8.5 (.) 8.5 (.) 8.5 (.) 7.5 (0.69) 7.5 (0.69) 7.5 (0.69) 7.5 (0.69) 46. (.8) 50 (.97) 46. (.8) 50 (.97) 6.5 (.46) 65 (.56) (0.88).3 (0.88).3 (0.88).3 (0.88) 60.8 (.40) (.40) (.67) 6.8 (.43) 67.8 (.67) 6.8 (.43) Type 0: includes coil(s) and connector(s); Type 0: with 0.45m (7.7in) lead wires weight kg wires, length 0.45m (7.7in) 4 mounting holes, max. depth 7mm (0.7in), for self-tapping screw (type EJOT PT, K30) 3 Manual operator location 4 4 mounting holes Ø3.mm (0.6in) (4 hexagon socket head cap mounting screws M3 x 8mm (0.35in), stainless steel, ISO 476 supplied) 8 (3.3) 76 (3.00) (.) 50.5 (.99) 33 (.30) 7 (.06) 33 (.30) 7 (.06)

41 068 Dimensions: mm (inches) Dimensional Drawing Subbase Mounting Pattern 3 = (0.43) = = = 5 (0.98) 9 9 (0.35) (0.35) 44 = (.73) = 55 = (.7) = 4 mounting holes Ø3.mm (0.6in) Max. diameter 4.5mm (0.77in) 3x / NC / NO 3/ U

42 068 FLAPPER PROPORTIONAL FLUID ISOLATION VALVES Flapper proportional valves are designed to proportionally control the flow of neutral and aggressive liquids and gases by varying the electrical input signal to the coil Special Flapper mechanism results in no pumping or sticking effects Reduced heat transfer between control mechanism and fluid make them ideal for use with heat-sensitive reagents and biological samples Hysteresis (< 0%), excellent repeatability (< 5%), and high sensitivity (< %) make these valves ideal for high precision flow control of liquids Excellent self-draining capability and easy-to-flush internal cavity Valves do not require a minimum operating pressure Meets all relevant CE directives, and is RoHS compliant Typical Applications include: Chromatography DNA Sequencing In-vitro Diagnostics Industrial Liquid Analyzers U I 3 / Normally Closed Fluids* Temperature Range Seal Materials* Liquids or Gases 5 C to 50 C FKM/FFKM/EPDM (4 F to F) Filtration: 50µm * Ensure that the compatibility of the fluids in contact with the materials is verified General Valve Information Body PEEK Seals Diaphragm Others Response Time Internal Volume FKM/FFKM/EPDM FKM/FFKM/EPDM Stainless Steel < 0ms 0.48ml Flow Power Port Port 3 Max. Viscosity 0 cst (mm /s) Electrical Characteristics Coil Insulation Class Connector F Lead Wires 4 AWG; L = 500mm (9.685in) Electrical Safety IEC 335 Electrical Enclosure Protection IP65 (EN 6059) Standard Voltages Voltage Regulation Flow Regulation Characteristics VDC, 4 VDC (-5%/+0%) 0- VDC, 0-4 VDC Pulse-width Modulation (> 000Hz) Hysteresis typ. 0%; Repeatability typ. 5%; Sensitivity typ.% Voltage Max. Operating Current Inrush Power Ratings Holding Hot/ Cold Ambient Temperature Range V ma VA VA W W ºC (ºF) to 55 (4 to 3) Specifications 38 Connection G/8 Pad Mounting Orifice Size Flow Coefficient Pressure Differential bar (psi) max. min. mm (inches) Kv (m3/h) Cv gases, liquids Power Coil (W) Catalog Number Body PEEK (0.079) (65) 9 G068A37xxx0xx 3 (0.8) (9) 9 G068A38xxx0xx (0.079) (65) 9 R068A37xxx0xx 3 (0.8) (9) 9 R068A38xxx0xx 4 hexagon socket screws M3 x 8mm (0.35), stainless steel, ISO 476 (supplied)

43 068 How to Order G068A37 xx x 0 xx Catalog Number (see Specifications table) Connector S = spade terminals with connector Ordering Example: R068A37SE0F = -way NC (normally closed), orifice size mm (0.079in), pad-mounting body, spade terminals with connector, EPDM seals, 4 VDC Voltage F3 = VDC F = 4 VDC Seal Materials V = FKM = FFKM E = EPDM Dimensions: mm (inches) Dimensional Drawings G /8 Pad-mounting Body Subbase Mounting Pattern Port no function Port 3 Port no function Port 3 44 (.73) (0.87) 5 (0.59) 33 (.3) ➀ mounting hole max.7 (4x) for self tapping screws type EJOT PT K (.89) 38 (.5) 30 (.8) 3.3 (0.9) (0.43) 9 (0.35) 8 (0.7) 44 (.73) 74.9 (.95) 38 (.5) 3.3 (0.9) M3 (4x) max. Ø4.5 (0.8) x 30 (.8) 9 (0.35) 8 (0.7) min. 50 (.97) 69. (.7) 5.5 (0.) 87.5 (3.44) (0.43) 9 (0.35) 35 (.38) 6. (.4) 79 (3.) 5.5 (0.) 7 (.06) min. 33 (.3) 46. (.8) (0.87) (0.43) 50.3 (.98).5 (0.89) ➀ 4 mounting holes, max. depth 7mm (0.76in), for self-tapping screw (type EJOT PT, K30) Options Digital control module Control D for DIN EN 500 rail mounting Used as a current regulator in open loop applications Used with an external sensor for closed-loop applications Other voltages and coils with flying leads on request Subbases available on request Installation The solenoid valves can be mounted in any position without affecting operation Pad-mounting solenoid valve supplied with seal Pipe connections /8 have standard thread according to ISO 8/ 39

44 8 DIAPHRAGM SOLENOID FLUID ISOLATION VALVES Diaphragm solenoid isolation valves designed for use with neutral and aggressive liquids and gases in analytical instrumentation Compact architecture saves valuable space in instrumentation Ultra-low power consumption of W to meet the most stringent OEM requirements Excellent self-draining capability and easy-to-flush low-volume internal cavity make these valves ideal in application where cross-contamination must be minimized Meets all relevant CE directives, and is RoHS compliant Typical applications include: Pipette Dispensing DNA Sequencing POC Instrumentation Water Analyzers / Normally Closed Fluids* Temperature Range Seal Materials* Liquids or Gases 0 C to 40 C ( 50 F to 04 F) FFKM Filtration: 50µm * Ensure that the compatibility of the fluids in contact with the materials is verified General Valve Information Body PEEK Seals FFKM (FKM/EPDM) Diaphragm FFKM (FKM/EPDM) Others Stainless Steel Response Time < 0ms Internal Volume 0µl Max. Viscosity 0 cst (mm /s) Electrical Characteristics Coil Insulation Class Connector F Pin header with contacts Pad-mounting Body Electrical Safety IEC 335 Standard Voltages VDC to 4 VDC Prefix Option Power Ratings Inrush Holding Hot/Cold Ambient Temperature Range Replacement Coil Type VA VA W W ºC (ºF) L to 40 (50 to 04) - 0 Refer to the drawings on following page Specifications Connection Orifice Size Flow Coefficient Pressure Differential bar (psi) Power Coil Catalog Number max. min. Lead Wires mm (inches) Kv (m3/h) Cv gases, liquids W Pad Mounting 0.5 (0.0) (7.5) LS8A00 40

45 8 How to Order L S 8A00 xxxx Prefix Pipe Thread Voltage DC 4DC Catalog Number Ordering Example: LS8A00DC = -Way normally closed, 0.5mm (0.0in) orifice, FFKM seals, VDC Dimensions: mm (inches) Dimensional Drawing Type 0 Prefix "L" solenoid IEC 335/with pin header with contacts LS8A (0.73) 8 (0.3) 3.05 (.) 5.05 (0.99) 3.5 (0.4) 6.75 (.05) = = Pad-mounting Pattern 8.95 (0.35) 3 (0.5) 3. (0.) 6 (0.4) max.ø.5 (0.06) P/ A/ Options Other materials available on request Installation The solenoid valves can be mounted in any position without affecting operation 4

46 8 DIAPHRAGM SOLENOID FLUID ISOLATION VALVES Diaphragm solenoid isolation valves designed for use with neutral and aggressive liquids and gases in analytical instrumentation Larger orifice sizes make these valves ideal for high flow-rate applications Good self-draining capability and low-volume internal cavity to minimize cross-contamination Removable and rotatable electrical coils allow for easy installation and worry-free maintenance Meets all relevant CE directives, and is RoHS compliant Typical applications include: In-vitro Diagnostics Spectrometry Hematology Water Analyzers / Normally Closed Fluids* Temperature Range Seal Materials* Air, Inert Gases, Water, 0 C to 00 C ( 50 F to F) FFKM Oil or Liquids * Ensure that the compatibility of the fluids in contact with the materials is verified General Valve Information Body Stainless Steel AISI 36 or PVDF (polyvinylidene fluoride) Diaphragm VMQ, FKM or EPDM Others Stainless Steel Response Time < 0ms (SCE8B00) < 0ms (SCG8C003) Internal Volume 70µl Max. Viscosity 37 cst (mm /s) Electrical Characteristics Coil Insulation Class F Connector Connector Specification Electrical Safety IEC 335 Electrical Enclosure Protection Standard Voltages * Other voltages available on request Prefix Option SC Inrush Power Ratings Holding Hot/ Cold Ambient Temperature Range Replacement Coil VA VA W W ºC (ºF) 30 V/50 Hz 4 VDC Type to 60 (50 to 40) to 60 (50 to 40) Refer to the dimensional drawings on the following page Spade plug (cable Ø4-6mm or Ø6-0mm).5 W (DMX) spade terminals,.8 x 0.5mm (DIN 46340) 8 W/9 W (ANX) ISO 4400/EN , form A Type 0: Molded IP40 (EN 6059), Type 0: PPS (Polyphenylene sulfide) glass-fiber reinforced, IP 67 (EN 6059) with plug connector VDC to 4 VDC AC ~: 4 V to 5 V to 30 V/50 Hz P (bar) Zone of Use Graph a Graph b SCE8B00 SCG8C003 P (bar) Specifications 4 Connection Orifice Size Flow Coefficient mm (inches) / NO - Normally Closed Kv (m3/h) Cv min. Pressure Differential bar (psi) max. Power Coil Catalog Number Options air, inert gases liquids W stainless steel PVDF FKM EPDM M5.6 (0.063) (9) - (9) -.5 SCE8B00 - V E G/8 4 (0.57) (36).5 (36).5 (36).5 (36) SCG8C003 V E See graphs (a) and (b) variation of inlet pressure (P) for outlet pressure (P) maintained

47 8 How to Order Prefix Pipe Thread E = M5 G = /8 Catalog Number B = Stainless Steel C = PVDF SC x 8x xxx V xxxx Voltage DC 4DC Suffix Body Size 00 = 7mm (0.67in) body 003 = 30mm (.8in) body Dimensions: mm (inches) Dimensional Drawings Type 0 Prefix "SC" solenoid IEC 335/DIN IP40 Type 0 Prefix "SC" solenoid IEC 335/DIN IP 67 (EN 6059) with plug connector SCE8B00 SCG8C003 A B E E B C A C G M5-4mm (0.57) F H G F Ø Ø G /8 bottom view bottom view = (0.87) = M3-4.5mm (0.8) ØM3-6mm (0.36) Type Prefix Option 0 SC SCE8B00 0 SC SCG8C003 Catalog Number Ø A B C D E F G H 7 (0.67) 30 (.) 33.9 (.33) 7.6 (.8) 6.9 (.06) 36.6 (.44) Including coil, without connector. Including coil(s) and connector(s). 9.9 (0.39).6 (0.85) (0.63) 30 (.8) 40.3 (.59) 64.5 (.54) 45 (.77) 73 (.87) Weight kg (3.5) 0. Options Other pipe connections available on request Plug with visual indication and peak voltage suppression or with lead wire length of m (78.7in) Installation The solenoid valves can be mounted in any position without affecting operation. For optimum performance mount solenoid vertical and upright Replacement coils are available:.5 W (DMX): DC, V, catalog number ; AC, 4 V, catalog number W/9 W (ANX): DC, V, catalog number ; AC, 4 V, catalog number ; 5 V, catalog number

48 8 HIGH FLOW DIAPHRAGM FLUID ISOLATION VALVES Diaphragm solenoid isolation valves designed for use with neutral and aggressive liquids and gases in analytical instrumentation Larger orifice sizes make these valves ideal for high flow-rate applications Good self-draining capability and low-volume internal cavity to minimize cross-contamination Removable and rotatable electrical coils allow for easy installation and worry-free maintenance Adjustable flow restrictor incorporated into valve body allows for easy adjustment of media flow-rates from 0% 00% Meets all relevant CE directives, and is RoHS compliant Typical applications include: In-vitro Diagnostics Hematology Spectrometry Water Analyzers / Normally Closed Fluids* Liquids or gases Temperature Range -0 C to 60 C (4 F to 40 F) Media Temperature Range -0 C to 80 C (4 F to 76 F) * Ensure that the compatibility of the fluids in contact with the materials is verified Seal Materials* FKM General Valve Information* Body Seals Response Time PP (Glass Fiber Reinforced) FKM < 0ms Internal Volume 70µl Max. Viscosity 37 cst (mm /s) * Ensure that the compatibility of the fluids in contact with the materials is verified Electrical Characteristics Coil Insulation Connector DIN Conncectors Standard Voltages Power Consumption 55 ºC (3 ºF) DIN Spade Terminal Size 8mm, ISO 4400/EN form A VDC, 4 VDC 9 Watts Specifications Prefix Option Ports Orifice Size Flow Coefficient Pressure Differential bar (psi) Power Coil mm (inches) Kv (m3/h) Cv min. max. W Catalog Number SC G/4 4.5 (0.77) (4.5) 9.0 G8A005xxxx 44

49 8 How to Order SC G8A005 xxxx Prefix Catalog Number Voltage DC 4DC Ordering Example: SCG8A0054DC = G/4 ports, 4.5mm (0.77in) orifice, 4 VDC Dimensions: mm (inches) Dimensional Drawings 3 (.6) 43 (.69) 78 (3.07) 7 (.06) 90 (3.54) 8 (3.3) 47 (.85) 3 (.6) G/4 + - Flow Restrictor 4 (0.94) 4 (0.94) 4 - Ø.8 (0.), 0 (0.39) deep Options Valves can also be supplied with FKM (fluoroelastomer) and EPDM (ethylene-propylene) seals and diaphragm Installation The solenoid valves can be mounted in any position without affecting operation 45

50 83 LEVER SOLENOID FLUID ISOLATION VALVES WITH SPIGOTS Lever mechanism isolation valves designed for use with aggressive and corrosive liquids and gases in analytical instrumentation and the chemical manufacturing industries Large orifice sizes make these valves ideal for high flow-rate and high pressure applications Ideally suited for quickly flushing systems of corrosive media and routing aggressive reagents to chemical reaction vessels and waste containers Available in both a -Way normally closed and normally open versions, as well as 3-Way normally closed, normally open and universal versions; each with multiple connection options Meets all relevant CE directives, and is RoHS compliant Typical applications include: Raw-material Chemical Manufacturing Chip/Wafer Manufacturing Pharmaceutical Waste Water Treatment / Normally Closed / Normally Open Fluids* Temperature Range Seal Materials* Air, Inert Gases, Filtered Water, Oil or Liquids 0 C to 00 C (50 F to F) * Ensure that the compatibility of the fluids in contact with the materials is verified VMQ (silicone) FKM (fluoroelastomer) EPDM (ethlyene-propylene) General Valve Information Body PEI (polyetherimide) Seals VMQ, EPDM or FKM Response Time ~ 5ms Max. Viscosity 37 cst (mm /s) Electrical Characteristics Coil Insulation Class Connector Connector Specification Electrical Safety IEC 335 F Spade plug (cable Ø6-8mm or Ø6-0mm) Electrical Enclosure Protection Molded IP65 (EN 6059) Standard Voltages Other voltages and 60 Hz available on request with coil 6W/6W (BMX) DIN 43650, mm, industry standard B, with coil 8W/9W (AMX) ISO 4400/EN , form A VDC, 4 VDC AC ~: 4 V to 5 V to 30 V/50 Hz (BMX = Hz) NC Function Prefix Option Power Ratings Inrush Holding Hot/Cold Ambient Temperature Range Replacement Coil Type VA VA W W ºC (ºF) 30 V/50 Hz 4 VDC to 60 (4 to 40) (BMX) SC to 60 (4 to 40) (AMX) Refer to the dimensional drawings on the following page Specifications 46 Pressure Differential bar (psi) Spigot I.D. Flow Coefficient Power Coil Spigot O.D. max. Catalog Number Options min. mm (inches) Kv (m3/h) Cv inert gases liquids W FKM EPDM / NC - Normally Closed, VMQ Seals 8 (0.3).7 (0.) (7.5) [0/45] 5 (7.5) 6 6 SCH83A003 V E 8 (0.3) 3.4 (0.3) (43.5) [6/87] 3 (43.5) 6 6 SCH83A004 V E (0.43) 5.5 (0.) (.8) (4.5) 8 9 SCH83A / NC - Normally Closed, EPDM Seals (Optional: FKM) (0.43) 5.5 (0.) (65.3) (4.5) 8 9 SCH83A008E V - / NO - Normally Open, VMQ Seals 8 (0.3) 3.4 (0.3) (43.5). 5 (36.3) 6 6 SCH83A06 V E / NO - Normally Open, FKM Seals (0.43) 5.5 (0.) (.8) (4.5) 8 9 SCH83A08V - - [ ] Value for differential pressure with FKM and EPDM seals

51 83 How to Order Prefix Pipe Thread Catalog Number Dimensions: mm (inches) Dimensional Drawings Type 0 Prefix "SC" solenoid DIN SC H 83A0xx V xx Type 0 Voltage = VDC 4 = 4 VDC Suffix V = FKM E = EPDM Prefix "SC" solenoid ISO 4400 L SCH83A003/A004/A06 A B C D SCH83A00/A008/A08V A B C D H E K Ø 360 E G Ø 360 H J N F Pressure inlet: NC function: orifice (type 0) or arrow on body (type 0) NO function: orifice (type 0) or arrow on body (type 0) P Mounting: holes 4.3mm (0.7in) = = J K = = M L N P Type Prefix Option Catalog Number A B C D E F G H J K L M N P Weight kg 0 SC SCH83A003/A (3.7) (.54) (.3) (0.83) (.8) (3.8) (.0) (0.63) (0.98) SCH83A06 (0.39) (.30) SC SCH83A00/A008E/08V.5 (4.78) 78 (3.07) 43 (.69) 7 (.06) 6.5 (0.65) 40.5 (.59). (0.047) 05 (4.3) 35 (.38) 5 (0.98) 3 (.6) 4.5 (0.8) 3 (0.9) 3 (.) 0.85 Including coil(s) and connector(s) Options Valves can also be supplied with FKM (fluoroelastomer) and EPDM (ethylene-propylene) poppet seal Plug with visual indication and peak voltage suppression or with cable length of m (78.7in) Installation The solenoid valves can be mounted in any position without affecting operation. For optimum performance mount solenoid vertical and upright Replacement coils are available: BMX: DC: V, cat. no.: /AC: 4 V, cat. no.: ; 5 V, cat. no.: AMX: DC: V, cat. no.: /AC: 4 V, cat. no.: ; 5 V, cat. no.:

52 83 LEVER SOLENOID FLUID ISOLATION VALVES WITH THREADED CONNECTIONS Lever mechanism isolation valves designed for use with aggressive and corrosive liquids and gases in analytical instrumentation and the chemical manufacturing industries Large orifice sizes make these valves ideal for high flow-rate and high / Normally Closed pressure applications Ideally suited for quickly flushing systems of corrosive media and routing aggressive reagents to chemical reaction vessels and waste containers Available in both 3-Way normally closed, normally open and universal versions, as well as -Way normally closed and normally open versions; / Normally Open each with multiple connection options Meets all relevant CE directives, and is RoHS compliant Typical applications include: Raw-material Chemical Manufacturing Chip/Wafer Manufacturing Pharmaceutical Waste Water Treatment General Valve Information Body G/4: PEI (polyetherimide) G/: PPS (polyphenylene sulphide) Seals Fluids* Temperature Range Seal Materials* Air, Inert Gases, Filtered Water, Oil or Liquids Response Time Max. Viscosity VMQ, EPDM or FKM ~ 5ms -0 C to 00 C (4 F to F) * Ensure that the compatibility of the fluids in contact with the materials is verified 37 cst (mm /s) VMQ (silicone) EPDM (ethlyene-propylene) 3 Electrical Characteristics Coil Insulation Class Connector Connector Specification Electrical Safety IEC 335 F Spade plug (cable Ø6-0mm) ISO 4400/EN , form A Electrical Enclosure Protection Molded IP65 (EN 6059) Standard Voltages Other voltages and 60 Hz on request VDC, 4 VDC AC ~: 4V to 5V to 30V/50 Hz Function / NC Prefix Option Inrush Power Ratings Holding Hot/ Cold Ambient Temperature Range Replacement Coil Type VA VA W W ºC (ºF) 30 V/50 Hz 4 VDC to 60 (4 to 40) (AMX) SC to 60 (4 to 40) (FNX) Refer to the dimensional drawings on the following page Function / NO Specifications 48 Connection Orifice Size Flow Coefficient Pressure Differential bar (psi) Power Coil max. Catalog Number Options min. mm (inches) Kv (m3/h) Cv inert gases liquids W FKM / NC - Normally Closed, VMQ Seals 3. (0.6) (0.059).5 (0.059) 8 9 SCG83A03 - /4 5.5 (0.5) (0.059) (0.039) 8 9 SCG83A04 - / NC - Normally Closed, EPDM Seals (Optional: FKM) 3. (0.6) (0.6).4 (0.094) 8 9 SCG83A0E V /4 5.5 (0.5) (0.77) (0.039) 8 9 SCG83A0E V / 0 (0.394) (0.063) 0.5 (0.00) 3 3 SCG83C006E V / NO - Normally Open, FKM Seals /4 3. (0.6) (0.8) (0.039) 8 9 SCG83A09V -

53 83 How to Order Prefix Pipe Thread Catalog Number SC G 83xxxx V xxxx Voltage DC 4DC Suffix Dimensions: mm (inches) Dimensional Drawings Type 0 Prefix "SC" solenoid ISO 4400 SCG83A0/0/ 03/04/09V Type 0 Prefix "SC" solenoid ISO 4400 SCG83C006 A A B B C D C D 360 E G 360 H E G H F /4 F 3 / P = = J K L K = = = = M N M N P L Pressure inlet: NC function: arrow on body (type 0) or orifice 3 (type 0) NO function: arrow on body (type 0) Type Prefix Option Catalog Number A B C D E F G H J K L M N P Weight kg 0 SC SCG83A0E/0E/03/04/09V.5 (4.78) 78 (3.07) 43 (.69) 7 (.06) 6.5 (0.65) 40.5 (.59). (0.047) 05 (4.3) 35 (.38) 5 (0.98) 3 (.6) 4.5 (0.77) 3 (0.906) 3 (.) SC SCG83C006E 4.5 (5.6) 84 (3.3) 49 (.93) 8 (.0) 3.5 (0.93) 6.5 (.4). (0.047) 8 (5.04) - 30 (.8) 4 (.65) 5.5 (0.7) 35 (.38) 46 (.8) 0.57 Including coil(s) and connector(s). Options Valves can also be supplied with FKM (fluoroelastomer) poppet seal. Use the appropriate optional suffix letter for identification Other pipe connections are available on request Plug with visual indication and peak voltage suppression or with cable length of m (78.7in) Installation The solenoid valves can be mounted in any position without affecting operation. For optimum performance mount solenoid vertical and upright Pipe connection identifier is G = G (ISO 8/) Replacement coils are available: Type 0(AMX): DC: V, cat. no.: /AC: 4 V, cat. no.: ; 5 V, cat. no.: Type 0 (FNX): DC: V, cat. no.: /AC: 4 V, cat. no.: ; 5 V, cat. no.:

54 96 BELLOWS SEAL FLUID ISOLATION VALVES Bellows system isolation valves designed for use with aggressive and corrosive liquids and gases in analytical instrumentation and the chemical manufacturing industries Large orifice sizes make these valves ideal for high flow-rate and high / Normally Closed pressure applications Ideally suited for quickly flushing systems of corrosive media and routing aggressive reagents to chemical reaction vessels and waste containers Available in both -Way normally closed and normally open versions; each with multiple connection options Meets all relevant CE directives, and is RoHS compliant Typical applications include: Raw-material Chemical Manufacturing Chip/Wafer Manufacturing Pharmaceutical Waste Water Treatment General Valve Information Body PEEK or Stainless Steel, AISI 303 (.4305) Others Seals Bellows Max. Viscosity Fluids* Temperature Range Seal Materials* Air, Inert Gases, Water, Oil or Liquids Stainless Steel FFKM PTFE Electrical Characteristics -0 C to 90 C (4 F to 94 F) FFKM (perfluoroelastomer) * Ensure that the compatibility of the fluids in contact with the materials is verified Total ambient + fluid temperature must not exceed 30 C (66 F) 40 cst (mm/s) Coil Insulation Class F Connector Spade plug Connector Specification For Coil Type 0 DIN 43650, mm (0.43in), industry standard B For Coil Type 0 ISO 4400/EN , form A Electrical Safety IEC 335 Electrical Enclosure Protection Molded IP65 (EN 6059) Standard Voltages 4 VDC, AV ~: 4V to 5V to 30V/50 Hz Prefix Option Power Ratings Inrush Holding Hot/Cold Ambient Temperature Range Replacement Coil Type VA VA W W ºC (ºF) 30 V/50 Hz 4 VDC / SC /. -0 to 60 (4 to 40) / Refer to the dimensional drawings on the following page. Specifications 50 Connection Orifice Size Flow Coefficient Pressure Differential bar (psi) Power Coil Catalog Number Options max. min. G mm (inches) Kv (m3/h) Cv inert gases liquids W PEEK Stainless Steel FKM / NC - Normally Closed /4 (0.079) (43.5) 3 (43.5) SCG96A007 SCG96A0 V 6 (87) 6 (87) 0.5. SCG96A008 SCG96A0 V 4 (.57) (7.5) 5 (7.5) 0.5. SCG96A009 SCG96A03 V 6 (87) 6 (87) SCG96A00 SCG96A04 V 3/8 6 (0.36) (9) (9) 0.5. SCG96A0 SCG96A05 V 4 (58) 4 (58) SCG96A0 SCG96A06 V

55 96 How to Order Prefix Pipe Thread Catalog Number SC G 96A007 V xxxx Voltage 4DC Suffix Dimensions: mm (inches) Dimensional Drawings Type 0 Prefix "SC" solenoid ISO 4400 PEEK: SCG96A007 3 (0.5) Type 0 Prefix "SC" solenoid ISO 4400 PEEK: SCG96A008/A009/A00/A0/A0 3 (0.5) 0 (0.79) = = B C A D A B C D G H G H 0 (0.79) = = 43 (.69) E 0 (0.79) 46 (.8) 8 (.) Stainless steel: SCG96A0 7.5 (0.69) 46 (.8) 43 (.69) 0 (0.79) 8 (.) Stainless steel: SCG96A0/A03/A04/A05/A06 38 (.5) = = E B C A D 360 H 4 (0.55) = E = A B C D F 40 (.57) G E 5 (0.98) = = (.69) H G 35 (.38) 6 (.0) F 46 (.8) 3 (.6) Type Prefix Option 0 SC 0 SC Including coil(s) and connector(s) Catalog Number A B C D E F G H Weight SCG96A (.36) 8 (.) 7 (0.67) (0.87) 3 (0.5) - 79 (3.) 94 (3.7) 0.45 SCG96A0 60 (.36) 8 (.) 7 (0.67) (0.87) 7.5 (0.69) 0 (0.39) 76 (3.0) 9 (3.58) 0.30 SCG96A008/A009/A00/A0/A0 85 (3.3) 50 (.97) 30 (.8) 45 (.77) 3 (0.5) - 00 (3.94) 0 (4.33) 0.40 SCG96A0/A03/A04/A05/A06 85 (3.3) 50 (.97) 30 (.8) 45 (.77).5 (0.85) 5 (0.59) 00 (3.94) 0 (4.33) Options Valves can also be supplied with FKM (fluoroelastomer) seals and diaphragm. Use the appropriate optional suffix letter for identification NPT thread Plug with visual indication and peak voltage suppression or with cable length of m (78.7in) Installation The solenoid valves can be mounted in any position without affecting operation; however, for optimum performance it is recommended that they be fitted with the solenoid operator at the top Solenoid valves have or 4 mounting holes in body Pipe connection identifier is G = G (ISO 8/) kg 5

56 330 PTFE DIAPHRAGM FLUID ISOLATION VALVES PTFE isolation valves are designed for use with highly aggressive liquids The PTFE body and diaphragm isolates the internal solenoid components from the media resulting in a virtually impervious valve Excellent self-draining capability and easy-to-flush low-volume internal cavity make these valves ideal in application where crosscontamination must be minimized Compact architecture and low power consumption make them ideal for analytical bench-top instrumentation Available in a, 3, or 4 position PTFE manifold configuration. Meets all relevant CE directives, and is RoHS compliant Typical applications include: Chromatography Solvent Selection/Diversion Sample Preparation Liquid Spectrometry / Normally Closed Fluids* Temperature Range Wetted Materials* Liquids or Gases 0 C to 5 C (3 F to 77 F) PTFE, PCTFE * Ensure that the compatibility of the fluids in contact with the materials is verified General Valve Information Response Time < 5ms Internal Volume 0µl port to seat 5µl port to seat Electrical Characteristics Standard Voltages VDC, 4 VDC Power Consumption Duty Cycle Rating Coil Insulation Electrical Connection.9 to 3.8 Watts Continuous 80 C (356 F) 6 AWG Lead Wire Specifications Connection Orifice Size Flow Coeffiecient mm (in) Kv (m3/h) Cv Pressure Differential Power Coil bar (psi) Catalog Number of Number Solenoids min. max. W /4-8 UNF Flat Bottom.57 (0.06) (-4.5) (9) 330xxS30.9 ( VDC), 3.8 (4 VDC) /4-8 UNF Flat Bottom.57 (0.06) (-4.5) (9) 330xxS ( VDC), 3.8 (4 VDC) /4-8 UNF Flat Bottom.57 (0.06) (-4.5) (9) 330xxS ( VDC), 3.8 (4 VDC) 5

57 330 How to Order 330 xx S303 Catalog Number (see Specifications table) Voltage = VDC 4 = 4 VDC Number of Solenoids S30 = Solenoids S303 = 3 Solenoids S304 = 4 Solenoids Ordering Example: 90S30 = -Way normally closed valve with /4-8 UNF, flat bottom ports and VDC coil rated at.9 Watts 3304S303 = 3, -Way normally closed valves mounted on a manifold with /4-8 UNF, flat bottom ports and 4 VDC coil rated at 3.8 Watts Dimensions: mm (inches) Dimensional Drawings 330 Series Position Valve Manifold 6 AWG PTFE COATED LEADS, 38mm (5in) LONG COMMON PORT, FLAT BOTTOM, /4-8UNF-B x 6.4 (0.5) DEEP INLET PORT, FLAT BOTTOM, /4-8UNF-B x 6.4 (0.5) DEEP, () PLACE EACH VALVE 79.4 (3.5) APPROX. 6.3 (0.50) 3.8 (0.5) 3.5 (0.53) ± (0.65) PORT POSITIONS VALVES NOT SHOWN MOUNTING HOLES Ø3.8 (0.49) X 6.4 (0.5) DEEP X 5.4 (.00) ±0.0.7 (0.50) ± (.00) ±0.0 53

58 330 Dimensions: mm (inches) Dimensional Drawings 330 Series 3 Position Valve Manifold 45.7 (.8) LEAD WIRE (5.5) 6 AWG PTFE COATED INLET PORT PLACE EACH VALVE MOUNTING HOLES Ø3.96 (0.56) THRU X 33.8 (.33) COMMON INLET PORT.9 (0.90).4 (0.45) 7. (0.80) 36.3 (.43) 4. (0.560) 04 (4.) 8. (0.75) /4-8 UNF x 6.3 (0.5) DEEP, FLAT BOTTOM, OR S 500 ALL PORTS EPOXY (X) CABLE TIES (3X) 5.8 (0.30) 7.9 (0.3).7 (0.50) 5.4 (.00) 330 Series 4 Position Valve Manifold LEAD WIRE (5.5) LONG 6 AWG PTFE COATED 33.8 (.33) /4-8 UNF x 6.3 (0.5) DEEP, FLAT BOTTOM, OR S-500 ALL PORTS NORMALLY CLOSED INLET PORT 50 (.97) 7.9 (0.3) 7.9 (0.3).4 (0.45).4 (0.45) 00 (3.94) OUTLET PORT 4X MOUNTING Ø3.96 (0.56) THRU 4X 5.4 (.00) Ø9. (0.75) TYP. 7.9 (0.3).4 (0.45) 7.9 (0.3).4 (0.45) 54

59 ROCKER SOLENOID FLUID ISOLATION VALVES SERIES 385 Rocker isolation valves are designed for use with neutral or highly aggressive liquids in analytical instrumentation Special rocker mechanism, combined with a separating diaphragm, prevents heat transfer to the fluid and eliminates the sticking effect of the valve seat Hermetic separation of control mechanism prevents particulate contamination caused by friction of moving parts, assuring maximum purity of liquid samples Excellent self-draining capability and easy-to-flush low-volume internal cavity make these valves ideal in application where cross-contamination must be minimized Removable and rotatable electrical coils allow for easy installation and worry-free maintenance Meets all relevant CE directives Typical applications include: In-vitro Diagnostics Hematology DNA Sequencing Surgical Fluid Management 3/ Universal Fluids* Temperature Range Seal Materials* Liquids or Gases -0 C to 80 C (4 F to 76 F) FFKM (perfluoroelastomer) EPDM (ethlyene-propylene) * Ensure that the compatibility of the fluids in contact with the materials is verified General Valve Information PEEK Body PA Body Body PEEK PA (polyamide ) Mounting Pad PEEK PA Diaphragm and Discs FFKM EPDM Mounting Pad Seal FFKM EPDM Response Time < 0ms < 0ms Internal Volume 67µl 67µl Max. Viscosity 37 cst (mm /s) 37 cst (mm /s) Electrical Characteristics Coil Insulation Class Coil F Two spade terminals.8 x 0.5mm (0. x 0.0in) [DIN 46340] [or detachable size 5 connector] 3 Electrical Enclosure Protection IP40 (EN 6059) Standard Voltages Other voltages on request VDC, 4 VDC Prefix Option Inrush Power Ratings Holding Hot/ Cold Ambient Temperature Range Replacement Coil Type (DNX-4) VA VA W W ºC (ºF) VDC 4 VDC SC to 60 (4 to 40) Refer to the dimensional drawings on the following page Specifications Pressure Differential bar (psi) Orifice Size Flow Coefficient Power Coil Options Connection max. Catalog Number min. mm (inches) Kv (m3/h) Cv gases liquids W FKM EPDM 3/ U - Universal, PEEK Body, FFKM Seals Pad Mount.5 (0.06) (34.8).4 (34.8) - 4 SCS385A00 V E 3/ U - Universal, PA Body, EPDM Seals Pad Mount.5 (0.06) (9) (9) - 4 SCS385A00E

60 385 How to Order Prefix Pipe Thread Catalog Number 00 = FFKM seals 00 = EPDM seals SC S 385Axxx x xxxx Voltage DC 4DC Suffix V = FKM E = EPDM Dimensions: mm (inches) Dimensional Drawings Type 0 Prefix "SC" solenoid ISO Mounting Pad SCS385A00/A00E 3 6 (0.63) 0 (0.39) (0.67) 7 (0.8) min. 0.0 (0.0) max. 3.0 (0.) min. 6 (0.4) max. 9 (0.35) min. 6 (0.4) max. 9 (0.35) 45. (.78) 4.6 (0.57) 3.4 (0.3) 8 (0.7) 0.5 (0.43) 3.5 (0.85) x M.5 (0.098) /5 (0.) 3 x Ø (0.079) 6 (0.63) (0.30) 7 (.06).5 (0.85) (0.4) Type Prefix Option Weight kg 0 SC 0.04 Including coil, without connector Mounting Pad Seal Coil with Faston-type terminals.8 x 0.5 (DIN 46340) 3 Mounting: screws M.5 x 8 Options Valves can also be supplied with FKM (fluoroelastomer) and EPDM (ethylene-propylene) seals and diaphragm. Use the appropriate optional suffix letter for identification Leaded coil Power-save version Connector size 5, catalog number: Installation The solenoid valves can be mounted in any position without affecting operation Can be used for the following functions, depending on how the ports are connected: R(3) A() P() P(3) A() R() P(3) A() P() B(3) A() 3/ NC 3/ NO Mixer Selector P () 56

61 BELLOWS SEAL FLUID ISOLATION VALVES SERIES 396 Bellows system isolation valves designed for use with aggressive and corrosive liquids and gases in analytical instrumentation and the chemical manufacturing industries Large orifice sizes make these valves ideal for high flow-rate and high pressure applications Ideally suited for quickly flushing systems of corrosive media and routing aggressive reagents to chemical reaction vessels and waste containers Available in both 3-Way normally closed, normally open and universal versions; each with multiple connection options Meets all relevant CE directives, and is RoHS compliant Typical applications include: Raw-material Chemical Manufacturing Chip/Wafer Manufacturing Pharmaceutical Waste Water Treatment / Normally Closed Fluids* Temperature Range Seal Materials* Air, Inert Gases, Water, Oil or Liquids 0 C to 90 C (50 F to 94 F) FFKM (perfluoroelastomer) * Ensure that the compatibility of the fluids in contact with the materials is verified Materials in Contact with Fluid Body PEEK or Stainless Steel, AISI 303 (.4305) Others Stainless Steel Seals FFKM Bellows PTFE Max. Viscosity 40 cst (mm/s) Electrical Characteristics Coil Insulation Class Connector Connector Specification F Spade plug (cable Ø6-0mm) ISO 4400/EN , form A 3 Electrical Safety IEC 335 Electrical Enclosure Protection Molded IP65 (EN 6059) Standard Voltages 4 VDC Prefix Option Power Ratings Inrush Holding Hot/Cold Ambient Temperature Range Replacement Coil Type VA VA W W ºC (ºF) - 4 VDC SC /. -0 to 75 (4 to 67) Refer to the dimensional drawings on the following page Specifications Connection Orifice Size Flow Coefficient G mm (inches) Kv (m3/h) Cv / NC - Normally Closed Pressure Differential bar (psi) min. air, inert gases, max. Power Coil Catalog Number Options liquids W PEEK Stainless Steel FKM EPDM /4 4 (0.57) (43.5) 3 (43.5) -. SCG396A006 SCG396A003 V E - 57

62 396 How to Order Prefix Pipe Thread Catalog Number SC G 396A006 V xxxx Voltage 4DC Suffix Dimensions: mm (inches) Dimensional Drawings Type 0 Prefix "SC" solenoid ISO 4400 PEEK: SCG396A006 PPS: SCG396A003 A B C E x /4 3 J F 3 F3 F G H D E = = 5 (0.98) 4 Mounting holes ØM4, depth 8mm (0.35in) = = 38 (.50) Type Prefix Option 0 SC Including coil(s) and connector(s) Catalog Number A B C D E E F F F3 G H J Weight SCG396A SCG396A003 (3.5) (.97) (.8) (.8) (.6) (.77) (.70) (.6) (0.83) (4.33) (5) (.36) 0.90 kg Options Valves can also be supplied with FKM (fluoroelastomer) and EPDM (ethylenepropylene) seals. Use the appropriate optional suffix letter for identification Plug with visual indication and peak voltage suppression or with cable length of m (78.7in) Installation The solenoid valves can be mounted in any position without affecting operation However, for optimum performance it is recommended that they be fitted with the solenoid operator at the top Solenoid valves have 4 mounting holes in body Pipe connection identifier is G = G (ISO 8/) 58

63 ROCKER SOLENOID FLUID ISOLATION VALVES SERIES 458 ASCO s patented 458 Series rocker isolation valves are designed for use with neutral or highly aggressive liquids in analytical instrumentation Special rocker mechanism prevents heat transfer to the fluid, eliminates the sticking effect of the valve seat, and significantly reduces erratic flow of the liquid Hermetic separation of control mechanism prevents particulate contamination caused by friction of moving parts, assuring maximum purity of liquid samples Excellent self-draining capability and easy-to-flush low-volume internal cavity make these valves ideal in application where cross-contamination must be minimized Available with barbed ports for.6mm to mm soft tubing, or threaded flat-bottom ports with /4-8 UNF or 0-3 UNF Meets all relevant CE directives, and is RoHS compliant Typical applications include: In-vitro Diagnostics Hematology DNA Sequencing Surgical Fluid Management / Normally Closed 3/ Universal Fluids* Temperature Range Seal Materials* Aggressive liquids 0 C to 45 C (3 F to 4 F) EPDM * Ensure that the compatibility of the fluids in contact with the materials is verified General Valve Information Flange PSU, PEEK Diaphragm EDPM Response Time < 0ms Internal Volume -way 5µl 3-way 6µl Electrical Characteristics Coil Insulation 30 C (66 F) Connector 6 AWG Lead Wire Standard Voltages VDC, 4 VDC Power Consumption.5 Watts NO () COM (3) NC () Specifications Connection Pressure Differential Orifice Size Flow Coefficient Flange Mount Power bar (psi) Catalog Number Material Type mm (inches) Kv (m3/h) Cv min. max. W / NC - Normally Closed Hose Barb.6 (0.06) PSU Surface 0.4 (35) 458xxxES.5 Hose Barb.6 (0.06) PSU Panel 0.4 (35) 458xxxEP UNF.6 (0.06) PEEK Surface 0.4 (35) 458xxxES UNF.6 (0.06) PEEK Panel 0.4 (35) 458xxxEP.5 /4-8 UNF.6 (0.06) PEEK Surface 0.4 (35) 458xxx3ES.5 /4-8 UNF.6 (0.06) PEEK Panel 0.4 (35) 458xxx3EP.5 3/ U - Universal Hose Barb.6 (0.06) PSU Surface 0.4 (35) 4583xxxES.5 Hose Barb.6 (0.06) PSU Panel 0.4 (35) 4583xxxEP UNF.6 (0.06) PEEK Surface 0.4 (35) 4583xxxES UNF.6 (0.06) PEEK Panel 0.4 (35) 4583xxxEP.5 /4-8 UNF.6 (0.06) PEEK Surface 0.4 (35) 4583xxx3ES.5 /4-8 UNF.6 (0.06) PEEK Panel 0.4 (35) 4583xxx3EP.5 59

64 458 How to Order Catalog Number Voltage 0 = VDC 04 = 4 VDC Ordering Example: 45804ES = -Way normally closed with barb ports, PSU flange, surface mounting, 4 VDC 458 xxx E S Mounting Type S = Surface Mount P = Panel Mount Connection E = Hose Barb E = #0-3 UNF 3E = /4-8 UNF Dimensions: mm (inches) Dimensional Drawings 458 Series with Hose Barb Flange (5.5) 4.3 (0.96) COMMON N.O. (Port ) N.C. (Port ) 6.6 (0.60) 0.6 (0.8) 5.5 (0.8) 3.5 (0.4) DIA X 5.4 (0.609) 5.4 (0.609) 0.6 (0.8) Ø9.3 (0.76).0 (0.040) 63.5 (.50) SHOWN WITH OPTIONAL PANEL MOUNT BRACKET 5. (0.99) 5.5 (0.8) 4.8 (0.583) 458 Series with In-line Flange (5.5) N.O. (Port ) COMMON #0-3 UNF, /4-8 UNF, FLAT BOTTOM N.C. (Port ) 3.5 (0.4) DIA X 5.5 (0.8) 30. (.9) 0.6 (0.8) 5.4 (0.609) 5.4 (0.609) Ø9.3 (0.76).0 (0.040) 0.6 (0.8) 5.5 (0.8) 4.8 (0.58) 6.9 (.48) SHOWN WITH OPTIONAL PANEL MOUNT BRACKET NOTE: 3-Way versions shown, -Way versions are the same except they do not include the common port. Bracket for optional panel mount shown in dashed lines. 60

65 COMPACT -WAY SOLENOID PINCH VALVES SERIES 045 The 045 Series are -Way normally closed and normally open solenoid-operated pinch valves designed for use with highly aggressive or high-purity liquids in analytical and medical instrumentation, and industrial applications Hermetic separation of control mechanism and the fluid within the tubing prevents particulate contamination caused by friction of moving parts, assuring maximum purity of liquids Available in a range of body sizes to accommodate a wide variety of tubing sizes Meets all relevant CE directives, and is RoHS compliant Typical applications include: Hemodialysis Bioinstrumentation Surgical Fluid Management Pharmaceutical / Normally Closed / Normally Open Fluids* Temperature Range Air, Inert Gases, Water, Oil or Liquids 0 C to 5 C (3 F to 77 F) * Ensure that the compatibility of the fluids in contact with the materials is verified Materials in Contact with Fluid Recommended Tubing VMQ (silicone) (max. hardness: 50 Shore A) Other Materials Body Aluminum Pinch Mechanism POM, Aluminum Internal Parts Stainless Steel Response Time 5 to 5ms Electrical Characteristics Coil Insulation Class F Connector AWG Lead Wires, 457mm (8in) long, PTFE coated 6 AWG Lead Wires, 457mm (8in) long, PTFE Coated Electrical Safety IEC 335 Electrical Enclosure Protection IP64 Standard Voltages VDC, 4 VDC Power Consumption.0 to 7. Watts 6

66 045 Specifications Tube I.D. Tube O.D. Pressure Differential bar (psi) Power Coil Construction Reference Catalog Number mm (inches) mm (inches) min. max. W / NO - Normally Open 0.76 (0.030).65 (0.065) 0 30 (.07) 0 P045A0L0A00xx (/3).38 (3/3) 0 30 (.07).5 0 P045A0L0A00xx.59 (/6) 3.7 (/8) 0 30 (.07).5 0 P045A03L0A00xx.59 (/6) 4.76 (3/6) 0 30 (.07) P045A04L0A00xx 3.7 (/8) 6.35 (/4) 0 0 (.38) P045A05L0A00xx 4.76 (3/6) 7.94 (5/6) 0 0 (.38) P045A06L0A00xx 6.35 (/4) 9.5 (3/8) 0 0 (.38) P045A07L0A00xx / NC - Normally Closed 0.76 (0.030).65 (0.065) 0 30 (.07) 0 P045A0L0A00xx (/3).38 (3/3) 0 30 (.07).5 0 P045A0L0A00xx.59 (/6) 3.7 (/8) 0 30 (.07).5 0 P045A03L0A00xx.59 (/6) 4.76 (3/6) 0 30 (.07) P045A04L0A00xx 3.7 (/8) 6.35 (/4) 0 0 (.38) P045A05L0A00xx 4.76 (3/6) 7.94 (5/6) 0 0 (.38) P045A06L0A00xx 6.35 (/4) 9.5 (3/8) 0 0 (.38) P045A07L0A00xx How to Order P045A 0 L0 A00 F Catalog Number Operation Mode = Normally Closed = Normally Open 3 = 3-Way ( tube NO/ tube NC) Voltage F = 4 VDC Class F F3 = VDC Class F Options A00 = No Options Tubing Size 0 = O.D. x I.D. 0 = 3/3" O.D. x /3" I.D. 03 = /8" O.D. x /6" I.D 04 = 3/6" O.D. x /6" I.D. 05 = /4" O.D. x /8" I.D. 06 = 5/6" O.D. x 3/6" I.D. 07 = 3/8" O.D. x /4" I.D. Electrical Connection Type L0 = Leaded coil: lead length 457mm (8in) Options Contact us for information regarding the usage of different tubing other than those recommended Installation The solenoid valves can be mounted in any position without affecting operation, however, for optimum performance it is recommended that they be fitted with the solenoid operator at the top Do not connect the solenoid valve to the power supply without fitting a flexible tube beforehand 305mm (in) Flexible tubing is pre-installed with each valve 6

67 045 Dimensions: mm (inches) Dimensional Drawings Type 0 Type 0 Type 03 Type 04 C C B B B B F F F F A A A A Ø Ø Ø E Ø D D D D E Configuration Type Catalog Number Ø A B C D E F NO 0 P045Axxxxxxxxx 8.58 (.5).70 (0.500) (0.750) #-56 NC 0 P045Axxxxxxxxx 5.45 (.00).70 (0.500) (0.354) 4.49 (0.77) NO 03 P045Axxxxxxxxx 37.6 (.467) 7.40 (0.687) 7.40 (0.687) 7.40 (0.687) (.000) #4-40 NC 04 P045Axxxxxxxxx 37.3 (.46).30 (0.486).30 (0.486).30 (0.486) 6.7 (0.43) NO 03 P045Axxxxxxxxx (.000).45 (0.884).45 (0.884).45 (0.884) (.50) #4-40 NC 04 P045Axxxxxxxxx 49.9 (.847) 5.90 (0.66) 5.90 (0.66) 5.90 (0.66) 7.95 (0.33) NO 03 P045Axxxxxxxxx (.350) 8.57 (.5) 8.57 (.5) 8.57 (.5) (.500) #4-40 NC 04 P045Axxxxxxxxx (.97) 0. (0.796) 0. (0.796) 0. (0.796) 0. (0.398) 63

68 84 COMPACT -WAY SOLENOID PINCH VALVES The 84 Series are Aluminum body -Way normally closed and normally open solenoid operated pinch valves designed for use with highly aggressive or high-purity liquids in analytical and medical instrumentation, and industrial applications Hermetic separation of control mechanism and the fluid within the tubing prevents particulate contamination caused by friction of moving parts, assuring maximum purity of liquids Removable and rotatable electrical coils allow for easy installation and worry-free maintenance Bi-directional flow for exceptional versatility Available in a large range of body sizes to accommodate a wide variety of tubing sizes Meets all relevant CE directives, and is RoHS compliant Typical applications include: Hemodialysis Urinary Collection Systems Intravenous (IV) Systems Drug Dispensing / Normally Closed / Normally Open Fluids* Temperature Range Air, Inert Gases, Water, Oil or Liquids 0 C to 50 C (3 F to F) * Ensure that the compatibility of the fluids in contact with the materials is verified Materials in Contact with Fluid Recommended Tubing Other Materials Body Pinch Mechanism Others Guide Tube VMQ (silicone) (max. hardness: 50 Shore A) (Tubing not supplied with valve) Aluminum, anodized POM (Graphite-reinforced polyacetal) Stainless Steel Nickel-plated Brass / Normally Closed Electrical Characteristics Coil Insulation Class Connector Connector Specification Electrical Safety IEC 335 Electrical Enclosure Protection Standard Voltages Power Consumption Response Time Other voltages on request F Spade plug; cable Ø4-6mm ( in), Ø6-0mm ( in) 4 W (DNX-4) DIN 43650, 9.4mm (0.37in), industry standard B 6 W/3 W (AMX/FNX) ISO 4400/EN , form A Coil type 0 = IP40/Coil type 0-03 = IP65 VDC, 4 VDC 4 W, 9 W, 3 W < 0ms / Normally Open Prefix Option Power Ratings Inrush Holding Hot/Cold Ambient Temperature Ranges Replacement Coil VA VA W W ºC (ºF) VDC 4 VDC SC Refer to the dimensional drawings on the following page Type (DNX-4) 9-0 to 60 (4 to 40) (AMX) (FNX) 64

69 84 Specifications Tube I.D. Tube O.D. Pinch Force Pressure Differential bar (psi) Power Coil max. Catalog Number min. mm (inches) mm (inches) dan air, inert gas liquids W / NC - Normally Closed 0.76 (0.030).65 (0.065) (.6) 0.8 (.6) - 4 SCH84B00.0 (0.040).6 (0.085) (.6) 0.8 (.6) - 4 SCH84B00.57 (0.06) 3.8 (0.5) (.6) 0.8 (.6) - 4 SCH84B (0.078) 3.8 (0.5) (.6) 0.8 (.6) - 4 SCH84B004.7 (0.06) 4.9 (0.93) (.6) 0.8 (.6) - 9 SCH84A (0.89) 7.9 (0.3) (.6) 0.8 (.6) - 3 SCH84B (0.5) 9.5 (0.374) (.6) 0.8 (.6) - 3 SCH84B007 / NO - Normally Open 0.76 (0.030).65 (0.065) (.6) 0.8 (.6) - 4 SCH84B009.0 (0.040).6 (0.085) (.6) 0.8 (.6) - 4 SCH84B00.57 (0.06) 3.8 (0.5) (.6) 0.8 (.6) - 4 SCH84B0.98 (0.078) 3.8 (0.5) (.6) 0.8 (.6) - 4 SCH84B0.7 (0.06) 4.9 (0.93) (.6) 0.8 (.6) - 9 SCH84A (0.89) 7.9 (0.3) (.6) 0.8 (.6) - 3 SCH84B (0.5) 9.5 (0.374) (.6) 0.8 (.6) - 3 SCH84B05 How to Order Prefix Pipe Thread Catalog Number 84B00 84B05 SC H 84B00 xxxx Voltage DC 4DC Ordering Example: SCH84B009DC = -way NO (normally open), 4W coil, tubing I.D. 0.76mm/tubing O.D..65mm (0.065in), VDC Options Flexible tubes having to use an external guiding device for optimum support (see dimensions): With an outside diameter lower than.mm (0.087in) (catalog numbers SCH84B00 to..b004) With an outside diameter lower than 3.5mm (0.38in) (catalog number SCH84A005) With an outside diameter lower than 6mm (0.36in) (catalog numbers SCH84B006 and..007) Contact us for information regarding the usage of different tubing other than those recommended Plug with visual indication and peak voltage suppression or with cable length of m (78.7in) Installation The solenoid valves can be mounted in any position without affecting operation, however, for optimum performance it is recommended that they be fitted with the solenoid operator at the top Fixing plate built in between the body and the coil for assembly in a bank on a base plate Flexible tubes are not included with valve Do not connect the solenoid valve to the power supply without fitting a flexible tube beforehand 65

70 84 Dimensions: mm (inches) Dimensional Drawings Type 0 Prefix "SC" solenoidd IEC 335/DIN IP40 Type 0: SCH84B00/00/003/004/ 009/00/0/0 Type 0-03 Prefix "SC" solenoid IEC 335/ISO 4400 IP65 Type 0: SCH84A005/A03 Type 03: SCH84B006/B007/B04/B05 L C D A Tube Guiding Device = T S = U V 360 G H R E F Arrangement for Mounting K = = Impulse Manual Operator Bottom View K = = Ø Q P Example of Banked Assembly M Tube Guiding Device Type Prefix Option 0 SC Catalog Number Ø A C D E F G H K L M P Q R S T U V Weight SCH84B00/00 /003/004/009 /00/0/0 0 SC SCH84A005/A03 6 (0.63) 5 (0.98) 49.5 (.95) 78 (3.07) 3.5 (0.93) 43 (.69) 5 (0.60) 7 (.06) (0.43) 7.5 (0.69) 0 (0.79) 3 (.6) (0.04).5 (0.06) 66 (.60) 99 (3.90) 4 (0.95) 39 (.54) 7 (0.67) 3 (.6) 3.3 (0.3) 4.5 (0.8) M3 M4 6.5 (0.65) 5.5 (.00) 0.7 (0.4) 4 (0.55) 6 (0.63) 5 (0.98) 4 (0.95) 33 (.30). (0.09) 3. (0.3) 5. (.0) 8.5 (3.5) kg Catalog Number Weight kg C C SC SCH84B006/B007 /B04/B05 30 (.8) 84 (3.3) 49 (.93) 8 (.0) 4.5 (0.96) 43.5 (.7).5 (0.06) 99 (3.90) 45.5 (.80) 4 (.65) 4.5 (0.8) M (.0) 4 (0.94) 30 (.8) 39 (.54) 6 (0.4) 99 (3.90) 0.47 C Including coil(s) and connectors 66

71 COMPACT -WAY SOLENOID PINCH VALVES SERIES 84 The 84 Series are POM body -Way normally open and normally closed solenoid-operated pinch valve designed for use with highly aggressive or high-purity liquids in analytical and medical instrumentation POM construction material (graphite reinforced acetal copolymer) dramatically reduces the heat transfer from the valve body to the media inside the tubing Hermetic separation of control mechanism and the fluid within the tubing prevents particulate contamination caused by friction of moving parts, assuring maximum purity of liquids Removable and rotatable electrical coils, as well as a manual operator, allow for easy installation and worry-free maintenance Meets all relevant CE directives, and is RoHS compliant Typical applications include: Hemodialysis Intravenous (IV) Systems Urinary Collection Systems Drug Dispensing / Normally Closed / Normally Open Fluids* Temperature Range Air, Inert Gases, Water, Oil or Liquids 0 C to 50 C (3 F to F) * Ensure that the compatibility of the fluids in contact with the materials is verified Materials in Contact with Fluid Recommended Tubing Other Materials Body Pinch Mechanism Others Coil Frame VMQ (silicone) (max. hardness: 50 Shore A) 30cm (in) tubing supplied with valve POM (Graphite-reinforced polyacetal) POM (Graphite-reinforced polyacetal) Stainless Steel Galvanized Steel / Normally Closed Electrical Characteristics Coil Insulation Class A Connector Specification 305mm (in) Lead Wires Electrical Safety IEC 335 Electrical Enclosure Protection IP30 (EN 6059) Standard Voltages VDC, 4 VDC Power Consumption.8 W Response Time < 0ms Specifications Tube I.D. Tube O.D. Pinch Force Pressure Differential bar (psi) Power Coil / Normally Open max. Catalog Number min. mm (inches) mm (inches) dan air, inert gas liquids W / NC - Normally Closed P84A00LCA00V.6 (0.063) 3. (0.6) (.8).5 (.8) -.8 P84A00LCA00V3 P84A0LCA00V P84A0LCA00V3 / NO - Normally Open P84A0LCA00V.6 (0.063) 3. (0.6) (.8).5 (.8) -.8 P84A0LCA00V3 P84A03LCA00V P84A03LCA00V3 The flange is rotatable with 90 (please see "Pic. " on following page) NOTE: If the soft tubings are different from the ones indicated, it's important that the tubing minimum wall thickness is the same as shown in the table. For the use of a soft tubing with outside diameter smaller than.mm (0.087in) it is necessary to install the tubing guide sleeve. In case the tubing is not placed in its seat, the solenoid valve could operate incorrectly. Tube Specification: (30m), (300mm). 67

72 84 How to Order P 84 A 0 LC A00 V3 Connection Type P = No Direct Connection Product Series 84 = -Way Pinch Solenoid Valve Item Number 00 = NC.6 I.D. x 3. O.D. Pinch Valve.5 bar 0 = NC.6 I.D.x 3. O.D. Pinch Valve.5 bar Rotatable Flange 0 = NO.6 I.D. x 3. O.D. Pinch Valve.5 bar 03 = NO.6 I.D. x 3. O.D. Pinch Valve.5 bar Rotatable Flange Voltage V3 = VDC V = 4 VDC Options A00 = No Options Connection Type LC = Leaded Coil 305mm (in) Leads Dimensions: mm (inches) Dimensional Drawings / Normally Closed / Normally Open 9.6 (0.77) 3 (.6) 4 (0.6) 3.3 (0.3) 90º 9.6 (0.77) 3 (.6) 4 (0.6) 3.3 (0.3) 90º 6 (.0) = = Pic. Pic. 6 (.0) = = Pic. Pic. 9.3 (0.76) 6 AWG TEFLON COATED LEAD WIRES " LONG 9.3 (0.76) 6 AWG TEFLON COATED LEAD WIRES " LONG 8.6 (0.73) 3 (0.) 50. (.97) (0.43) 8.6 (0.73) 3 (0.) 50. (.97) 6 (0.4) Ø6 (0.63) Ø6 (0.63) = 4 (0.94) = Tube Guiding Device 6 (0.63) 0.7 (0.4). (0.09) Arrangement for Wall-fitting == 6 (.0) M3 Catalog Number P84A00LCA00V/V3 P84A0LCA00V/V3 P84A0LCA00V/V3 Weight kg 0.04 Tube Guiding Device Catalog Number Weight kg (0.65) P84A03LCA00V/V3 68 Options Flexible tubes having to use an external guiding device for optimum support (see dimensions): With an outside diameter lower than.mm (0.087in) Contact us for information regarding the usage of different tubing other than those recommended Installation The solenoid valves can be mounted in any position without affecting operation, however, for optimum performance it is recommended that they be fitted with the solenoid operator at the top Fixing plate built in between the body and the coil for assembly in a bank on a base plate Do not connect the solenoid valve to the power supply without fitting a flexible tube beforehand

73 COMPACT 3-WAY SOLENOID PINCH VALVES SERIES 373 The 373 Series is a 3-Way universal solenoid-operated pinch valve designed for use with highly aggressive or high-purity liquids in analytical and medical instrumentation, and industrial applications Hermetic separation of control mechanism and the fluid within the tubing prevents particulate contamination caused by friction of moving parts, assuring maximum purity of liquids Available in a large range of body sizes to accommodate a wide variety of tubing sizes Bi-directional flow for exceptional versatility Meets all relevant CE directives, and is RoHS compliant Typical applications include: Hemodialysis Urinary Collection Systems Intravenous (IV) Systems Food & Beverage Dispensing 3/ Universal Fluids* Temperature Range Air, Inert Gases, Water, Oil or Liquids 0 C to 5 C (3 F to 77 F) * Ensure that the compatibility of the fluids in contact with the materials is verified Materials in Contact with Fluid Recommended Tubing Other Materials Body Pinch Mechanism Others Tubing Guide VMQ (silicone) (max. hardness: 55 Shore A) Two 305mm (in) pieces of tubing supplied with each valve Aluminum, nickel-plated POM Stainless Steel POM/PA Electrical Characteristics Coil Insulation Class F Connector AWG Lead Wire, 38mm (5in) long Electrical Safety IEC 335 Electrical Enclosure Protection IP40 Standard Voltages VDC, 4 VDC Power Consumption 4.5 to 5. Watts Other voltages on request Specifications Tube I.D. Tube O.D. Pressure Differential bar (psi) Power Coil min. max. W mm (inches) mm (inches) VDC 4 VDC Catalog Number 0.80 (0.03) 4.00 (0.56) (50) xx50.60 (0.063) 4.80 (0.88) 0.07 (30) xx (0.094) 4.00 (0.56) 0.03 (5) xx55.38 (0.094) 5.56 (0.9) 0.07 (30) xx (0.5) 4.80 (0.88) 0.03 (5) xx (0.5) 6.35 (0.50) 0.07 (30) xx (0.5) 6.35 (0.50) 0.03 (5) xx00 69

74 373 How to Order Catalog Number 373 xx 50 Tubing Size (see Specifications Table) Voltage = VDC 4 = 4 VDC Ordering Example: =.60mm (0.063in) x 4.8mm (0.88in) tubing, VDC,.07 bar (30 psi) max Dimensions: mm (inches) Dimensional Drawings 373 Series 38.0±3 (5.0±0.5) 78.7 (3.0) MAX * LEAD WIRE AWG PTFE COATED 0. (0.40) F739 TUBING F740 BUSHING MOUNTING HOLES #4-40, 0. DEEP X 7.5 (0.687) Ø5.4 (.00) * Tee connections not supplied with valve 70

75 COMPACT 3-WAY SOLENOID PINCH VALVES SERIES 384 The 384 Series is an Aluminum body 3-Way universal solenoid-operated pinch valve designed for use with highly aggressive or high-purity liquids in analytical and medical instrumentation, and industrial applications Hermetic separation of control mechanism and the fluid within the tubing 3/ Universal prevents particulate contamination caused by friction of moving parts, assuring maximum purity of liquids Available in a large range of body sizes to accommodate a wide variety of tubing sizes Removable and rotatable electrical coils allow for easy installation and worry-free maintenance Bi-directional flow for exceptional versatility Meets all relevant CE directives, and is RoHS compliant Typical applications include: Hemodialysis Intravenous (IV) Systems Urinary Collection Systems Drug Dispensing Fluids* Temperature Range Air, Inert Gases, Water, Oil or Liquids 0 C to 50 C (3 F to F) * Ensure that the compatibility of the fluids in contact with the materials is verified Materials in Contact with Fluid Recommended Tubing Other Materials Body Pinch Mechanism Others Guide Tube VMQ (silicone) (max. hardness: 50 Shore A) (Tubing not supplied with valve) Aluminum, anodized POM (Graphite-reinforced polyacetal) Stainless Steel Nickel-plated Brass Electrical Characteristics Coil Insulation Class F Connector Spade plug; cable Ø4-6mm ( in), Ø6-0mm ( in) Connector Specification 4 W/8 W/6 W (DMX); DIN 43650, 9.4 mm, industry standard B; 6 W/3 W (AMX/FNX); ISO 4400/EN , form A Electrical Safety IEC 335 Electrical Enclosure Protection Coil type 0 = IP40/Coil type 0-03 = IP65 Standard Voltages VDC, 4 VDC Power Consumption 4W, 6W, 8W, 9W, 3W Response Time < 0ms Other voltages on request Prefix Option Power Ratings Inrush Holding Hot/Cold Ambient Temperature Ranges Replacement Coil Type VA VA W W ºC (ºF) VDC 4 VDC (DNX-4) SC to (4 to 40) (AMX) (FNX) Refer to the dimensional drawings on the following page Minimum off time (min) USE IN INTERMITTENT SERVICE Minimum waiting time between each application of power On time (min) Specifications Tube I.D. Tube O.D. Pinch Force Pressure Differential bar (psi) Power Coil Catalog Number max. mm (inches) mm (inches) dan min. air, inert gas liquids W 0.76 (0.030).65 (0.065) (.6) 0.8 (.6) - 4 SCH384B004.0 (0.040).6 (0.085) (.6) 0.8 (.6) - 4 SCH384B00.57 (0.06) 3.8 (0.5) (.6) 0.8 (.6) - 8 SCH384B (0.078) 3.8 (0.5) (.6) 0.8 (.6) - 6 SCH384B (0.3) 4.7 (0.83) (.6) 0.8 (.6) - 9 SCH384A (0.87) 7.9 (0.33) (.6) 0.8 (.6) - 3 SCH384B (0.50) 9.5 (0.375) (.6) 0.8 (.6) - 3 SCH384B007 3 Observe the minimum of time stated, see graph above 7

76 Ø SERIES 384 How to Order Prefix Pipe Thread Catalog Number 84B00 84B006 SC H 384B00 xxxx Voltage DC 4DC Dimensions: mm (inches) Dimensional Drawings Type 0 Prefix "SC" solenoidd IEC 335/DIN IP40 Type 0: SCH384B00/000/003/004 A Type 0-03 Prefix "SC" solenoid IEC 335/ISO 4400 IP65 Type 0: SCH384A005 Type 03: SCH384B006/B007 C Tube Guiding Device Arrangement for Wall-Fitting L D = T = S K = = P V 360 G H R U Q E J F Example of Banked Assembly Impulse Manual Operator Bottom View K = = Type Prefix Option 0 SC M Catalog Number Ø A C D E F G H K L M P Q R S T U V Weight SCH384B00/00 /003/004 6 (0.63) 49.5 (.95) 3.5 (0.9) 5 (0.59) (0.4) 0 (0.79) (0.04) 66 (.60) 4 (0.43) 7 (0.67) 3.3 (0.3) M3 6.5 (0.65) 0.7 (0.4) 6 (0.63) 4 (0.94). (0.09) 5. (.0) kg 0.06 Tube Guiding Device Catalog Number Weight kg C SC SCH384A005 5 (0.98) 78 (3.07) 43 (.69) 7 (.06) 7.5 (0.4) 3 (.6).5 (0.06) 99 (3.90) 39 (.54) 3 (.6) 3.3 (0.8) M4 5.5 (.00 4 (0.55) 5 (0.98) 33 (.30) 3. (0.) 8.5 (3.5) 0.30 C SC SCH384B006/B (.8) 84 (3.3) 49 (.93) 8 (.0) 4.5 (0.96) 43.5 (.7).5 (0.06) 99 (3.90) 45.5 (.79) 4 (.65) 4.5 (0.8) M (.0) 4 (0.94) 30 (.8) 39 (.54) 6 (0.4) 99 (3.90) 0.45 C Including coil(s) and connectors 7 Options Flexible tubes having to use an external guiding device for optimum support (see dimensions): With an outside diameter lower than.mm (0.087in) (catalog numbers SCH384B00 to..b004) With an outside diameter lower than 3.5mm (0.38in) (catalog number SCH384A005) With an outside diameter lower than 6mm (0.40in) (catalog numbers SCH384B006 and..007) Contact us for information regarding the usage of different tubing other than those recommended Plug with visual indication and peak voltage suppression or with cable length of m (78.7in) Installation The solenoid valves can be mounted in any position without affecting operation, however, for optimum performance it is recommended that they be fitted with the solenoid operator at the top Fixing plate built in between the body and the coil for assembly in a bank on a base plate Flexible tubes are not included in our supply Do not connect the solenoid valve to the power supply without fitting a flexible tube beforehand

77 COMPACT 3-WAY SOLENOID PINCH VALVES SERIES 384 The 384 Series are POM body 3-Way universal solenoid-operated pinch valve designed for use with highly aggressive or high-purity liquids in analytical and medical instrumentation POM construction material dramatically reduces the heat transfer from the valve body to the media inside the tubing Hermetic separation of control mechanism and the fluid within the tubing prevents particulate contamination caused by friction of moving parts, assuring maximum purity of liquids Removable and rotatable coil, as well as a manual operator, allow for easy installation and worry-free maintenance Meets all relevant CE directives, and is RoHS compliant Typical applications include: Hemodialysis Food & Beverage Dispensing Urinary Collection Systems Intravenous (IV) Systems 3/ Universal Fluids* Temperature Range Air, Inert Gases, Water, Oil or Liquids 0 C to 50 C (3 F to F) * Ensure that the compatibility of the fluids in contact with the materials is verified Materials in Contact with Fluid Recommended Tubing VMQ (silicone) (max. hardness: 50 Shore A) 30cm (in) tubing supplied with valve Other Materials Body POM (Graphite-reinforced polyacetal) Pinch Mechanism POM (Graphite-reinforced polyacetal) Others Stainless Steel Coil Frame Galvanized Steel NC NO Electrical Characteristics Coil Insulation Class F Connector Fly Lead with 305mm (in) Connector Specification 305mm (in) Lead wires Electrical Safety IEC 335 Electrical Enclosure Protection IP30 (EN 6059) Standard Voltages VDC, 4 VDC Power Consumption 3.5 W Response Time < 0ms Other voltages on request Specifications Tube I.D. Tube O.D. Pinch Force Pressure Differential bar (psi) Power Coil max. Catalog Number min. mm (inches) mm (inches) dan air, inert gas liquids W.6 (0.063) 3. (0.6) (.8).5 (.8) P384A04LCA00V P384A04LCA00V3 P384A05LCA00V P384A05LCA00V3 Note: If using a tubing different from the ones specified for this valve, it's important that the tubing minimum wall thickness is the same as shown in the table For the use of a soft tubing with outside diameter smaller than.mm (0.087in) it is necessary to install the tubing guide sleeve In case the tubing is not placed in its seat, the solenoid valve could operate incorrectly Tube Specification: (30m), (300mm) The flange is rotatable with 90 (please see "Pic. " on the following page) 73

78 384 Dimensions: mm (inches) Dimensional Drawings 9.6 (0.77) 3 (.6) 4 (0.6) 3.3 (0.3) 90º = 4 (0.94) = Tube Guiding Device 6 (0.63) 0.7 (0.4). (0.09) 6 (.0) = = Pic. 9.3 (0.76) 6 AWG TEFLON COATED LEAD WIRES " LONG Pic. Arrangement for Wall-fitting == 6 (.0) M3 6.5 (0.65) 8.6 (0.73) 3 (0.) 50. (.97) (0.43) 6 (0.4) Ø6 (0.63) Weight Catalog Number kg P384A04LCA00V/V P384A05LCA00V/V3 Including coil(s) and connectors Tube Guiding Device Catalog Number Weight kg How to Order Connection Type P = No Direct Connection Product Series 384 = 3-Way Pinch Solenoid Valve P 384 A 04 LC A00 V3 Voltage V3 = VDC V = 4 VDC Options A00 = No Options Item Number 04 = 3W.6 I.D. x 3. O.D. Pinch Valve.5 bar 05 = 3W.6 I.D. x 3. O.D. Pinch Valve.5 bar Rotatable Flange Connection Type LC = Leaded Coil 305mm (in) Leads Options Flexible tubes having to use an external guiding device for optimum support (see dimensions): With an outside diameter lower than.mm (0.087in) Contact us for information regarding the usage of different tubing other than those recommended Installation The solenoid valves can be mounted in any position without affecting operation, however, for optimum performance it is recommended that they be fitted with the solenoid operator at the top Fixing plate built in between the body and the coil for assembly in a bank on a base plate Do not connect the solenoid valve to the power supply without fitting a flexible tube beforehand 74

79 FLAT SPRING SOLENOID GENERAL SERVICE VALVES SERIES 065 The 065 Series is a -Way normally closed solenoid valve designed for use in high purity medical applications requiring high oxygen concentrations New flat spring technology enables short response times and their precise adjustment very low switching noise exceptional long service life Suitable for oxygen service Manifold mounting, with a pitch of 6mm at a 45 angle, to maximize stacking configurations Vacuum application up to 0. bar abs Meets all relevant CE directives, and is RoHS compliant Typical applications include: Respiratory Therapy Anesthesia Delivery Ventilators Industrial Gas Analyzers / Normally Closed Fluids* Temperature Range Seal Materials* Air, Inert Gases, Oxygen 0 C to 60 C (0 F to 40 F) FKM (fluoroelastomer) Filtered at 50µm * Ensure that the compatibility of the fluids in contact with the materials is verified General Valve Information* Body Seals Others Response Time Electrical Characteristics Coil Insulation Class Electrical Safety IEC 335 Standard Voltages F VDC, 4 VDC Power Consumption W at 0 C Lead Wires Response Time Stainless steel FKM (fluoroelastomer) Stainless steel, PPS (not compatible with oxygen) < 0ms Vacuum Rating - bar (-4.5 psi) Maximum Viscosity 0 cst (mm /s) * Other materials on request 6 AWG 80mm (3.5in) < 0ms / NC Function Pad Mount Body Coil Insulation Protection Power Ratings Inrush Holding Hot/Cold Ambient Temperature Range Electrical Connection Type ºC (ºF) VA VA VA W W ºC (ºF) - IP40 (EN 6059) / Refer to the dimensional drawings on the following page 0 to 60 (0 to 40) Lead wires 6/7 AWG, length 80mm (3.5in) Specifications Orifice Size Flow Coefficient Pressure Differential bar (psi) Power Coil mm (inches) Kv (m3/h) Cv min. max. W / NC - Normally Closed Catalog Number 0.6 (0.04) (30) R065A3L0V00xx. (0.047) (43) R065A34L0V00xx 75

80 065 How to Order R065A3L0V00 F Catalog Number Voltage F = 4 VDC F3 = VDC Dimensions: mm (inches) Dimensional Drawings / Way weight: 0.00kg Outlet 4.8 (0.976) 9.8 (0.780) 9.9 (0.39) 5.3 (0.) Inlet Subbase mounting surface 0.6 (0.47) 9.9 (0.39) 5.3 (0.) 3.0 (0.) Flange Layout min. 5 (0.98) 9.8 (0.78) max. Ø (3x) Length not to scale min. 6 (0.63) 3.0 (0.) M (x) Outlet Inlet Ø5 (0.59) 5.0 (0.0) 5.5 (.004) 3.0 (0.) ➀ Optional orientation pin Ø=.0mm (m6), DIN EN ISO 338 (not supplied). Must project not more than 3mm (0.in). Options Other seal materials available Specific response times can be requested and set at the factory Installation The solenoid valves can be mounted in any position without affecting operation Seals and mounting screws (M, hexagon socket, DIN9) for flange connection are standard supplied with valve 76

81 FLAT SPRING SOLENOID GENERAL SERVICE VALVES SERIES 065 The 065 Series -Way and 3-Way manifold mount valves are designed for analytical and medical applications where high gas flow is required Flat spring technology ensures no contamination of gases (no friction) The valves have a service life of more than billion cycles when used with inert gases Very short response times allow these valves to be used in applications that require precise media control Small form factor saves valuable space in portable devices Available in a variety of versions for a wide range of applications: threaded connections or pad-mount for installation on multiple manifolds Meets all relevant CE directives, and is RoHS compliant Typical applications include: Respiratory Therapy Patient Monitoring Compression Therapy (DVT) Industrial Air Monitoring / Normally Closed / Normally Open 3/ Universal Fluids* Temperature Range Seal Materials* Air, Inert Gases 0 C to 60 C (0 F to 40 F) FKM (fluoroelastomer) FFKM seals for corrosive fluids avalable on request * Ensure that the compatibility of the fluids in contact with the materials is verified 3 General Valve Information Body Stainless steel, AISI 303 (.4305) Seals FKM (fluoroelastomer) Others Stainless steel, FKM Response Time < 0ms Vacuum Rating - bar (-4.5 psi) Maximum Viscosity 0 cst (mm/s) / NC Function / NC Function, / NO Function Manifold Mount Body 3 3 Electrical Characteristics Coil Insulation Class F Electrical Safety IEC 335 Standard Voltages 6 VDC, VDC, 4 VDC Power Consumption W at 0 C 3/ NC Function 3/ NC Function, Manifold Mount Body Coil Insulation Protection Inrush Power Ratings Holding Hot/ Cold Ambient Temperature Range ºC (ºF) VA VA VA W W ºC (ºF) - IP40 (EN 6059) /. Refer to the dimensional drawings on the following page 0 to 60 (0 to 40) Electrical Connection Lead wires (ETFE), length 0.35m (3.8in) Type 0 77

82 065 Specifications Orifice Pressure Differential Power Flow Coefficient Connection Size bar (psi) Coil Catalog Number mm (inches) Kv (m3/h) Cv min. max. W threaded manifold-mount body / NC - Normally Closed 0.6 (0.04) (0). LE065A00V LS065A00V M5.0 (0.040) (7.5). LE065A00V LS065A00V.4 (0.055) (43.5). LE065A003V LS065A003V.0 (0.080) (.8). LE065A004V LS065A004V / NO - Normally Open 0.6 (0.04) (0). LE065A005V - M5.0 (0.040) (7.5). LE065A006V -.4 (0.055) (43.5). LE065A007V -.0 (0.080) (.8). LE065A008V - 3/ NC - Normally Closed 0.6 (0.04) (0). LE065A009V LS065A009V M5.0 (0.040) (7.5). LE065A00V LS065A00V.4 (0.055) (43.5). LE065A0V LS065A0V.0 (0.080) (.8). LE065A0V LS065A0V External thread with pad-mount body How to Order L x 065Axxx V xxv/dc Prefix Pipe Thread E = M5 Threaded Connection S = Manifold Mount Body Catalog Number Voltage 06 = 6 VDC = VDC 4 = 4 VDC Suffix V = FKM E = EPDM B = NBR Options Other seal materials available on request Specific response times can be requested and set at the factory Cleaned for oxygen service Other pipe connections are available 0.7 W rated coil available on request Installation The solenoid valves can be mounted in any position without affecting operation Threaded solenoid valves have mounting holes in body 78

83 065 Dimensions: mm (inches) Dimensional Drawings -Way Flat Spring Solenoid Type 0 Prefix "L" solenoid Lead Wires IP40 LE065A00V/00V/003V/004V F ØA LS065A00V/00V/003V/004V ØA G E E J M5 B C D 3 M5 ØH LE065A005V/006V/007V/008V F ØA max. Ø Mounting pad G E M5 C D Ø0.9 ± 0. B M5/5 depth electrical supply wires, length: 0.35m (3.8in) mounting holes ØM4, depth: 6mm (0.4in) 3 Mounting with hook spanner wrench DIN 80B Type Prefix Option 0 L Catalog Number A B C D E F G H J LE065A00V/00V/003V/004V LS065A00V/00V/003V/004V LE065A005V/006V/007V/008V (0.87) (0.87) (0.87) 7.4 (0.69) 5 (0.0) 9.5 (0.37) (0.69) 5 (0.0) 9.5 (0.37) 38 (.50) 4 (.6) 38 (.50).7 (0.50) 6.35 (0.5) (0.50) 6.35 (0.5) (0.43) 37 (.46) - - Including leads, length: 0.35m (3.8in) 79

84 065 Dimensions: mm (inches) Dimensional Drawings 3-Way Flat Spring Solenoid Type 0 Prefix "L" solenoid Lead Wires IP40 LE065A009V/00V/0V/0V F ØA M5 3 LS065A009V/00V/0V/0V ØA 3 G E E J M5 B C D 3 M5 ØH Mounting pad max. Ø Ø0.9 ± 0. M5/5 depth electrical supply wires, length: 0.35m (3.8in) mounting holes ØM4, depth: 6mm (0.4in) 3 Mounting with hook spanner wrench DIN 80B Type Prefix Option 0 L Catalog Number A B C D E F G H J LE065A009V/00V/0V/0V LS065A009V/00V/0V/0V Including leads, length: 0.35m (3.8in) (0.87) (0.87) 7.4 (0.69) 5 (0.0) 9.5 (0.37) (.50) 4 (.6).7 (0.50) 6.35 (0.5) (0.43) 37 (.46) 80

85 MINIATURE SOLENOID GENERAL SERVICE VALVES SERIES 88 The 88 Series solenoid valves are designed for use with air and inert gases, and can also be used to pilot other valves or cylinders Compact architecture and low power consumption of only.3 W make them ideal for portable medical devices Also available in a W version for increased versatility LED visual indicator and electrical protection circuitry are standard features Meets all relevant CE directives, and is RoHS compliant Typical applications include: Respiratory Therapy Dental Anesthesia Delivery Industrial Gas Analyzers / Normally Closed / Normally Open Fluids Temperature Range Seal Materials Air or Inert Gas, non-lubricated 5 C to 50 C (4 F to F) NBR (Nitrile) filtered at 5 µm NOTE: Additional constructions and options are available including alternate elastomers and orifice sizes. Minimum quantities apply. FKM General Valve Information Body PA (polyamide) MXD6 Seals NBR (nitrile), FKM (fluoroelastomer) on request Others Stainless steel, nickel-plated steel, synthetic material, aluminum Response Time < 0ms Options Oxygen clean available 300 Series Stainless Steel Body 3 / NC or / NO Function Pad Mount Body Electrical Characteristics Standard Voltages* 5 VDC, VDC, 4 VDC (-5%/+0%) Power Consumption -.3 W * Other voltages on request NOTE: The solenoid valves are designed for continuous operation within the maximum ambient temperature limits. Insulation Class Coil Insulation Protection Ambient Temperature Range Electrical Connection F ºC (ºF) VA ºC (ºF) 55 (3) IP40 5 to 50 (4 to ) Connector with two 0.5mm² lead wires + built-in LED and electrical protection or lead wires, 0.5m (9.7in) long 8

86 88 Specifications Orifice Size Pressure Differential bar (psi) Flow Coefficient Consumption Type of Electrical mm (inches) max. Connection* min. 3 Kv (m3/h) Cv gases, liquids W Catalog Number 3/ NC - Normally Closed (0.00) 0.7 (0.08) (6) (0.03) 0.8 (0.03) (58) (0.040).0 (0.040) (36) / NO - Normally Open (0.00) 0.5 (0.00) (87) (0.03) 0.8 (0.03) (43.5) (0.040).5 (0.06) (.8) * Type 0, 0, 03, 04 with LED and electrical protection 0 = horizontal, width 5.08mm (0.in) 0 = vertical, width 5.08mm (0.in) Dimensions: mm (inches) Dimensional Drawings 03 = horizontal, width.54mm (0.in) 04 = vertical, width.54mm (0.in) 05 = cable ends 0.5m long (9.7in), 0.5mm².787 (9.9).4 (0.5).47 (.0).49 (.6) NOTE: The connectors to be ordered separately. Includes one connector with two wires..06 (7.00).3 (33.) 4AWG.4 (3.5) 8 Length Catalog Number 0" (0.5m) " (.5m) " (3m) (4.5).33 (8.3) (6.5) (0.0) Ø [.90 (x)] M7 x.35 Mounting Screws (supplied with valve)

87 88 Dimensions: mm (inches) Dimensional Drawings Valve Mounted on Single Subbase 0 (0.40) 3 (0.) 5 (0.0) M3 3 (0.) 9.5 (0.37) M3 (0.47) (0.95) 9 (0.35) 0 (0.79) 6 (0.4) 4 (0.6) M3 9 (0.75) M.7 x ±.00.8 ±.00 min.394 max. Ø ±.00 min..433 min ±.00.0 ± (0.60) 8.4 (.) Number of Valves Subbase Catalog Number Weight kg 34.6 (.36) (0.5).6 (0.0) X Manifold Interface 83

88 88 MINIATURE SOLENOID WITH LATCHING COIL GENERAL SERVICE VALVES The 88 Series latching coil solenoid valves are designed for use with air and inert gases, and can also be used to pilot other valves or cylinders The benefit of the latching coil is that no power consumption is needed to hold the valve in the open position Compact architecture and low power consumption of only.3 W make them ideal for portable medical devices Also available in a W version for increased versatility LED visual indicator and electrical protection circuitry are standard features Meets all relevant CE directives, and is RoHS compliant Typical applications include: Respiratory Therapy Dental Anesthesia Delivery Industrial Gas Analyzers / Normally Closed / Normally Open Fluids Temperature Range Seal Materials Air or Inert Gas, non-lubricated filtered at 5µm 5 C to 50 C (4 F to F) NBR (Nitrile) FKM General Valve Information* Body Seals PA (polyamide) MXD6 NBR (nitrile), FKM (fluoroelastomer) on request Others Stainless steel, nickel-plated steel, synthetic material, aluminum Response Time < 0ms Options Oxygen clean available 300 Series Stainless Steel Body * Other materials on request Electrical Characteristics Standard Voltages* 5 VDC, VDC, 4 VDC (-5%/+0%) Power Consumption -.3 W * Other voltages on request Insulation Class Coil Insulation Protection Ambient Temperature Range Electrical Connection F ºC (ºF) VA ºC (ºF) 55 (3) IP40 5 to 50 (4 to ) Connector with two 0.5mm² lead wires + built-in LED and electrical protection or lead wires, 0.5m (9.7in) long 84

89 88 Specifications Orifice Size Flow Coefficient Pressure Differential bar (psi) Consumption mm (inches) max. min. 3 Kv (m3/h) Cv gases, liquids W 3/ NC/NO 0.5 (0.00) 0.7 (0.08) (0) 0.8 (0.03) 0.8 (0.03) (43.5).0 (0.040).0 (0.040) (4.5) * Type 0, 0, 03, 04 with LED and electrical protection 0 = horizontal, width 5.08mm (0.in) 0 = vertical, width 5.08mm (0.in) Type of Electrical Connection* Catalog Number = horizontal, width.54mm (0.in) 04 = vertical, width.54mm (0.in) 05 = cable ends 0.5m long (9.7in), 0.5mm² Wiring Diagram CLOSED OPEN Functional Diagram 4 VDC 0 VDC Coil Coil 0 Open valve Closed Valve Function with Latching Coil (no constant current consumption) 85

90 88 Dimensions: mm (inches) Dimensional Drawings Type (0.0) Type (0.38) 5.08 (0.0) 6.5 (0.56) 0.0 (0.394) 4. (0.953) 0.5 (0.43) (0.47).6 (0.496) 7 (.06) 4.5 (0.77) 8.3 (0.37).9 (0.075) X Type (0.0) Type (0.56) 0.0 (0.394) 9.9 (0.78) 0.5 (0.43) (0.47).6 (0.496) 7 (.06) 33. (.3) 3.5 (0.38) 3.5 (0.38).54 (0.0) 6.5 (0.56) 0.0 (0.394) 5. (0.988) 0.5 (0.43) (0.47).6 (0.496) 6.5 (0.56) 0.0 (0.394) 9.9 (0.78) 0.5 (0.43) (0.47).6 (0.496) 7 (.06) 33. (.3) 3.5 (0.38) 4.5 (0.77) 8.3 (0.37).9 (0.075) X 7 (.06) 4.5 (0.77) 8.3 (0.37).9 (0.075) X 4.5 (0.77) 8.3 (0.37).9 (0.075) X Type 05 Flange Facing M.7 NO Rz (0.736) 6.7 (0.657) 0.5 (0.43) (0.47).6 (0.496) 3 = Pressure = Outlet = Exhaust NC = Pressure = Outlet 3 = Exhaust 3.5 (0.8) 0.05 (0.00) min. 0 (0.40) (0.8) 0.05 (0.00) (0.38) 4.5 (0.77) 8.3 (0.37) 6.5 (0.56) 0.0 (0.394) Use in vacuum (NO) 3 = Vacuum pump = Outlet = Atmosphere Use in vacuum (NC) = Vacuum pump = Outlet 3 = Atmosphere min. (0.43) min. 4.5 (0.8) max..6 (0.063).6 (0.063) 0.03 (0.00).6 (0.0) 0.03 (0.00).6 (0.0) 0.03 (0.00) 86

91 88 Dimensions: mm (inches) Dimensional Drawings Solenoid Valve Mounted on Single Subbase Number of Valves Subbase Catalog Number Weight kg (0.) 5 (0.0) M3 3 (0.) 9.5 (0.37) M3 (0.47) (0.95) 9 (0.35) 0 (0.79) 0 (0.40) 4 (0.6) 3 (0.5) 6 (0.4) M3 9 (0.75) 5.5 (0.60) 8.4 (.) 34.6 (.36) Solenoid Valve Mounted on Multiple Subbase Cable ends.6 (0.0) X 34.3 (.35) Horizontal connector Vertical connector 37. (.46) M5 H6 8 (0.3) 0.05 (0.00) Blanking Plate 5 (0.98) 3 (0.5) 0. (0.004) 5 (0.0) 0.05 (0.00) 3.9 (.30) 0.4 (0.409) 0.5 (0.43) 8. (.) L 5 (0.0) 0.05 (0.00) 0 (0.40) 0.05 (0.00) 5 (0.98) 0. (0.004) Number of Valves Subbase Catalog Number* L Length L (.3) ) (.73) 38 (.50) 3.5 (0.4) (.5) 48.5 (.9) (.56) 59 (.3) (.97) 69.5 (.74) (3.39) 80 (3.5) (3.80) 90.5 (3.56) 3.5 (0.4) 3 (0.) 3 (0.) 3.5 (0.4) (4.) 0 (3.98) (4.63).5 (4.39) A : Blanking plate, cat. number NOTE: The connectors must be ordered separately, please indicate the quantity and one of the following codes: Connector, wires: Distance between contacts 5.08mm (0.in) Distance between contacts.54mm (0.in) - Length 0.5m (9.7in) - cat. no.: Length 0.5m (9.7in) - cat. no.: Length.5m (59.in) - cat. no.: Length.5m (59.in) - cat. no.: Length 3m (8in) - cat. no.: Length 3m (8in) - cat. no.:

92 88 MINIATURE HIGH FLOW SOLENOID GENERAL SERVICE VALVES The 88 Series high flow solenoid valves are designed for use with air and inert gases High flow-rate capacity exceeds similarly sized products in the market Compact architecture and low power consumption make them ideal for portable medical devices LED visual indicator and electrical protection circuitry are standard features Meets all relevant CE directives, and is RoHS compliant Typical applications include: Respiratory Therapy Anesthesia Delivery Dental Industrial Gas Analyzers / Normally Closed / Normally Open Fluids Temperature Range Seal Materials Air or Inert Gas, non-lubricated 5 C to 50 C (4 F to F) FKM filtered at 5 µm NOTE: Additional constructions and options are available including alternate elastomers and orifice sizes. Minimum quantities apply. General Valve Information Body PBT (polybutylene terephthalate) Seals FKM (fluoroelastomer) Others Stainless steel, synthetic material Response Time < 0ms Options Oxygen clean available 300 Series Stainless Steel Body Electrical Characteristics Standard Voltages* VDC, 4 VDC (± 0%) Power Consumption.3-3. W * Other voltages on request NOTE: The solenoid valves are designed for continuous operation within the maximum ambient temperature limits. / NC or / NO Function Pad Mount Body 3 Insulation Class Coil Insulation Protection Inrush Power Ratings Holding Ambient Temperature Range Electrical Connection ºC (ºF) VA W W ºC (ºF) F 55 (3) IP to 50 (4 to ) The valves are provided with power save electronics and LED which switch to holding power after 00ms X, X, X3, X4, X5 *see Electrical Connection Type *Electrical Connection Type X = Type 0, horizontal, distance between contacts 5.08mm (0.in) X = Type 0, vertical, distance between contacts 5.08mm (0.in) X3 = Type 03, horizontal, distance between contacts.54mm (0.in) X4 = Type 04, vertical, distance between contacts.54mm (0.in) X5 = Type 05, two leads 0.5m (9.7in) long, 0.5mm² Type 0, 0, 03, 04, 05 with LED, protection and power save electronics. 88

93 88 Specifications Orifice Size Pressure Differential bar (psi) Flow Coefficient Consumption mm (inches) max. Catalog Number min. 3 Kv (m3/h) Cv gases, liquids W 3/ NC - Normally Closed.0 (0.040).0 (0.040) (45).3 R88B3xxVxx.3 (0.05).3 (0.05) (87).3 R88B4xxVxx.6 (0.063).6 (0.063) (50.8).3 R88B5xxVxx 3/ NO - Normally Open.0 (0.040).0 (0.040) (6).3 R88B3xxVxx.3 (0.05).3 (0.05) (58).3 R88B4xxVxx.6 (0.063).6 (0.063) (.8).3 R88B5xxVxx How to Order R 88 B xx V 0 xx Fluid Connection Type R = Pad Mount Product Series 88 = 88 Series Coil Size & Power-Save = 0mm (0.40in) with power-save Valve Type = 3/ NC = 3/ NO Valve Orifice 3 =.0mm (0.040in) 4 =.3mm (0.05in) 5 =.6mm (0.063in) Voltage F3 = VDC F = 4 VDC Manual Override = without manual override Fastening Screws 0 = without screws = with metric screws M.7x.5 = with self-tapping screws KB8x4 Sealing Material V = FKM Electrical Connection Type X = Type 0, horizontal 5.08mm (0.in) X = Type 0, vertical 5.08mm (0.in) X3 = Type 03, horizontal.54mm (0.in) X4 = Type 04, vertical.54mm (0.in) X5 = Type 05, leads 0.5m (9.7in) x 0.5mm Ordering Example: R88B3XVF = pad mount, 88 Series, Micro 0 Revision B (grey), with power-save, 3/ NC, orifice.0mm (0.040in), Type, FKM, M.7 x.5, without manual override, 4 VDC 89

94 88 Dimensions: mm (inches) Dimensional Drawings Type (0.0) Type (0.38).9 (0.075) X.54 (0.0) 6.8 (0.68) 0.0 (0.394) 5. (0.988) 0.5 (0.43) (0.47) 6.8 (0.68) 0.0 (0.394) 9.9 (0.78) (0.47) 0.5 (0.43) 4 (.65) 48 (.89) 3.5 (0.38) 5.08 (0.0) 6.8 (0.68) 0.0 (0.394) 4. (0.953) 0.5 (0.43) (0.47) 4 (.65) 6. (0.40) 6. (0.40).9 (0.075) X Type (0.0) Type 04 4 (.65) 3.5 (0.38) 6.8 (0.68) 0.0 (0.394) 9.9 (0.78) (0.47) 0.5 (0.43) 4 (.65) 47.8 (.88) 6. (0.40).9 (0.075) X 6. (0.40).9 (0.075) X Type 05 Flange Facing M.7 (0.07) x.35 Rz 6.3 (0.5) ( ) ( ) 7 (0.67) 6.7 (0.66) 0.5 (0.43) (0.47) ( ) ( ) min. 0 (0.39) 4 (.65) 3.5 (0.38) min. 4.5 (0.8) (0.07) max. Ø ( ) ( ) 6. (0.40) 6.8 (0.68) 0.0 (0.394) min. (0.45) A A ( ) 90

95 88 Dimensions: mm (inches) Dimensional Drawings Solenoid Valve Mounted on Single Subbase Number of Valves Subbase Catalog Number Weight kg (0.0) 46 (.8) 5 (.05) 9.5 (0.37) 5 (0.984) 0 (0.40) 5 (0.97) 5.5 (0.60) 3 (0.5) 3.5 (0.38) M5 (0.47) 4. (0.95) (0.433) 0 (0.79) 4.5 (0.77) M5.6 (0.0) X 9 (0.748) 5.6 (.03) A 37. (.46) M5 5 (0.0) 5 (0.98) 3 (0.5) 8 (0.35) 3.9 (.30) Number of Valves Subbase Catalog Number* L 45.4 (.79) Length L (.4) 9.7 (.7) A.5 (0.453) 0.5 (0.43) L 3.5 (0.4) 5 (0.0) 0 (0.40) 5 (0.98) (.8) 40. (.58) (.3) 50.7 (.00) (.65) 6. (.4) (3.06) 7.7 (.8) 3.5 (0.4) 3.5 (0.4) (3.47) 8. (3.4) (3.89) 9.7 (3.65) (4.30) 03. (4.06) 3 (0.) L 3 (0.) (4.7) 3.7 (4.48) A : Blanking plate, cat. number * The connectors must be ordered separately, please indicate the quantity and one of the following codes: Connector, wires Distance between contacts 5.08mm (0.0in) Distance between contacts.54mm (0.0in) - Length 0.5m (9.7in) - cat. no.: Length 0.5m (9.7in) - cat. no.: Length.5m (59.in) - cat. no.: Length.5m (59.in) - cat. no.: Length 3m (8.in) - cat. no.: Length 3m (8.in) - cat. no.:

96 4 MINIATURE SOLENOID GENERAL SERVICE VALVES The 4 Series solenoid valves are designed for use with air and inert gases Manifold mount construction that is suitable for a wide variety of gas applications Compact light-weight architecture and low power consumption make them ideal for portable medical devices Exceptional service lifetime over 00 million cycles that increases OEM instrument reliability Meets all relevant CE directives, and is RoHS compliant Typical applications include: Respiratory Therapy Patient Monitoring Compression Therapy (DVT) Robotic Pharmacy Dispensing / Normally Closed / Normally Open 3/ Universal Fluids Temperature Range Seal Materials Air or Inert Gas, non-lubricated -3 C to 60 C (-0 F to 40 F) FKM, NBR, EDPM filtered at 0 µm NOTE: Additional constructions and options are available including alternate elastomers and orifice sizes. Minimum quantities apply. 3 General Valve Information* Body Seals Others Response Time Vacuum Rating PBT FKM, NBR, EPDM PBT, 400 Series stainless steel, 300 Series stainless steel < 0ms -0.9 bar (-3 psi) * Other materials on request Electrical Characteristics Standard Voltages* Power Consumption 5 VDC, 6 VDC, VDC, 4 VDC 0.65 to.0 W * Other voltages on request NOTE: The solenoid valves are designed for continuous operation within the maximum ambient temperature limits. Insulation Class B Coil Insulation Protection Ambient Temperature Range ºC (ºF) VA ºC (ºF) 30 (66) - -3 to 60 (-0 to 40) Electrical Connection 0.in Spade, 4 AWG Lead Wire 9

97 4 Specifications Orifice Pressure Differential Flow Coefficient Size bar (psi) Power mm (inches) Kv (m3/h) Cv min. max. Port Port 3 Port Port 3 Port Port 3 W / NC - Normally Closed Catalog Number 0.76 (0.030) (-3) 6.9 (00) xxxxx.4 (0.055) (-3) 6.9 (00).0 4xxxxx.0 (0.080) (-3). (30).0 4x3xxxx 3/ NC - Normally Closed 0.76 (0.030) 0.63 (0.05) (-3) 6.9 (00) xxxxx.4 (0.055).3 (0.050) (-3) 6.9 (00).0 4xxxxx.0 (0.080).3 (0.050) (-3). (30).0 4x3xxxx 3/ U - Universal 0.76 (0.030) 0.63 (0.05) (-3) 6.9 (00) x3xxHx.4 (0.055).3 (0.050) (-3) 3.4 (50).0 4x3xxHx.0 (0.080).3 (0.050) (-3). (30).0 4x33xxHx How to Order 4 x xx x x x Catalog Number 4 Mounting Style M = Manifold, 0-3 UNF L = Line, 0-3 UNF K = Manifold, M5 J = Line, M5 Base Number (see Specifications table) Voltage = VDC 4 = 4 VDC 05 = 5 VDC 06 = 6 VDC Option Suffix O = Oxygen Service P = Label Pressure units in kpa S = Stainless Steel Body Sealing Material V = FKM E = EPDM B = NBR Electrical Connection F = 0.in Spade H = Hardwire NOTE: Oxygen Service valves available with FKM or EPDM Seals only. Oxygen clean available with 300 Series Stainless Steel Body. 3-Way Universal operation only available with hardwire electrical connection (H). Ordering Examples: 4M4FV = -way normally closed manifold mount valve with 0.76mm (0.030in) orifice, 4 VDC coil rating at 0.65 Watts,.0 spade connection, FKM seals 4L3HV = 3-way normally closed line mount valve with.0mm (0.080in) orifice, VDC coil rating at.0 Watts, lead wire coil, FKM seals 4K4HVOS = -way normally closed manifold mount and M5 stud with 0.76mm (0.030in) orifice, 4 VDC coil rating at 0.65 Watts, lead wire coil, FKM seals, clean for Oxygen use and Stainless Steel body 93

98 4 Dimensions: mm (inches) Dimensional Drawings - and 3-Way Manifold Mount Solenoid PBT Body 0.5mm X.8mm SPADE CONNECTORS (FOR LEADWIRE OPTION SEE LINE MOUNT DIAGRAM BELOW) #0-3 UNF MOUNTING STUD PORT 46.6 (.83) 36.4 (.43) #0-3 UNF (M5 METRIC OPTION) PORT 3 (IF APPLICABLE) 4X SLOTS PORT Ø 9. (0.75) 3.96 (0.56) Stainless Steel Body 0.5mm X.8mm SPADE CONNECTORS (FOR LEADWIRE OPTION SEE LINE MOUNT DIAGRAM BELOW) #0-3 UNF MOUNTING STUD PORT Ø.6 (0.063) 3X SPACING 0º PORT 49.3 (.94) 39. (.54) #0-3 UNF (M5 METRIC OPTION) PORT 3 (IF APPLICABLE) 3X Ø.5 (3.8) SPANNER HOLES 3.96 (0.56) Ø 9. (0.75) 3.96 (0.56) - and 3-Way Line Mount Solenoid PBT Body LEADWIRE 38 (5.0) LONG 4 AWG PTFE COATED (FOR SPADE CONNECTOR OPTION SEE MANIFOLD MOUNT DIAGRAM ABOVE) #0-3 UNF (M5 METRIC OPTION) PORT 7.5 (0.69) X Ø.00 x.35 DEEP MOUNTING HOLES FOR #4 SELF TAPPING SCEW 4.7 (.68) #0-3 UNF (M5 METRIC OPTION) PORT (IF APPLICABLE) #0-3 UNF (M5 METRIC OPTION) PORT.375 (9.53) Ø 9. (0.75) 4.90 (0.93) Stainless Steel Body LEADWIRE 38 (5.0) LONG 4 AWG PTFE COATED (FOR SPADE CONNECTOR OPTION SEE MANIFOLD MOUNT DIAGRAM ABOVE) #0-3 UNF (M5 METRIC OPTION) PORT 7.5 (0.69) X #6-3 UNC. (5.6) FULL THREAD MOUNTING HOLES (M3 METRIC OPTION) 4.7 (.68) #0-3 UNF (M5 METRIC OPTION) PORT 3 (IF APPLICABLE) #0-3 UNF (M5 METRIC OPTION) PORT.375 (9.53) Ø 9. (0.75) 4.90 (0.93) 94

99 MINIATURE SOLENOID GENERAL SERVICE VALVES SERIES RB The RB Series solenoid valves are designed for use with air and inert gases Highly customizable construction that is suitable for a wide variety of gas applications Compact light-weight architecture and low power consumption make them ideal for portable medical devices Exceptional service lifetime over 00 million cycles that increases OEM instrument reliability Meets all relevant CE directives, and is RoHS compliant Typical applications include: Respiratory Therapy Patient Monitoring Compression Therapy (DVT) Robotic Pharmacy Dispensing / Normally Closed 3/ Normally Closed Fluids* Temperature Range Seal Materials* FKM Air or Inert Gas 0 C to 60 C (3 F to 40 F) NBR filtered at 0µm * Ensure that the compatibility of the fluids in contact with the materials is verified NOTE: Additional constructions and options are available including alternate elastomers and orifice sizes. Minimum quantities apply. / NC Manifold Mount General Valve Information Body PBT, brass Seals NBR, FKM on request Others Stainless steel Response Time < 0ms Vacuum Rating -0.9 bar (3 psi) / NC Line Mount Electrical Characteristics Standard Voltages* Power Consumption 5 VDC, VDC, 4 VDC 0.5 to.0 W * Other voltages on request NOTE: The solenoid valves are designed for continuous operation within the maximum ambient temperature limits 3/ NC Pad Mount Insulation Class Coil Insulation Protection Ambient Temperature Range Electrical Connection B ºC (ºF) VA ºC (ºF) 30 (66) IP30 (EN 6059) 0 to 60 (3 to 40) Lead wires 6 AWG or circuit board mount 3/ NC Push-in Hose Connection 95

100 RB Specifications Pressure Differential Flow Orifice Size bar (psi) Power Connection Coefficient max. Coil mm (inches) Kv (m3/h) Cv min. air, inert gas W / NC - Normally Closed 0-3 UNF Stud Manifold Mount, Brass (M) 0-3 UNF Female In-Line, Brass (L) 3.7mm (0.5in) Push-in Hose Connecton PBT (B) Pad Mount, PBT (F) Catalog Number 0.8 (0.03) (-3) 3.4 (50) 0.5 RLM0xx30x 0.8 (0.03) (-3) 6.9 (00).0 RHM0xx30x.30 (0.05) (-3).0 (5) 0.5 RLM0xx50x.30 (0.05) (-3) 3.4 (50).0 RMM0xx50x.30 (0.05) (-3) 6.9 (00).0 RHM0xx50x.00 (0.079) (-3).0 (5).0 RHM0xx80x 0.8 (0.03) (-3) 3.4 (50) 0.5 RLL0xx30x 0.8 (0.03) (-3) 6.9 (00).0 RHL0xx30x.30 (0.05) (-3).0 (5) 0.5 RLL0xx50x.30 (0.05) (-3) 3.4 (50).0 RML0xx50x.30 (0.05) (-3) 6.9 (00).0 RHL0xx50x.00 (0.079) (-3).0 (5).0 RHL0xx80x 0.8 (0.03) (-3).0 (5) 0.5 RLB0xx30x 0.8 (0.03) (-3) 3.4 (50).0 RMB0xx30x 0.8 (0.03) (-3) 6.9 (00).0 RHB0xx30x.30 (0.05) (-3) 0.7 (0) 0.5 RLB0xx50x.30 (0.05) (-3).4 (35).0 RMB0xx50x.30 (0.05) (-3) 4.8 (70).0 RHB0xx50x.00 (0.079) (-3).7 (5).0 RHB0xx80x 0.8 (0.03) (-3).0 (5) 0.5 RLF0xx30x 0.8 (0.03) (-3) 3.4 (50).0 RMF0xx30x 0.8 (0.03) (-3) 6.9 (00).0 RHF0xx30x.30 (0.05) (-3) 0.7 (0) 0.5 RLF0xx50x.30 (0.05) (-3).4 (35).0 RMF0xx50x.30 (0.05) (-3) 4.8 (70).0 RHF0xx50x.00 (0.079) (-3).7 (5).0 RHF0xx80x How to Order RLM0 x x 30 x Catalog Number Voltages 4 = 5 VDC 6 = VDC 7 = 4 VDC Sealing Material V = FKM B = NBR O = Oxygen service (FKM) Base Number (see Specifications table) Electrical Connection H = Lead wires P = PCB pins (circuit board) Ordering Example: RLM04H30B = -way (normally closed), 5 VDC, manifold mount with 0.8mm (0.03in) orifice, 0.5 Watt, lead wires, NBR seals 96

101 RB Specifications Connection Orifice Size Pressure Differential Flow Coefficient bar (psi) Power mm (inches) Kv (m3/h) Cv max. Coil min. Port Port 3 Port Port 3 Port Port 3 air, inert gas W Catalog Number 3/ NC - Normally Closed 0.8 (0.03).0 (0.040) (-3) 3.4 (50) 0.5 RLM3xxx34x 0.8 (0.03).0 (0.040) (-3) 6.9 (00).0 RHM3xxx34x 0-3 UNF Stud.30 (0.05).3 (0.05) (-3).0 (5) 0.5 RLM3xxx55x Manifold Mount, Brass (M).30 (0.05).3 (0.05) (-3) 3.4 (50).0 RMM3xxx55x.30 (0.05).3 (0.05) (-3) 6.9 (00).0 RHM3xxx55x.00 (0.079).3 (0.05) (-3).7 (5).0 RHM3xxx85x 0.8 (0.03).0 (0.040) (-3) 3.4 (50) 0.5 RLL3xxx34x 0.8 (0.03).0 (0.040) (-3) 6.9 (00).0 RHL3xxx34x 0-3 UNF Female In-Line, Brass (L) 3.7mm (0.5in) Push-in Hose Connecton PBT (B) Pad Mount, PBT (F).30 (0.05).3 (0.05) (-3).0 (5) 0.5 RLL3xxx55x.30 (0.05).3 (0.05) (-3) 3.4 (50).0 RML3xxx55x.30 (0.05).3 (0.05) (-3) 6.9 (00).0 RHL3xxx55x.00 (0.079).3 (0.05) (-3).7 (5).0 RHL3xxx85x 0.8 (0.03).0 (0.040) (-3).0 (5) 0.5 RLB3xxx34x 0.8 (0.03).0 (0.040) (-3) 3.4 (50).0 RMB3xxx34x 0.8 (0.03).0 (0.040) (-3) 6.9 (00).0 RHB3xxx34x.30 (0.05).3 (0.05) (-3) 0.7 (0) 0.5 RLB3xxx55x.30 (0.05).3 (0.05) (-3).4 (35).0 RMB3xxx55x.30 (0.05).3 (0.05) (-3) 4.8 (70).0 RHB3xxx55x.00 (0.079).3 (0.05) (-3).7 (5).0 RHB3xxx85x 0.8 (0.03).0 (0.040) (-3).0 (5) 0.5 RLF3xxx34x 0.8 (0.03).0 (0.040) (-3) 3.4 (50).0 RMF3xxx34x 0.8 (0.03).0 (0.040) (-3) 6.9 (00).0 RHF3xxx34x.30 (0.05).3 (0.05) (-3) 0.7 (0) 0.5 RLF3xxx55x.30 (0.05).3 (0.05) (-3).4 (35).0 RMF3xxx55x.30 (0.05).3 (0.05) (-3) 4.8 (70).0 RHF3xxx55x.00 (0.079).3 (0.05) (-3).7 (5).0 RHF3xxx85x How to Order Catalog Number Port 3 Style B = 3.mm (0.5in) push-in hose connection F = 0-3 UNF female Voltages 4 = 5 VDC 6 = VDC 7 = 4 VDC RLM3 x x x 30 x Sealing Material V = FKM B = NBR O = Oxygen service (FKM) Base Number (see Specifications table) Electrical Connection H = Lead Wires P = PCB pins (circuit board) Ordering Example: RLM3B7P34V = 3-way (normally closed), 4 VDC, port 3 with push-in hose connection, manifold mount with 0.8mm (0.03in) orifice, 0.5 Watt, PCB pins, FKM seals Options Other seal materials available on request Other voltages and electrical connections available Oxygen service Other pipe connections available on request Installation The solenoid valves can be mounted in any position without affecting operation Threaded solenoid valves have mounting holes in body 97

102 RB Dimensions: mm (inches) Dimensional Drawings - and 3-Way Pad Mount Solenoid Valve x Ø 3.mm (0.6in) mounting holes (for screws M3x0) 6 AWG PTFE coated lead wires 304.8mm (in) long 7.9 (0.3) 5. (0.60) 7.8 (0.307) 6.5 (0.65) Hose I.D. 3.mm (0.5in) 9.3 (0.76) 44. (.74) 5.05 (.00) Port Port Port 3 (if applicable) 4.3 (0.7) 7. (0.8) - and 3-Way Solenoid Valve with Push-in Hose Connection x Ø 3.mm (0.6in) mounting holes (for screws M3x0) Port 7.9 Port Port 3 (if applicable) 5. (0.60) front pins for mounting only 4. (0.95) Hose I.D. 3.mm (0.5in) rear pins for mounting and electrical connection Square pins 0.6mm x 0.6mm 3.3 (0.54) 44. (.74) 0. (0.80) 4.40 (0.73) (.00)

103 RB Dimensions: mm (inches) Dimensional Drawings - and 3-Way Line Mount Solenoid Valve 6 AWG PTFE coated lead wire 304.8mm (in) long 36.6 (.44) 9. (0.75).7 (0.50) 6.4 (0.5) x 0-3 UNF port & port 7.5 (0.690) Port (0.76) Mounting holes x 6-3 UNC 4.8mm (0.9in) deep 4. (.6) - and 3-Way Manifold Mount Solenoid Valve Screw-in Mounting Pattern.75 (9.) Port 3 x Ø 3.mm (0.6in) for hook spanner wrench 6 AWG PTFE coated lead wire 304.8mm (in) long PORT # 0-3 UNF mounting stud Port 3 (if applicable) 9.3 (0.760) 4.8 (0.9) 35.6 (.40) 99

104 S MINIATURE SOLENOID GENERAL SERVICE VALVES The S Series solenoid valves are designed for use with air and inert gases Compact light-weight architecture and low power consumption make them ideal for portable medical devices Larger orifice sizes and vacuum capability make these valves extremely versatile across multiple disciplines Available in a variety of different porting configurations for manifold and in-line mounting Meets all relevant CE directives, and is RoHS compliant Typical applications include: Respiratory Therapy Anesthesia Delivery Dental Industrial Gas Analyzers / Normally Closed Fluids* Temperature Range Seal Materials* Air or Inert Gases -3 C to 66 C (-0 F to 50 F) FKM (fluoroelastomer) Filtered at 0µm * Ensure that the compatibility of the fluids in contact with the materials is verified General Valve Information Body Seals Others Response Time Vacuum Rating Stainless steel FKM (fluoroelastomer), EPDM (ethylenepropylene) on request Stainless steel < 0ms - bar (-4.5 psi) / NC Line Mount Electrical Characteristics Standard Voltages VDC, 4 VDC Power Consumption 0.65,.0 W / NC Manifold Mount Insulation Class Coil Insulation Protection Power Ratings Inrush Holding Hot/Cold Ambient Temperature Range Electrical Connection Type B - ºC (ºF) VA VA VA W W ºC (ºF) IP40 (EN 6059) Refer to the dimensional drawings on the following page /.5-3 to 66 (-0 to 50) Spade plug or lead wires 0 AWG, length 300mm (.8in) 0 Specifications Pressure Differential bar (psi) Orifice Size Flow Coefficient Connection max. Power Coil Catalog Number min. mm (inches) Kv (m3/h) Cv air and gases W Threaded Body Screw-in Type Body / NC - Normally Closed 0.75 (0.03) (-3) - 7 (0) -.5 HSMLxx00V HSMMxx00V M5 (0.04) (-3) - 7 (0) -.5 HSMLxx0V HSMMxx0V (0.08) (-3) (5) -.5 HSMLxx50V HSMMxx50V 00

105 S How to Order HSML x x 00 V Catalog Number Voltage 6 = VDC 7 = 4 VDC Dimensions: mm (inches) Dimensional Drawings HSMLxx00V/HSMLxx0V/HSMLxx50V HSMLxx00V/HSMLxx0V/HSMLxx50V Seal Materials V = FKM Orifice Electrical Connection F = Spade Plug H = Lead Wires HSMMxx00V/HSMMxx0V/HSMMxx50V HSMMxx00V/HSMMxx0V/HSMMxx50V M5/0-3 UNF-3B* * Supplied with 0-3 UNF-3B male thread compatible with M5 female counter-thread Screw-in Mounting Pattern Ø mounting holes ØM3x0.5 Mounting with hook spanner wrench DIN 80B Ø0.6±0. Ø0.6±0. max. Ø M5-5 deep Connection Type Catalog Number A B C D E F G threaded body HSMLxx00V/HSMLxx0V/HSMLxx50V HSMLxx00V/HSMLxx0V/HSMLxx50V 9.05 (0.75) (0.8) 6.35 (0.5).7 (0.50) 39. (.54) screw-in type body HSMMxx00V/HSMMxx0V/HSMMxx50V HSMMxx00V/HSMMxx0V/HSMMxx50V 9.05 (0.75) 39.6 (.56) 4.8 (0.9) Options Seals made from EPDM (ethylene-propylene) available on request Oxygen service Installation The solenoid valves can be mounted in any position without affecting operation Threaded solenoid valves have mounting holes in body 0

106 S MINIATURE SOLENOID GENERAL SERVICE VALVES The S Series solenoid valves are designed for use with air and inert gases Compact light-weight architecture and low power consumption make them ideal for portable medical devices Larger orifice sizes and vacuum capability make these valves extremely versatile across multiple disciplines Available in a variety of different porting configurations for manifold and in-line mounting Meets all relevant CE directives, and is RoHS compliant Typical applications include: Respiratory Therapy Anesthesia Delivery Dental Industrial Gas Analyzers 3/ Normally Closed Fluids* Temperature Range Seal Materials* Air or Inert Gases -3 C to 66 C (-0 F to 50 F) FKM (fluoroelastomer) Filtered at 0µm * Ensure that the compatibility of the fluids in contact with the materials is verified General Valve Information* Body Stainless steel Seals FKM, EPDM available on request Others Stainless steel Response Time < 0ms Vacuum Rating - bar (-4.5 psi) * Other materials on request 3/ NC Line Mount Electrical Characteristics Standard Voltages VDC, 4 VDC Power Consumption 0.65,.0 W 3/ NC Manifold Mount Insulation Class Coil Insulation Protection Power Ratings Inrush Holding Hot/Cold Ambient Temperature Range Electrical Connection Type B - ºC (ºF) VA VA VA W W ºC (ºF) IP40 (EN 6059) Refer to the dimensional drawings on the following page /.5-3 to 66 (-0 to 50) Spade plug or lead wires 0 AWG, length 300mm (.8in) 0 Specifications Orifice Size Pressure Differential bar (psi) Flow Coefficient Connection mm (inches) max. Power Coil Catalog Number min. Port Port Kv (m3/h) Cv air and gases W Threaded Body Screw-in Type Body 3/ NC - Normally Closed 0.75 (0.03) (0.04) (-3) - 7 (0) -.5 HSM3Lxx00V HSM3Mxx00V M5 (0.04) (0.04) (-3) - 7 (0) -.5 HSM3Lxx0V HSM3Mxx0V (0.08) (0.04) (-3) (5) -.5 HSM3Lxx50V HSM3Mxx50V 0

107 S How to Order Catalog Number Voltage 6 = VDC 7 = 4 VDC HSM3L x x 00 V Seal Materials V = FKM Orifice Electrical Connection F = Spade Plug H = Lead Wires Dimensions: mm (inches) Dimensional Drawings HSM3Lxx00V/HSM3Lxx0V/HSM3Lxx50V HSM3Lxx00V/HSM3Lxx0V/HSM3Lxx50V HSM3Mxx00V/HSM3Mxx0V/HSM3Mxx50V HSM3Mxx00V/HSM3Mxx0V/HSM3Mxx50V 3/M5 mounting holes ØM3x0.5 Mounting with hook spanner wrench DIN 80B Manifold Mounting Pattern Ø Ø0.6±0. Ø0.6±0. max. Ø M5-5 deep Connection Type Catalog Number A B C D E F G threaded body HSM3Lxx00V/HSM3Lxx0V/HSM3Lxx50V HSM3Lxx00V/HSM3Lxx0V/HSM3Lxx50V 9.05 (0.75) (0.8) 6.35 (0.5).7 (0.50) 39. (.54) screw-in type body HSM3Mxx00V/HSM3Mxx0V/HSM3Mxx50V HSM3Mxx00V/HSM3Mxx0V/HSM3Mxx50V 9.05 (0.75) 39.6 (.56) 4.8 (0.9) Options EPDM seals available on request Oxygen service Other pipe connections available on request (0-3 UNF-3B) Installation The solenoid valves can be mounted in any position without affecting operation Threaded solenoid valves have mounting holes in body 03

108 0 PRECIFLOW PROPORTIONAL VALVES Preciflow solenoid valves are designed to proportionally control the flow of air and inert gases by varying the electrical input signal to the coil Low hysteresis (< 5%), excellent repeatability (< %), and high sensitivity (< 0.%) make these valves ideal for high precision flow control Compact frictionless architecture saves valuable space in analytical and medical instrumentation Valves do not require a minimum operating pressure, and are well-suited for vacuum operation Power consumption as low as W to meet the most stringent instrument power requirements Meets all relevant CE directives, and is RoHS compliant Typical applications include: Gas Chromatography Mass Flow Controllers Dental Equipment Blood Pressure Monitoring U I 3 / Normally Closed Fluids* Temperature Range Seal Materials* Air, Oxygen, Inert 0 C to 55 C Gas (3 F to 3 F) FKM/FFKM * Ensure that the compatibility of the fluids in contact with the materials is verified Filtration: 5µm General Valve Information Body Brass Seals FKM/FFKM Others Stainless Steel Flow Port Port Electrical Characteristics Input Signal Coil Insulation Class F Connector Electrical Safety IEC 335 Electrical Enclosure Protection Standard Voltages Voltage Regulation Flow Regulation Characteristics Lead Wires 4 AWG; L = 500mm (9.7in) IP50 6 VDC, VDC, 4 VDC 0-6 VDC, 0- VDC, 0-4 VDC Pulse-width Modulation (> 000Hz) Hysteresis typ. 5%; Repeatability typ. %; Sensitivity typ. 0.% Voltage Max. Operating Current Power Ratings Inrush Holding Hot/Cold Ambient Temperature Ranges V ma VA VA W W ºC (ºF) to 55 (3 to 3) Specifications Orifice Size Flow Coefficient Pressure Differential bar (psi) Power Coil Catalog Number mm (inches) Kv (m3/h) Cv min. max. W pad mount version (0.008) (-3) 0 (45) R0A540L0xxxxx 0.07 (0.003) (-3) 0 (45) R0A54L0xxxxx 0. (0.0040) (-3) 0 (45) R0A54L0xxxxx 0. (0.0079) (-3) 0 (45) R0A543L0xxxxx 0.4 (0.057) (-3) 0 (45).5 R0A544L0xxxxx 0.6 (0.036) (-3) 0 (45).5 R0A545L0xxxxx 0.8 (0.035) (-3) 0 (45).5 R0A546L0xxxxx 04

109 0 How to Order R0A540 L0 xx xx Catalog Number (see Specifications table) Connector Ordering Example: R0A54L0V00F = -way NC (normally closed), orifice size 0.mm (0.004in), with lead wires L=500mm, FKM seal, 4 VDC Voltage E7 = 6 VDC F3 = VDC F = 4 VDC Seal Materials V00 = FKM 00 = FFKM Dimensions: mm (inches) Dimensional Drawings 5.5 (0.6).7 (0.50) Port (0.08) 3. (0.6) x DIN 9 - M3 x 4.5 (0.8) 3.5 (0.53) 7.5 (0.69) 8.3 (0.7) 45 (.77) 7. (0.67) Z 5 (0.59) 0.3 (0.4) REF 6.86 (0.7) 3.8 (0.) 3.96 (0.6) REF 7.9 (0.3).7 (0.50) max. 3.5 (0.53) Z 5: 7.4 (0.8) 3 (0.8) x Port 4 AWG 500 (9.7) Mounting Pattern Mounting Face (Proposal).5 (0.098) x (0.3) (0.03) M3 6 x x Sealing (optional) 4 (0.57) A (0.039) A-A A 9 (0.354) Options Digital control module Control D for DIN EN 500 rail mounting Used as a current regulator in open loop applications Used with an external sensor for closed-loop applications Other materials and voltages available on request Sealing FFKM: , FKM: (minimum order quantity required) Subbase with M5 connections and O-ring seals available: PN 5634 Installation The solenoid valves can be mounted in any position without affecting operation 05

110 0 PRECIFLOW PROPORTIONAL VALVES Preciflow solenoid valves are designed to proportionally control the flow of air and inert gases by varying the electrical input signal to the coil Low hysteresis (< 3%), excellent repeatability (< %), and high sensitivity (< %) make these valves ideal for high precision flow control Compact frictionless architecture saves valuable space in analytical and medical instrumentation Valves do not require a minimum operating pressure, and are well-suited for vacuum operation Power consumption as low as W to meet the most stringent instrument power requirements Meets all relevant CE directives, and is RoHS compliant Typical applications include: Respiratory Therapy Blood Pressure Monitoring Gas Chromatography Anesthesia Delivery U I 3 / Normally Closed Fluids* Temperature Range Seal Materials* Air, Inert Gas 0 C to 50 C (3 F to F) FKM * Ensure that the compatibility of the fluids in contact with the materials is verified Filtration - M5 or pad mount version: 5µm - /8 : 50µm General Valve Information Body Brass or PVDF Seals FKM Others Brass, Stainless Steel Flow Electrical Characteristics Coil Insulation Class Connector Connector Specification Electrical Safety IEC 335 Electrical Enclosure Protection Molded IP65 (EN 6059) Standard Voltages VDC, 4 VDC Voltage Regulation Voltage Max. Operating Current Power Ratings Inrush Holding Hot/Cold Ambient Temperature Ranges V ma VA VA W W ºC (ºF) 4 Replacement Coil Type to (3 to ) to (3 to ) Refer to the dimensional drawings on the following page Spade plug; cable Ø4-6mm ( in), Ø6-8mm ( in), Ø6-0mm ( in) DIN 43650, 9.4mm (0.370in), industry standard B (type 0) DIN 43650, mm (0.433in), industry standard B (type 0) ISO 4400/EN , form A (type 03) 0- VDC, 0-4 VDC; Pulse-width Modulation (000Hz) Flow Regulation Characteristics Hysteresis < 3%; Repeatability < %; Sensitivity < % Other voltages on request F Input Signal 06 Specifications Connection M5 or Pad Mount G/8 Pressure Differential bar (psi) Power Coil Catalog Number Orifice Size Flow Coefficient Threaded Body max. min. mm (inches) Kv (m3/h) Cv air, inert gas W brass PVDF brass 0. (0.0040) ISO 58 (CNOMO, size 5) Interface SCG0A500 - SCS0A (0.0079) SCG0A50 SCS0A (0.057) (-3) 0 (45) 4 - SCG0A50 SCS0A (0.036) SCG0A503 SCS0A (0.035) SCG0A504 SCS0A (0.035) SCG0A (45). (0.047) SCG0A (-3).6 (0.0630) (6) 5 SCG0A (0.0787) (87) 9 SCG0A53 - -

111 0 How to Order Prefix Mounting G = Line Mount S = Pad Mount SC G 0A500 xxxx Voltage DC 4DC Catalog Number 0A500 0A505 Dimensions: mm (inches) Dimensional Drawings Type 0 H L K M N B A Prefix "SC" solenoid, epoxy molded IEC 335/DIN 43650, 9.4mm (0.37in) IP65 SCG0A500 SCG0A50/A50/A503/A504 J x P D G C E F 3.5 L H K M N B.5 0 A 4 x P x Ø.7 J D G C E F SCS0A505/A506/A507/A508/A509 (Version with ISO 58 interface for installation on single subbase M5) A B C 360 G D.7 M H J E F ISO 58 Mounting Pattern 3 = H K L = = = x Ø. x M3.5 Type 0-03 Prefix "SC" solenoid, epoxy molded IEC 335/DIN or ISO 4400 IP65 Type 0 : SCG0A50/A5/A5 Type 03 : SCG0A53 Aluminum or brass Single Subbase M x M3 M N B G J x P C E F Outlet () can be connected to the left or right of the subbase; plug the unused port with a ØM5 plug (supplied) Port (3) unused (to be protected with a plug) x M A D Type Prefix Option Catalog Number A B C D E F G H J K L M N P SCG0A (.) 7.5 (.08) 7 (0.67) 9 (0.75) 48. (.90) 59.5 (.34) M5 0.5 (0.4) 6 (0.4) 3.5 (0.4) ) 3.5 (0.4).5 (0.85) M3 0 SC SCG0A50/A50/A503/ A (.) 7.5 (.08) 7 (0.67) 9 (0.75) 48. (.90) 59.5 (.34) M5 8 (0.3) 8 (0.3).65 (0.0) 6.35 (0.64) 5.65 (0.) 9.35 (0.76).6 (0.0) SCS0A505/A506/A507/ A508/A (.09) 5.6 (.0) 4.8 (0.58) 7 (0.67) 48 (.89) 59.5 (.34) 8.7 (0.34) 3.5 (0.4) 7.3 (0.9) (0.38) SC SCG0A50/A5/A (.50) 3. (.) 3 (0.9) (0.87) 60.4 (.38) 75.4 (.97) G/8 8 (0.3) 8 (0.3) 3 (0.) 9(0.75) 5 (0.0) 0 (0.79) M4 03 SC SCG0A (.89) 38 (.50) 30 (.8) (0.87) 60.4 (.38) 79 (3.) G/8 8 (0.3) 8 (0.3) 3 (0.) 9(0.75) 5 (0.0) 0 (0.79) M4 Including coil and connector Options Digital control module Control D for DIN EN 500 rail mounting Used as a current regulator in open loop applications Used with an external sensor for closed-loop applications Electronic control units for proportional control Other materials, connections, and coils available on request Plug with visual indication and peak voltage suppression or with cable length of m (78.7in) Installation The valves can be mounted in any position without affecting operation Pipe connection identifier is: G = G (ISO 8/) 07

112 0 PRECIFLOW PROPORTIONAL VALVES CARTRIDGE STYLE Preciflow solenoid valves are designed to proportionally control the flow of air and inert gases by varying the electrical input signal to the coil Low hysteresis (< 5%), excellent repeatability (< %), and high sensitivity (< %) make these valves ideal for high precision flow control Compact frictionless architecture saves valuable space in analytical and medical instrumentation Valves do not require a minimum operating pressure, and are well-suited for vacuum operation Power consumption as low as W to meet the most stringent instrument power requirements Meets all relevant CE directives, and is RoHS compliant Typical applications include: Respiratory Therapy Blood Pressure Monitoring Gas Chromatography Anesthesia Delivery / Normally Closed Fluids* Temperature Range Seal Materials* Air or Inert Gases 0 C to 50 C (50 F to F) FKM * Ensure that the compatibility of the fluids in contact with the materials is verified Filtration: 5µm General Valve Information Body Seals Others Max. Viscosity Stainless Steel FKM (EDPM or FFKM on request) POM, Brass, Stainless Steel, PPS 50 cst (mm/s) Flow Input Signal Electrical Characteristics Coil Insulation Class F Connector Lead Wires (PTFE); 0.3m (9in) length (4 AWG) Electrical Safety IEC 335 Electrical Enclosure Protection IP50 (EN 6059) Standard Voltages 6 VDC, VDC, 4 VDC Voltage Regulation 0-6 VDC, 0- VDC, 0-4 VDC; Pulse-width Modulation (min. 000Hz) Flow Regulation Characteristics Hysteresis < 5%; Repeatability < %; Sensitivity < % Other voltages on request Voltage Max. Operating Current Power Ratings Inrush Holding Hot/Cold Ambient Temperature Ranges V ma VA VA W W ºC (ºF) 6 4 max max max max. 0.5 max max Refer to the dimensional drawings on the following page 0 to 50 (3 to ) Type Specifications Connection Cartridge Operating Pressure bar (psi) Power Coil Orifice Size Flow Coefficient max. min. mm (inches) Kv (m3/h) Cv air, inert gas W Catalog Number 0. (0.004) LS0A57 0. (0.008) LS0A (0.00) LS0A (-3) 0 (45) 0.8 (0.03) LS0A50.5. (0.047) LS0A5.6 (0.063) LS0A53

113 0 0 SERIES 0 How to Order LS0A57 xxxx Catalog Number Voltage 06DC DC 4DC Dimensions: mm (inches) Dimensional Drawings Type 0 Prefix "L" solenoid, lead wires IP40 Preciflow 9mm Cartridge Ø9 (0.75) Ø7 (0.67) Pad Mount Subbase POM (supplied with screws M3x0 and O-rings) Ø 5.9 (0.3) 6.7 (0.6) 7.4 (0.9) 5 (0.98) +0. Ø 4. (0.7) 49. (.94) Ø 4 (0.94) (.30) 6. (0.64) (0.33) Ø7.5 (0.30) Ø3.9 (0.55) > 8 (0.7) (0.47) (0.8) (0.03) electrical supply wires, length: 0.3m (9in) Mounting: screws M3 x 6mm (0.4in) + washers 3 O-ring Options Digital control module Control D for DIN EN 500 rail mounting (catalog numbers: ) Features: Control device for PWM (pulse-width modulated) proportional valve control Designed for open-loop, closed-loop and double-loop (cascaded) control Suitable for the control of flow, pressure, temperature, force, etc. Integrated display and LEDs Control parameters adjustable via software (DigiCom, USB interface) Auto-Adapt function for automatic adjustment of the Control D control device to the control valve Control D software "ASCO-DigiCom for adjustment over PC. Setpoint and feedback values are viewed at the same time Valve diagnostics, parameter setting and maintenance Other pipe connections are available on request Other seal materials are available on request 0.7 (0.03) Ø7.6H7 (0.30) Ø9. (0.75) Ø4.7 (0.58) 4H7 (0.55) 0.8 (0.03) X 30º 0.8 (0.03) X 30º Ø 4.0 (0.6) Port (inlet) Port (outlet) Catalog Number Installation The solenoid valves can be mounted in any position without affecting operation Pipe connection identifier is G = G (ISO 8/) 0 (0.79) (0.79) (0.5) Inline Subbase Brass 8 (.0) 0 (0.79) 0 (0.79) 0 (0.40) View Port (inlet) 34 (.34) 7 (0.8) 0 (0.40) View Port (outlet) 3 (0.) 3 (0.) 4 (0.55) R3.5 G/8" x 9 deep (x) Ø3. (0.3) through-hole 3 (0.) 3 (0.) M3 x 6/7.5 deep (x) Weight kg LS0A57/58/59/50/5/ Including leads, length 0.3m (9in) 09

114 0 PRECIFLOW IPC PROPORTIONAL VALVES Preciflow IPC (Inlet Pressure Compensated) solenoid valves are designed to proportionally control the flow of air and inert gases by varying the electrical input signal to the coil Low hysteresis (< 5%), excellent repeatability (< %), and high sensitivity (< %) make these valves ideal for high precision flow control Compact frictionless architecture saves valuable space in analytical and medical instrumentation Valves do not require a minimum operating pressure, and are well-suited for vacuum operation Power consumption as low as.5 W to meet the most stringent instrument power requirements Meets all relevant CE directives, and is RoHS compliant Typical applications include: Respiratory Therapy Gas Chromatography Blood Pressure Monitoring Anesthesia Delivery / Normally Closed Flow Fluids* Temperature Range Seal Materials* Input Signal Air or Inert Gases 0 C to 50 C (50 F to F) FKM * Ensure that the compatibility of the fluids in contact with the materials is verified Filtration: 5µm General Valve Information Body Brass or Stainless Steel, or POM (for pad mount) Seals FKM, NBR Others Stainless Steel, FKM Max. Viscosity 50 cst (mm/s) Electrical Characteristics Coil Insulation Class F Connector Lead Wires (PTFE); 0.3m (9in) length (4 AWG) Electrical Safety IEC 335 Electrical Enclosure Protection IP40 (EN 6059) Standard Voltages 6 VDC, VDC, 4 VDC Voltage Regulation 0-6 VDC, 0- VDC, 0-4 VDC; Pulse-width Modulation (min. 000Hz) Flow Regulation Characteristics Hysteresis < 5%; Repeatability < %; Sensitivity < % Other voltages on request Voltage Max. Operating Current Power Ratings Inrush Holding Hot/Cold Ambient Temperature Ranges V ma VA VA W W ºC (ºF) to 50 (50 to ) Refer to the dimensional drawings on the following page Type3 0 Specifications Connection Orifice Size Flow Coefficient Operating Pressure bar (psi) max. min. Power Coil Catalog Number mm (inches) Kv (m3/h) Cv air, inert gas W brass stainless steel POM G/8 3 (0.) (0).5 LG0A Cartridge 3 (0.) (0).5 - LS0A55 - Pad Mounting 3 (0.) (0) LS0A56 0

115 0 How to Order Prefix Mounting G = Line Mount S = Pad Mount Catalog Number 0A54 0A55 L S 0A54 xxxx Voltage 06DC DC 4DC Dimensions: mm (inches) Dimensional Drawings Type 0 Prefix "L" solenoid, lead wires IP40 LG0A54 LS0A55 LS0A56 Ø9 (0.75) 8 (0.3) 4 (0.55) 8 (.0) 60 (.36) 48.9 (.93) 3.7 (.9) 6. (0.639) 8.8 (0.33) Ø 7.5 (0.30) Ø3.9 (0.55) Ø7 (0.67) 0.8 (0.03) x 6 x (.4).5 (0.098) Ø7 (0.67) X M3 X 0 (0.79) 4. (0.7) 4. (0.7) 7 (0.67) 34 (.34) Ø4 (0.95) (0.79) = = Ø9 (0.75) 0 (0.79) = = = 0 (0.79 = 0 (0.79) = = Ø 9 (0.75) electrical supply wires, length: 0.3m (9in) Mounting: screws M3 x 6mm (0.4in) + washers 3 O-ring Options Digital control module Control D for DIN EN 500 rail mounting (catalog numbers: ) Features: Control device for PWM (pulse-width modulated) proportional valve control Designed for open-loop, closed-loop and double-loop (cascaded) control Suitable for the control of flow, pressure, temperature, force, etc. Integrated display and LEDs Control parameters adjustable via software (DigiCom, USB interface) Auto-Adapt function/button for automatic adjustment of the Control D control device to the control valve Control D software "ASCO-DigiCom for adjustment over PC. Setpoint and feedback values are viewed at the same time Valve diagnostics, parameter setting and maintenance Other pipe connections are available on request (0.47) (0.8) (0.08) +0. Ø7.6H7 (0.30) Ø9. (0.75) +0. Ø4.7 (0.58) Ø4H7 (0.55) 0.6 (0.04) X 30 Mounting Geometry > 8 (0.7) Type 6.7 (0.6) 9.7 (0.38) = = X Ø 4 (0.6) 7.4 (0.9) 3.8 (0.5) Mounting Pad Prefix Option Catalog Number Weight kg LG0A L LS0A LS0A Including leads, length 0.3m (9in) Installation The solenoid valves can be mounted in any position without affecting operation Pipe connection identifier is G = G (ISO 8/)

116 0 POSIFLOW PROPORTIONAL VALVES Posiflow solenoid valves are designed to proportionally control the flow of air and inert gases by varying the electrical input signal to the coil Low hysteresis (< 5%), excellent repeatability (< %), and high sensitivity (< %) make these valves ideal for high precision flow control Large orifice sizes make these valves extremely versatile across multiple disciplines Valves do not require a minimum operating pressure, and are well-suited for vacuum operation Compact frictionless architecture saves valuable space in analytical and medical instrumentation Meets all relevant CE directives, and is RoHS compliant Typical applications include: Endoscopy Instrumentation Anesthesia Delivery Blood Pressure Monitoring Gas Chromatography / Normally Closed Fluids* Temperature Range Seal Materials* Air, Inert Gas, Water, Oil 0 C to 50 C (3 F to F) FKM (fluoroelastomer) * Ensure that the compatibility of the fluids in contact with the materials is verified General Valve Information Brass Body Stainless Steel Body Body Brass AISI 303 Seals FKM FKM Others Stainless Steel, PTFE, Brass, FKM Stainless Steel, PTFE, FKM Max. Viscosity 50 cst (mm/s) 50 cst (mm/s) Flow Input Signal Electrical Characteristics Coil Insulation Class Connector Connector Specification Electrical Safety IEC 335 F Spade plug - cable Ø6-8mm ( in) DIN 43650, mm (0.43in), industry standard B Electrical Enclosure Protection Molded IP65 (EN 6059) Standard Voltages Voltage Regulation 4 VDC 0-4 VDC; Pulse-width Modulation (400Hz) Flow Regulation Characteristics Hysteresis < 5%; Repeatability < %; Sensitivity < % Other voltages on request Percentage of max. value with 4 VDC, P.W.M. 400Hz supply at constant differential pressure Operating Current Power Ratings Inrush Holding Hot/Cold Ambient Temperature Ranges Replacement Coil Type3 ma VA VA W W ºC (ºF) 4 VDC 00 to /6.3 3 Refer to the dimensional drawings on the following page 0 to 40 (3 to 04) - 0 Specifications Connection Orifice Size Flow Coefficient Pressure Differential bar (psi) Power Coil max. Catalog Number Options min. mm (inches) Kv (m3/h) Cv vacuum air water oil W brass stainless steel EPDM PTFE. (0.047) (4.5) 8 (6) 5 (73) 5 (73) 6.3 SCG0A0V SCG0A05V E T.6 (0.063) (4.5) 6 (87) 4 (58) 4 (58) 6.3 SCG0A0V SCG0A06V E T G/8.4 (0.094) (4.5) 4 (58) 3 (43) 3 (43) 6.3 SCG0A03V SCG0A07V E T 3. (0.6) (4.5).5 (36).5 (36).5 (36) 6.3 SCG0A04V SCG0A08V E T

117 0 How to Order Prefix Mounting G = Line Mount Catalog Number 0A0 0A05 SC G 0A0 E 4 Voltage Suffix V = FKM E = EPDM T = PTFE Dimensions: mm (inches) Dimensional Drawings Type 0 Prefix "SC" solenoid, epoxy molded IEC 335/DIN IP65 B A E C 5 (0.59) 360 F G H 5 (0.59) D Type Prefix Option 0 SC A B C D E F G H X 59 (.3) 8 (.0) 7 (0.67) 5 (0.98) (0.87) 5 (.05) 60 (.36) 78 (3.07) - Including coil and connector Options Valves can also be supplied with NBR (nitrile), EPDM (ethylene propylene) and PTFE seals and discs Explosionproof enclosures for use in zones /-/, categories -3 to ATEX Directive 94/9/EC, on request Electrical enclosures according to NEMA standards are available Mounting brackets Digital control unit (see electrical control section) Features: Analog input control signals: 0 0 VDC or 4 0 ma Coil current (= flow rate) adjustable to required control signals Switch-off function at less than % of the maximum control function Adjustable ramp control Adjustable frequency Output current independent of coil resistance and supply voltage variations Housed in a box with spade plug connector according to ISO 4400/IP65 Other pipe connections are available on request Installation The solenoid valves can be mounted in any position without affecting operation Solenoid valves have mounting holes in body Threaded pipe connection is standard: G = G (ISO 8/) 3

118 0 POSIFLOW PROPORTIONAL VALVES Posiflow solenoid valves are designed to proportionally control the flow of air and inert gases by varying the electrical input signal to the coil Low hysteresis (< 5%), excellent repeatability (< 3%), and high sensitivity (< %) make these valves ideal for high precision flow control Compact frictionless architecture saves valuable space in analytical and medical instrumentation Valves do not require a minimum operating pressure, and are well-suited for vacuum operation Meets all relevant CE directives, and is RoHS compliant Typical applications include: Respiratory Therapy Blood Pressure Monitoring Gas Chromatography Anesthesia Delivery / Normally Closed IN / Normally Closed Fluids* Temperature Range Seal Materials* Air, Inert Gas, Water, Oil -0 C to 90 C (4 F to 94 F) FKM (fluoroelastomer) * Ensure that the compatibility of the fluids in contact with the materials is verified General Valve Information Electrical Characteristics Coil Insulation Class Connector Connector Specification Electrical Safety IEC 335 F Spade plug; cable Ø6-0mm ( in) ISO 4400/EN , form A Electrical Enclosure Protection Molded IP65 (EN 6059) Standard Voltages 4 VDC Voltage Regulation Brass Body 0-4 VDC; Pulse-width Modulation (300Hz) Flow Regulation Characteristics Hysteresis < 5%; Repeatability < 3%; Sensitivity < % Other voltages on request Percentage of max. value with 4 VDC, P.W.M. 300 Hz supply at constant P Stainless Steel Body Body Brass AISI 303 SS Seals FKM, EPDM, CR, PTFE FKM, EPDM, CR, PTFE Others Stainless Steel, PTFE, Brass, FKM Stainless Steel, PTFE, FKM Max. Viscosity cst (mm/s) cst (mm/s) Flow Input Signal /4 Brass Body Operating Current Power Ratings Inrush Holding Hot/Cold Ambient Temperature Ranges3 Replacement Coil ma VA VA W W ºC (ºF) 4 VDC 00 to /8-0 to 75 (4 to 67) Damage may occur when liquids solidify above the specified minimum temperature 4 Refer to the dimensional drawings on the following page Type4 3/8 Brass Body 4 Specifications Connection Orifice Size Flow Coefficient /4 3/8 min. Pressure Differential bar (psi) max. Power Coil Catalog Number brass stainless steel mm (inches) Kv (m3/h) Cv vacuum air. water. oil W air/inert gas liquids air/inert gas liquids Options EDPM CR PTFE G SCG0A00V SCG0A05V - - E J T. (0.047) (4.5) 6 (3) 8 NPT - - SCB0A0V SCB0A06V E J T G SCG0A00V SCG0A05V - - E J T.4 (0.094) (4.5) 8 (6) 8 NPT - - SCB0A0V SCB0A06V E J T G SCG0A003V SCG0A053V - E J T 3. (0.6) (4.5) 4 (58) 8 NPT - SCB0A03V SCB0A063V E J T G SCG0A004V SCG0A054V - E J T 4.0 (0.57) (4.5).5 (36) 8 NPT - SCB0A04V SCB0A064V E J T G SCG0A006V SCG0A056V - E J T 5.6 (0.0) (4.5).4 (0) 8 NPT - SCB0A06V SCB0A066V E J T G SCG0A007V SCG0A057V - E J T 7. (0.80) (4.5) (4.5) 8 NPT - SCB0A07V SCB0A067V E J T Rp SCE0A03V SCE0A073V - - E J T 3. (0.6) (4.5) 4 (58) 8 NPT - - SCB0A033V SCB0A083V E J T Rp SCE0A04V SCE0A074V - - E J T 4.0 (0.57) (4.5).5 (36) 8 NPT - - SCB0A034V SCB0A084V E J T Rp SCE0A06V SCE0A076V - - E J T 5.6 (0.0) (4.5).4 (0) 8 NPT - - SCB0A036V SCB0A086V E J T Rp SCE0A07V SCE0A077V - - E J T 7. (0.80) (4.5) (4.5) 8 NPT - - SCB0A037V SCB0A087V E J T

119 0 How to Order Prefix Mounting G = ISO 8/ B = NPT E = ISO 7/ Catalog Number 0A00 0A0 Dimensions: mm (inches) Dimensional Drawings Type 0 A B C E SC G 0A00 V 4 Prefix "SC" solenoid, epoxy molded IEC 335/ISO 4400 IP65 SCG0A00V/00V/003V/004V/006V/007V SCB0A05V/05V/053V/054V/056V/057V M4 A B C Voltage Seal Material V = FKM E = EPDM J = CR T = PTFE SCE0A03V/04V/06V/07V SCE0A073V/074V/076V/077V E mounting holes: Ø M4, depth 6mm 360 D A B C X E F G H (0.87) (0.87) Bottom View SCG0A0V/0V/03V/04V/06V/07V SCB0A06V/06V/063V/064V/066V/067V 360 D A B C X E F G H SCB0A033V/034V/036V/037V SCB0A083V/084V/086V/087V = 9 = 6 (0.75) (0.63) = = 0 (0.79) Bottom View mounting holes: 90-4 UNC-B, depth 6mm 360 D X F G H (0.87) 3 (0.5) = = 5 (0.60) = = (0.87) 6.75 (0.66) Ø6.3 (0.5) Bottom View IN 360 D X F H G = 9 = (0.75) = = Bottom View 0.5 (0.8) Type Prefix Option 0 SC Catalog Number A B C D E F G H X SCG0A00V/00V/003V/004V/006V/007V/ 05V/05V/053V/054V/056V/057V 85 (3.35) 50 (.97) 30 (.8) 40 (.57) 45 (.77) 68 (.68) 79 (3.) 95 (3.74) 30 (.8) SCG0A0V/0V/03V/04V/06V/07V/ 06V/06V/063V/064V/066V/067V 80 (3.5) 50 (.97) 30 (.8) 4 (.65) 45 (.77) 60 (.36) 79 (3.) 95 (3.74) 37 (.46) SCE0A03V/04V/06V/07V/073V/074V/076V/077V 80 (3.5) 50 (.97) 30 (.8) 48 (.89) 45 (.77) 68 (.68) 8 (3.3) 97 (3.8) 3 (.6) SCB0A033V/034V/036V/037V/083V/084V/086V/ 087V Including coil and connector Options Valves can also be supplied with NBR (nitrile), EPDM (ethylene-propylene), CR (chloroprene/neoprene) and PTFE seals and discs Waterproof enclosure with embedded screw terminal coil according to protection class IP67, CEE-0 Explosionproof enclosures for use in zones /-/, categories -3 to ATEX Directive 94/9/EC, on reques Electrical enclosures according to NEMA standards are available Mounting brackets Digital control unit (see page 4) Features: Input control signals, analog: 0 0 VDC or 4 0 ma Adjustable coil current Switch-off function at less than % of the maximum control function Adjustable ramp control Adjustable frequency Output current independent of coil resistance and supply voltage variations Housed in a box with spade plug connector according to ISO 4400/IP65 Other pipe connections are available on request 80 (3.5) 50 (.97) 30 (.8) 5 (.0) 45 (.77) 68 (.68) 8 (3.9) 97 (3.8) 3 (.) Installation The solenoid valves can be mounted in any position without affecting operation Brass and NPT 3/8 stainless steel solenoid valves have mounting holes in body NPT /4 stainless steel valves are standard supplied with mounting brackets Threaded pipe connection is standard: E = Rp (ISO 7/); G = G (ISO 8/); B = NPT (ANSI.0.3) 5

120 630 MINIATURE PIEZOTRONIC PROPORTIONAL VALVES Miniature, ultra-low power consumption (0.004 W), almost no heat dissipation Pad mounting proportional mini piezo-valves available with single subbase M5 Variable flow, proportional to the control signal No wearing parts: practically unlimited service life No inductive peaks when switching: no circuit protection necessary Valves do not require a minimum operating pressure The solenoid valves satisfy all relevant EC directives Typical applications include: Gas Chromatography Mass Flow Controllers Dental Equipment Blood Pressure Monitoring / Normally Closed / Normally Open General Valve Information Body Seals Others Electrical Characteristics Coil Insulation Class Connector Fluids* Temperature Range Seal Materials* Air or Inert 0 C to 60 C Gases (3 F to 40 F) NBR * Ensure that the compatibility of the fluids in contact with the materials is verified Filtration: 5µm, unlubricated, condensate free, dew point -0 C PPS NBR Piezo Ceramics, Brass, Aluminum Spade plug or cable 6-7mm ( in) F ELECTRICAL CONNECTION (Polarized piezo valve) Version with spade plug connection: : GND (-) without function : 0-40 VDC (+) Version with leads: red wire: + black wire: - Connector Specification DIN 43650, 9.4mm, form C or leads outlet 8 AWG, length m (39.4in) Electrical Safety IEC 335 Electrical Enclosure Protection Molded IP65 (EN 6059) Voltage Regulation 0 40 VDC Flow Regulation Characteristics Hysteresis < 0% to 5% Holding Current Power Ratings Inrush Holding Hot/Cold Ambient Temperature Ranges ma VA VA W W ºC (ºF) < Refer to the dimensional drawings on the following page 0 to 60 (3 to 40) Type 0-0 Specifications Connection Pressure Differential Flow Coefficient bar (psi) Holding Catalog Number Power max. without manual operator with impulse manual operator min. Kv (m3/h) Cv air W connector leads connector leads / NC - Normally Closed Pad Mounting / NO - Normally Open Pad Mounting Subbases 3 Connection Mounting Type Description Catalog Number aluminum brass M5 individual mounting M5 lateral connection Multiple subbases available upon request

121 630 Dimensions: mm (inches) Dimensional Drawings Type 0 IEC 335/DIN IP /76/77/78/79/80/8/8 Type 0 IEC 335 IP /36/37/38/39/40/4/4 63 (.48) 48 (.89) 4.5 (0.8) 8.5 (0.73) x M3 x 0 5 (.0).5 (0.45) 9.7 (0.38) 3 5 (0.59) 48 (.89) 4.5 (0.8) 8.5 (0.73) 5 (0.98).5 (0.45) x M3 x 0 5. (0.60) = = = = (0.39) Single Subbase M5 Aluminum or brass Subbase Mounting Pattern ISO 58/CNOMO E N, size 5 63 (.48) 4 0 (0.39) 40 (.57) 3 x M3 depth (.89) 5 (0.59) 3.8 (0.5) 3.8 (0.5) x M3.5 (0.45) 6.3 (0.5) 3 x Ø. 3 0 (0.79) 5 (0.0) 9 (0.35) 5 (0.59) 3 66 (.60) 3 x M5.5 (0.0) 5 (0.59) = = 5 (0.59) = = 9.7 (0.38) leads 8 AWG, length: m (39.4in) Manual operator location 3 Outlet () can be connected on the left or on the right of subbase;close he unused prort with a Ø M5 plug (supplied) 4 Port (3) not used (to be provided with protection) Type Catalog Number Weight kg /76/77/78/79/80/8/ /36/37/38/39/40/4/ Options Plug with cable length of m (78.8in) Installation The solenoid valves can be mounted in any position without affecting operation Mounting on single subbases Unlike the on/off type, the proportional version is not equipped with electronics. Please check for correct polarity when connecting the valve. The piezo element will be damaged if the polarity of the connections is inversed. The control system of the user must be used for charging and discharging. IMPORTANT NOTE: The peak current must be limited by series resistor greater than 30 ohms 7

122 45 STANDARD GENERAL SERVICE MANIFOLD ASSEMBLIES 45 Series are anodized aluminum manifolds that are used with 4 Series and RB Series general service valves. 45 Series manifolds can be ordered separately or as complete valve/ manifold assembly Significantly reduces potential leak points by eliminating the need for multiple connections Standard manifolds feature /8" NPT common ports and discrete #0-3 ports that accommodate plastic or metal fittings Construction Manifold Discrete Manifold Ports Common Manifold Port Anodized Aluminum 0-3 UNF Female /8" NPTF Female Manifold Assemblies & Manifold Only Part Numbering Number of Stations Manifold Only Valve Assembled to Manifold Base Valve Number + A Base Valve Number + A Base Valve Number + A Base Valve Number + A Base Valve Number + A Base Valve Number + A Base Valve Number + A Manifold assemblies can only be ordered with 4, RB, and S Series manifold mount constructions Ordering Examples: 4M05FVA08 = 8 4 Series catalog valves 4M05FV mounted on 8 station manifold RLM030VA0 = RB Series catalog valves RLM030V mounted on station manifold = station manifold (no valves) 8

123 45 Dimensions: mm (inches) Dimensional Drawings Single Station Manifold REF (.83) 9.05 (0.75) 9.05 (0.75) SUPPLY PORT /8 NPTF VALVE MOUNTING HOLE #0-3 UNF-B (TYP) 9.53 (0.375) 4.86 (0.585) 9.7 (.7) -.57 (0.06) (TYP).57 (0.06) (TYP) R5.44 (R0.4) (TYP) OUTLET PORT /8 NPTF MOUNTING HOLES -#8-3 UNC-3B x 5. (0.0) DEEP.3 (0.438) Station Manifold REF (.833) MOUNTING HOLES -#8-3 UNF-3B x 4.8 (0.87) DEEP 0.3 (0.8).3 (0.438) REF (.833) 0.6 (0.4) SUPPLY PORT /8 NPTF THRU 0.6 (0.8) OUTLET PORTS () 9.53 (0.375) VALVE MOUNTING HOLE MOUNTING HOLES () 0.3 (0.406).3 (0.875) OUTLET PORTS -#0-3 UNC-3B VALVE MOUNTING HOLE 9

124 45 Dimensions: mm (inches) Dimensional Drawings 4 Station Manifold REF (.833) MOUNTING HOLES -#8-3 UNF-3B x 4.8 (0.87) DEEP (0.8) (.3) REF (.833) SUPPLY PORT /8 NPTF THRU (.593) 9.84 (0.78) (.593) 0.3 (0.797) (0.3) VALVE MOUNTING HOLE OUTLET PORTS (4) MOUNTING HOLES () SUPPLY PORT /8 NPTF THRU 0.6 (0.4) 0.3 (0.406).3 (0.875) OUTLET PORTS 4-#0-3 UNF-3B 9.53 (0.375) VALVE MOUNTING HOLE 0.6 (0.4) 0.3 (0.406).3 (0.875) 6, 8, 0, Station Manifolds Number of Stations DIM "A" DIM "B" 6.46 (0.845) (.375) (.65) 80.6 (3.56) 0 6. (.406) (3.937) (3.87) 9.84 (4.78) 0.3 (0.8) REF (.833) 9.53 (0.375) OUTLET PORTS #0-3 UNF-3B (TYP) REF (.833) "B" 9.84 (0.78) (TYP) 0.3 (0.406) SUPPLY PORT /8 NPTF THRU MOUNTING HOLES -#0-3 UNF-3B x 4.8 (0.87) DEEP VALVE MOUNTING HOLE OUTLET PORTS 0.6 (0.4) 5.56 (0.9) 0.3 (0.406).3 (0.875) "A" 9.43 (0.765) MOUNTING HOLES () VALVE MOUNTING HOLE 0

125 PINCH VALVE TUBING & GUIDE Tubing Platinum-cured Bio-Medical Grade silicone tubing designed specifically for analytical and medical devices Suitable for a wide range sterilization techniques such as steam autoclaving, gamma radiation, and ethylene oxide Excellent flexibility No peroxide cure chlorophenyl or PCB by-products Meets ISO 0993 guidelines for body contact applications Manufactured to the principles of FDA CFR 0/ cgmps for Pharmaceutical products Available in 5' and 50' lengths Specifications Tubing Material Durometer Tensile Strength at Break Elongation at Break Tear Strength Standards Platinum Cured Silicone 50 Shore A 388 psi 85% 63 psi Manufactured to the principles of FDA CFR 0/ cgmps for Pharmaceutical products Tubing Catalog Numbers Tubing for 045, 84, 384 Series Tubing Sizes mm (inches) Length m (ft) ID OD Wall 0.76 (0.030) (/3).59 (/6).59 (/6) 3.7 (/8) 4.76 (3/6) 6.35 (/4).65 (0.065).38 (3/3) 3.7 (/8) 4.76 (3/6) 6.35 (/4) 7.94 (5/6) 9.5 (3/8) (0.075) (/3).59 (/6) Tubing Catalog Number.5 (5) P099AU (50) P099AU (5) P099AU (50) P099AU (5) P099AU (50) P099AU (5) P099AU (50) P099AU (5) P099AU (50) P099AU (5) P099AU (50) P099AU (5) P099AU (50) P099AU Tubing Guide ASCO offers plastic tubing guides that slide easily onto the valve body of the 84 and 384 Series pinch valves to retain small OD tubing in the pinch valve body. Dimensions: mm (inches) Dimensional Drawings Tubing Guide Tubing Guide Catalog Number Max OD of Tubing. (0.09) 3. (0.3) 6 (0.4) Valve Series SCH84A00 SCH84A00 SCH84A003 SCH84A004 SCH84A009 SCH84A00 SCH84A0 SCH84A0 SCH384A00 SCH384A00 SCH384A003 SCH384A004 SCH84A005 SCH84A03 SCH394A005 SCH84B006 SCH84B007 SCH84B04 SCH84B05 SCH384B006 SCH384B007

126 603 CONTROL D CONTROL DEVICE Control device for PWM (pulse-width modulated) proportional solenoid valve control Designed for open-loop, closed-loop and double-loop (cascaded) control Suitable for the control of flow, pressure, temperature, force, etc. Integrated display and LEDs Control parameters adjustable via software (DigiCom, USB interface) Auto-Adapt function/button for automatic adjustment of the Control D control device to the control valve A special feature of the Control D is the "ASCO-DigiCom" software supplied for optimum adjustment over PC. Setpoint and feedback values can be viewed at the same time. Other functions are valve diagnostics, parameter setting and maintenance. General Information Control D offers 3 control modes Temperature Range Body -0 C to 50 C (-4 F to F) PA Setpoint PWM* Signal Degree of Protection IP0 Electrical Connection Mounting Pluggable terminal block (0.08.5mm²) DIN-EN 500 rail Open loop control Setpoint PWM* Signal Proportional Solenoid Valve Process Electrical Characteristics Closed loop control Supply Voltage Max. Current of Proportional Solenoid Valve (U N ) 4 VDC ±0%, max. ripple 0% or VDC +5% -5%, max. ripple 0% 0./A Setpoint PWM* Signal Proportional Solenoid Valve Process Setpoint Input Sensor Input Feedback Output 0 0 VDC, 0 0 ma, 4 0 ma 0 0 VDC, 0 0 ma, 4 0 ma 0 0 V, 0/4-0 ma Double loop control Setpoint Master Slave PWM* Signal Proportional Solenoid Valve Process Ramp Adjustable Switching Frequency ON/OFF, adjustable between 0. and 0 seconds 0 to 000 Hz Comparator *PWM: pulse-width modulated Specifications Description Catalog Number Control D control device - VDC/ A Control D control device - 4 VDC/ A Control D control device - 4 VDC/00 ma Proportional Valves Suitable for Control Applications Description Series Illustration Catalog Pages 3-port proportional valve for pressure control 60 see P308 in the "Pneumatic Components" catalog Posiflow/Preciflow proportional solenoid valves, Flapper proportional 0-03, 068 See the "Solenoid and Pressure Operated Valves" and the "Analytical and Medical Technology" catalogs

127 603 Dimensions: mm (inches) Dimensional Drawings (.777) 75 (.95) 5.75 (.037) Pin Pin Pin 0- RS 3 Pin 0- Display.5 (4.46) DIN Rail USB Connector Pinning Pin Description Pin Description VDC IN/ + supply Setpoint GND IN/ ground GND setpoint 3 Protective earth PE 3 Digital input 4 Frequency input 4 GND Digital input 5 Sensor supply voltage + 5 Valve/coil connection 6 Analog input 6 GND valve 7 GND sensor supply voltage 7 Digital output 8 Sensor supply voltage + 8 GND Digital output 9 Analog input 9 GND Analog output 0 GND sensor supply voltage 0 Analog output Accessories Description "ASCO-DigiCom" ControlD software on CD-ROM (supplied with the controller) USB cable for ControlD to PC connection (to be ordered separately) Catalog Number

128 908 ELECTRONIC CONTROL UNIT Converts analog input control signals to coil current of a proportional solenoid valve by means of pulse width modulation LED-Display integrated in the connector Adjustable UP/DOWN ramp control Output coil current independent of coil resistance (temperature) and supply voltage variations The electronic circuit is integrated in a standard housing according to DIN EN , form A Parameter setting via PC interface and programming adapter or, optionally, via the switches integrated in the connector U I General Information Nominal Voltage Maximum Current Housing Cover Screw Seals /4 VDC./.5A PA PA Zinc plated steel NBR Electrical Characteristics Connector Connector Specification M, 5 pins Electrical Safety IEC 335 DIN EN , form A Electrical Encloseure Protection IP65 (EN 6059) Supply Voltage Ramp Adjustable Switching Frequency V...30 VDC (incl. ripple) Selectable ON/OFF, adjustable between 50 ms to 5 s, Up/Down 60 to 500Hz Max. Full Load Current Input Control Signal I FL U C I C Ambient Temperature Range ma V ma ºC (ºF) 00/ to 65 (-4 to 49) Specifications Catalog Number: Proportional Valves for Digital Control Unit 0A00V to 0A087V 03B00V and 03B00V , , A0V to 0A08V 0A53V Refer to the dimensional drawings on the following page Type 0 0 Catalog Number Setpoint Contol Unit Adapter 0-0 V X ma X V X ma X Proportional Valves Suitable for Control Applications Description Series Illustration Catalog Pages 3-port proportional valve for pressure control 60 see P308 in the "Pneumatic Components" catalog Posiflow/Preciflow proportional solenoid valves, Flapper proportional 0-03, 068 See the "Proportional Technology" catalog 4

129 908 Dimensions: mm (inches) Dimensional Drawings Type 0 Control Unit Type 0 Adapter from form A to form B M 5.0 (0.59) (.34) 7.0 (0.67) M (3.07) 60.6 (.39) (.34) 38.0 (.50) 4.0 (0.6) Programming Adapter Input and Output Signals Pin Supply Voltage supply (see Electrical Characteristics ) 3 Analog ground 0 V (GND) Analog signals 4 5 Setpoint input (differential input) The range % corresponds to an input voltage of V or an input current of ma (depending on version used) Communication LIN Bus connection The parameters for the device can be set via this connection and our programming adapter Accessories Description Catalog Number Straight M female connector, 5 pins, with screw terminals Right-angle M female connector, 5 pins, with screw terminals Supply cable m, x 0.5mm², straight connector Supply cable m, x 0.5mm², right-angle connector Supply cable 5m, 6 x 0.56mm², straight connector Supply cable 5m, 6 x 0.56mm², right-angle connector Supply cable 0m, 6 x 0.56mm², straight connector Supply cable 0m, 6 x 0.56mm², right-angle connector Adapter DIN EN from form A to form B for Type Programming adapter X Installation The control unit can be mounted in any position without affecting operation 5

130 88 DIN ELECTRICAL CONNECTORS Connector Specification mm between contacts (0.43in) EN industry standard form B 8mm between contacts (0.7in) ISO 4400/EN , form A Max. Operating Temperature -40 C to 80 C (-40 F to 76 F), -40 C to 5 C (-40 F to 57 F) with silicone seal [version with molded-in cable -5 C to 70 C (3 F to 58 F)] Construction Standard version Enclosure with LED and protection Enclosure with PVC cable Seals PA (polyamide), glass-fiber reinforced PA PA (polyamide), glass-fiber reinforced NBR [option for 8mm contacts: VMQ (silicone)] Rotatable Connector Electrical Characteristics mm between contacts (0.43in) 8mm between contacts (0.7in) Number of contacts + common ground + common ground Contact resistance 4m Ω 4m Ω Connector Spade plug Spade plug Electrical safety IEC 335 IEC 335 Electrical enclosure protection IP65 (EN 6059) IP65 (EN 6059) Number of wires (with cable) 3 3 Standard Rotatable Connector with Power Supply Control LED Indicator and Electrical Protection Diagrams VDR LED Solenoid valve coil R C LED Solenoid valve coil VDR Varistor absorbing the self-inductance of the coil RC RC circuit absorbing the self-inductance of the coil LED Green light-emitting diode, bidirectional, signalling the presence of voltage across the coil terminals Connector with mm contacts Connector with 8mm contacts 6 Spade connector to fit standardized three-pin molded coils: Size connector with mm (0.43in) between contacts: EN , industry standard form B, for coil types CM5, CM, CA, EMX and BMX Size 30 connector with 8mm (0.7in) between contacts: ISO 4400/EN form A, for coil types CM6, CMXX, CM, CM5, C5A, CM30, CM40, ANX, AMX, JMX, FNX and FMX The connectors are available in two versions: standard rotatable version with or without integrated visual LED indicator and electrical protection, or version with non-rotatable 3-core molded-in cable, m (78.7in) long The standard connector with 8mm contacts is provided with a removable lid allowing access to the wiring for easy checking of power supply without unplugging the connector and without interrupting operation of the solenoid valve Specifications Cable Cable O.D. Wire Max. Catalog Number Cross- Description Length Voltage mm 8mm Section Type mm 8mm m (inches) mm (inches) mm V NBR NBR VMQ* Rotatable Connector Standard, Without LED Indicator - 6 to 8 (0.4 to 0.3) 6 to 0 (0.4 to 0.40) With Integrated LED Indicator and Electrical Protection - 6 to 8 (0.4 to 0.3) 8 to 0 (0.3 to 0.40) Non-rotatable Connector with Cable Without LED Indicator (78.7) * For use within class H temperature limits

131 88 Dimensions: mm (inches) Dimensional Drawings Type 0 mm (0.43in) Lead Wires EN , industry standard form B IP /0/ /04/0/40 4 (0.6) 80 x (.30) a (0.43) 4 (0.6) 80 x (.30) a (0.43) 3 3 (.) M3 a 50 (.97) 3 (.) M3 a 50 (.97) Ø6-8 ( ) 3 (0.9) a Max. dimension Ø6-8 ( ) 3 (0.9) 4b 5 Type 0 8mm (0.7in) Lead Wires ISO 4400/EN , form A IP /048/0/ (0.6) 30 (.8) M3 38 (.50) a a 5 (.05) 8 (0.7) 90 x 90 4 (0.6) 30 (.8) M3 38 (.50) a a 5 (.05) 8 (0.7) 90 x Ø6-0 ( ) 30 (.8) a Max. dimension Ø8-0 ( ) 30 (.8) 4b 4a 5 4 (0.94) a 6 (.0) 3 (0.) Type 03 (0.43) 3 (.) M3 46 (.8) a mm (0.43in) Lead Wires Type 04 EN , industry standard form B IP65 (non-rotatable terminal holder) 8843 m (78.7 in.) Ø6.5 (0.6) 8 (0.3) 35 (.38) a Max. dimension 30 (.8) a 3 (0.9) 3 (0.) 8 (0.7) 8mm (0.7in) Lead Wires ISO 4400/EN , form A IP65 (non-rotatable terminal holder) (.8) M3 44 (.73) a m (78.7 in.) 35 (.38) 8 (0.3) Fastening screw/cover Cover seal 3 Enclosure /65: seals for cable dia. 8 to 0mm (4a) or cable dia. 6 to 8mm (4b) 886/603/604/605/608: seal for cable dia. 8 to 0mm (4a) 88404/405/406/407/40: seal for cable dia. 6 to 8mm (4b) 5 Stuffing box washer and nut 6 Cable connection terminal 7 Terminal holder 8 Connector seal Installation The connectors can be mounted in any position without affecting operation Sizes 03 and 04 brown wire terminal (+) blue wire terminal (-) green/yellow wire ground Type L Weight (kg) m (inches) without LED indicator with LED indicator (78.7) (78.7) Including seals and screws 7

132 88 DIN ELECTRICAL CONNECTORS Spade connector to fit standardized three-pin molded coils: EN , industry standard form C (9.4mm), for coil type CM5 (0 Series), DMX and 30, 630, 59, 50, 5 and 578 Series (MEGA) EN , form C (8mm), for 30, 630 and 0 Series The connectors are available in three versions: standard rotatable version, or version with non-rotatable 3-core molded-in cable, m (78.7in) or 5m (96.9in) long, with or without integrated visual LED indicator and electrical protection Connector Specification 9.4mm between contacts (0.37in) 8mm between contacts (0.3in) Max. Operating Temperature EN industry standard form C EN , form C -5 C to 60 C (-3 F to 40 F), [version with molded-in cable] Construction Standard version Enclosure with LED and protection Enclosure with PVC cable Seals PA, glass-fiber reinforced PA or PP PP, glass-fiber reinforced NBR Rotatable Connector 9.4mm or 8mm Electrical Characteristics 9.4mm between contacts (0.37in) 8mm between contacts (0.3in) Number of contacts + common ground + common ground Contact resistance 4m Ω 4m Ω Connector Spade plug Spade plug Electrical safety IEC 335 IEC 335 Electrical enclosure protection IP65 (EN 6059) IP65 (EN 6059) Number of wires (with cable) 3 3 Non-rotatable Connector with Cable LED Indicator and Electrical Protection Diagram VDR LED Solenoid valve coil VDR Varistor absorbing the self-inductance of the coil LED Green light-emitting diode, bidirectional, signalling the presence of voltage across the coil terminals Connector 8 Specifications Description Cable Length Cable O.D. Wire Cross- Section Max. Voltage Type Catalog Number m (inches) mm (inches) mm V 9.4mm 8mm Rotatable Connector Standard, Without LED Indicator - 4 to 6 (0.6 to 0.4) V Non-rotatable Connector with Cable Without LED Indicator (78.7) V * With Integrated LED Indicator (78.7) - - and Electrical Protection V 04 5 (96.9) * Contact us

133 88 Dimensions: mm (inches) Dimensional Drawings Type 0 9.4mm (0.37in) between contacts EN , industry standard form C IP65 Type 0 8mm (0.3in) between contacts EN , form C IP65 M (.0) a 6.5 (0.65) 9.4 (0.37) 90 x 90 M (.0) a 6.5 (0.65) 8 (0.3) 90 x 90 a 34 (.34) 6 (0.63).5 (0.098) a Max. dimension a 34 (.34) 6 (0.63).5 (0.098) Ø4-6 ( ) Ø4-6 ( ) Type 03 Lead wires, without LED indicator EN , industry standard form C (9.4mm) IP65 (non-rotatable terminal holder) (0.69) (0.69) 9.4 (0.37) a Max. dimension Ø5 (0.0) 3 4 a (0.87) 3 (0.) M3 35 (.38) a 8 (0.3) 35 (.38) /5m (78.7/96.9 in.) Fastening screw/cover Enclosure 3 Seal for cable diameter 4 to 6mm 4 Stuffing box washer and nut 5 Connector seal 6 Terminal holder 7 Cable connection terminal Sizes 03 and 04 brown wire terminal (+) blue wire terminal (-) green/yellow wire ground Type L Weight kg m (inches) without LED indicator with LED indicator (78.7) Including seals and screws Options Connectors with cable 5m (96.9in) long available on request Installation The connectors can be mounted in any position without affecting operation 9

134 88 POWER-SAVE CONNECTORS Once a DC-type solenoid valve is activated, only the holding current, which corresponds to 50% of the inrush voltage, is necessary to keep the valve in position. The power-save connector switches to holding voltage after approx. 70 ms (size 30) or 40 ms (size ). The holding power is thereby reduced to a quarter of the inrush power. During power reduction, the valve s coil is piloted via PMW voltage pulses. The main advantages of a connector with voltage reduction are: Power savings (lower current consumption) Low heat development in the solenoid valve Construction Enclosure PA Inrushvoltage Holdingvoltage Power savings Electrical Characteristics Size Size 30 Input Voltage /4 VDC ± 0% 0 to 30 VDC Output Voltage VDC ± 0% 6 to 30 VDC Power Rating Max. W Max. 30 W Connector Spade plug Spade plug Electrical Safety Industry standard, form B ISO 4400/EN , form A Number of Contacts + common ground + common ground Electrical Enclosure Protection IP65 IP65 Cable Diameter 6 to 8mm (0.4in to 0.3in) 6 to 8mm (0.4in to 0.3in) LED Green Solenoid valve actuation Solenoid valve actuation LED Red - Overcurrent or overvoltage Voltage Reduction After 40ms After 70ms PWM Frequency 7 KHz 50 KHz 70 ms 40 ms Time Specifications Description Size Input Voltage Catalog Number Power-save connector with voltage reduction 4 VDC ± 0% VDC ± 0% to 30 VDC

135 88 Dimensions: mm (inches) Dimensional Drawings Size mm (0.43in) between contacts Size 33 8mm (0.7in) between contacts 4 (0.6) 30 (.8) 80 x 80 (0.43) 35 (.38) 8 (0.7) 3 (.) M3 50 (.97) 30 (.8) M3 5 (.05) Ø6-8 ( ) 3 (0.9) Ø6-8 ( ) 30 (.8) 90 x 90 Electrical Connection Size mm (0.43in) between contacts Size 33 8mm (0.7in) between contacts LED + - LED Green (solenoid valve actuation) LED Red (overcurrent or overtemperature) Screw terminals: up to mm² cable + Pilot voltage + (/4 V) - Pilot voltage - (GND) Screw terminals: up to mm² cable + Pilot voltage + (0-30 V) - Pilot voltage - (GND) Ground terminal, straight through Ground terminal (PE) 3 3 Valve voltage + Valve voltage + Valve voltage - Valve voltage - 3 Ground terminal (PE) 3 Ground terminal (PE) 3

136 SOLENOID VALVES INFORMATION & TERMINOLOGY Solenoid Valves A solenoid valve is a combination of two functional units:. A solenoid operator essentially consisting of a coil, core, core tube, shading coil and spring(s).. A valve body containing orifices in which a disc, diaphragm or piston, etc. is positioned according to the type of technology used. The valve is opened or closed by movement of the magnetic core which is drawn into a solenoid when the coil is energized. Solenoid Valve Terminology (Fig. ) Coil Electrical part of the valve consisting of a spool wound with insulated copper wire creating a magnetic flux when energized. The coil is held in place on the tube with a retaining clip. Core Soft-magnetic component moved by magnetic forces (flux generated by the coil). Core spring Spring which keeps the core in fixed position when the coil is de-energized. Core tube Stainless steel tube closed at one end, installed to improve the magnetic flux of the solenoid coil upon energization. Cover Cover mounted on the valve body and incorporating a number of orifices. Diaphragm Seal-tight diaphragm isolating the fluid from the control system. Disc Sealing material on the core or disc-holder which shuts off the seat orifice. Manual operator Manual operation of the lever to open or close the orifices. Manual operator spring Drawback spring ensuring return of the pulse control device to its initial position. Orifices Orifices for fluid transit. Plugnut Stationary core pressed in the closed end of the core tube, installed to improve the magnetic flux of the solenoid coil upon energization. Retainer clip Clip anchoring the coil to the yoke. Rocker Moving part serving to open and close the orifices for the passage of fluid. Valve seat Specially formed border of the main valve. Solenoid enclosure Metal housing around the coil for electrical and mechanical protection, as well as protection against ingress of water or dust. Valve body Main part of the valve with all ports and main seats. Types of Solenoid Valves /-3/ Solenoid Valves with Fluid Isolation Diaphragm (Fig. ) Fig. Diaphragm type solenoid valves are compact, have a very extended service life and a very small internal volume. They are ideal for handling agressive fluids. The valve body is in stainless steel or plastic (PVDF/PP), with a diaphragm in VMQ (silicone), FKM or PTFE. Low power coil. Coil Retainer Clip Plugnut Rocker (Fig. 3) - Solenoid operator Solenoid Enclosure Core Tube Core Fig. 3 - Valve body Core Core Spring Rocker Body Diaphragm Cover Orifices Rocker type solenoid valves are compact, and designed to incorporate a hermetic seal between fluid and control system. These valves are ideal for handling aggressive fluids, or where a maximum level of fluid purity is required. Low power coil and fast response times. Manual Operator Manual Operator Spring 3 Fig.

137 Lever (Fig. 4) Fig. 4 Lever type solenoid valves are designed for high differential pressures and flow rates. Heat dissipation for the electromagnetic part is optimised by separating the control system from the valve itself. These valves are ideally suited for high ambient temperatures. Threaded or spigot connections. Bellows (Fig. 5) Fig. 5 Bellows solenoid valves ensure exceptional operating reliability under severe service conditions and extended life service. A body in PEEK or stainless steel, bellows in PTFE and disc in FFKM make these valves suitable for handling highly corrosive fluids at substantial flow rates. Threaded connections. Pinch (Fig. 6) Fig. 6 Pinch type solenoid valves provide full bore flow (no internal volume) and extended service life. This is achieved by means of the pinch device, designed specially to operate smoothly with a balanced load. No contamination of the fluid is possible, and operation of the valve is silent. Bidirectional fluid flow. Direct operated / solenoid valves The core is mechanically connected to the disc and opens or closes the orifice, depending on whether the solenoid coil is energized or de-energized. Core-disc valve construction (Fig. 7) Operation is not dependent upon line pressure or rate of flow (zero or maximum rated pressure). These valves are generally available in / NC/NO and 3/ NC/NO/U versions. NC = Normally Closed NO = Normally Open U = Universal Pressures Fig. 7 Maximum operating pressure differential MOPD The maximum operating pressure differential (DP) is the pressure the solenoid operator has to overcome to open (NC function) or close (NO function) a solenoid valve. The maximum operating pressure differential refers to the maximum difference in pressure between the inlet and outlet. If the pressure at the outlet is zero, the supply pressure is to be regarded as the maximum operating pressure differential. In this case, in order to prevent coil burnout, the pressure at the inlet must not exceed the maximum operating pressure differential specified for each valve. The maximum operating pressure differential may vary according to the fluid or type of power used (AC valves usually have higher pressure ratings than DC valves). Minimum operating pressure differential Minimum operating pressure differential (bar) is that which is required to open the valve and keep it open. The valve will start to close below the minimum operating differential pressure. Maximum allowable pressure (according to EN 764) The maximum allowable pressure is the maximum line or system pressure to which the valve may be subjected in normal service and at a given temperature, generally, ambient temperature, without causing damage. Temperatures Normal ambient temperature The normal ambient temperature is assumed to be in accordance with standard conditions as specified in ISO 554 ambient temperature : 0 C (68 F) ambient pressure : 03 mbar (4.69 psi) relative humidity : 65% Maximum ambient temperature The maximum ambient temperature is based on test conditions to determine safe limits for coil insulation. The temperature is determined under continuously energized conditions and with maximum fluid temperatures (as listed) existing in the valve. Minimum ambient temperature The minimum ambient temperature of a valve is greatly affected by application and construction. Damage may occur when liquids solidify above the specified minimum temperature. Be sure to observe minimum and maximum limits. Maximum fluid temperature The maximum fluid temperature listed is valid for an ambient temperature of 0 C (68 F) and 00% RD (Relative Duty Time). Viscosity Viscosity is the resistance of a fluid to flow, due to internal friction. Viscosity affects the flow rate of a valve considerably and the flow factor is reduced when viscous fluids are to pass through the valve. There are two types of viscosity: a) dynamic viscosity, expressed in Pa.s (Pascal seconds) or Poises b) kinematic viscosity, which is the ratio between dynamic viscosity and density of the fluid Kinematic viscosity is expressed in mm/s or cstokes; in this catalog only kinematic viscosity is considered. 33

138 VALVE CONSTRUCTION MATERIALS 34 Rubbers CR (chloroprene) Principally used in refrigeration systems (Freon ) as an external seal. Neoprene is also utilized for oxygen service valves. Suitable for alcohol, mild acids, water, air, ammonia, argon gas and other gases. It has a temperature range of -0 C (-4 F) to 90 C (94 F). CSM (chlorosulfonated polyethylene) Used to handle strong oxidizing fluids, edible liquids, and many other common chemicals, etc. Not recommended for aromatic or chlorinated hydrocarbons. It has a temperature range of -40 C (-40 F) to 0 C (48 F). Hypalon is an example for CSM; it is part of the family of elastomers. (Hypalon is a registered trademark of Dupont Performance Elastomers) EPDM (ethylene-propylene) Suitable for temperatures above the NBR range (i.e. excellent for phosphate ester type fluids; not recommended for use with petroleum base fluids), except ethylene-propylene has a somewhat higher temperature range than NBR. Useful as "O" ring gaskets on steam valves due to low compression set. Ethylene-propylene is generally suitable for most photographic solutions as well as numerous chemical solutions. Ethylene-propylene is selected for applications which have a wider temperature range than the NBR temperature range, such as handling hot water and steam. Ethylenepropylene has an extremely wide range of fluid compatibility but has the distinct disadvantage that it cannot be used with petroleum-based fluids or contaminated fluids (such as lubricated air). It has a temperature range of -0 C (-4 F) to 80 C (356 F). FFKM (perfluoroelastomer) Elastomer used in the manufacture of joints and seals, combining resistance to aggressive chemical environments, swelling and high temperatures. Particularly suitable for pharmaceutical applications requiring extreme conditions of cleanliness. Kalrez is an example for FFKM; it is part of the family of elastomers. (Kalrez is a registered trademark of Dupont Performance Elastomers) FKM (fluoroelastomer) Suitable for temperatures above the NBR range. Excellent resistance to many petroleum oils, gasoline, dry-cleaning fluids and jet fuels. Not compatible for ketones, halogenated hydrocarbons and freons. FKM is a fluorocarbon elastomer which was primarily developed for handling hydrocarbons such as jet fuels, gasolines, solvent, etc., which normally caused detrimental swelling to NBR. FKM has a high temperature range similar to ethylenepropylene but has the advantage of being somewhat more resistant to "dry heat". FKM has a rather wide range of chemical compatibility. It has a temperature range of -40 C (-40 F) to 90 C (374 F). Viton is an example for FKM; it is part of the family of elastomers. (Viton is a registered trademark of Dupont Performance Elastomers) FVMQ (fluorosilicone) A silicone with a trifluoropropyl group on each siloxane unit. Good resistance to heat and most solvents. Good low temperature characteristics. NBR (nitrile) Standard compound for service in petroleum oils, air, water, mild acids, acetylene, kerosene, lime solutions, liquified petroleum gases and turpentines. Not recommended for highly aromatic gasolines or acids. NBR is commonly referred to as a nitrile rubber and is standard synthetic elastomer for accomplishing resilient-type seating or sealing in most values. It has excellent compatibility for most air, water and light oil applications. It has a temperature range of -0 C (-4 F) to +90 C (94 F). Buna is an example for NBR; it is part of the family of elastomers. ( Buna is a registered trademark of DuPont de Nemours and Company or its affiliates) SBR (styrene butadiene) SBR is a polymer used in the manufacture of seals. Good resistance to swelling in acids, non-organic and organic bases, alcohols and water. UR (urethane) Used for water, air at normal ambient temperatures, alcohol, non-aromatic compounds, ether, edible fats and oils and hydraulic fluids. Its principal assets are high strength and excellent abrasion resistance. It is not recommended for ketones and strong oxidizing agents. It has a temperature range of -30 C (- F) to 40 C (04 F). VMQ (silicone) Known as the only elastomer which, under certain conditions, can be utilized for both high and low temperature, which is its principal use. Also handles hydrogen peroxide and some acids. Not good for steam; poor disc life. Fluorosilicone compounds are noted to have better fuel resistance. Note: Temperature limitations for elastomers are somewhat dependent on their specific functional usage in a valve. Obviously, a diaphragm which stiffens at low temperature is objectionable while an "O" ring gasket of similar material which stiffens at low temperature may still be performing its sealing function. Generally, temperatures down to -0 C (-4 F) can be considered tolerable and special elastomers such as silicone and low temperature NBR must be selected for use below this temperature. These elastomers can extend the lower limit to approximately -40 C (-40 F) depending on specific usage. The upper limit for elastomers is generally around 00 C ( F), except FKM, EPDM and VMQ which can, on specific applications, be utilized up to 90 C (374 F). PTFE (see following page) is a commonly used gasket or disc material not considered an elastomer. This unique chemical-resistant material can be used from -70 C (-454 F) to 50 C (48 F) with proper design limitations. Plastics PA (polyamide) Polyamide resins are known to be very durable and also resistant to many chemicals. A heat resistant type polyamide is always used in ASCO valves. PARA (polyarylamide) Aromatic polyamide in which at least one monomer contains a benzene ring, giving it improved mechanical, thermal and chemical resistance. Ixef is an example for polyarylamide; it is part of the family of thermoplastics. (Ixef is a registered trademark of Solvay S.A.) PC (polycarbonate) Good with polar solvents, salt solutions and water applications. Not recommended for non-polar solvents. A polycarbonate type thermoplastic known for having high impact strength and good resistance to inorganic acids and aliphatic hydrocarbons. Not suitable for use with air containing phosphate esters (found in synthetic oils). PE (polyethylene) A family of plastics varying from low melting point to high heat distortion temperature; and from flexible to rigid. Although somewhat soft, they offer good electrical, chemical and moisture resistance and physical properties.

139 PEEK (polyetheretherketone) High performance thermoplastic with exceptional resistance to a wide range of chemical environments and high temperatures. PEI (polyetherimide) This resin has good heat deflection characteristics. Good chemical resistance to non-oxidizing acids and polar solvents. Questionable usage on alkaline solutions. Ultem is an example for PEI; it is part of the family of plastics. (Ultem is a registered trademark of General Electric Company) POM (polyacetal or polyoxymethylene) Acetal resin type thermoplastics are extremely rigid but not brittle. They provide good toughness, tensile strength, stiffness and long life. They are non-toxic and resistant to most solvents. Delrin is an example for polyacetal; it is part of the family of plastics. (Delrin is a registered trademark of DuPont de Nemours and Company or its affiliates) PP (polypropylene) A thermoplastic known to have excellent resistance to inorganic salts, mineral acids and gases. It offers good resistance to photographic solutions and is one of the few plastics that has the ability to withstand steam sterilization. PPS (polyphenylene sulfide) This resin has outstanding chemical resistance and no known solvents below 00 C (39 F) It has low friction, good wear resistance and high tensile strength. Ryton is an example for PPS; it is part of the family of plastics. (Ryton is a registered trademark of Chevron Philips Chemical Company) PSU (polysulfone) Known as one of the most heat resistant of the thermoplastics. It has excellent chemical resistance when used for inorganic acids, alkalies and aliphatic hydrocarbons. PTFE (polytetrafluoroethylene) A fluorcarbon resin known to be suitable for disc material where all other synthetic materials have failed. Teflon is not easily fabricated and is known to have objectionable "cold flow" characteristics. Teflon is an example for PTFE; it is part of the family of plastics. (Teflon is a registered trademark of DuPont de Nemours and Company or its affiliates) PTFE Reinforced PTFE reinforced is a form of PTFE having fillers which have been added for improved mechanical properties. PTFE and TPFE with fillers are considered more of a plastic than a resilient-type material. They are virtually unattacked by any fluid. Their temperature usage ranges from discs for cryogenic valves to discs for steam valves. The "cold flow" characteristics may contribute to leakage particularly on gases. They have a temperature range of -70 C (-454 F) to 50 C (48 F). Rulon is an example for reinforced PTFE, it is part of the family of plastics. (Rulon is a registered trademark of Saint Gobain Performance Plastics Corporation) PUR (polyurethane) Polyurethane is a multipurpose, robust product. It has good adhesion to a variety of substrates, providing resistance to humidity and impact strength. PVC (polyvinyl chloride) Known for its chemical inertness but has somewhat less temperature resistance than most other plastics. PVC has excellent resistance to strong alkalies, mineral acids, salts and many chemicals corrosive to conventional materials. PVDF (polyvinylidene fluoride) Polymer resistant to atmospheric agents and the majority of chemical products at ambient temperature. High purity PVDF compounds are particularly recommended for medical applications. TPE (thermoplastic polyester elastomer) Used in some diaphragm applications. HYT elastomers show high strength in tension, compression and flex. They are superior to polyurethane rubbers in load-bearing capacity. Hytrel (HYT) is an example for a polyester elastomer, it is part of the family of plastics. (Hytrel is a registered trademark of DuPont) Metals Ag (silver) Shading coil material for stainless steel valves. Al (aluminum) Shading coil material for special fluids or for making washers, etc. Die cast aluminum is generally used for bodies for low pressure gas valves and can only be used with "water free" systems. It can be noted that die cast aluminum is successfully used in oil and gasoline applications. Cu (copper) Primarily used for shading coil. Cu Sn (bronze) Casting bronze is used for body forging. Good sealing and casting properties, resistant to abrasion. Cu Zn Pb (brass) Forging brass is used in our body forgings. Forging brass has a composition of 59% copper, % lead and 39% zinc. Fe Cr Ni (stainless steel AISI 303 or 304) One of the most widely used steels containing 8% chromium and 8% nickel. Used for valve bodies, springs and internal parts. Known as stainless steel type 303 or 304. Fe Cr Ni Mo (stainless steel AISI 36) Alloy containing approx 7% chromium, % nickel and % molybdenum. Highly corrosion resistant. Fe Cr Ni Mo (stainless AISI 36L) Alloy containing 6 to 8% chromium, to 4% nickel and.5 to 3% molybdenum. Valve bodies made from this material provide excellent resistance to particularly aggressive fluids. Ni Fe (nickel iron) Core material for low temperature fluids (below -00 C) particularly for "long stroke" solenoids. Pb (lead) Used for lead-clad copper gaskets. Zamak Zinc alloy containing approx. 4% aluminum, 0.04% magnesium and % copper. Used, for example, for the bodies of air treatment equipment. 35

140 CHEMICAL RESISTANCE GUIDE GENERAL Our valves are available to control most acids, alcohol, bases, solvents and corrosive gases and liquids. Modified or special designs are sometimes required depending upon the fluid and application. Corrosion occurs either as a chemical or electro-chemical reaction. Therefore, consideration must be given to both the galvanic and electromotive force series, as well as to pressure, temperature and other factors that might be involved in the application. This guide provides information on most common corrosive and non-corrosive, unmixed gases and liquids. Mixtures of different fluids and their temperatures are not included in this table. It s the user s responsibility to ensure the chemical and physical compatibility of the body and other materials with the fluids used. For applications where abnormal conditions exist and for other types of valves, operations and fluids, contact us with full details of the operating conditions. 36 Fluids body materials other materials in contact with fluid h = Excellent g = Acceptable m = Not recommended i = Do not use - = No data available Steel Stainless Steel AISI 303/304 Stainless Steel AISI 36 Stainless Steel AISI 36L Aluminum Bronze Cast Iron Brass Acetaldehyde m h h h g h h i g h g h i m h h i i i m h h g Acetic acid m g g g m m m i g h h h m m g h g g i g i h i Acetic anhydride m g g g g m m i m h h h m g g h i m i g i h i Acetone h h h h h h h h m h h h h m h h i i i i g h i Acetonitrile g h h h h - h - - h h g h i m i g - h g Acetophenone - h h h g - h h h - g - - i h h i i i g - h - Acetyl chloride h g h h i h g g m - h - h i m h h i i i i h i Acetylene h h h h h m h g m h m i i m h h i g i i h h h Air (lubricated) h h h h h h h h h h h - - h m h h h h h h h h Air (unlubricated, dry) h h h h h h h h h h h - - h h h h h h h h h h Alcohol ethyl (ethanol) h h h h g h h i h - - h g h h h g h i h h h h Alcohol methyl (methanol) h h h h g h h i h - h h g h h h i h i h h h h Aluminum sulfate m g h h h m i m m h h g g h h h h g i h h h g Ammonia, anhydrous h h h h m g g m m h m m i h h g i g i m m h m Ammonia, aqueous h g h h i m g i m - m m m g h g g m i h i h - Ammonia, water h g h h i m g i m - m m m g h - g m i h i h - Ammonium hydroxyde m g g g m m m i m h g i i g h g g m i h g h g Amyl acetate m g g g g h m g h h h - h i h h i i i g i h m Aniline m g h h m m g g m h g h i i g h g i i h h h m Argon h h h h h g g h h h h h m i h h h m h - - h h Barium chloride m g h h i h m h m h h - g h h h h h h h h h g Barium hydroxide m g h h i m m g m - h h i h h h h h g h i h g Benzaldehyde h h h h h h h g g h g i g i g h i i i i h h g Benzene pure g h h h g h g g m h g h g i i h h i i g h h g Benzene sulfonic acid g h h h i g i g m i g h m g m h h m i g m h g Borax g h h h m h h g m h h - g g h h h g h h h h h Bromine m i m m i i i - m i i g m i i h h i i g i h i Butadiene h h h h h h h h m - h - m g m h h i i i h h i Butane m h h h g g g h h h h - m h i h h h m g h h g Butanol (aqueous, butyl alcohol) h h h h g h g h h - h g g h g h h h i g h h g Butylene m h h h h g h m h - h - i m i h h g i g h h g Butyl acetate h h h h h h h g h h h g h i g h i i i g g h m Butylamine h h h h h g h - h - i - - i i h i i i g i h i Butyl ether h h h h h - h - i h h - - m m h i g g i i h i Calcium chloride m g g g i g i - m h h h g h h h h h h h i h h Calcium sulfate g g h h g g h i m h h h g h h h h h h h i h - Carbon dioxide (wet/dry) h h h h h g h i h - h h h g g h h h h h h h m Carbon tetrachloride h m m m i h i h m h g g m i i h h m i g h h i Caustic soda g h h h i g g g h h g - - g h h g m g - h h g Cellosolve h g h h g - g h h - h - - i g h m i i h h h i Please note that the chemical resistance may be influenced by many factors, such as temperature, concentration, etc. This data is for reference only. PA PEEK PPS Silver Copper CR EPDM FFKM FKM NBR UR PET POM PTFE TPE

141 Fluids body materials other materials in contact with fluid h = Excellent g = Acceptable m = Not recommended i = Do not use - = No data available Steel Stainless Steel AISI 303/304 Stainless Steel AISI 36 Stainless Steel AISI 36L Aluminum Bronze Cast Iron Brass Chlorobenzene g g h h i h m h m h h g g i i h h i i g i h i Chloroform m h h h i h m g h h g h g i i h h i i i h h m Chlorosulfonic acid m m m m i m i g m m i - i i i h m i i m i h i Chlorine (wet) m m g g i g m i m i i - - i m g h i i i i h i Chromic acid (5%) m m h h m m i i m m i i i i h h h i i g i h i Chromic acid, concentrated m m m m i m i i g m i - i i m h h i i g i h i City gas - h h h h i g i h h h g - - h - Coffee m h h h h h m - h h h h h h h i h h h - Coke oven gas h h h h - g h m h h m i h h m i - - h - Detergent g h h h h h g g h - h - - g h h h h i h h h g Diesel fuel h h h h h h h h h - h h h g i h h h m g h h g Dimethyl formamide g h h h h g g m h h g - h i g h m g i h m h g Dimethyl phtalate h h h h h - h h h - h - - i g h g i - h - h h Ethylene chloride h g h h g h m g h h g h m i m h g i i m h h m Ethylene diamine g g h h h g h i g - g - i h h g i h i h h h - Ethylene dichloride h g g g g h h h h g g h g i m h g i i i h h m Ethylene glycol g g h h g h g g h h h h g h h h h h g h g h h Ethylene oxide g h h h i h m h m - i m i i m h i i i m h h h Ferric chloride i i m m i m i i h g h g i g h h h h h h g h h Ferrous chloride i i m m i m i i m h h g m g h h h h - h g h h Formaldehyde g m h h g h i g h g m h g g h h g g i h h h g Formic acid m g h h i m i g m g h - i h h h m m i h i h g Freon g h h h m h g g m h h h h i i g h g i h h h h Freon F- g h h h h h g g m h h h h h g - g g h h h h h Freon g h h h i - i h h h h h g g g h g i i i h h i Freon T WD60 g h h h i - - h h - h - h g g g h g h - - h - Fuel oil h h h h h h g g h - h h m g i h h h m h g h g Fuel oil #6 h h h h m h h h h - h - m i i h h g g - i h h Fuel ASTM Ref Fuel A h h h h m h h h h - h - m g i - h h h - i h h Fuel ASTM Ref Fuel B h h h h m h h h h - h - m i i - h h g - i h h Fuel ASTM Ref Fuel C h h h h m h h h h - h - m i i - h g i - i h h Fuel ASTM # Oil h h h h m h h h h - h - - h i - h h h - i h h Fuel ASTM # Oil h h h h m h h h h - h - - g i - h h g - i h h Fuel ASTM #3 Oil h h h h m h h h h - h - - m i - h h g - i h h Fuel ASTM #4-5 Oil h h h h m h h h h - h - - i i - h g i - i h h Furan - h h h h - h h - - i i h m i - m i h - Furfural h h h h h h h g g - h g g i g h i i m i g h g Gasoline (petrol) h h h h - h h h h h h h m g i h h h g i h - h Gasoline 00 octane - h h h m h - h - - g i - h h g i h h h Glycogenic acid m h h h - g m - g - h g - - m g h h h - Glycol h h h h - h h - - h h h h h h h h h g - h h - Helium h h h h h h h h g h h - - h h h h h h h h h - Heptane h h h h h h h h h h h h h g i h h h g - h h g Hydraulic fluids g h h h h h h h h - h - - i g h h i i i g h h Hydraulic oil h h h h h h h h m - h h h g i h h i h i g h h Hydrofluoric acid (50%) i i m m i m i m i i m g i g h h g m i g i h i Hydrogen gas h h h h i h h h g h h h h h h h h h h h - h h Hydrogen peroxide (30%) m g g g g m i i m h g i i i g h h i - h i h i Hydrogen sulfide (dry hot) m m h h m m m m m h g i i g h h i i g h h h h Isobutylene h h h h h h h h h - m - - i i h h m m - - h - Jet fuels (JP through 5) h h h h h h h i m - h - - m i h h h g g h h - Jet fuels (JP 6) h h h h - h h i h i i h h h i i h h - Kerosene (kerosine) h h h h h h h h h h h h g g i h h h g g h h h Lactic acid m h h h m m i i m h h g m g g h h m - h h h i Liquid natural gas (LNG) - h h h h - - h h - Liquid oxygen (LOX) i i i i i i i h i - i - - i i g i i i - - h - Please note that the chemical resistance may be influenced by many factors, such as temperature, concentration, etc. This data is for reference only. PA PEEK PPS Silver Copper CR EPDM FFKM FKM NBR UR PET POM PTFE TPE 37

142 38 Fluids body materials other materials in contact with fluid h = Excellent g = Acceptable m = Not recommended i = Do not use - = No data available Steel Stainless Steel AISI 303/304 Stainless Steel AISI 36 Stainless Steel AISI 36L Aluminum Bronze Cast Iron Brass Liquid petroleum gas (LPG) - h h h m g - - h h g i h h h h i g h g Lubricating oils, di-ester h h h h - h h - g - h h h m i h h g g - - h i Lubricating oils, petroleum base h h h h h - h h g g i h h g g m h h h Lubricating oils, SAE 0, 0, 30, 40 h h h h h - h h g i h h h g m h h h Magnesium acetate h h h h i m m g g - h h - i i - h - h - Magnesium hydroxide h h h h i m g g g h h m m g h h h g m h h h g Methane h h h h h h h h h h h h h g i h h h m g h h g Methyl ether ketone (MEK) h h h h h h h i g m g h h i h h i i i m g h g Mineral oil h h h h h h h h h - h h g g i h h h h g h h h Morpholine g g g g h g g - g - g - - i i h i i h - Naphta h h h h h h g m h - g h g m i h h m m m h h h Natural gas g h h h h h g g h h h h g h i h h h g h h h g Nitric acid (0%) m h h h i m i i m h m - i g g h h i m h m h g Nitric acid, concentrated i h h h i i i i i m i - i i i g h i i i m h i Nitro benzene h g h h m g m - m h g h m i i h g i i g g h i Nitro methane g h h h h g g - g - g - h m g h i i i m h h i Nitrogen h h h h h h h h h h h h h h h h h h h h h h g Nitro propane - h h h h - h i g h i i i - - h - Octane - - h h i i h h h i i - h - Octane carboxylic acid h i - - h - Octanol - - h h g h - h g i - - h - Oleic acid m g h h h g g m h - - h m g m h g g g h h h h Olive oil h g h h h h h g g - h - - g g h h h h h h h - Oxygen, cold g g g g g g - h g h h h h g h - - h - Oxygen - 04 C ( F) i - i - - i i h i i i - - h - Oxygen, gas h h h h - h h h g - i g h g h - h i h - - h - Ozone (dry) h h h h g h h h m m m g i m h h h i h i i - m Palm oil m h h h h m h h m - - h h g - h h - Palmic acid m g h h g m m m h - g - g g g h h h h - - h - Paraffin h h h h h h h h h h - - g g i h h h g h h h - Pentane - g h h h - g i g - - h g h i h h h i - h h - Pentanol h h - g g i - - h - Perchloroethylene ( Perk ) g h h h i g g - m h i h g i i h h i i i h h i Petrol g h h h g h g m h h h - - g i h h h g h h h - Petroleum benzine h h h h m - h g g - h - - g i - h h g - - h - Petroleum ether g h h h g - g h h h h - - g i h h h g h h h - Petroleum naphtha h h h h m h - - g g i - h h g - g h - Petroleum oil above C (50 F) h h h h m h - - g i i h g h i - g h - Petroleum oil below C (50 F) h h h h m h - - g - - h h g i h g h g - g h - Phenol g g g g g g i g m g h h g i i h h i i m h h i Phenilic acid - - h - - g - i i i - g i i - - h - Phosphoric acid 0% g g g g i g i i m h h g i g h h h h h h i h - Phosphoric acid, concentrated m i i i i m i i i m h g i i g h h i h h i h i Pine oil - h h h h h g g h h g - - i i h h g - - h h i Poly propylene glycol h h h h h h g h g - h - - i h h h h - h i h - Potassium acetate - g g g i - h h g g h h i g i h h h - Potassium bicarbonate h g g g i g m - g i h - h h h - - m h - Potassium carbonate h g h h i g h g g h h - - h h h h h h - Potassium chloride m m m m g h g i g h h i g h h h h h h h h h i Potassium hydroxide (50%) g h h h i m m i m h g g m g g h m m g h h h h Potassium nitrate g m h h h h g g g h h m g h h h h h h h g h - Potassium phosphate g g g g i - i g g h h h h h g h - Potassium sulfate h g h h i g i g g h h g g h h h h h h - - h - Propane h h h h h h g g g h h - h m i h h h m i h h g Propanol h h h h - - h h g h h - - h h - i i i - - h - Propylene h h h h h - h h h h i i h h i i h h h - Please note that the chemical resistance may be influenced by many factors, such as temperature, concentration, etc. This data is for reference only. PA PEEK PPS Silver Copper CR EPDM FFKM FKM NBR UR PET POM PTFE TPE

143 Fluids body materials other materials in contact with fluid h = Excellent g = Acceptable m = Not recommended i = Do not use - = No data available Steel Stainless Steel AISI 303/304 Stainless Steel AISI 36 Stainless Steel AISI 36L Aluminum Bronze Cast Iron Brass Propylene chloride - g h h i - h i i h g i i - - h - Pydraul 0E, 9ELT - h h h - - h h g i g h h i i - - h - Pyridine h g h h g g g m h h h - m i g h i i i m g h m Saccharose g h h h - - h h - - g - g h h - h h i - - h - SAE oils g g i - h h h - - h - Salt water - m m m i h i i h - h - g h h h h h i h h h h Soda g h h h i g g g h - h h g g h h g m g - h h g Sodium carbonate h g h h m h g g g - h h g h h h h h - h h h g Sodium chloride m m g g m h g m g h m g g h h h h h h h h h h Sodium hydroxide (caustic soda) h g h h i h m i h h g h m g h h g m g h h h i Sodium hypochlorite m m m m i m i m m h m g i m g h h m i g i h m Sour natural gas - - g g i h i i i - - h - Steam to 07 C (5 F) h h h h i h h h m - g g g m h h i m i - - h - Steam C (5-300 F) h h h h i h h h m - g - - i h h i i i - - h - Steam over 48 C (300 F) h h h h i h m h m - g - - i m h i i i - - h - Stoddard solvent h h h h h h h - h - m - h m i h h h h h h h m Sulphur dioxide, liquid h g h h i g i m m m h m m g h h h i - h i h i Sulphuric acid, concentrated m g g g i m i i m i g i i i g h h i i m i h m Tetrachloroethylene h h h h i - h g m - g h h i i h h i i i h h - Tetrahydrofuran h h h h g h - - h h m - - i g h i i m m i h g Toluene g h h h h h h h h h g h h i i h h m i - m h m Tri chloro ethylene g g g g g g g h m h g - m i i h h m i m g h i Tri chloro acetic acid m i m m i - i m m - h - i m g h m g i g i h i Turpentine h g h h h h g m g - h h g i i h h h i g h h g Vaseline h h h h - - h h h - h - - g i - h h h - - h - Vegetable oils h h h h h h g g h i g h h h - h h h - Vinegar m h h h i m m m h - h h g g h h h m i h g h m Water - h h h g h h g h m - - h h Water, acid mine m g h h i m i m h - h - i h h - h g - h h h h Water, deionized m h h h h g m h i - h - g h h g h g - - g h h Water, distilled lab m g h h g h m g g h h h m m h - h h h h g h h Water, drinking - h h h h - - i h g h - h h i - - h h Water, fresh h h h h g h g h h - h h g g h - h h h h h h h Water, heavy h - h - - g h h h h i h h h h Water, sea/river m g g h g g m m g h h h g g h - h g h h h h h Water glass h h h h - - h g h - h - g h h - h h m h h h h Waterproofing salt - m m m g h i g h - h - - g g m h h h h Xenon m h h h h - m h h h h - - h h h h h h h - h - Xylene h g g g h h g g g h g h h i i h h i i g h h g Zinc chloride i m m m i m i i h h h g i h h h h h h h i h h Please note that the chemical resistance may be influenced by many factors, such as temperature, concentration, etc. This data is for reference only. PA PEEK PPS Silver Copper CR EPDM FFKM FKM NBR UR PET POM PTFE TPE 39

144 CONVERSION TABLES Length Mass meter inch foot yard kilogram pound short (US) tons long (Imp) m kg.05.0 x x 0-3 in lb x x 0-3 ft short ton (US) yd long ton (Imp) m = 0-3 km = 0 dm = 0 cm = 03 mm = 06 µm = 0 nm kg = 03 g = 0 dkg Area cm m sq. inch Density sq. foot sq. yard kg/ltr kg/m3 pound cubic foot Imperial cm x x x 0-4 kg/ltr m x kg/m sq in x x 0-3 lb/cu ft sq ft lb/gal (Imp) sq yd lb/gal (US) m = 0-6 km = 0-4 ha = 0 dm = 06 mm Volume liter cubic cubic gallons m3 (dm3) inch foot US Imperial l x m cu in x x x x x 0-3 cu ft x US gal x Imp gal x Imperial = British pound gallon US 40 Specific Volume Force ltr/kg m³/kg cubic foot pound Newton kilopound poundal ltr/kg N m3/kg kp cu ft/lb pdl Pressure bar = 0 5 N m at = Kp cm poundal sq ft poundal sq in = Psi N = 05 dyn; dyn = g x cm ; kg = kg x g s Poundal = Pound x g atm = 760 Torr = 760 mm Hg (0 C) mm Hg = Torr Hg column (0m C) H O column (WC) (4 C) in Hg m H O ft H O Pa = N/m x x x x x x x 0-4 bar at pdl/sq ft x x x x x pdl/sq in = psi atm mm Hg.330 x x x in Hg m H O ft H O N = Pa (Pascal) = 0 dyn kp = 0-4 kp = mm WC (at 4 C) m cm m cm Work, Energy, and Heat Content Btu (British thermal unit) Horsepower hour (hph) ton-day of refrigeration kcal kp m ft poundal kwh metrical imperial 75 kp m h 550 ft. lb h s s kcal x x x x kpm.34 x x x x x x Btu x x x x Joule = Nm = Ws ft pdl x x x x x x kwh x x x x 0 6 PSh x x x x 0 6 hph x x x x 0 6 ton-day 7.57 x x x x x 0 6 J 0.39 x x x x x x 0-9 erg = dyn cm = 0-7 Nm; kj = 03J

145 Capacity, Energy Flow, and Heat Flow kcal h kp m s British thermal unit per hour kcal/s = British theor. unit of refrigeration kw = kj/s metrical 75 kp m s Horsepower hour (HP) imperial 550 ft lb s US Standard commercial ton of refrigeration British commercial ton of refrigeration kcal/h x x x x x x 0-3 kp m/s x x x x x x 0-3 Btu/h x x x x x x x 0-3 kcal/s Br u r x kw HP hp ton x Br ton x Enthalpy Difference, Specific Heat Dh kj kg kcal kg Btu pound Entropy Difference, Specific Heat kj/kg kj/kg K kcal/kg kcal/kg C 4.9 Btu/lb Btu/lb F 4.9 cal = kcal g kg Ds kj kg K kcal kg C Btu pound F Formulas for temperature calculation [ C] = ([ F] 3) 5 9 [ F] = [ C] [K] = [ C] Temperatures Common temperatures in degrees Kelvin and corresponding Celsius and Fahrenheit equivalents Kelvin (K) Celsius ( C) Fahrenheit ( F) Kelvin (K) Celsius ( C) Fahrenheit ( F) (Orifice) Sizes Common valve orifice sizes and equivalents in mm inches mm inches mm 3/64 (0.0469).9 7/7 (0.4375). /6 (0.065).59 / (0.5000).70 5/64 (0.078).98 5/8 (0.650) /3 (0.0937).38 /6 (0.6875) 7.46 /8 (0.50) 3.8 3/4 (0.7500) /3 (0.56) 3.97 (.000) 5.40 /64 (0.79) 4.37 /8 (.50) /6 (0.875) 4.76 /4 (.500) /3 (0.87) 5.55 / (.5000) 38.0 /4 (0.500) /4 (.7500) /3 (0.8) 7.4 (.0000) /6 (0.35) (3.0000)

146 NOTES 4

147

148 Global Contacts Australia (6) Brazil (55) Canada () China (86) Czech Republic (40) Dubai - UAE (97) France (33) Germany (49) India (9) Italy (39) Japan (8) Mexico (5) Netherlands (3) Singapore (65) South Korea (8) Spain (34) United Kingdom (44) ASCO Headquarters (USA) Tel () info-valve@asco.com /7 V777 M-Printwell-0/7