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INDEX Page SOLENOID VALVE TERMINOLOGY ENGINEERING INFORMATION 2/2 DIRECT ACTING VALVES 3/2 DIRECT ACTING VALVES 3/2 HIGH FLOW VALVES 2/2 PILOT OPERATED DIAPHRAGM VALVES 2/2 PILOT OPERATED PISTON VALVES 2/2 HIGH PRESSURE SERVICE VALVES 2/2 LOW PRESSURE SERVICE DIAPHRAGM VALVES 2/2 AIR OPERATED PISTON VALVES 2/2 SEPARATING DIAPHRAGM VALVES STEAM SERVICE VALVES VACUUM SERVICE VALVES CRYOGENIC SERVICE VALVES VARIOUS VALVES

SOLENOID VALVE TERMINOLOGY I. DIRECT ACTING VALVE 1. Coil 2. Solenoid base 3. Solenoid core 4. Core spring 5. Sealing disc 6. Valve body II. DIAPHRAGM (OR PISTON) VALVE 1. Coil 2. Solenoid base 3. Solenoid core 4. Core spring 5. Sealing disc 6. Valve body 7. Diaphragm (or piston) 8. Diaphragm (or piston) spring 9. Pilot orifice 10. Valve bonnet

2/2 CLOSED WHEN DE-ENERGISED (NC) DIRECT ACTING When the coil is energised the valve opens. The valve does not require minimum operating pressure differential. Maximum operating pressure depends on the orifice diameter and coil power. Due to the coil power limitations high flow rates cannot be achieved. 3/2 CLOSED WHEN DE-ENERGIZED (NC) DIRECT ACTING Valve function similar to 2/2 NC, only with 3 ports that allow 2 ways simultaneously: one open and the other closed. 3/2 valves are often used as cylinder activators. The same valve also allows NO function when properly connected. 2/2 CLOSED...

ENGINEERING INFORMATION ENGINEERING MATERIALS The choice of materials used depends on the type of fluid to be controlled. Bodies are made of machined brass, bronze, thermoplasts, stainless steel or nickelized brass or bronze. Seals - diaphragms are chosen according to mechanical, thermal and chemical requirements. NBR is the standard material for use with neutral chemically fluids at temperatures up to 90°C. At higher temperatures, EPDM, FPM and PTFE can be used. In some cases (high temperature and high cycling rate) stainless steel can also be used. Characteristics of sealing materials NBR...

Electrical protection - IP rating Apart from standard coils, original explosion- and waterproof coils are also available, thus allowing the use of solenoid valves in practically any environment. Standard coils are encapsulated in special thermoplastic resin which prevents the intrusion of damp and protects the winding from mechanical damage. Explosionproof coils are encapsulated in epoxy resin. Basic IP rating for a coil is IP00, whereas IP65 can be achieved with properly fitted plug (to DIN 43650). The TM35k type coil with IP67 rating is designed for extremely damp ambients (also water...

DIRECT ACTING VALVES Closed when de-energised (NC) Ports Orifice size Valve body Coil type Order code Open when de-energised (NO) G1/8 G1/8 *Pressure is lower when DC coil is used! ORDERING: Please state order code, seal material and voltage (e.g.: 320611 EPDM 24VAC) or consult our staff. For easier valve choice use QUESTIONNAIRE on page 36. OPTIONS: • EEx me II explosionproof coil • stainless steel valve body • NPT ports Other versions on request. Specifications are subject to change without notice.

TECHNICAL DATA: Internal parts: Seals: Fluid temperature: stainless steel NBR, EPDM, FPM, PTFE -10°C to +90°C (NBR) -10°C to +130°C (FPM, PTFE) max +130°C (EPDM) Ambient temperature: max +55°C Viscosity: max 21 mm 2/s Response time: 10 to 20 ms Voltages: 230, 115, 48, 24 V 50/60 Hz 24, 12 V DC Power consumption: See chapter »Coils« Duty cycle: continuous (ED100%) Cycling rate: max 1000 cpm Electrical protection: IP65 (with plug to DIN 43650)

DIRECT ACTING VALVES Closed when de-energised (NC) Ports Valve body Coil type Order code *Pressure is lower when DC coil is used! ORDERING: Please state order code, seal material and voltage (e.g.: 330611 EPDM 24VAC) or consult our staff. For easier valve choice use QUESTIONNAIRE on page 36. OPTIONS: • EEx me II explosionproof coils • stainless steel valve body • NPT ports Other versions on request. Specifications are subject to change without notice. TECHNICAL DATA: Internal parts: Seals: Fluid temperature: stainless steel NBR, EPDM, FPM, PTFE -10°C to +90°C (NBR) -10°C to +130°C (FPM,...

HIGH-FLOW VALVES Closed when de-energised (NC) Ports Order code Coil type Orifice size *Max pressure in any direction (i.e. 1->2, 1->3 or 2->1, 3->1) ORDERING: Please state order code. For easier valve choice use QUESTIONNAIRE on page 36. OPTIONS: • EEx me II explosionproof coils • stainless steel valve body • NPT ports Other versions on request. Specifications are subject to change without notice. TECHNICAL DATA: Internal parts: Seals: Fluid temperature: stainless steel NBR, EPDM, FPM, PTFE -10°C to +85°C (NBR) -10°C to +100°C (EPDM, FPM) Ambient temperature: max +55°C Viscosity: max 21 mm...

PILOT OPERATED DIAPHRAGM VALVES Closed when de-energised (NC) Ports Orifice size Valve body Coil type Order code Open when de-energised (NO) 10 Valve body Coil type With latching coil Ports Orifice size Order code *Pressure is lower when DC coil is used! **With adjustable shut-off speed ORDERING: Please state order code, seal and voltage (e.g.: 341607 EPDM 24VAC) or consult our staff. For easier valve choice use QUESTIONNAIRE on page 36. OPTIONS: • EEx me II explosionproof coils • stainless steel valve body • NPT ports Other versions on request. Specifications are subject to change without...

TECHNICAL DATA: Internal parts: Seals: Fluid temperature: stainless steel NBR, EPDM, FPM, PTFE -10°C to +85°C (NBR) -10°C to +100°C (EPDM, FPM) Ambient temperature: max +55°C Viscosity: max 21 mm2/s Response times: opening 0.05 to 1 s / closing 0.5 to 4 s Voltages: 230, 115, 48, 24 V 50/60 Hz 24, 12 V DC Power consumption: see chapter »Coils« Duty cycle: continuous (ED100%) Cycling rate: 10 to 100 cpm Electrical protection: IP65 (with plug to DIN 43650) Ordinary diaphragm valve shut-off diagram – EXCESSIVE WATERHAMMER JAKŠA diaphragm valve shut-off diagram – NO WATERHAMMER