S1013 Series (G1/8", G1/4") General Purpose Solenoid Valves
Product Specifications:
| Ambient Temperature | -10 deg C,+60 deg C |
| Coil Impregnation | Polyester Fiber Glass |
| Protection Degree | IP65 (ISO 60529) On request; IP68 |
| Electric Plug Connection | DIN 46340 3-Poles Connector (DIN 43650) |
| Connector Specification | ISO 4400 / EN 175301-803 Form A,Spade Plug (Cable Dia. 6-8 mm) |
| Coil Insulation Class | H (180 deg C)(IEC 85) |
| Response Time | Opening time-30 msc,Closing Time-30 ms |
| Standard Voltages | AC 12V 15VA,24V 15VA,48V 15VA,110V 15VA,230V 15VA,230V 24VA,DC 12V 18W,24V 18W,48V 18W,110V 18W |
| Electrical Safety | IEC 335 |
| Voltages Tolerance | AC -15%,+10% DC -5%,+10% |
| Frequency | 50 Hz (60 Hz) |
| Max Viscosity | 5 deg E (~37cST veya mm2 /s) |
| Continuous Duty | ED %100 |
Product Description :
Materials In Contact With Fluid:
- Body: Brass
- Internal Parts: Stainless Steel, Brass
- Sealing: NBR(On request; EPDM,VITON)
- Shading Ring: Copper (EN 12735-1)
- Seats, Core Tube, Springs: Stainless Steel
Options:
- Female connection: BSP; (On request NPT)
- On request CR-Ni plated, PTFE coated done
- On request Atex (exproof) coil.
Seals Features:
- NBR: -10°C…+80°C
- EPDM: -10°C…+130°C
- VİTON: -10°C…+160°C
- PTFE: -10°C…+180°C
- RUBY: -10°C…+160°C
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Product Code
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Connection Size
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Orifice Size
mm |
∇P Pressure (bar) |
KV lt/ dk
|
Fluid Temperature °C |
Seal
|
Weight
kg |
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| Min Bar | Max bar | Min | Max | ||||||
| S1000.02 | 3/8″ | 12,5 | 0 Bar | 16 | 48 | -10 | 80 | NBR | 0,68 |
| S1000.03 | 1/2″ | 14,5 | 0 Bar | 16 | 70 | -10 | 80 | NBR | 0,71 |
| S1000.04 | 3/4″ | 17 | 0 Bar | 16 | 85 | -10 | 80 | NBR | 0,8 |
| S1000.05 | 1″ | 17 | 0 Bar | 16 | 90 | -10 | 80 | NBR | 0,97 |
| S1000.06 | 1 1 /4″ | 30 | 0 Bar | 16 | 250 | -10 | 80 | NBR | 3,50 |
| S1000.07 | 1 1/2″ | 39 | 0 Bar | 16 | 300 | -10 | 80 | NBR | 3,20 |
| S1000.08 | 2″ | 46 | 0 Bar | 16 | 350 | -10 | 80 | NBR | 2,98 |
S1000 Servo Assisted Series Solenoid Valve (min. ∇P=0 bar,):
Solenoid Valves working on zero differantial pressure, Normally Closed, can work on a line with ∇P=0 bar pressure difference.
Application Areas:
In the cases when the system is closed and the inlet and outlet pressures have no difference.