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Type 0200 Direct-Acting 2/2-Way Lifting Armature Valve
Brand: Burkert Fluid Control Systems
Type 200 is a direct-acting plunger type solenoid valve normally closed by spring action (circuit function A). A diaphragm isolates the fluid from the solenoid system. When energized, the solenoid armature is drawn against a spring to open the valve. The solenoid epoxy encapsulation efficiently dissipates the heat generated by the coil.
Specific testing and cleaning and low power versions are available according to application requirements.
Features- Vibration-resistant block-screwed coil design
- Compact design, up to DN 2,4
- Housing made of brass and stainless steel with threaded connection
Specifications
Enclosure/Body Material
- Body: Brass, Stainless Steel
Port Connection
- NPT 1/8”
Pressure Range
- 0 to 305 psi
Operating Voltage
- AC 24, 120, 240 V/60 Hz
- DC 12, 24 Vdc
Orifce
- 3/64” to 3/32”
Media
- Neutral Gases and Liquids, e.g. Compressed Air, Town Gas, Natural Gas, Water, Hydraulic Oil, Petrol
- Stainless Steel Version: Slightly Aggressive Media
Media Temperature
- -14° to 212° F
Ambient Temperature
- Maximum 130° F
Response Time
- Opening: 5 to 18 millisecond
- Closing: ca. 8 milliseconds
Environmental Protection
- NEMA 4 (IP65)
- Neutral gases and liquids
- Pneumatic control
- Vacuum
- Shut-off, dosing, filling, ventilating
- Small-scale instrument, laboratory and measurment technology
- Gas control, welding technology
Documentation
Data Sheets
- Type 0200 data sheet plunger type solenoid valve EN pdf 58 KB
- Type 0200 data sheet plunger type solenoid valve for analytical applications EN pdf 116 KB
- Type 0200 data sheet plunger type solenoid valve US units EN pdf 214 KB
- Type 0200 data sheet plunger type solenoid valve with isolating diaphragm EN pdf 88 KB
- Type 0200 data sheet plunger type solenoid valve with isolating diaphragm US units EN pdf 189 KB
- Type 0200 fiche technique lectrovanne plongeur avec membrane de s paration FR pdf 338 KB
- Type 0200 fiche technique lectrovanne plongeur pour l analyse FR pdf 413 KB