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Parker solenoid valves are designed to control water flow in a system when they are electrically energised / denergised to either shut off or allow fluid flow.
A
B
C
D| Style | Model | Flow Rate | Item | Max. Flow | Response Time | Valve Type | Price (inc. GST) | |
|---|---|---|---|---|---|---|---|---|
| A | DSL103A | - | Threaded Cartridge Valve | 4.5 GPM | - | 3-Way Solenoid | SGD 157.38 | |
| B | DSL105C9 | 5 Gal/min | Solenoid Valve | 5 gpm | 50 ms | 4-Way, 3-Position, Tandem Center | SGD 355.37 | |
| C | DSL104B | 10 Gal/min | Solenoid Valve | 8 gpm | 50 ms | 4-Way, 2-Position | SGD 193.32 | |
| D | DSL101N | 15 Gal/min | Solenoid Valve | 15 gpm | 35 ms | Normally Open Solenoid | SGD 170.67 |
The override function allows the operator to shift the valve manually in the event of loss of power or coil failure.
The mesh screen is intended for the protection of the internal components of the solenoid valve. The mesh catches small pieces of debris that could impede the spool or poppet movement. However, the screen is not recommended for primary filtration.
A 2-way, normally closed poppet valve acts as a check valve when de-energised, thus blocking flow from one direction and allowing restricted free flow in the reverse direction. When energised, the poppet lifts and allows free flow from the side to the nose of the cartridge. If the application requires free flow in both directions, the free reverse flow option should be chosen.