Parker Parker Directional Control Valve Series
D1SE series two-position three-way valve seat solenoid directional valve
D1VW, D1MW series solenoid directional valve
D3W, D3MW, D31DW, D41VW series solenoid directional valve
D81/91VW, D111VW series solenoid directional valve
D1VP, D3DP, D4P, D9P, D11P series hydraulic control directional valve
D1DL, D3DL, D4L, D9L series manual directional valve
Parker Parker D1VW series electromagnetic directional valve is a three-position four-way or two-position four-way directional control valve with 3 oil chamber electromagnetic control, which is directly controlled by a screw-in armature wet electromagnet. The coil can be exchanged according to different input voltages, but it cannot be exchanged between AC and DC.
Parker Parker D1VW-8W series electric directional valve is a direct-acting 4-port high-performance valve. It has 2 or 3 reversing positions. The valve is suitable for plate type and connection plate type pipe installation, and the interface conforms to DIN 24340 A6. The valve has high cycle rate, long life, high efficiency and low energy consumption.
Parker Parker D1VW series soft reversing solenoid directional valve is a 3 oil cavity, electric control, 3 position 4 way or 2 position 4 way spool valve type. Direct manipulation by wet electromagnet with threaded armature tube. The soft reversal of the valve is achieved by buffering the armature through a damping hole in the armature tube.
Parker Parker D1DW series 5 oil chamber solenoid directional valve is a 5 oil chamber electronically controlled 3-position 4-way or 2-position 4-way spool valve or directional valve. The reversing valve is directly operated by a wet reversing electromagnet with a threaded armature tube.
Parker Parker D1VW/D1DW series solenoid directional valve with inductive position control is a 2-position 4-way directional valve with inductive position control directly operated by an electromagnet, which can be used as a monitoring valve. Can selectively monitor the initial position or the end position. Only single solenoid valves can be used for position control. The reliable position of the reversing valve when the power is off is the initial position, which is maintained by a return spring.
Parker Parker D3W series 3-oil cavity electric directional valve is a 3-oil cavity, electronically controlled, 3-position 4-way or 2-position 4-way spool valve directional valve, which is operated by a wet reversing solenoid with a threaded armature tube Direct manipulation.
Parker Parker D3DW series 5-oil cavity electric directional valve is a 5-oil cavity, electronically controlled, 3-position 4-way or 2-position 4-way spool valve or directional valve. It is directly operated by a wet electromagnet with a threaded armature tube. Steering reversal.
Parker Parker D3W/D3DW series solenoid directional valve with inductive position control is a 2-position 4-way directional valve with inductive position control directly operated by an electromagnet, which can be used as a monitoring valve. Can selectively monitor the initial position or the end position. Only single solenoid valves can be used for position control. The reliable position of the reversing valve when the power is off is the initial position, which is maintained by the return spring.
Parker Parker D1VP series hydraulic directional valve is a hydraulic 3-position 4-way or 2-position 4-way spool valve type directional valve. The operation of the valve can be selected through the control oil flow passages X and Y on the connecting block. It can be realized by oil flow, or directly connected to the external control oil pipeline on the valve body.
Parker Parker D3DP series hydraulic directional valve is a hydraulic 3-position 4-port or 2-position 4-port spool valve. The valve is switched by the pressure oil flowing through the control oil passages X and Y on the oil block. The minimum control oil pressure of the valve must be ensured under any working conditions.
Parker Parker D4P/D9P/D11P series hydraulic directional valve is a hydraulic 3-position 4-way or 2-position 4-way spool valve type directional valve used to control the direction of oil flow. The main sliding spool is changed to the required position by the pressure of the control oil from the X port and the Y port and is maintained in its position by a positioning mechanism or a spring. The pressure and flow of the control oil have an important influence on the reversing performance of the main sliding spool. The minimum control oil pressure of the valve must be ensured under any working conditions.
Parker Parker D1VC/D1VD series mechanical directional valve is a 3-oil chamber type 2-position 4-port spool valve type directional valve. The valve is mechanically switched through a roller push rod.
Parker Parker D1DL series manual directional valve is a 5 oil chamber type 3 position 4 way or 2 position 4 way spool valve type. The valve is switched by the handle. The handle can be selected at end A or end B. The valve core adopts spring centering and slot positioning structure. The handle type reversing valve is seawater resistant.
Parker Parker D3DL series manual directional valve is a 5 oil chamber type 3 position 4 way or 2 position 4 way spool valve type. The valve is switched by the handle. The handle can be selected at end A or end B. The valve core adopts spring centering and slot positioning structure. The handle type reversing valve is seawater resistant.
Parker Parker D4L/D9L series manual directional valve is a 5 oil chamber type 3 position 4 way or 2 position 4 way spool valve type. The valve is switched by the handle. The handle can be selected at end A or end B. The valve core adopts spring centering and slot positioning structure. The handle type reversing valve is seawater resistant.
Parker Parker D3/D4/D8/D9/D11 series pilot solenoid directional valve is a sliding spool type pilot directional valve used to control the direction of oil flow. The main sliding spool is changed to the required position by the pressure of the control oil and held in its position by a stop mechanism, a positioning mechanism or a spring. The pressure and flow of the control oil have an important influence on the reversing performance of the main sliding spool. In order to ensure reliable commutation, the corresponding control oil flow must be selected during use. The minimum control oil pressure of the valve must be ensured under any working conditions.
 
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