Vickers Control Valves

Vickers Control Valves, regardless of manufacturer, will operate with fluids showing a higher cleanliness code. The operating life of the control, and other components in the system, will be less however.  For maximum life and best system performance, cleanliness codes as defined below should be achieved. Fluids other than petroleum, severe service cycles or temperature extremes are cause for adjustment of these cleanliness codes. Spool Type Closed, Spring Centered
Connection ：DIN 43650
Coil Volts： 24VDC
GPM @ 3000 PSI：16
Max. Pressure (PSI)：5075
Max. Tank Pressure (PSI)：3045
Seal Type ：Fluorocarbon
Length (In.)：8.6
Width (In.)：2
Height (In.)：3.6
Series ：DG4V
Standards： ISO 4401-03

DG4V Vickers Directional Control Valve

DG4V Vickers Directional Control Valve models are direct solenoid operated four-way directional control valves.  Vickers Hydraulics Valves primary function in a hydraulic circuit is to direct fluid now. This, in turn, would determine the direction of movement of a fluid cylinder, or the direction of rotation of a fluid motor.

DG4V Vickers Hydraulics Valve

DG4V Vickers Hydraulics Valve models are direct solenoid operated four-way directional control valves. Vickers Hydraulics Valves primary function in a hydraulic circuit is to direct fluid now. This, in turn, would determine the direction of movement of a fluid cylinder, or the direction of rotation of a fluid motor.

Vickers Solenoid Operated Directional Valves

Vickers Solenoid Operated Directional Valves can directly control the flow on-off and change. It also can be used as the pilot-operated valve,which could operate other valves. Vickers Hydraulic Valve are for directing and stopping flow at any point in a hydraulic system.

Vickers DG4V Solenoid Valves

Any Vickers DG4V Solenoid Valves, if held shifted under pressure for long periods, may stick and not spring return, due to silting. Therefore, it is recommended that the Vickers Directional Valves be cycled periodically to prevent this from occurring. Only DC coil voltages are available. For applications where the junction box is required, valves with F (flying lead) type coils must be driven by a DC electrical signal.
1. Efficient control of greater hydraulic powers without increasing solenoid power consumption.
2. Installed cost and space savings from higher power/weight-and-size ratios.
3. Increases system efficiency; the result of improved manufacture of spools and bores.
4. Installation flexibility resulting from choice of numerous combinations of solenoid connectors and        locations.
5. Multi-fluid capability without need to change seals.
6. Higher sustained machine productivity and higher uptime because of proven fatigue life and endurance,    tested over.
7. Solenoid coils can be changed quickly and easily without leakage from hydraulic system.

8. Compact, cost effective system design when used with Vickers System Stak valves and subplates. 

Vickers Dg4v Directional Control Valves

Vickers Dg4v Directional Control Valves use solenoid to pull the spool and change the direction of the hydraulic oil. Vickers Dg4v Directional Control Valves can directly control the flow on-off and change. It also can be used as the pilot-operated valve,which could operate other valves. Vickers Dg4v Directional Control Valves are for directing and stopping flow at any point in a hydraulic system.
1. Efficient control of greater hydraulic powers without increasing solenoid power consumption.
2. Installed cost and space savings from higher power/weight-and-size ratios.
3. Increases system efficiency; the result of improved manufacture of spools and bores.
4. Installation flexibility resulting from choice of numerous combinations of solenoid connectors and locations.

Vickers Hydraulics Valves

Vickers Hydraulics Valves 4 Way Valve, 5075 psi Maximum Pressure, Closed Spool Type, 110-120VAC, 21 gpm Flow Rate
Same function as Vickers Hydraulics Valves
High quality
Good service and price
DG4V Valves Operating considerations
1. Dependent on the application and the system filtration, any sliding spool valve if held
shifted under pressure for long periods of time, may stick and not move readily due to fluid residue formation. It may therefore need to be cycled periodically to prevent this from happening.
2. Surges of fluid in a common tank line serving two or more valves can be of sufficient magnitude to cause inadvertent shifting of these valves. This is particularly critical in no-spring detented models, separate drain lines are necessary.