- Info
- Specification
- Performance
- Downloads
|
A patented range of valves designed to control pressure in a hydraulic system using tap water to EU directive 98/83/EC. Designed specifically for fluids with low viscosity, the valve offers accurate control with high resistance to flow erosion experienced in pressure control applications. |
| Part No | Description | Price | RFQ |
| 109BXSW | 30 Bar Max operating Pressure, Pressure Reducing, DN6, Pressure Actuated, Spring Return, Tap Water | POA | |
| 209BXSW | Up to 160 Bar Max operating Pressure, Pressure Reducing, DN6, Pressure Actuated, Spring Return, Tap Water | POA |
Designed to protect equipment from high system pressure in multi function circuits. An example of use is to limit the force of a cylinder when higher system pressure is needed for other functions. The valve is designed to limit the pressure in the P out port even if there is zero flow demand in this line. This function ensures cylinder force control even under stall or reaching an end stop condition. The valve restricts the inlet when nearing the control pressure setting and with the same action, relieves the service line to tank ensuring only minimal energy is lost from the system.
The pressure can be reduced to a maximum of 70% of the inlet pressure in one stage, e.g. 100 bar system pressure, minimum reduced pressure 30 bar.
In Reverse Flow,The valve does not offer a restriction with reverse flow.
| Max Inlet Pressure | 180 Bar |
| P Out Setting Range | 30 Bar 30 to 100 bar 70 to 160 bar |
| Maximum Flow | 0-30 L/min |
| Feed Gallery Diameter | 6mm |
| Porting | 1/4” BSP (Parallel) |
| Construction Materials | 316 Stainless Steel & Polymer |
| Media | Water |
|
DN6
|
|
|
Reducing Valve 30 bar |
109BXSW
|
|
Reducing Valve 30-100 bar : 70-160 bar |
209BXSW
|
Note: Porting orientation changes with spring condition
PDF or Portable Document Files can be opened in many readers such as Chrome or Adobe PDF Reader.
STEP files can be used in many 3d packages, such as Solidworks, Autocad 3d or even Blender.
- Info
- Specification
- Performance
- Downloads
|
A patented range of valves designed to control pressure in a hydraulic system using tap water to EU directive 98/83/EC. Designed specifically for fluids with low viscosity, the valve offers accurate control with high resistance to flow erosion experienced in pressure control applications. |
| Part No | Description | Price | RFQ |
| 109BXSW | 30 Bar Max operating Pressure, Pressure Reducing, DN6, Pressure Actuated, Spring Return, Tap Water | POA | |
| 209BXSW | Up to 160 Bar Max operating Pressure, Pressure Reducing, DN6, Pressure Actuated, Spring Return, Tap Water | POA |
Designed to protect equipment from high system pressure in multi function circuits. An example of use is to limit the force of a cylinder when higher system pressure is needed for other functions. The valve is designed to limit the pressure in the P out port even if there is zero flow demand in this line. This function ensures cylinder force control even under stall or reaching an end stop condition. The valve restricts the inlet when nearing the control pressure setting and with the same action, relieves the service line to tank ensuring only minimal energy is lost from the system.
The pressure can be reduced to a maximum of 70% of the inlet pressure in one stage, e.g. 100 bar system pressure, minimum reduced pressure 30 bar.
In Reverse Flow,The valve does not offer a restriction with reverse flow.
| Max Inlet Pressure | 180 Bar |
| P Out Setting Range | 30 Bar 30 to 100 bar 70 to 160 bar |
| Maximum Flow | 0-30 L/min |
| Feed Gallery Diameter | 6mm |
| Porting | 1/4” BSP (Parallel) |
| Construction Materials | 316 Stainless Steel & Polymer |
| Media | Water |
|
DN6
|
|
|
Reducing Valve 30 bar |
109BXSW
|
|
Reducing Valve 30-100 bar : 70-160 bar |
209BXSW
|
Note: Porting orientation changes with spring condition
PDF or Portable Document Files can be opened in many readers such as Chrome or Adobe PDF Reader.
STEP files can be used in many 3d packages, such as Solidworks, Autocad 3d or even Blender.