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SUN HYDRAULICS CORP
XRCMLANCA814
Circuit Savers
Y-assembly
SUN HYDRAULICS CORP
MATERIAL: XRCMLANCA814
SUMMARY: Y-assembly
Due to extremely high demand, please call 888-651-5712 for availability
This sandwich valve assembly provides 2 functions. It relieves from pressure (p) to tank (t) when pressure at port p exceeds the setting of the valve. The solenoid control allows the valve to be vented, dropping the pressure to a minimal level. This assembly is available in both normally open H option and normally closed C option. The normally open option means the pressure is at a low level until the solenoid is energized. The normally closed option means the pressure is at a high level until the solenoid is energized.
- This assembly is well suited to loading and unloading a pump.
- The nature of a vented relief is that it brings the pressure up in a smooth manner. Unloading is abrupt.
- The DAAL-*** solenoid valve extends approximately 1.18 (normally open valve) and 1.48 inches (normally closed valve) farther out from the manifold than the existing Parker valve. The DAAL-*** solenoid coil is not available with a ½ in. NPTF electrical conduit interface, as was the Parker/Waterman coil. If a ½ in. NPTF conduit interface is required, a DAAL-*** valve coil with ISO/DIN 43650 connector can be converted to ½ in. NPTF conduit interface by using a series P560D connector from Canfield Connectors (see www.canfieldconnector.com for details).
Capacity | 15 gpm60 L/min. |
Body Type | SandwichSandwich |
Interface | ISO 03ISO 03 |
Body Features | P to TP to T |
Mounting Hole Diameter | .20 in.5,2 mm |
Mounting Hole Depth | ThroughThrough |
Mounting Hole Quantity | 44 |
Show FAQ
Additional Resources
- Integrated Packages: Solutions That Grow Your Reputation
- Manufacturing Sun Cartridge Cavities
- Sun's Floating Style Screw-In Cartridge
- Sun Model Code Explanation; 999-901-334
- Custom Integrated Packages from Sun
- Fluid and Temperature Recommendations
Notes:
- Important: Carefully consider the maximum system pressure. The pressure rating of the manifold is dependent on the manifold material, with the port type/size a secondary consideration. Manifolds constructed of aluminum are not rated for pressures higher than 3000 psi (210 bar), regardless of the port type/size specified.