GPSM-240, 4-Passage Rotary Union, G1/4"-19 BSPP Connections, Stainless Steel
$2,129.00
SKU
GPSM-240-R.A
The 4-passage, GPSM Series rotary unions for general-purpose use, feature specialized sealing technology suitable for vacuum and bidirectional pressures and independent flow passages capable of transferring different media types simultaneously.
The stainless steel construction is suitable for hydraulic, pneumatic, coolant, water, and other corrosive media types.
This model does not have O-ring face seal glands for flush mounting the union to an interface.
For more information, see GPSM Series 4-Passage Rotary Unions.
The stainless steel construction is suitable for hydraulic, pneumatic, coolant, water, and other corrosive media types.
This model does not have O-ring face seal glands for flush mounting the union to an interface.
For more information, see GPSM Series 4-Passage Rotary Unions.
Number of Passages | 4 |
---|---|
Downloads | GPS Series Catalog PDF Drawing DWG [2D] STEP [3D] |
Performance Charts | Pressure vs. Speed Data |
Media Type | Water/Glycol, Oil/Hydraulic, DI/Tap Water, Coolant, Chemical, Air/Gas |
Min. Torque | 6.6 ft-lbs [8.95 Nm] |
Through Bore | N/A |
Max. Speed | 500 RPM |
Max. Pressure | 7,500 PSI [515 BAR] |
Length | 6.118" [155.398 mm] |
Diameter | 3.187" [80.95 mm] |
Connection Type | G1/4"-19 BSPP |
Material Type | Stainless Steel |
Product Disclaimer | Values listed are dependent on a combination of all application parameters. Please note operational life is dependent upon both rotational speed and duty cycle. Contact DSTI if your application requires operating close to the maximum rotational speed with a continuous duty cycle. Applications with temperatures above 220° F (105° C) require alternative seal materials. Some applications using chemical or water-based media may require alternative sealing materials. Please consult with DSTI regarding your specific application requirements. Value listed for the minimum torque required to rotate is based on zero pressure with oil/hydraulic media. Required torque to rotate may be greater when using other media types or dry running. For specific torque requirements, please contact DSTI to discuss your application. |