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FET Series threaded hydraulic quick couplers are rated up to 6000 psi and connect with FET Series nipples. They are interchangeable with similar high pressure screw to connect couplings by other manufacturers. Heavy-duty port options include Code 62 flange head and pad. Parker®'s FET Series are high pressure (6000 psi), non-spill, flat face hydraulic quick connect couplers. The coupler sleeve and nipple body must be manually threaded together to make the connection. These rugged hydraulic quick connect fittings are built with high strength materials and are impulse-resistant. The coupler and nipple have stainless steel non-spill, hydraulic flat face valves and can be connected under residual pressure up to 5000 psi and disconnected under residual pressure up to 2500 psi. When the external red O-ring is fully covered by the sleeve, it visually indicates that a complete connection has been made.
Parker® Flat Face Heavy-Duty Hydraulic Quick Coupling, Series: FET Series, Coupling Fitting, Connection Size 1: 1-1/16-12, Connection Type 1: Female UNF, Female UNF Connection, Steel, FNC-Coated, Black, 1-1/16-12 Thread, 50 mm, 41.275 mm Hex, 2.12 in Dia x 4.21 in L, 6000 psi Maximum Operating Pressure, 250 deg F Operating, Additional Information: 5/8 in Size
| Additional Information | : | 5/8 in Size |
| Color | : | Black |
| Connection Size 1 | : | 1-1/16-12 |
| Connection Type 1 | : | Female UNF |
| Connection Type | : | Female UNF |
| Dimensions | : | 2.12 in Dia x 4.21 in L |
| Finish | : | FNC-Coated |
| Fitting Type | : | Coupling |
| Hex Size | : | 50 mm, 41.275 mm |
| Material | : | Steel |
| Maximum Operating Pressure | : | 6000 psi |
| Operating Temperature | : | 250 deg F |
| Series | : | FET Series |
| Thread Size | : | 1-1/16-12 |
- Interchangeable with similar thread to connect couplings by other manufacturers
- Sizes 3/8 to 1-1/2 in have stainless steel valves, 2 in valve is steel
- When the external red color O-ring is fully covered by the sleeve, it provides visual indication that a complete connection has been made
- Connect and disconnect under residual pressure
- High strength materials are impulse-resistant for demanding applications
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