PARKER B39F PUSH TO CONNECT AIR HOSE AND TOOL QUICK COUPLINGS
Our items are industrial surplus. Original packaging may have shelf wear or be damaged. The item itself will be new and unused.
SPECIFICATIONS:
- Body Material: Brass
- Thread Style: Female
- Connection Thread Size (inch): 1/2 - 14
- Connection Type: NPTF
- Body Size (inch): 3/4
- Maximum Operating Pressure: 300 psi
- Media: Low pressure fluids and compressed air
- Coupling Half: Coupler
- Minimum Operating Temperature: -40 °F
- Maximum Operating Temperature: 250 °F
- Seal Material: Nitrile
- Valve Type: Tubular
- Application: Pneumatic
- Specifications Met: Connects with A-A-59439 (MIL-C-4109F, ISO 6150-B)
- Sleeve Type: Push to connect
- Lock Type: Pawls
© Energy Power Systems LLC. 2021 - 2022
SPECIFICATIONS: ---Body Material: Brass ---Thread Style: Female ---Connection Thread Size (inch): 1/2 - 14 ---Connection Type: NPTF ---Body Size (inch): 3/4 ---Maximum Operating Pressure: 300 psi ---Media: Low pressure fluids and compressed air ---Coupling Half: Coupler ---Minimum Operating Temperature: -40 °F ---Maximum Operating Temperature: 250 °F ---Seal Material: Nitrile ---Valve Type: Tubular ---Application: Pneumatic ---Specifications Met: Connects with A-A-59439 (MIL-C-4109F, ISO 6150-B) ---Sleeve Type: Push to connect ---Lock Type: Pawls
PARKER B39F PUSH TO CONNECT AIR HOSE AND TOOL QUICK COUPLINGS
Our items are industrial surplus. Original packaging may have shelf wear or be damaged. The item itself will be new and unused.
SPECIFICATIONS:
- Body Material: Brass
- Thread Style: Female
- Connection Thread Size (inch): 1/2 - 14
- Connection Type: NPTF
- Body Size (inch): 3/4
- Maximum Operating Pressure: 300 psi
- Media: Low pressure fluids and compressed air
- Coupling Half: Coupler
- Minimum Operating Temperature: -40 °F
- Maximum Operating Temperature: 250 °F
- Seal Material: Nitrile
- Valve Type: Tubular
- Application: Pneumatic
- Specifications Met: Connects with A-A-59439 (MIL-C-4109F, ISO 6150-B)
- Sleeve Type: Push to connect
- Lock Type: Pawls
© Energy Power Systems LLC. 2021 - 2022