5905 by ZSi-Foster | 1-Way Quick Disconnect Socket | 3/4" ID | Hose Stem | Brass/Steel Replacement Parts for VSMT204FP VSF204FP VS204FP VSFMT204FP Welding Fume Extraction SAE Rating:

Welding Fume Extraction SAE Rating: N/A Other Ratings: N/A Tube: Self-extinguishing medium weight clear polyurethane Reinforcement: Bronze coated spring steel wire helix Cover: N/A Temperature Range: -65 deg

** G50-C-SS* - 1/2" 150 PSI G75-C-AL** G75-C-BR** G75-C-SS - 3/4" 250 PSI G100-C-AL** G100-C-BR** G100-C-SS - 1" 250 PSI G125-C-AL G125-C-BR G125-C-SS - 1-1/4" 250 PSI G150-C-AL G150-C-BR G150-C-SS G150-C-ALSI 1-1/2" 250 PSI G200-C-AL G200-C-BR G200-C-SS G200-C-ALSI 2" 250 PSI G250-C-AL G250-C-BR G250-C-SS - 2-1/2" 150 PSI G300-C-AL G300-C-BR G300-C-SS G300-C-ALSI 3" 125 PSI G400-C-AL G400-C-BR G400-C-SS G400-C-ALSI 4" 100 PSI G500-C-AL* G500-C-BR* - - 5" 75 PSI G600-C-AL - G600-C-SS - 6" 75 PSI G800-C-AL* - - - 8" 50 PSI

Part Number Description End Type Gasket Max PSI Pressure Difference PV075 Poly Pinch Valve 3/4" Female NPT x 3/4" Female NPT EPDM 300 PSI 15 to 20 PSI PV075V Poly Pinch Valve 3/4" Female NPT x 3/4" Female NPT FKM (Viton Type) 100 PSI 15 to 20 PSI PV100 Poly Pinch Valve 1" Female NPT x 1" Female NPT EPDM 300 PSI 15 to 20 PSI PV100-075 Poly Pinch Valve 1" Female NPT x 3/4" Female NPT EPDM 300 PSI 15 to 20 PSI PV100-075V Poly Pinch Valve 1" Female NPT x 3/4" Female NPT FKM (Viton Type) 300 PSI 15 to 20 PSI

L FD96-1004-06-04 1/4" 3/8" Socket/Female 9/16-18 UNF Female SAE ORB 2 2

1mm) 1-3/8" Brass Coupler & Brass Plug:

5905 by ZSi-Foster | 1-Way Quick Disconnect Socket | 3/4" ID | Hose Stem | Brass/Steel Replacement Parts for VSMT204FP VSF204FP VS204FP VSFMT204FP Welding Fume Extraction SAE Rating:Features: High flow metal valves. Precision molded seals form a "bubble tight" seal for reliable operation within rated working pressures. Nitrile (Buna N) seals are standard. EPDM, Viton and Neoprene seals are available as options. Proven ball locking mechanism with large numbers of stainless steel locking balls evenly distribute the load to resist wear and provide positive connections and allow a swiveling action to reduce hose torque. Integral