Kunkle 6010GF Bronze Safety Relief Valve, 1-1/4 in MNPT Inlet x 1-1/2 in FNPT Side Outlet, Bronze/Brass Seat, Air/Gas ASME Section VIII, 140 psig Set Pressure, Kunkle 6010GFM01-KM0140
CBPN:281246
MPN:6010GFM01AKM0140
DESCRIPTION
Kunkle 6010GFM01KM0140, Kunkle 6010 Bronze Safety Relief Valve, 1-1/4 in MNPT Inlet x 1-1/2 in FNPT Side Outlet, Bronze/Brass Seat, Air/Gas ASME Section VIII, 140 psig Set Pressure
These valves are suitable for use on steam boilers and generators, reciprocating or rotary, portable or stationary air/gas compressors, intercoolers and aftercoolers. Also for pressure vessels containing steam, air or non-hazardous gas and on pressure reducing stations.
Kunkle 6010GF Bronze Safety Relief Valve, 1-1/4 in MNPT Inlet x 1-1/2 in FNPT Side Outlet, Bronze/Brass Seat, Air/Gas ASME Section VIII, 140 psig Set Pressure, Kunkle 6010GFM01-KM0140
CBPN:281246
MPN:6010GFM01AKM0140
DESCRIPTION
Kunkle 6010GFM01KM0140, Kunkle 6010 Bronze Safety Relief Valve, 1-1/4 in MNPT Inlet x 1-1/2 in FNPT Side Outlet, Bronze/Brass Seat, Air/Gas ASME Section VIII, 140 psig Set Pressure
These valves are suitable for use on steam boilers and generators, reciprocating or rotary, portable or stationary air/gas compressors, intercoolers and aftercoolers. Also for pressure vessels containing steam, air or non-hazardous gas and on pressure reducing stations.
Specifications
Item Features
- O-ring seats available for exceptional leak-free performance, reduced maintenance cost, multiple cycles with tight shutoff and improved seating integrity.
- Heavy duty casting.
- Wide hex on valve nozzle provides clearance for easy installation.
- Seats lapped to optical flatness.
- Dual control rings offer easy adjustability for precise opening with minimum pre-open or simmer and exact blowdown control.
- Pivot between disc and spring corrects misalignment and compensates for spring side thrust.
- Grooved piston type disc reduces sliding area and friction.
- Heavy duty lift lever assembly
- Each valve tested and inspected for pressure setting and leakage.