Apollo™ 1220605 12-200 Low Pressure Safety Relief Valve, 2-1/2 in Nominal, MNPT x FNPT End Style, 8 psi Pressure, Bronze Body, Domestic
CBPN:246950
UPC:670750496516
MPN:12-206-05
Price:
$843.87 / EA
Prop 65:
DESCRIPTION
Apollo™ 1220605, Safety Relief Valve, Low Pressure, Series: 12-200, 2-1/2 in Nominal, MNPT x FNPT End Style, 8 psi Pressure, 250 deg F, Media: Steam, Bronze Body, Brass Trim, PTFE Seat Softgoods, 8-1/2 in H Dimensions, Domestic
Medium capacity safety valves protect ASME Section IV low pressure steam heating boilers. Cast bronze, full nozzle design features PTFE faced elastomer soft seating for dependable operation.
Apollo™ 1220605 12-200 Low Pressure Safety Relief Valve, 2-1/2 in Nominal, MNPT x FNPT End Style, 8 psi Pressure, Bronze Body, Domestic
CBPN:246950
MPN:12-206-05
UPC:670750496516
Price:
$843.87 / EA
Prop 65:
DESCRIPTION
Apollo™ 1220605, Safety Relief Valve, Low Pressure, Series: 12-200, 2-1/2 in Nominal, MNPT x FNPT End Style, 8 psi Pressure, 250 deg F, Media: Steam, Bronze Body, Brass Trim, PTFE Seat Softgoods, 8-1/2 in H Dimensions, Domestic
Medium capacity safety valves protect ASME Section IV low pressure steam heating boilers. Cast bronze, full nozzle design features PTFE faced elastomer soft seating for dependable operation.
Specifications
Brand: Apollo™
Weight: 8.35 lbs
Nominal Size: 2-1/2 in
End Style: MNPT x FNPT
Set Pressure: 8 psig
Body Material: Bronze
Trim Material: Brass
Dimensions: 8-1/2 in H
Manufacturer Name: Apollo Conbraco
Media: Steam
Pressure Rating: 8 psi
Series: 12-200
Softgoods Material: PTFE Seat
Temperature Rating: 250 deg F
Type: Low Pressure
Application: Medium and Large Commercial and Industrial Steam Heating and Processing Boilers
Warranty: 5 Years
Domestic/Import: Domestic
Country of Origin: US
Standards and Approvals: ASTM B584 Body | ASTM B16 Stem | ASME Section IV | PROP65: Cancer and Reproductive Harm
Item Features
- All bronze construction
- PTFE coated o-ring seat seal
- 3/8 in NPT side tapping for drain
- Rust proofed steel spring
- Top guided, high capacity design
