1-1/2" Sweat Brass Spring Check Valve
Shipping calculated at checkout
BONOMI 100712LF-1-1/2 is a 1-1/2 in check valve with sweat x sweat connections and an inline spring body design. It features a lead-free brass body and is intended for use with compatible gas, oil, and water applications within specified ratings. The valve allows one-way flow and helps limit reverse flow in piping systems, with a 0.5 psi cracking pressure, Cv of 51.9, and flow rating of 51.9 gpm. It can be mounted horizontally or vertically.
Key Features:
- Check valve with inline spring body design
- Connection size: 1-1/2 in on both sides
- Connection type: Sweat x sweat; solder connection
- Body material: Lead-free brass
- Check mechanism material: PPS
- Seat and seal material: Buna-N / NBR
- Spring material: 302 stainless steel
- Flow rating: 51.9 gpm
- Cv: 51.9
- Cracking pressure: 0.5 psi
- Maximum operating pressure: 400 psi
- Maximum water pressure: 200 psi
- Operating temperature range: -4 degrees F to 210 degrees F
- Certifications and standards: NSF 61, ANSI B16.18, NSF 372, UL Listed
- Overall size: 5.79 in L x 2-7/8 in H x 2-7/8 in W
- Ship Pack Height: 3.7
- Ship Pack Length: 3
- Ship Pack Width: 3
If you qualify for sales tax exemption, please submit your exemption details and supporting documents. Our team will review your request, and once approved, your account will be updated to receive tax-exempt checkout on eligible purchases.
If you can't find the product you're looking for, send a quote request below.
Return policy
You have 60 days to return the product. Returned items must be in the original packaging, contain all components, and be in new condition. Returns may require additional information or a photo of the item(s) to process the return. Returns received without the proper return label may take more than 10 business days to credit.
Shop.water-services.us reserves the right to refuse or limit any returns that, in Shop.water-services.us’s sole judgment, appear to be fraudulent, abusive, in violation of these terms, or otherwise inappropriate.