Swing Check Valve, Inline, 3/4 in Pipe Size, FNPT x FNPT, PVC Body
Shipping calculated at checkout
The NDS 1520-07F is an inline swing check valve for general-purpose water service. It uses a swing-style flapper mechanism intended to permit flow in one direction and restrict reverse flow. This valve features a PVC body with EPDM seal material, an inline body design, and FNPT x FNPT connections in a 3/4 in size for use in piping systems requiring a check valve.
Key Features:
- Valve type: Swing check valve with inline body design and single flow path.
- Size and connections: 3/4 in nominal valve size with female FNPT x FNPT threaded connections.
- Body and seat material: PVC body and PVC seat.
- Seal material: EPDM.
- Flow rating: 12.47 gpm.
- Cracking pressure: 0.25 psi.
- Pressure ratings: 125 psi maximum pressure at 72 degrees F; 150 psi maximum water pressure at 70 degrees F.
- Temperature range: 14 degrees F minimum to 140 degrees F maximum operating temperature.
- Mounting orientation: Horizontal or vertical.
- Certification: NSF 61.
- Dimensions: 3.5 in overall length; 2-29/32 in overall height and width.
- Ship Pack Height: 4.8
- Ship Pack Length: 2.9
- Ship Pack Width: 2.9
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.