518931
Zurn® Wilkins 114-NR3XL NR3XL Pressure Reducing Valve With Integral By-Pass Check Valve and Strainer, 1-1/4 in Nominal, FNPT Union x FNPT End Style, 400 psi Pressure, Cast Bronze Body, Import
| Body Material | : | Cast Bronze |
| Dimensions | : | 7-3/4 in H |
| Domestic/Import | : | Import |
| End Style | : | FNPT Union x FNPT |
| Inlet to Outlet Length | : | 6-3/16 in |
| Lee_Descr | : | 114-NR3XL - ZURN WILKINS 1-1/4IN NR3XL (SU) LEAD FREE |
| Lee_UPC | : | 61205206956 |
| Media | : | Water |
| Nominal Size | : | 1-1/4 in |
| Pressure Range | : | 400 psi |
| Series | : | NR3XL |
| Softgoods Material | : | Buna Nitrile/EPDM Elastomers |
| Temperature Rating | : | 140 deg F |
| Trim Material | : | Brass Stem/302 Stainless Steel Spring |
| UPC_Lee | : | 61205206956 |
| Weight | : | 6.0 lb |
| Width | : | 3.31 in |
| Length | : | 6.44 in |
| Volume | : | 397.44 cu-in |
| Height | : | 6.5 in |
The versatile NR3XL pressure reducing valve is ideal for residential applications that require higher pressure ranges or frequent sediment and debris cleaning. The stainless steel screen filters out debris without buildup to protect your plumbing system and is easy to remove and clean. The cartridge design ensures easy repairs, with a corrosion-resistant polymer composite bell on top of a cast bronze body offers easy access to internals. Lowers lifetime costs by helping to conserve water; meets code and job site requirements and is ideal for irrigation, residential single and multifamily and more.
Zurn® Wilkins Pressure Reducing Valve, Lead Free, Series: NR3XL, 1-1/4 in Nominal, FNPT Union x FNPT, 400 psi, 140 deg F, Media: Water, 6-3/16 in Inlet to Outlet Length, Cast Bronze Body, Brass Stem/302 Stainless Steel Spring Trim, Buna Nitrile/EPDM Elastomers, 7-3/4 in H, Import
- Cartridge-loaded design simplifies repairs
- Time- and labor-saving tailpiece options include threaded, PEX, copper sweat and CPVC
- Highly durable, threaded bell resists corrosion and provides easy access to cartridge internals
- Protects plumbing from excessive water pressures
