PAZ1502366 1 in Double Union Female Pipe Thread Pressure R (...)

Pressure Regulating Valve, EB45 Series, 1 in Nominal, NPT Connection, 10 to 70 psi, 400 psi, Water Media, 6-3/16 in Inlet to Outlet Length, 4-3/8 in Top to Inlet Center, Bronze Body, Polysulfone Seat, EPDM Seal, EPDM Disc, Steel Handle, EPDM Softgoods, 33 to 180 deg F, 6.17 in L x 5.4 in H

The EB-45 Series is a lead-free one half cartridge based pressure reducing and regulating valve with a bronze body. The valve construction is similar to a traditional regulator in that it retains a separate spring chamber and adjusting screw, but offers the simplicity and maintenance benefits of a cartridge based valve. The EB-45 is assembled using modular construction methods and features end connections threaded for both FIP and union in 1 in through 2 in sizes. A connection for a pressure gauge is also available for 3 and 1 in models. The EB-45 is intended for use where supply line pressure does not exceed 300 psi (400 psi 1/2, 3/4 and 1 in). The EB-45 pressure regulators are supplied by the factory with a standard delivery setting of 45 psi. The outlet pressure can be adjusted from 10 to 70 psi without changing the spring. This regulator is suited for either cold or hot (to 180 deg F) water service.

Manufacturer: Generic

Product Features

• Modular cartridge design reduces the number of parts requiring service with quick and easy service/repair
• Rugged bronze body with superior reliability, improved user safety
• Compact pressure reducing and regulating valves designed for small and economic considerations
• Bypass mechanism integral with the cartridge no add-on or small parts, longer life and more reliable performance
• Every valve is tested for performance prior to shipping
• Assembled and tested in the USA
• Water service
• Reinforced engineered polymer or iron spring chamber
• Zinc-plated steel adjusting spring
• Reinforced EPDM diaphragm
• Stainless steel or brass piston
• Stainless steel strainer screen
• 45 psi factory set

Product Attributes

Availability