The Gould M-1-3EP solenoid brass valve for Steam specifications:

General Specification

• High Temperature Solenoid Valve
• Internal Piston–Pilot Operated
• 2–Way, full ported
• Packless
• Cast Bronze valve body
• Normally Closed when De-Energized. A minimum pressure drop of 5 psi (ΔP) is needed for proper operation
• UL listed
• EPDM seat
• Positive Shutoff
• Made in USA 

Service Ratings

• Pipe Sizes: 1/8”, 1/4”, 3/8”, 1/2”, 3/4”, 1”, 1¼”, 1½”, 2” NPT
• Media: Steam
• Pressure Range: 5–50 psi
• Rated Fluid Temperature: -40°F up to +300°F
• Available Voltages (AC) 24, 120, 240, 480 or Dual Voltage: 120–240V (50–60Hz) 26 Watts Max
• Coil Specifications:
  • NEMA 4X watertight/corrosive resistant
  • Molded of filled polyester with 18” leads and ½” conduit connector
• Insulation: Class H (300°F Maximum Fluid Temp @ 77°F Ambient)

Valve construction

• Body: Cast Bronze, rated to 400 PSI
• Pressure Rating: WSP 200 psi – WOG 400 psi
• Plunger Tubes: Stainless Steel silver soldered to the brass bonnet.
• Piston Assemblies: are brass with filled Ethylene Propylene seat discs.
• Piston rings: plus an EPDM Seat Diac and Brass or Bronze Guide nut
• Pilot valve: 430 FR Stainless Steel. Piston springs are Stainless Steel
• Seat screw seat:  Ethylene Propylene

Options

Please Note – Factory Set Open/Close Timing: Multiple factors can influence the valve’s standard open/close time, including media type, viscosity, pressure (psi), temperature, and more. On average, the valves require approximately 0.5 seconds to fully open or close once energized or de-energized.

• 81 - Slow close
• 84 - Quick close
• 76 - Spring-loaded pilot for vertical mounting (recommended only for valves up to 1" NPT)

Summary Specifications of Gould solenoid valve M-1-3EP 

Please Note: Gould Solenoid Valves are designed for Industrial–Commercial applications. Residential/Consumer applications will void the warranty. 

Summary Specifications of Gould M series Bronze solenoid valves

Mounting and Service

• Installation: Install in HORIZONTAL pipe with COIL ASSEMBLY on TOP AND VERTICAL with FLOW ARROW or IN AND OUT markings in the proper direction. ALL PIPING should be blown clear before installation, and a 40 mesh STRAINER should be installed ahead of the valve. STEAM LINES should be properly TRAPPED at the valve inlet. PIPE DOPE is NOT recommended, but if used, should not be applied to the VALVE BODY. Apply sparingly to the pipe threads only. J.D. Gould Company recommends Teflon™ tape for all connections. PIPING should be properly aligned and supported to avoid strain on the valve body. The VALVE BODY should not be held in a VISE except across the pipe ends. Use a PIPE VISE or WRENCH on the pipe and a WRENCH on the HEX PIPE ENDS. DO NOT use the COIL ASSEMBLY for a LEVER to tighten piping.

• Maintenance: Close the supply SHUT OFF VALVE and ENERGIZE the SOLENOID VALVE to de-pressurize the inlet supply line. DISCONNECT ELECTRICAL POWER before removing the COIL ASSEMBLY. The COIL will overheat and burn out if left ENERGIZED without the entire SOLENOID ASSEMBLY in place. Since OCCASIONAL INSPECTION AND CLEANING is desirable, be sure to add the valves to your scheduled maintenance program. Flowing media and cycle rate will determine the desired interval between inspections. Removing the BONNET exposes the internal parts of the valve. It is not necessary to remove the VALVE BODY from the line for inspection or repairs. Valve parts may be cleaned in commercial products such as Lime-Away® or CLR™ to remove mineral deposits. Be sure any cleaning solution is compatible with BOTH the metallic and non-metallic (seats & seals) components. Parts should be rinsed thoroughly in clean running water before re-assembly.