Parker 71315SN1GN00 Solenoid Valve 1/8 in Port Nc

Product Description

The PARKER 71315SN1GN00 is a normally closed solenoid valve body designed for precise fluid or gas flow control in industrial and commercial systems. The valve features a 1/8 inch port, a stainless steel body, and an NBR seal, making it well suited for applications that demand corrosion resistance and reliable shutoff. With a Cv factor of 0.1100 and a 1/16 inch orifice, this valve is engineered for low-flow circuits where accurate metering matters. Note that this valve body requires a separately sourced integrated coil to function as a complete assembly. Licensed technicians and instrumentation specialists are the typical installers.

This solenoid valve is used in process control, fluid handling, and automation systems across industrial, HVAC, and refrigeration applications. Its stainless steel construction handles aggressive media, and the NBR seal is compatible with a range of oils, fuels, and water-based fluids. The normally closed design ensures the valve defaults to a shutoff state when de-energized, which is the preferred fail-safe configuration in most control circuits. Minimum operating pressure differential is 0, meaning it can open against no pressure differential, which broadens its range of compatible system designs.

Key Features

• Normally closed valve state — defaults to shutoff when de-energized
• 1/8 inch port size for low-flow circuit integration
• Stainless steel body for corrosion resistance in demanding media
• NBR seal material compatible with oils, fuels, and water-based fluids
• Cv factor of 0.1100 with a 1/16 inch orifice for precise flow control
• Zero minimum operating pressure differential — functions in low-pressure systems

Compatibility

Designed as an OEM-style solenoid valve body for integration into systems requiring a 1/8 inch normally closed valve. Requires a compatible integrated coil for complete valve operation — the coil is not included.

Installation Notes

Installation should be performed by a qualified technician familiar with fluid control systems and applicable codes. De-energize and depressurize the system fully before removing or installing any valve body. Verify that the separately required integrated coil is rated to match the system voltage and duty cycle before assembly. Do not exceed the rated maximum operating temperature of 185 degrees F during system operation.