Honeywell VBN3EPPX0000 CONTROL BALL VALVE - 1-1/2

CONTROL BALL VALVE - 1-1/2

Designed to improve long term durability, this HONEYWELL VBN3EPPX0000 1-1/2" Control Ball Valve is a solid brass valve that features a design to meet NBIC or IEC standards. It includes a self-lubricated elastomeric seal that is designed to seal against pressure up to 200 PSI while sustaining temperatures in excess of 265 degrees Fahrenheit. Optimize your processes by customizing this 1-1/2" ball valve with your own setpoint and display preferences.

Honeywell's VBN3EPPX0000 is a control ball valve that is 1-1/2 in. nominal size and 3 in. wide, and features a 2-position pilot solenoid, an external manual override and a float position proportional pilot. For converting pneumatic control signals to open or close a control device, this control ball valve comes enclosed in sturdy metal housing and includes mounting bracket.

A control ball valve makes it easy to connect additional bathrooms in your home and saves space. Use with 1-1/2-inch copper, PEX or CPVC tubing. Meets industry standards for strength and durability. What's Included 1/2 control ball valve

Control Ball Valves are used for on/off operation where medium to high flows are not required. They can also be used as a two-way control valve with process piping attached to the discharge side and a control connected to the pilot inlet.

The VBN3EPPX0000 Control Ball Valve by Honeywell provides maximum flow control and smooth start-up when used in applications with varying pressures. This valve is for use with bright-finish brass and malleable iron pipe systems, and requires a 3/4 NPS connection.

The VBN3EPPX0000 is a control ball valve for evaporative cooling systems, and has an operating pressure of 50 psi and ± 5 psi.

Ronstan VBN Ball Valves are designed for a wide range of applications, including: primary engine cooling, domestic and industrial heating systems, air conditioning and refrigeration, laboratory research, tractor hydraulics, connecting oil flow between components to permit separate isolation or shutting down of component service intervals.