Honeywell V5155A1482 1/2 x 1/2 NPT MODULATING VLV

1/2 x 1/2 NPT MODULATING VLV

The V5155A1482 1/2 x 1/2 NPT MODULATING VLV is a solenoid valve designed to control the flow of air as well as various gases and liquids in Schacht gas manifolds. The V5155A1482 has a light gray body, copper lead-through tube, blade port, and stainless steel body.

The V5155A1482 1/2 x 1/2 NPT Modulating Valve is a product of Honeywell. The product number for this specific product is V5155A1482. The main category this product belongs to is Valves. The status of this particular product is currently active.

The Honeywell V5155A1482 1/2 x 1/2 NPT Modulating Valve is designed for air applications. It operates by mixing the incoming air with a predetermined amount of bypass air. The valve will also modulate under demand, when the compressed air source drops in pressure.

The V5155-A1482 is a 1/2 x 1/2 NPT modulating solenoid valve for precise flow control. It incorporates a standard size bonnet (with O-ring seal) that can be used on all of Honeywell's standard valves, and has a 5" long sensing line, which will allow it to work in the majority of your applications.

The V5155A144-2 is 1/2 inch NPT Modulating Variable Flow Valve. It has a 4-Wire Quadrature and 2-Wire Modulation output. Also, it provides both Voltage and Frequency outputs for controlling other actuators, valves, or pumps. The unit has a minimum flow of 1cc/min and a maximum flow of 10cc/min.

The Honeywell V5155A1482 1/2 x 1/2 NPT pressure reducing valve (PRV) module reduces the regulated pressure delivered to enclosed equipment at reduced flow rates, while maintaining constant pressure to equipment with minimum and maximum flow rates. This module is part of Honeywell's Quantum Flow line of non-pop devices that provides constant flow characteristics for applicable service conditions

This innovative and durable V5 Series Modulating Valve is designed for domestic and commercial applications. It utilizes a new brass body/stainless steel stem construction with two, independent, main control ports. This helps you achieve maximum pressure with low flow rates while maintaining the high pressure required for proper chemical compatibility.