Belimo UGVL+SVX24-MFT UGVL w/ non-SR 337lbf MFT UGVL w/ non-SR 337lbf MFT

UGVL w/ non-SR 337lbf MFT

The UGVL w/ non-SR 337lbf MFT is an electric actuator with an integrated positioner and integrated overvoltage protection that acts on the valves.

The Belimo UGVL+SVX24-MFT UGVL w/ non-SR 337lbf MFT is an engineered manifold that is made for use with a HVAC system. This product is constructed with lead free material, and it includes a GPT inlet connection size of 1.5 x 3.0 inches, and a PVT outlet size of 1.5 x 4.0 inches.

The BELIMO UGVL+SVX24-MFT UGVL w/ non-SR 337lbf MFT can be used with a variety of different outdoor applications. You can utilize the UGVL at home, work, or in recreational areas on your boat, in your vehicle, or on a trip.

The Belimo UGVL+SVX24-MFT UGVL w/ non-SR 337lbf MFT is a top of the line UGVL that can be mounted in either floor, wall, or duct environments. It is built with an aluminum frame and zinc plated steel body that will resist corrosion.

A unique combination of drive and control technology. The UGVL+SVX24-MFT unit features the highest available torque capability in a 24 VDC low voltage gear motor, along with the ability to drive up to 125% load for 2 seconds. Capable of high speed positioning, multi-axial rotation and powerful force applications, these units are designed for applications requiring high-torque or high-power outputs, including automated assembly systems.

The UGVL+SVX24-MFT is suitable for both residential and commercial applications. Easy to install, this group is equipped with a 2.5 in. or 3.5 in. dial air damper and features an integral expansion tank that provides one additional gallon of capacity over the standard UGVL. The UGVL+SVX24-MFT is additionally packaged with all necessary hoses, and wiring for quick pad-to-pad installations. This UGVL has been calibrated to ensure that upon installation, it can be used immediately without having to readjust to the system's

The Belimo UGVL vertical lift and turn pipe valve has been engineered with innovative features that are designed to improve water flow, system efficiency and occupant comfort.