Lennox 13W51 3tonExpansionVlv R-22 3tonExpansionVlv R-22

3tonExpansionVlv R-22

This Lennox 13W51 3tonExpansionVlv R-22 is a 3tonExpansionVlv R-22 system designed to keep your home cool during hot months of the year. Perfect for installing in smaller spaces, it features an environmentally friendly design and is built with quality components. The Lennox 13W51 3tonExpansionVlv R-22 is Energy Star qualified, keeping you within the guidelines set by the Environmental Protection Agency and the Department of Energy to maintain the highest standards possible.

The Lennox 13W51 3tonExpansionVlv R-22 is an excellent choice for any home comfort system, and features a polyester filter and factory installed 1/4" I.D. copper tubing.

With the R-22 3tonExpansionVlv, you can add 3 tons of cooling capacity to your Lennox 13W51 residential/light commercial air conditioner. This three-way ventilation valve attaches directly to the existing indoor coil and is designed specially for use with Lennox systems and equipment.

ExpansionVlv R-22 is a forcedair furnace that is ENERGYSTAR certified. This product has an energy efficiency ratio of 9.1 and offers permanent dualfuel operation and low-oil sensors. It also includes the CleanEffects aircleaner.

The Lennox 13W51 3ton expansion valve is a complete R-22 refrigerant expansion and recovery system, designed to work with compatible Lennox single-stage and two-stage air conditioners.

With the 3ton expansion valve, you can easily add or subtract refrigerant to the system. It's designed so that even beginners can do it with ease and confidence plus it comes with a micro-switch safety reverse polarity protection. 13W51 Expansion Valve is a 1/4-turn manual valve, made of brass body, chromium plated finish and has stainless steel shaft.

The Lennox® Expansion Valve for 3-Ton Screw and 3.5 Ton Loop Units is designed to replace the original expansion valve when damaged by low ambient conditions. The Expansion Valve provides the refrigerant circuit an outlet to bypass excessive refrigerant which may occur when the outside air temperature surrounding a unit drops below a determined specification set by the manufacturer.