Lennox 26W38 RunCapacitor 40mfd 370v Round

RunCapacitor 40mfd 370v Round

The Lennox 26W38 electronic capacitor is a 40mfd 370v round run capacitor designed for use with the Lennox XC17 air conditioner. This run capacitor works for systems that use power cycling, variable speed drives, and high line voltage to create continuous 24/7 cooling. The capacitor is made by Lennox, and comes backed with a one year warranty.

The Lennox 26W38 run capacitor is designed to replace older capacitors used in older Lennox equipment. With a 40mfd rating, this capacitor won't trip the circuit breaker when starting your HVAC system. This capacitor also has a voltage of 370v remaining after an R-22 gas conversion and offers better performance.

This Round RunCapacitor by Lennox has a voltage that is 370 volts, and it has a menu class is CSA.

The Lennox 26W38 capacitor is one of the most commonly found run capacitors in the industry. It is used in both two speed fan motors and two speed blower motors.

Make sure you are ready before the furnace runs out of gas with the Lennox run capacitor. Compatible with many Lennox furnaces, this run capacitor can be used in place of a fan motor during power outages to allow your furnace to keep running.

The Lennox 26W38 is designed to allow fast capacitor replacement using existing wiring and hardware. This run capacitors fits systems that utilize copper conductors with a 90% or higher compliancy rating. The impulse start is ideal for use with the Trane XE 900, 1000, 2000 and 2500 (R410A) series of indoor air conditioners in single-stage installations. Use this capacitor in systems where a 20lb condensing unit and 5 ton cooling coil have been installed on 12" dia x 16' lengths or larger of

This Lennox® RunCapacitor® helps improve the power factor, thereby reducing the energy demand on your electrical system. A poorly constructed circuit (low power factor) causes that portion of the unwanted load to be taken by the capacitor—the component of an electrical system designed to store electricity—and in doing so, it often quickly overloads and fails.