SCHNEIDER ELECTRIC LRD3359 -Square D Thermal Overload 65amp

Thermal Overload 65amp

Schneider Electric LRD3359 -Square D Thermal Overload 65amp

Square D Thermal Overload 65amp Schneider Electric LRD3359 is a thermal overload for use in air circuit breakers in heating, ventilating and air conditioning (HVAC) systems

They are designed to interrupt the circuit when there is excessive heat due to faults, such as short circuits, overloading or failure of cooling systems

LRD3359 -Square D Thermal Overload 65amp, Square D by Schneider Electric

These thermal overloads feature a two-stage design that allows for overcurrent protection in three different current ranges: 15 to 35, 35 to 60 and 60 to 65 amps

Square D Thermal Overload 65amp, Square D Part Number: LRD3359

The Schneider Electric LRD3359 is a thermal overload protector for use on air conditioners and heat pumps

Contact us at (800) 338-8158 for more detail information about this Schneider Electric LRD3359 -Square D Thermal Overload 65amp

The unit is designed with a built-in anti-stacking feature to prevent nuisance tripping from other equipment in the circuit

In electrical systems, a thermal overload acts as a circuit breaker to prevent fires, and it is especially used in switches and motors

Shaped by the needs of professionals, Square D thermal overloads are designed specifically for general purpose, electric heating and cooling systems

Its enhanced sensing circuitry provides more accurate response to transient loads, such as compressor surges, than traditional linear thermal overload protectors

Schneider Electric is a global specialist in energy management and automation

This thermal overload protector has a 100% copper rotor for improved performance and life, and an integral terminal box for wiring convenience

With operations in over 100 countries around the world, Schneider helps customers improve their performance while reducing their environmental impact

A thermal overload is a type of device which interrupts the current flow when an abnormal rise in temperature occurs