Preventing Solid State Relay Failure in Industrial Systems

Integrated thermal protection technologies prevent overheating and identify heat sinking issues for equipment longevity

  • Preventing Solid State Relay Failure in Industrial Systems
    Preventing Solid State Relay Failure in Industrial Systems

What do large industrial/commercial HVAC and refrigeration systems, heavy duty transportation, conveyor belts, assembly lines, medical, energy and other complex manufacturing systems all have in common? Motors. Big and expensive electrical motors that, if they overheat, can be damaged or even destroyed. Most large motor driven machinery requires a system attached to the motor’s power supply that will sense overheating and turn off the motor to prevent this damage. In many cases, this device is an electrical relay that turns power on and off. There are two main types of these relays – electro-mechanical (EMRs) and solid state (SSRs).

Solid state relays provide robust solutions for electronic switching in load control applications and hold many advantages over electromechanical relays. New, emerging solid state relay designs offer integrated thermal protection that can prevent overheating and improve system safety, efficiency and longevity. This whitepaper discusses thermal protection technologies for a wide range of applications.

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