ICM 16amp Soft Starter with built in capacitor ICM87016A
Product Features
Compressor Rated Load Amps (RLA) is found on the condenser rating label sticker or the compressor itself
The ICM870 series soft starts ARE compatible with 2-stage HVAC units. If your 2-stage unit has two compressors, you will need two ICM870 units.
The ICM870 Soft Start is intended for residential, commercial, RV & marine applications. The ICM870 integrates compressor or motor in-rush current over startup time, thus reducing peak current demand on a power supply source by up to 70%.
Effectively reducing power draw to the A/C, the ICM870 utilizes a built-in self learning algorithm to deliver the optimal in-rush current per application. The ICM870 will monitor system health including voltage, current, compressor startup and integrity. Upon a fault condition, it will halt operation and initiate a 3 minute anti-short cycle routine while providing diagnostic fault information by means of an LED indicator.
- Reduces in-rush current/draw necessary at startup by up to 70%
- Prolong the life of the A/C by reducing excessive torque, wear and tear
- Reduce loud noises, light flickering, and breaker trips
- Built-in self-learning algorithm
- Over-current protection
- Over/under voltage monitoring
- Built-in start capacitor
- LED fault indicators
- ltrasonic sealed tamper-proof enclosure
- Installation hardware is included
- The ICM870 series soft starts ARE compatible with 2-stage HVAC units. If your 2-stage unit has two compressors, you will need two ICM870 units.
Compressor Rated Load Amps (RLA) is found on the condenser rating label sticker or the compressor itself
ICM870-9A: For use with a Compressor Load Amp Rating (RLA) of up to Maximum of 9A
ICM870-16A: For use with a Compressor Load Amp Rating (RLA) of 9.1-16A Maximum
ICM870-32A: For use with a Compressor Load Amp Rating (RLA) of 16.1-32A Maximum
ICM870-16A: For use with a Compressor Load Amp Rating (RLA) of 9.1-16A Maximum
ICM870-32A: For use with a Compressor Load Amp Rating (RLA) of 16.1-32A Maximum

