|Warranty:||1 year DO Supply Warranty Included|
|Shipping:||Worldwide shipping via DHL, UPS, Fedex, and TNT|
|Repairs:||We offer repair service for the 150-A97BCD.|
|Exchange:||Exchange credit for your defective unit available.|
The Allen Bradley 150-A97BCD is a part of Non-Combination Solid-State Controller series. It has a programmable software and IP30 Type 1 NEMA ventilator enclosure. Efficient and easy to use, the 150-A97BCD controller is created for a simple, trouble-free initial installation. This controller can be easily modified, making it an ideal partner for the current electromechanical starters. Created for fast and demanding switching of loads, the 150-A97BCD is most appropriate for transformers, heaters, solenoids, and motors. It uses LED diagnostics for operating status and fault setup.
The SMC-2 Smart Motor Controllers series including the 150-A97BCD module provide various cost-effective solutions. Characterized by effortless installation and setup, these controllers are most suitable for high-function control of AC induction motors. This series of Smart Motor Controllers, specifically the 150-A97BCD, is a multi-functional, close-packed, and adaptable solid-state controllers. They are used in starting standard three-phase squirrel-cage induction motors. These controllers are developed to meet the motor management demands of various applications. All SMC-2 Drives consist Soft Start, Current Limit, and Full Voltage Start starting models.
The 150-A97BCD’s power input requirement is 200 to 600 Volts AC, with a controller rating of 97 Amps. In case of electro-mechanical device or mercury contactor impairment, the 150-A97BCD is a convenient substitute. This type of module can switch single, dual and three-phase heaters up to 50 A. In addition, the 150-A97BCD controller includes an energy saver system, advisory and diagnostic LEDs, and digital adjustments. As a compact, solid-state unit, the 150-A97BCD offers flexibility and maximizes panel space. Other favorable features of the 150-A97BCD controller are reduced downtime and maintenance cost, increased equipment life, easy selection, and electronic equipment protection.