CDII750
Control Techniques Commander CDII 7.5kW AC Drive

Commander CDII variable speed drives are just one of the items manufactured by Control Techniques that are supported by Northern Industrial. CDII750 is part of the Commander CDII series and is a 7.5kW, 16A, 380...480V AC VFD. This drive had numerous features when launched that made it a popular motor speed controller for a range of applications.

Features of the Commander CDII CDII750

When first launched, the Commander CDII ‘s many features and advantages were extremely beneficial to its users. Prolonging the life of the motor and close control of the production or manufacturing process are just two of the benefits that users of the Commander CDII could experience. The variable frequency drive was also able to be programmed so that the motor would:

• Run at any speed within practical limits
• Apply either constant power or constant torque
• Accelerate and decelerate at user variable rates
• Start and stop from external signals
• Maintain speed against changes of load torque
• Run forward and reverse
• Apply an increased torque to start difficult loads

Accessories and Options

Control Techniques provide an array of options with many of their motor control products. Accessories and options that extend your I/O, allow you to better interface with your variable speed drive and communications options are just some of the accessories that are often available for Control Techniques inverters. For more information on which accessories are suitable for the CDII750, you can contact Northern Industrial.

Support for Obsolete Commander CDII CDII750

Enjoy extra reassurance when you get support from the experts for your 7.5kW CDII750 Commander CDII inverter. In addition to supplying new and used Control Techniques drives we also repair inverters and include a one year warranty on everything we sell or repair. Northern Industrial can also help you upgrade your Commander CDII CDII750 to a newer series such as the Commander SK. Contact us today for any help regarding the CDII750.