EC-Classic

Building on the inventiveness of the EC technology pioneers in having the foresight to integrate a low cost 10V DC power supply within EC motors, the EC-Classic range uses patented technology to take advantage of this feature and provides elegant solutions to individual fan speed control.

Download the cross reference to view each controller function (right).

RM-ECi

The RM-ECi controller is for use with the full range of ebm-papst EC fans. Powered by the 10VDC output from the motor, it provides infinitely variable,manual speed control between 0% and 100%.

RM-ECv

The RM-ECv controller is for use with the full range of ebm-papst EC fans. Powered by the 10V DC output from the motor, it provides infinitely variable,manual speed control between 0% and 100%. The maximum and minimum speeds can be varied during commissioning to limit the maximum speed and/or restrict the lower speed.

RM-ECs

The RM-ECs controller is for use with the full range of ebm-papst EC fans. Powered by the 10VDC output from the motor, it provides variable speed control with 5 speed settings. Each setting can be adjusted during commissioning between 0 % to 100% speed.

RM-ECd

The RM-ECd controller is for use with the full range of ebm-papst EC fans. Powered by the 10VDC output from the motor, it provides infinitely variable, manual speed control between 0% and 100%. The control voltage 0-10v is displayed on the LCD for ease of commissioning. A DIP switch allows display of rpm instead if a tacho fan is used.

Configurable Generic Controller

Built on the same platform as CPC and CEC controllers, but offers a programmable solution. The Graphical User Interface (GUI) used to program the controller provides customers the ability to modify the configuration of the controller to their individual requirements.

Fan Coil Monitor / Controller - CN1101

Primarily designed for use with our EC fan coil fans. This provides a simple and low cost monitoring solution for up to 5 EC fans per board, with fan alarm relay output, and LED to identify failed fan.