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Picture of NRG10-115AC-2Q DC Motor Control

NRG10-115AC-2Q DC Motor Control

The NRG10-115AC-2Q is easy to use and at the same time, will satisfy demanding application requirements. In addition to on-board fusing to protect your motor and drive, the NRG10-115AC-2Q will accept any AC input voltage between 90 and 260VAC at 50 or 60 Hz. With an auto-ranging power supply there are no switches to set, no settings to change. The NRG10-115AC-2Q will also accept any DC voltage between 80 and 340VDC (consult factory for other input voltages)
This highly efficient, near unity form factor PWM regenerative drive will increase motor performance while reducing your energy costs. MOSFET power in PWM drives switch at 16kHz, to provide fast circuit response and the constant 1.05 (pure DC is 1.00) form factor throughout the entire 100:1 speed range.
The NRG10-115AC-2Q will work with isolated logic signals, motion controllers and programmable logic controllers. It is also compatible with Minariks popular PCM4 signal isolator and DCL600 digital controller. Contact factory for connections.

Contact the factory for volume pricing

Enclosure Maximum
Power Range Field / Shunt
Reversing Isolation
Chassis 10 115 0 - 130 1/4 - 1 .20- .75 - Yes No
  • 2Q Operation: Unidirectional operation with reverse torque capability for braking or combating over-hauling loads.
  • Speed range and regulation: 1% regulation over 100:1 speed range.
  • User adjustable calibration pots: IR compensation, min speed, max speed, accel, decel, forward current limit and brake current limit.
  • Diagnostic LEDs: LEDs for power, motoring and regen (torque or braking).
  • Stopping Modes: User can decelerate (N.O.), regeneratively brake (N.O.) or coast to a stop (N.C.).
  • Inhibit personality switch: Choose whether you brake or coast to a stop. Order inhibit plug with 18'' leads (201-0024) to use inhibit.
  • Spade terminals: Easy to use, lower cost and able to fit in smaller package.
  • Auto-ranging power supply: Can accept 90-240VAC or an 80-340VDC input. Connections will vary.