Features:
- Delivers 3.1 A V/Hz or 2.1 A vector output at the documented rating.
- Includes a dynamic-braking unit in the specified build.
- Incorporates the RFI-filter configuration for the 400 V drive.
The complete GV3000E code identifies the AC003 drive together with braking and RFI hardware.
It controls an induction motor in scalar or vector mode according to the commissioned parameter set.
Motor data, braking design and EMC installation must be checked as a complete system before exchange.
Availability is confirmed against the complete GV3000E-AC003-AA-DBU-RFI identity, required condition, quantity and delivery destination at quotation.
Verified resources for Reliance Electric GV3000E-AC003-AA-DBU-RFI:
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
- Regulate a 400 V induction motor in a legacy GV3000E installation.
- Control a decelerating load using the engineered dynamic-braking circuit.
- Maintain an EMC-filtered machine drive without redesigning its control wiring.
- Vector mode applies motor-model control for torque response at the documented rating.
- V/Hz mode supports general variable-speed duties with the corresponding output current.
- Correct motor data and switching settings reduce avoidable drive and motor losses.
- Choose the control mode before tuning the motor parameters.
- Restore acceleration, deceleration and I/O assignments from the approved backup.
- Braking and current-limit settings must suit the connected mechanics.
- The IP20 drive requires installation inside a suitable enclosure.
- Braking resistor thermal protection must remain in the shutdown chain.
- RFI-filter earthing and cable-screen practice are part of the drive protection design.