Yaskawa CIMR-AU4A0044FAA A1000 Vector VFD 480V 30HP 44A NEMA 1

Product Specification

Product Overview

The Yaskawa CIMR-AU4A0044FAA is a 380-480 VAC three-phase A1000 high-performance vector variable frequency drive. It offers a Normal Duty rating of 30 HP at 44 A and a Heavy Duty rating of 25 to 30 HP at 39 A. Because the available output current and overload capability differ between duty selections, the drive should be selected from motor current and load profile rather than horsepower alone.

The A1000 platform provides advanced open-loop and closed-loop motor-control functions for machinery that requires strong torque performance, accurate speed regulation or encoder feedback. Supported applications include induction motors and compatible surface or interior permanent-magnet motors. Closed-loop operation requires an appropriate feedback option matched to the encoder technology.

Main Features

• 380-480 VAC three-phase industrial input
• 30 HP and 44 A Normal Duty rating
• 25 to 30 HP and 39 A Heavy Duty rating
• Open and Closed Loop Current Vector control
• Open and Closed Loop V/f control
• Compatible induction and PM motor control
• Incremental, supported absolute encoder and resolver feedback options
• Built-in Modbus RTU over RS-422/485
• Built-in braking transistor within this power range
• Programmable I/O for complex machine control

Technical Specifications

Compatible System and Applications

The CIMR-AU4A0044FAA is suitable for medium-capacity conveyors, mixers, extruders, winders, process machinery, machine tools, pumps and industrial fans. Heavy Duty operation should be considered for constant-torque equipment, repeated acceleration, impact loading or high starting torque. Normal Duty is more appropriate for variable-torque loads where the 44 A continuous output is required.

For closed-loop vector control, confirm the feedback option, encoder signal, cable shielding, supply voltage and mechanical installation. Encoder cables should be routed separately from motor power conductors to reduce electrical interference. The final feedback configuration must match the controller parameters and machine requirements.

The built-in braking transistor can be used with a correctly engineered external braking resistor. Resistance, power, duty cycle and protective components must be selected from the regenerative energy and stopping frequency. The presence of a braking transistor does not make an arbitrary resistor suitable.

Maintenance and Replacement Notes

Record the existing parameter set, complete nameplate, specification number, software revision and option cards before removing an installed unit. Confirm motor tuning data, encoder settings, communication mapping, digital-input logic, analog references and safety-disable wiring. Review rating-dependent parameters after transferring a parameter file.

Check cabinet ventilation, conductor size, grounding and branch-circuit protection. If the original drive failed unexpectedly, test the motor insulation and output cable before connecting the replacement.

For GA800 migration, select the equivalent drive from voltage, ND or HD output current and control requirements. DriveWizard parameter conversion is an engineering aid, but feedback hardware, terminals, network options, braking components and safety functions require separate verification.

Related Models

Related models include CIMR-AU4A0038FAA, CIMR-AU4A0058FAA, CIMR-AU4A0072FAA and CIMR-AU4A0088FAA. Capacity changes may require different mounting dimensions, wiring and cabinet thermal design.

Inquiry and Supply Notes

Please provide the complete drive nameplate, motor data, required control mode, encoder type, communication option, braking arrangement and quantity. Confirm the installed machine configuration before final model selection.