MAGNETEK CIMR-G5M41P5 Vector Crane Controller

Brand:Magnetek
Model:CIMR-G5M41P5
Product status: New/used
Shipping place: Xiamen, China
Warranty: 365 days
Structural form: Other (specific form may vary depending on application)
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Details

MAGNETEK CIMR-G5M41P5 Vector Crane Controller

Product manual:

MAGNETEK CIMR-G5M41P5 Vector Crane Controller
product overview
CIMR-G5M41P5 is a vector control variable frequency drive/controller customized for lifting equipment in the Magnetek G5 series, with high reliability, high response, and motion control performance optimized for lifting conditions.

Core product features
Vector control optimized specifically for lifting conditions

Adopting closed-loop/open-loop magnetic flux vector control technology to achieve high-precision lifting and walking control;

Maintain strong torque at low speeds to prevent slipping or drifting during heavy loads.

Four quadrant operation support

Support lifting/lowering and forward/reverse braking control, compatible with regenerative braking module, to achieve energy feedback or efficient braking.

Anti sway function

An optional anti sway control logic module can be used for applications such as bridge cranes and grab buckets, effectively reducing load sway and improving lifting efficiency and safety.

Quick response braking logic

Built in brake control curve setting, supporting rapid shutdown and coordinated braking control in case of power failure, enhancing personnel and equipment safety.

Multiple security protection mechanisms

Including brake confirmation logic, encoder fault detection, motor stalling detection, brake failure alarm, etc,
Meet the industrial safety requirements under EN and ANSI standards.

Self learning motor parameter tuning

Before starting, automatic recognition of motor parameters can be performed to improve the accuracy and efficiency of drive control,
Especially suitable for replacing the original equipment motor or retrofitting occasions.

Special functional parameter group for lifting equipment

The setting interface is specifically designed for three typical driving modes: lifting, lateral movement, and longitudinal movement, with clear parameter classification and easy debugging.