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TOYOTA 24210-21442-71 Controller Module

TOYOTA 24210-21442-71 Controller Module

Product manual:

TOYOTA 24210-21442-71 Controller Module
Product Overview

The TOYOTA 24210-21442-71 controller module is a specialized electronic control unit for Toyota forklifts and serves as the CPU control board for the core of electric forklifts.
It is installed inside the control panel and is mainly responsible for parsing driver operation signals, coordinating the operation of the drive system, steering system, and hydraulic actuator.
This module provides intelligent control and safety assurance for the entire vehicle, and is a key electronic component in the Toyota 7 series electric forklift.

Technical parameters (typical features)

Type: Controller/CPU Control Board

Applicable models: TOYOTA 7 series electric forklift (such as 7FBCU25 models)

Function: Collect sensor data, process driver operation instructions, output control signals

Installation location: Inside the control panel of the forklift driving console

Repair attribute: Supports OEM replacement and remanufacturing repair, with a common warranty period of 6 to 36 months

Application scenarios

Electric forklift drive control: Perform logical operations and control on the driving motor and pump motor to ensure smooth start stop and speed adjustment of the forklift.

Hydraulic system management: Cooperate with hydraulic pumps and solenoid valve control to achieve precise operation of fork lifting, tilting, and lateral movement.

Safety protection control: Real time monitoring of battery status, brake signals, and various sensor feedback to prevent misoperation and overload.

Operation panel signal processing: Receive input from the driver's operation panel and coordinate the execution of control actions.

Fleet management and maintenance: Fault diagnosis and maintenance can be carried out through control board data, improving the reliability of forklift operation.

Product advantages

High reliability: As a Toyota original control module, it has strong adaptability and stability, ensuring the long-term safe operation of forklifts.

High functional integration: integrating drive, hydraulic and safety logic control, simplifying the overall vehicle control structure.