TOYOTA 24220-23300-71 Logic Board

Brand:TOYOTA
Model: 24220-23300-71
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

TOYOTA 24220-23300-71 Logic Board

Product manual:

TOYOTA 24220-23300-71 Logic Board
Product Overview

The TOYOTA 24220-23300-71 logic board is one of the core control units of Toyota electric forklifts,
Used to process driver operation signals, sensor data, and send execution instructions to the drive system, hydraulic system, and auxiliary equipment.

Product Features

High performance signal processing

Quickly receive and analyze signals from handles, pedals, and sensors to ensure immediate execution of control commands.

integrated design

Concentrate logical operations, signal acquisition, and output control on one board, simplify wiring, and improve system reliability.

Industrial grade durability

By using electronic components that are resistant to high temperatures, vibrations, and interference, they can operate for a long time in complex industrial environments.

Safety protection function

Built in overcurrent, overvoltage, overheating, and limit detection mechanisms improve the safety of forklift operations.

Modular maintenance design

The logic board can be quickly disassembled and replaced, making it easy to repair and maintain, and reducing downtime.

Strong compatibility

Specially designed for Toyota electric forklifts and related industrial vehicles, ensuring compatibility with the original vehicle control system interface and signals.

Product application areas

Electric forklift drive control

Control the start stop, acceleration/deceleration, and direction switching of the driving motor to achieve smooth driving.

Hydraulic system management

Coordinate the actions of the hydraulic pump and solenoid valve to achieve the lifting, tilting, and lateral movement of the fork.

Operation signal processing

Collect signals from the driver's operating handle, pedals, and buttons, convert them into control commands, and output them to the execution unit.

Security monitoring and protection

Real time monitoring of battery, motor, and sensor status, providing protective measures, and improving operational safety.

Auxiliary equipment management

Control auxiliary devices such as lights, buzzers, and display panels to enhance operational convenience and safety.