32 Channels CAN Bus l/O Modules for Intelligent Control Systems
32-channel I/O module for mobile systems with CANopen, J1939, and custom protocol support.
Equipped with 1× CAN communication port, the module handles complex data exchange efficiently across networks.Each output channel supports up to 20A or 15A max. load, ensuring reliable operation in high-demand environments such as construction machinery, sanitation vehicles, and agricultural equipment.
Product Comparison
Specification
Dimensions
Application
1. Agricultural Vehicles
Implement Control: Precisely manage hydraulic linkage for depth control and accurate planting/fertilizing rates based on sensor feedback.
Vehicle Performance: Optimize engine and transmission load matching for fuel efficiency and monitor system diagnostics for predictive maintenance.
2. Sanitation Vehicles
Operational Control: Intelligently manage waste compaction, sweeping, vacuuming, and water spraying systems through precise hydraulic and mechanism control.
Safety & Monitoring: Collect data from various sensors for status feedback, implement safety interlocks, and enable remote monitoring for efficient dispatch.
3. Mining Machinery
Precision Operations: Enable precise hydraulic system control for digging, lifting, and unloading. Optimize load sensing and power matching for heavy-duty tasks.
Safety & Reliability: Enhance drivetrain management and braking/traction control. Provide safety monitoring for tilt and overload, and facilitate remote control interfaces.
4. Emergency Rescue Vehicles
Integrated Equipment: Control specialized systems like fire pumps, medical equipment, and rescue tools.
Vehicle & Crew Support: Manage warning lights and sirens, monitor cabin environment, control power distribution, and integrate with onboard communication systems.
5. Logistics Machinery
Precise Movement: Control motors for precise drive and lifting, using encoders and sensors for accurate positioning in forklifts, AGVs, and stackers.
Automation: Support AGV navigation, obstacle avoidance, automatic docking, and task execution based on system commands.
Safety & Efficiency: Implement load sensing for stability, define safety zones, and integrate with Battery Management Systems (BMS) for optimized power.
