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CAN Bus I/O Modules for Mobile Machinery
Connect sensors, valves, and actuators through rugged distributed I/O modules designed for off-highway vehicles, CAN-based control systems, and harsh environments.
- Decentralized I/O for CAN-based machine architecture
- Support for CANopen, J1939, and custom CAN communication
- IP67 protection for harsh mobile environments
- Flexible channel options for different machine platforms
Key Benefits of SonnePower I/O Modules
Built for mobile machinery and harsh operating environments, SonnePower I/O modules help OEMs and system integrators create cleaner, more flexible, and more reliable CAN-based control systems.
Rugged IP67 Housing
Designed for harsh mobile environments where dust, moisture, and outdoor exposure require stable protection.
Flexible I/O Combinations
Support different machine architectures with multiple channel options for varied input and output requirements.
CANopen / J1939 Support
Fit CAN-based machine networks with communication options suitable for controllers, displays, and distributed nodes.
Sensor and Actuator Connectivity
Connect sensors, switches, valves, and other field devices more efficiently through distributed I/O architecture.
Ready for Harsh Conditions
Suitable for vibration-prone and demanding outdoor applications such as agricultural, construction, and municipal equipment.
Easy System Integration
Work more easily with controllers and displays to support modular machine design and cleaner system layouts.
Compare SonnePower I/O Modules
Choose the right module for compact machines, medium-complexity subsystems, or higher-density distributed architectures.
SPC-SDIO-S0808SPK
- 8 Inputs / 8 Outputs
- Analog / Digital Inputs, 0–10 V
- High-Side Digital Outputs
- IP67, 8–32 VDC
SPM-SDIO-MD1
- 9 Channels (1 Input / 8 Outputs)
- 1 Configurable Digital Input
- PWM High-Side Outputs and H-Bridge Support
- IP67, 8–32 VDC
SPC-SDIO-S0711
- 11 Channels with up to 7 Inputs
- Configurable Analog / Digital Inputs, 0–10 V
- High-Side Outputs with PWM Output Support
- Best for compact machines and local distributed control tasks.
SPM-SDIO-S1200
- 12 Input Channels with Flexible Signal Configuration
- Supports Analog, Digital, Frequency, and Resistance Inputs
- Compatible with 0–32 V, 0–20 mA, 0–10 V, and 12–600 Ω signals
- IP67 Protection, 8–32 VDC
SPC-SDIO-1412CF
- 26 Channels (Up to 26 Inputs / Up to 12 Outputs)
- Supports 0–32 V, 0–10 V, 4–20 mA, frequency, and resistance inputs
- PWM High-Side Outputs with Current Feedback
- IP67 Protection, 8–32 VDC
SPC-SDIO-0824
- 32 Channels with High-Density I/O Configuration
- Supports 0–5 V analog, digital, and frequency inputs
- High-Side Outputs and PWM High-Side Output
- IP67 Protection, 8–32 VDC
Typical Applications of SonnePower I/O Modules
SonnePower I/O modules are designed for mobile machinery and CAN-based distributed control systems that require rugged protection, flexible signal handling, and easier system expansion.
Agricultural Machinery
Connect sensors, valves, and implement functions through distributed I/O architecture for sprayers, seeders, tractors, and other agricultural equipment.
Construction Equipment
Support local control tasks in excavators, loaders, and other construction machines operating in harsh outdoor environments.
Sanitation Vehicles
Simplify wiring and maintenance for distributed vehicle functions such as cleaning systems, hydraulic units, and auxiliary control nodes.
Firefighting Vehicles
Enable reliable distributed I/O control for pumps, valves, lighting, and auxiliary systems in rugged firefighting vehicles and emergency response equipment.
Material Handling Machines
Support compact and distributed control architecture for forklifts, telehandlers, and other machines requiring flexible I/O integration.
Mining Equipment
Enable reliable CAN-based distributed I/O control for mining machines that require rugged protection, flexible signal handling, and dependable operation in harsh environments.
Frequently Asked Questions
What is the difference between an I/O module and a controller?
An I/O module is used to connect sensors, switches, valves, and other field devices to the control system, while the controller is responsible for processing logic and executing control strategies.
Which keypad is better for compact machines?
8-key and 12-key models are usually a better fit for compact machines and simpler local control panels. They provide essential operator functions without taking up too much panel space.
Can the button legends and symbols be customized?
Yes. SonnePower keypads support customized button legends, symbols, and layout design to match different machine functions and project requirements.
Are these keypads suitable for harsh mobile environments?
Yes. SonnePower keypads are designed for mobile machinery and harsh working conditions, with selected models offering IP65 / IP67 protection for off-highway applications.
Which keypad is better for machines with more operator functions?
16-key, 17-key, and 20-key models are generally better for machines that require more operator commands and a denser control layout. They are more suitable for function-rich control panels and more complex machine interfaces.
Do these keypads provide visual feedback for operators?
Yes. Selected SonnePower keypad models include indicator LEDs and adjustable backlight, helping improve operator visibility and interface clarity in different working conditions.
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