The multi-channel remote control system is designed for full remote operation and integration of soft wash and pressure washing systems, providing reliable wireless control of multiple system functions from a single handheld device.
Available in 4-channel and 8-channel configurations, the system allows flexible control of pumps, engines, chemical circuits, rinse functions, and auxiliary equipment depending on system setup and application requirements.
Engineered for industrial environments, the system features a robust, heavy-duty design with full waterproof and shock-resistant construction, ensuring reliable performance in harsh field conditions including water exposure, vibration, and impact.
The system provides long-range wireless communication with stable signal transmission, allowing operators to control equipment safely from a significant distance. Under optimal conditions, the system supports extended operational range suitable for vehicle-mounted and site-based cleaning systems.
Key Features:
- Available in 4-channel and 8-channel configurations
- Full remote control of engine start/stop functions
- Pump, chemical, and rinse system activation control
- Integrated real-time feedback status indication (ON/OFF confirmation per channel)
- Heavy-duty waterproof and shock-resistant handheld transmitter
- Industrial-grade receiver designed for vehicle and skid installation
- Long-range wireless operation for field applications (multi-kilometre capability under optimal conditions)
- Stable signal performance designed for industrial environments with interference resistance
- Multi-system integration capability for soft wash and pressure wash platforms
- Safety-enhancing remote operation to reduce operator exposure and machine idle time
System Benefits:
This remote control platform allows full operational control of complex wash systems from a single interface, improving efficiency, reducing equipment wear caused by unnecessary bypass operation, and increasing overall operator safety and workflow control.
Designed as part of modular system integration, it provides scalable control architecture suitable for single units or multi-system fleet configurations.
