You provide your electrical specifications or preliminary schematics.

Our engineers conduct a technical review and provide a quotation (including recommendations for component selection).

Assembly, wiring, and preliminary commissioning are completed at our facility.

Comprehensive functional simulation testing is performed prior to delivery, and video footage is sent to you for confirmation.

Reinforced wooden crates are used for packaging to ensure zero damage during long-distance sea or air transport.

This intelligent LED remote control cabinet utilizes high-quality electrical components from renowned domestic and international brands, such as Omron, Chint, Mean Well, ABB, and Geya. It integrates a core control unit, switching power supply, circuit breakers, AC contactors, thermal overload relays, time switches, monitoring relays, as well as standardized terminal blocks and wiring ducts. The internal layout is logically arranged with standardized wiring, providing a robust hardware foundation for the system's long-term, stable operation.

This product features intelligent remote control capabilities, high reliability and safety, an integrated design, and flexible expandability. It supports remote monitoring, scheduled switching, and status feedback, thereby significantly reducing manual operation and maintenance costs. The cabinet boasts a high degree of ingress protection, making it suitable for harsh outdoor environments, and offers multiple layers of protection against overload, short circuits, overvoltage, and phase sequence errors. The integrated design minimizes the workload associated with on-site installation and commissioning, while circuits and interfaces can be customized to meet the specific requirements of various lighting projects.

Designed specifically for industrial automation control and process monitoring applications, this PLC control cabinet features built-in protection functions against overload, short circuits, and phase loss, offering a compact structure and stable performance.

Through industrial Ethernet or fieldbus networks, the PLC control cabinet supports both standalone automatic control and networked control across multiple cabinets, enabling the formation of a Distributed Control System (DCS). It can be customized—including the selection of the PLC, VFD (Variable Frequency Drive), and HMI touch screen—to meet specific user requirements. Furthermore, it supports data communication via protocols such as Modbus, Profibus, and others, ensuring seamless integration with higher-level control systems.