Description

PLC automation system solutions that combine controllers, remote I/O, HMI, instruments, field devices, and communication networks into a practical process control architecture. These systems help customers improve operating consistency, reduce manual intervention, and create a scalable control foundation for new projects and retrofits. Each solution is developed around the customer's process flow, control philosophy, field device list, and site communication requirements. The focus is not only on hardware supply, but on delivering a practical control architecture that improves system reliability and easier project execution.

Key Features

Multiple Intelligent Safety Protection

Integrated protection against short circuit, electric leakage, overload, undervoltage, overvoltage and lightning surge. It disconnects circuits immediately when faults occur, eliminating power risks and ensuring system safety.

Intelligent Fault Early Warning & Tracing

Predicts circuit anomalies to detect wire aging and abnormal power use in advance. Accurate fault positioning with sound-light alarms cuts downtime and maintenance duration.

IoT Remote Intelligent O&M

Connectable to intelligent management platforms. Realize remote status checking, circuit switching and power report query for unattended centralized control.

Intelligent Energy Consumption Analysis

Automatically calculates power consumption of each circuit and generates analysis reports, facilitating power optimization and refined cost-saving management.

Modular & Expandable Structure

Standard modular cabinet design enables flexible circuit configuration and easy unit adjustment. Compatible with PLC systems, frequency cabinets and automated equipment.

High Protection & Wide Applicability

Robust cabinet features dustproof, moistureproof and superior heat dissipation. Stably operates in construction sites, mines, oil & gas plants and industrial parks.

Dual Safety Interlock

Electrical and mechanical interlock design avoids misoperation hazards, standardizes power distribution procedures and enhances on-site safety.

Typical Applications

automation retrofits, pump stations, treatment skids, distributed equipment packages, and centralized process control projects，Large-scale integrated automation projects: oil & gas, mining, sewage treatment, tunnel engineering, municipal water supply, large industrial plants and complete pump station facilities

Selection Information Required

• process flow description and control philosophy
• equipment list, instrument list, I/O schedule, and interlock logic
• required PLC, HMI, SCADA, remote I/O, and communication network
• site power supply, installation environment, and integration boundary with other systems