System Introduction

The mining full sensing lighting system uses power carrier transmission signals to input the sensing data related to underground lighting signal lights into the mining explosion-proof and intrinsic safety lighting control box. Based on the distribution of underground lighting, it is displayed on the roadway map. By exporting the usage fault data of lighting signals and querying and maintaining them, various latest data related to roadway lights can be quickly and conveniently queried for reference and maintenance by maintenance personnel.

System composition

The ground part mainly consists of industrial control computers, photoelectric switches, power surge protectors, cables, and other necessary equipment; The underground section is equipped with a mining explosion-proof and intrinsic safety lighting control box, as well as mining explosion-proof and intrinsic safety lighting fixtures.

Mining explosion-proof and intrinsic safety lighting control box

The power management module is even more powerful:
When there is a phase loss, it can still ensure the normal use of the lighting circuit, issue a phase loss fault alarm in a timely manner, and output a constant voltage even if the input voltage fluctuates by ± 20%. A 485 communication interface with MODBUS standard communication protocol, enabling remote reading and control.

Excellent protector function:
Real time monitoring and uploading of remote leakage and end short circuit, accurately located within a 1-meter range, wide wave real-time monitoring of each lamp, automatic power cut-off for lamp faults, precise system identification, and quick troubleshooting by maintenance personnel. Full sensory lighting control box, safety warning first, modular design for easy replacement, automatic identification and fault diagnosis analysis, so you have no worries.

Mining explosion-proof and intrinsic safety LED lighting signal light

1: The lamp itself has short-circuit, open circuit, and leakage protection functions.
2: Equipped with fault indication and display functions.
3: Comparison of old and new lighting fixtures (the old ones cannot collect indicators of voltage, current, temperature rise, and other parameters, and can only determine the fault point in the main circuit, but it can be determined from the lighting control box to the 1M position of the fault point.).

Characteristics of Mining Explosion proof and Intrinsic Safety Lighting Control Box Product

1. Modular transformer:
a. Equipped with dedicated fixed lighting signal lights for long-distance power supply interface selection.
b. Equipped with quick plug connectors for easy maintenance and repair by personnel.
c. Equipped with standard 485 communication interface and real-time parameter upload function for voltage, current, temperature and other parameters.

2.  Power management module
a. It can maintain the use of the entire lighting circuit even in the event of a phase loss, and provide a prompt to the protector for fault alarm and timely maintenance.
b. The input voltage fluctuates by ± 20%, and the output terminal can be used normally with a constant voltage.
c. The 485 communication interface with MODBUS standard communication protocol can read input voltage, current, output voltage, current, power temperature, working status, and remote control.

3. Protector function
a. Equipped with remote leakage and real-time monitoring of end short circuits, it can be uploaded to the system to identify the precise location (accurate range of 1M), making it convenient for maintenance personnel to troubleshoot even if necessary.
b. Real time monitoring of each lamp, short-circuit leakage alarm, and real-time data upload of lamps are achieved through wide wave. When there is a fault such as leakage or short circuit in the lighting fixture, the faulty fixture can be accurately identified (the fixture will automatically cut off the power, and the system will also recognize the faulty fixture) and remind maintenance personnel to repair it.
c. It has functions of input undervoltage, overvoltage protection, over temperature protection, short circuit protection, leakage protection, and overload protection. After protection, the fault must be manually restored.

4. Lighting signal light feedback
a. The lamp itself has short-circuit, open circuit, and leakage protection functions.
b. Equipped with fault indication and display functions.
c. Comparison of old and new lighting fixtures (the old ones cannot collect indicators of voltage, current, temperature rise, and other parameters, and can only determine the fault point in the main circuit, but it can be determined from the lighting control box to the 1M position of the fault point.).

Fully aware power supply system

1. Safety and early warning.
2. Modular design, easy to replace.
3. Automatic recognition and fault diagnosis analysis.

As an important component of smart mining construction, the fully aware power supply and lighting system for coal mines has multiple values. It can not only improve the intelligence level of the mine lighting system, but also achieve efficient, energy-saving, safe and reliable mining production environment. The high-efficiency and energy-saving coal mine full sensing power supply lighting system demonstrates its multiple values in modern coal mine production through its efficient and energy-saving, safe and reliable characteristics, adaptability to the mine environment, and ability to promote intelligent mine construction. This is not only a technological innovation for mine lighting issues, but also a profound change in the entire coal mine production mode and management methods, providing strong support for coal mining enterprises to achieve high-quality development. Therefore, increasing investment and promotion of fully aware power supply and lighting systems in coal mines is of great significance for promoting technological progress and safety production in the coal mining industry.

Choosing our lighting control system means choosing a safe, efficient, and reliable mining lighting solution!