This product is suitable for power transmission and distribution lines with a rated voltage of 0.6/1kV and below. Mineral-insulated fire-resistant cable is a new product developed based on market demand. It is a fire-resistant cable with a novel structure, excellent technical performance, strong fire resistance, water resistance, corrosion resistance, convenient installation, and high safety. It combines the excellent characteristics of mineral-insulated cables, such as high temperature resistance, fire resistance, low smoke, non-toxicity, and aging resistance, while overcoming the shortcomings of mineral-insulated cables, such as poor bending performance, easy moisture absorption, numerous joints, and inconvenient installation. It is a replacement product for traditional mineral-insulated cables.

Product complies with and references the following standards: GB/T3956-2008, GB/T2706.1-2008, BS6387-2013, Q/QL0132022, and other relevant standards.

Product Material Characteristic Codes:

1. Product Series Code...………B

2. Copper Conductor...………L

3. Aluminum Sheath...………T

4. Polyolefin Outer Sheath...………Y

Cable Applications:

1. Power supply for fire-fighting equipment and fire-resistant elevators in various buildings;

2. Power supply for equipment and lighting systems in important buildings or densely populated buildings;

3. Power supply for equipment in high-temperature environments, such as steel mills and smelters;

4. Power supply for equipment in flammable and explosive environments, such as petrochemical plants and coal mines;

5. Power supply for equipment in important military, power plants, and nuclear power plants.

Product Model Name

Cable Laying and Installation

1. The installation method for cables is basically the same as that for ordinary organic insulated cables.

2. The bending radius of the cable is 20D, where D is the outer diameter of the cable.

3. Single-core cables should be fixed using non-magnetic materials or magnetic components that are not fully closed.

4. Metal shavings and burrs must not be embedded in the inorganic insulation material at the cable stripping joint.