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Low Voltage Wiring Parameter

Conductor material: copper, aluminum, alloy

Copper conductor cross-sectional area: 1.5-400mm2

Insulation layer: PVC/XLPE/rubber/LSZH, etc.

Sheath material: PVC/PUR/LSZH, etc.

Armor: steel belt or steel wire, etc.

Voltage level: below 1kV

Number of cores: single core, 2 cores, 3 cores or multi-cores

Minimum bending radius: greater than 5 times the outer diameter of the cable for static laying, and greater than 8 times the outer diameter of the cable for dynamic laying

Is customization supported: yes

Strictly Tested Low Voltage Wiring

We know that safety is the most important factor you consider when choosing low voltage wiring, so we will test each wire with a 3.5 or 6kV test voltage before delivering it to you to ensure that our cables can maintain safe operation for a period of time even under overrated voltage. We will also conduct strict tests on the resistance of the insulation material, and simulate the current carrying capacity to ensure the safety of the cable.

Strictly Tested Low Voltage Wiring
Flexible Low Voltage Wiring With Fireproof Performance

Flexible Low Voltage Wiring With Fireproof Performance

According to your different needs, we customize low voltage wiring with different flame retardant levels for you. You can choose flame retardant, fire-resistant, smokeless and low halogen models for your different scenarios. Our fire-resistant cables have a temperature resistance of up to 750 degrees and are widely used in fire protection lines in various industries. Our flame-retardant wires are also very popular.

 

Can low voltage wiring be used for long-distance transmission?

Whether low voltage wiring can be used depends on how far your transmission distance is. If it is a long-distance power supply of more than 1km, we still recommend that you use a high-voltage cable voltage reduction distribution solution to ensure safety.

My project mainly uses temporary power. What suggestions do you have for choosing low voltage wiring?

It is recommended to use rubber-sheathed cables for temporary power use, which have stronger tensile and wear resistance.

What is the difference between using copper conductors and aluminum conductors in low voltage wiring?

Under the same cross-sectional area, copper conductors have higher conductivity and heavier weight than aluminum conductors. In addition, copper conductors are more expensive. You can choose freely according to the situation of the project, or you can contact us for advice.

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