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Product characteristics
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● LCB3235 insulated down conductor is a specialized lightning protection down conductor that during operation may be subjected to impulse currents of up to 200 kA.
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● LCB3235 is designed and tested to control separation distance and arcing,A semiconductive outer layer is used to minimize voltage gradients under lightning conditions
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● A dedicated system that provides lightning protection and flashover protection for equipment by providing an insulation path from the equivalent isolation distance to the ground specifically for the lightning arrester
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Products Description

| Technical parameters |
IEC 62561-8 |
| Standards |
LCB3235 |
| Impulse Current Iimp |
200kA (10/350μs) |
| Conductor cross-section |
35mm² |
| Diameter |
32mm |
| Conductor material |
Copper |
| Flame retardant grade |
V0 |
| Temperature range |
-40℃…+80℃ |
| Humidity range |
Relative humidity≤95%(max 40℃) |
FAQ
1.Q: Is this LCB3235 suitable for outdoor installation? What’s its operating temperature range?
A: Yes, it’s designed for outdoor use. The operating temperature range is -40°C to +80°C, and it can withstand up to 95% relative humidity (max 40°C).
2.Q: What flame retardant grade does this product have? Can it meet industrial safety requirements?
A: It has a V0 flame retardant grade, which meets strict industrial safety standards and reduces fire risks in harsh environments.
3.Q: How does the semiconductive outer layer improve lightning protection performance compared to ordinary insulated conductors?
A: The semiconductive outer layer effectively reduces voltage gradients during lightning strikes, preventing arcing and ensuring safer separation distances, which ordinary insulated conductors cannot achieve.
4.Q: Can we order small lengths for testing, or do we have to buy full rolls? What’s the minimum order quantity?
A: We accept small-length sample orders (minimum 10 meters) for testing. For bulk orders, the MOQ is 200 meters, and we can cut to your required length.
5.Q: Does this product require special installation tools or methods compared to bare copper down conductors?
A: No, it can be installed using standard lightning protection down conductor methods. The only difference is its insulated and semiconductive structure, which provides better safety without extra installation complexity.