Part of the Schneider Electric Canalis series, the KTC4000CP71 is a busbar trunking system component engineered for efficient electrical power distribution in demanding industrial and commercial environments. This specific unit is designed to facilitate robust power delivery and management within complex electrical infrastructure, offering a reliable solution for applications requiring high current carrying capacity and flexible power tap-off points.

Technical details

• Series: Canalis
• Model Designation: KTC4000CP71
• Busbar Type: Trunking System Component
• Configuration: Designed for power distribution and tap-off
• Material: Typically constructed with high-conductivity copper conductors and durable insulating materials for safety and performance. (Verify material specifications with manufacturer datasheet)
• Current Rating: Capable of supporting high current loads, essential for industrial power distribution. (Specific amperage rating to be confirmed via datasheet based on system configuration)
• Voltage Class: Suitable for standard industrial voltage ranges. (Specific voltage rating to be confirmed via datasheet)
• Environmental Rating: Designed for industrial environments, offering protection against dust and moisture ingress. (Specific IP rating to be confirmed via datasheet)

Applications & compatibility

The Schneider KTC4000CP71 is commonly integrated into electrical distribution networks for large manufacturing plants, data centers, and high-rise commercial buildings. It is essential for powering heavy machinery, assembly lines, and critical infrastructure where reliable and scalable power delivery is paramount. Compatibility is typically with other components within the Schneider Electric Canalis busbar trunking system.

Available from Industrial Automation Co as new, refurbished, or surplus stock, backed by a 2-year warranty with same-day shipping on in-stock items. Request a quote for the Schneider KTC4000CP71 or contact our technical team for cross-reference assistance with compatible Canalis system components.