Control cable BiT 500 BLACK 3x25 S58481

Universal control cable for demanding installations

This black, three-core control cable BiT 500 BLACK is a robust solution for both professional installers and end users. Designed for transmitting control signals and power in various applications requiring reliability and durability, it replaces the older model with enhanced properties and compliance with current standards.

Construction and application

The cable features a conductor cross-section of 25 mm², ensuring high current-carrying capacity and minimizing voltage drop over long distances. Made of copper, it provides excellent electrical conductivity. The black PVC insulation protects the conductors against mechanical damage and environmental influences. This cable is suitable for electrical installations in residential and industrial buildings, machinery and equipment, as well as automation and control systems. It is especially useful in applications where resistance to external factors and user safety are critical.

Key features and benefits

• Durable construction: Copper conductors ensure stable connections and long-term operation.
• Flexibility: Enables easy installation even in confined spaces.
• Resistance to damage: PVC insulation protects against moisture, abrasion, and other environmental factors.
• Versatility: Suitable for a wide range of applications—from residential wiring to industrial control systems.
• Excellent conductivity: Ensures efficient transmission of control signals and power with minimal energy loss.
• Bitner manufacturer: Quality guaranteed by a trusted producer of cables and wires.

The BiT 500 BLACK cable contains three copper conductors with a 25 mm² cross-section, insulated with black PVC. This combination of materials ensures reliable performance under diverse conditions.

The BiT 500 BLACK cable is an investment in a safe and reliable electrical installation that will serve for many years. Its robust construction and versatility make it the ideal choice for both professionals and demanding end users.