Control cable BiT 500 C 7x0.75 SB4060

Universal control cable for various applications

The BiT 500 C 7x0.75 control cable is a flexible solution for internal installations, ideal for both professionals and end-users. This cable, manufactured by ZAKŁADY KABLOWE BITNER SP. Z O.O., is used in energetic control and protection devices, control circuits, and powering receivers with low power consumption. It is suitable for machines and technological lines, both in dry and humid environments.

Construction and parameters ensuring reliability

The BiT 500 C cable is characterized by a construction that ensures high durability and ease of installation. Seven conductors with a cross-section of 0.75 mm² made of copper, have insulation made of polyvinyl chloride (PVC), and the whole is surrounded by a gray coating also made of PVC. A shielding braid made of tinned copper strands with a coverage density of 85% minimizes electromagnetic interference. This ensures stable transmission of control signals. Additionally, oil resistance (according to IEC 60811-404) expands its range of applications. The cable complies with IEC 60332-1-2 regarding fire resistance.

Practical features for installers and users

• Flexibility: Facilitates cable routing even in tight spaces and complex installations.
• Numbered conductors: Simplify identification and connection of wires, minimizing the risk of errors during installation.
• Resistance to external factors: Ensures reliable operation in various environmental conditions – from -40°C to +80°C after installation.
• Shielding: Protects against electromagnetic interference, which is crucial in precise control systems.
• Admissible bending radius: Allows installation without damaging the cable – the minimum bending radius for flexible installations without guidance is 82 mm, and for fixed installations 41 mm.
• Reaction to fire class Eca: Provides a basic level of fire safety in accordance with EN 13501-6.
• Conductor cross-section: 0.75 mm² is a popular choice for controlling devices with moderate power consumption.