Mining signal cable YnHKGSY 0.6/1kV 29x1.0+1.0 G62912

Mining signal cable – reliability in harsh conditions

This signal cable, designed for use in the mining industry, combines a robust construction with high functionality. Designed to power and control control, safety and control devices, it performs well in both power circuits and control systems. Made of solid copper conductors, it provides a stable connection and minimizes the risk of interruptions.

Construction and application

The YnHKGSY 0.6/1kV cable is characterized by PVC insulation and coating, which provides resistance to mechanical damage and atmospheric factors. Individual screens on the conductors minimize electromagnetic interference, guaranteeing precise signal transmission. This is particularly important in a mining environment where there is a large amount of electrical equipment generating interference. This cable is approved for use in intrinsically safe circuits in underground mining plants classified as explosion hazard class "A" of coal dust.

Key features and benefits

• Durable construction: Solid copper conductors class 1 (according to PN-EN 60228) ensure long-term reliability even in demanding working conditions.
• Interference resistance: Individual screens on the conductors reduce the impact of electromagnetic interference, which translates into stable signal transmission.
• Safety: Intended for use in intrinsically safe circuits increases safety at work in mines.
• Versatility: Suitable for powering and controlling various mining devices.
• Compliance with standards: Meets the requirements of EN 60332-1-2 and IEC 60332-3-24 / EN 60332-3-24 regarding the non-flammability of the coating.
• Flexibility: Minimum bending radius of 10xØ facilitates installation and cable routing in tight spaces.
• Test voltage: 2.0kV for 300/500V and 3.5kV for 0.6/1kV – provides adequate electrical insulation.

This cable is an ideal solution for installers looking for a reliable and safe signal cable for mining applications and for end users who need a proven solution to ensure the continuity of control and power systems. Its robust construction and compliance with standards guarantee long-term operation and minimize the risk of failure.