Mining cable YHKGX SEkyn 3,6/6 kV 3x35/16 GP5602

Mining Cable YHKGX SEkyn 3.6/6 kV – Reliability in Harsh Conditions

This power cable, designed for mining applications, stands out for its high resistance to mechanical and chemical damage. The cable’s construction ensures safe and efficient power transmission in demanding industrial environments. It is a shielded cable, minimizing interference and ensuring stable signal transmission.

Construction and Application

The YHKGX SEkyn 3.6/6 kV cable is designed for transmitting electrical energy in lines with a rated voltage of 3.6/6 kV in mining facilities. It can be used in workings with varying levels of risk from methane and coal dust explosions. Its construction includes stranded copper conductors with cross-linked polyethylene (XLPE) insulation, individual and overall shielding, and an outer sheath made of flame-retardant, non-propagating PVC with enhanced fire resistance. This design meets the strict safety standards required in mining.

Cable construction includes:

• Conductors: Stranded copper, providing excellent flexibility and conductivity.
• Insulation: Cross-linked polyethylene (XLPE) – ensures high resistance to temperature and voltage.
• Shielding: Both individual conductor shielding and overall shielding – minimizes electromagnetic interference and ensures transmission safety.
• Outer Sheath: Flame-retardant, non-propagating PVC – enhances safety in potentially hazardous environments.
• Armoring: No information provided in input – please consult the technical specification.

This cable is not only used in mining but also wherever high reliability and resistance to harsh operating conditions are required. It can be employed to power machinery and equipment in heavy industry and energy infrastructure.

Technical Characteristics and Benefits

The YHKGX SEkyn 3.6/6 kV cable features a conductor cross-section of 35 mm² with a 3-core configuration. This setup enables the transmission of large amounts of electrical energy while maintaining a high level of safety. The use of copper as the conductor material ensures low electrical resistance and minimizes energy losses during transmission. Additionally, the cable’s shielding protects against electromagnetic interference, which is especially critical in industrial environments exposed to strong electromagnetic fields.

Key benefits of using this cable include:

• High Mechanical Resistance: The robust construction resists damage during transport, installation, and operation.
• Chemical Resistance: Materials used in the cable’s production resist exposure to many chemicals common in mining environments.
• Safety: Use of flame-retardant, non-propagating materials and shielding minimizes the risk of fire and electric shock.
• Reliability: High manufacturing quality and careful material selection guarantee long-term, fault-free operation.
• Flexibility: Stranded conductor design facilitates installation even in spatially constrained or complex environments.