Cable for chain guides, 1000 V UL shipflex 109-C 1G120/AWG4/0 orange, halogen-free, shielded 21338

Cable for chain guides – reliability in harsh conditions

This specialized HELUKABEL SHIPFLEX 109-C cable is designed for use in demanding applications such as chain guide systems, as well as in marine environments. It is characterized by high resistance to external factors and ensures safe and reliable power supply. The cable construction, with a braided screen and halogen-free coating, guarantees protection against electromagnetic interference and limits the emission of toxic gases in the event of a fire.

Construction and properties

The cable is made of a multi-strand copper conductor with a cross-section of 120 mm², which ensures flexibility and good conductivity. The conductor is insulated with a special material, and the whole is protected with a screen of tinned copper wires. The outer polyurethane coating (PUR) provides resistance to abrasion, oils, UV radiation and low temperatures. It is worth noting the halogen-free construction – this is an important aspect for safety in the event of a fire, minimizing the emission of toxic substances. In addition, the cable meets the UL Style 20234 standard, confirming its high quality and safety.

Applications and benefits

The SHIPFLEX 109-C cable is ideal for applications requiring high flexibility and resistance to harsh environmental conditions:

• Chain guide systems: Provides reliable power to moving devices in machines and robots.
• Marine applications: Resistance to atmospheric factors, UV radiation and oils makes the cable ideal for use on ships and drilling platforms.
• Shipbuilding industry: Resistance to conditions prevailing in the marine environment.
• Industrial automation: Use in machine control and power systems.
• Energy industry: The cable is used where high mechanical and chemical resistance is required.

Thanks to high-quality materials and careful workmanship, the SHIPFLEX 109-C cable guarantees long-lasting and trouble-free operation even in the most demanding conditions. Its construction minimizes the risk of mechanical damage and provides effective protection against electromagnetic interference.