Flexible cable 500V m.SPEED 500-PUR 18G2,5 PUR jacket, metered 24154

Flexible cable for demanding applications

This multi-core flexible cable m.SPEED 500-PUR 18G2,5 is a reliable solution for installations in areas exposed to high mechanical stress and harsh environmental conditions. The cable is designed for continuous operation in cable ducts, at high speeds, as well as in industrial machines and equipment. Its construction and materials provide high resistance to abrasion, chemicals, UV radiation and extreme temperatures.

Construction and properties

The cable is distinguished by an advanced construction that guarantees long-lasting and trouble-free operation. It is made of copper, thin wires twisted into bundles to increase flexibility. Each core is insulated with special PP, and the whole is surrounded by a durable polyurethane (PUR) coating. Black cores with white printing facilitate identification, and the presence of a yellow-green protective core (in versions with it) ensures safe use.

A key feature of the cable is its untwisted construction, which minimizes the risk of damage during dynamic movements. In addition, the use of high-quality materials ensures resistance to oils, chemicals and UV radiation. The cable is metered, which makes it easier to precisely adjust the length to the needs of the installation.

Applications and benefits

The m.SPEED 500-PUR 18G2,5 cable finds application in a wide range of installations:

• Industrial automation: ideal for powering moving parts of machines and equipment.
• Robotics: provides a reliable connection in robotic systems exposed to intense movements.
• Production lines: resistant to abrasion and mechanical damage in a production environment.
• Cable ducts: can be used in cable ducts over long distances and at high speeds.
• Outdoor installations: resistance to weather conditions allows the cable to be used outdoors.
• Wet and damp rooms: suitable for operation in environments with increased humidity.

Thanks to its flexibility and durability, this cable minimizes the risk of failures and downtime in equipment operation, which translates into saving time and costs associated with repairs. Its high resistance to external factors guarantees long-lasting and reliable operation even in the most demanding conditions.