Spiral cable PUR, shielded PUR-SPIKA 6x0.14 mm² black, 500mm 85934

Universal spiral cable for electronics and automation

This black, shielded PUR-SPIKA cable, 500 mm long, is a flexible solution for applications requiring frequent movement and bending. Made from high-quality polyurethane (PUR), this cable is particularly useful in mobile devices, lifts, and in the medical and entertainment industries. Its construction ensures reliability and durability in harsh working conditions.

Construction and properties

The cable consists of six stranded copper cores, insulated with TPE-E, twisted together and additionally shielded. Shielding minimizes electromagnetic interference, which is crucial in precise electronic applications. The outer jacket made of PUR provides resistance to abrasion, oils and other mechanical factors. Thanks to a stretch ratio of 1:4, the cable can be extended up to 1500 mm, making it easier to adapt to specific installation needs. Importantly, there is a 200 mm straight section of cable at each end – this facilitates connection and ensures a stable connection.

Applications and benefits

The PUR-SPIKA cable is suitable for a wide range of applications:

• Mobile devices: ideal for lifts, medical devices and entertainment equipment due to its flexibility and resistance to bending.
• Industrial automation: excellent for connections in machines and equipment requiring frequent movements.
• Measuring instruments: shielding ensures accurate measurements without interference.
• Revolving doors: durable construction guarantees reliable operation in heavily used revolving doors.
• Low-voltage installations: universal use in various electronic devices.

Rated voltage up to 300V (for a cross-section of 0.14 mm²) and operating temperature range from -25°C to +70°C ensure safe and reliable operation in various environmental conditions. This cable is particularly valued for its flexibility, durability and resistance to external factors – these features translate into a long service life of the installation and minimize the risk of failure.