PVC control and power cable JZ-600 14G0,75 mm² black, black numbered cores according to DIN VDE 0293-334 10599

Control and power cable for demanding applications

This 14-core PVC JZ-600 0.75 mm² cable is a robust solution for control and power supply in various installations. It is characterized by high flexibility and durability, making it an ideal choice for both professional installers and end users. The cable is designed to operate in harsh conditions, ensuring reliable operation for a long time.

Construction and properties

The JZ-600 cable is made of high-quality materials, guaranteeing its reliability and safety. Copper, stranded (class 5) cores provide good flexibility and facilitate installation. Insulation made of PVC TI2 and an outer jacket made of special PVC TM2 protect the cable from mechanical damage, moisture and UV radiation. The cores are black with white numbers, which makes identification easier even after partial removal of the outer jacket – important for service and modernization work. The protective conductor (in versions with it) is located close to the outer jacket for quick access. The cable meets the requirements of DIN VDE 0262 and DIN VDE 0285-525-2-51/DIN EN 50525-2-5, confirming its compliance with European safety standards.

Application and benefits

The JZ-600 cable is widely used in the machinery, metallurgical, foundry, steel industries and in internal building installations. It will be perfect in production lines, air conditioning installations and control and signaling systems. The possibility of laying in dry, damp and wet rooms, as well as outdoors (permanently laid), increases its versatility. Thanks to its UV resistance, it is ideal for outdoor applications. This cable is particularly popular in Southern and Eastern European countries and Arab countries due to its reliability and affordable price. The Eca reaction to fire class provides additional safety in the event of a fire. The permissible operating temperature range from -40°C to +80°C guarantees trouble-free operation even in extreme conditions.