PVC control and power cable JZ-500 12G0,75 mm² grey, black numbered cores acc. to DIN VDE 0293-334 10043

Introduction

Control and power cable for wide application

JZ-500 12G0.75 mm² cable is a flexible solution for control and power installations, designed for medium mechanical loads. Made of high-quality PVC, it provides reliable connections in various environments – from dry to humid rooms. It is ideal for applications where flexibility and resistance to external conditions are required, but there is no direct exposure to atmospheric factors.

Construction and application

This cable complies with DIN VDE 0285-525-2-51 / DIN EN 50525-2-51 standards and is intended for flexible connections in slowly moving systems. Thanks to the numbered cores (black, according to DIN VDE 0293-334), installation and identification are extremely simple. It will work as a cable for control and measuring devices in industrial equipment, as well as in installations requiring frequent configuration changes. A special PVC mixture ensures easy installation and good cable flexibility.

Key features and benefits

• Versatility: Can be used in dry, wet and humid rooms (but not outdoors).
• Flexibility: Facilitates cable routing in tight spaces and with complex routes.
• Durable insulation: Polyvinyl chloride (PVC) provides effective protection against mechanical damage and environmental influences.
• Easy identification: Numbered cores simplify connection and servicing of installations.
• Safety: The cable has a fire reaction class of Eca, which provides an additional level of safety.
• Wide temperature range: Permissible operating temperature from -40°C to +80°C (after installation) and from -15°C to +80°C during installation guarantees reliability in various conditions.
• Rated voltage: Designed to operate at 500 V and 300 V (U0).
• Core cross-section: 0.75 mm² provides adequate performance for many control and power applications.
• Construction: 12 flexible stranded wires class 5, which increases flexibility and resistance to material fatigue during bending.