Power cable ÖLFLEX® HEAT 205 MC 4G0.75, 300/500 V, Flexible, FEP, UV resistant 00912223

Product features

• Highly durable power cable for extreme conditions

The ÖLFLEX® HEAT 205 MC cable is a flexible power solution designed to operate in high-temperature environments and exposed to aggressive chemicals. It is ideal for applications where standard cables fail – in the metallurgical, chemical, energy industries, as well as in furnace and painting line construction. Its flexibility makes installation easier even in tight spaces.

Construction and application

This cable is characterized by FEP (fluorinated ethylene propylene) insulation, which provides exceptional resistance to high temperatures, chemicals and UV radiation. This makes it reliable in demanding industrial applications. The 4G0.75 cable means it consists of four cores with a cross-section of 0.75 mm², which allows for safe power supply to devices with moderate power consumption. The rated voltage of 300/500 V makes it a universal solution for many installations.

Advantages and benefits

• High temperature resistance: FEP insulation allows operation at temperatures up to +205°C (short-term), making it an ideal choice for industrial furnaces and other hot applications.
• Exceptional chemical resistance: The cable is resistant to oils, acids, bases and other aggressive chemicals – crucial in the chemical industry and plastics processing.
• UV resistance: Ensures long-term reliability even outdoors or in areas exposed to direct sunlight.
• Flexibility: Facilitates installation and routing of cables even in tight spaces and with complex routes.
• Safety: Compliance with standards ensures safe operation in various industrial applications.
• Versatility: Suitable for measurement systems and a wide range of industrial applications – from wind turbines to painting lines.

Additional information

The ÖLFLEX® HEAT 205 MC cable is a proven choice for installers and users looking for a reliable power solution for difficult working conditions. Its durability and resistance translate into a long service life and minimize the risk of failure, which is particularly important in demanding industrial applications.