Control cable LiYCY 10x0.75 300V S30622

Universal control cable for a wide range of applications

The LiYCY control cable is a versatile solution for installations in control, signaling, monitoring systems, as well as measurement technology and data transmission. It will work well in both fixed and mobile installations, offering reliable connections in industrial and automation environments. The construction with 10 cores with a cross-section of 0.75 mm² ensures flexibility and ease of routing in tight spaces.

Construction and user properties

The LiYCY cable is characterized by high flexibility thanks to the use of thin copper cores. Polyvinyl chloride (PVC) insulation provides good protection against mechanical and chemical influences. The use of this type of cable allows for efficient transmission of analog and digital signals, which is crucial in modern industrial automation systems. It is worth remembering the operating temperature range of the core: from -30°C to +80°C for fixed installations and from -5°C to +70°C for mobile installations. The minimum bending radius, which is 15 times the cable diameter, facilitates assembly even in difficult conditions.

Applications and benefits for installers and end users

This cable is an ideal choice when building or modernizing systems:

• Industrial automation: reliable connections for sensors, controllers and other devices.
• Signaling and control systems: precise transmission of control signals.
• Computer installations: stable data transmission in an industrial environment.
• Measurement technology: accurate readings thanks to minimal signal attenuation.
• Electronics: the cable works perfectly in applications requiring flexibility and resistance to interference.

For installers, the LiYCY cable means ease of assembly and routing, and for end users – confidence in the reliable operation of the system for a long time. The flexible construction makes it easier to adapt to the specifics of the installation, and the wide temperature range guarantees stability even in difficult environmental conditions.