Control cable LiYY (4) 3x0.25 grey 0162 253 10

Control cable – versatile application in automation and control

The LiYY control cable is a reliable solution for control, signaling, monitoring and data transmission systems in industrial installations and automation. It will work both in buildings and in machines, where flexibility and resistance to external factors are required. This cable is particularly recommended for working with analog and digital signals, as well as in computer systems and measurement technology.

Cable construction and design

The key to the versatility of the LiYY cable is its carefully designed construction. It consists of:

• flexible, stranded conductors made of soft copper wires (tinned on request), which ensures high flexibility and easy installation.
• conductor insulation made of insulating polyvinyl chloride (PVC) in colors according to DIN VDE 47100, which facilitates the identification of individual conductors.
• stranded layers of conductors around the core, which increases the mechanical strength of the cable.
• cable jacket made of sheathing polyvinyl chloride (PVC) in gray RAL 7001, providing good resistance to oils. Other colors are also available on request.

The conductor cross-section of 0.25 mm² with 3 conductors provides sufficient performance for many control applications.

Applications and benefits

The LiYY cable is not only a standard solution – the manufacturer TECHNOKABEL also offers specialized versions:

• LiYY-O: resistant to petroleum-based materials, ideal for gas stations or warehouses.
• LiY11Y: with increased mechanical strength, resistant to abrasion, oils and UV radiation.
• LiHH: halogen-free, increasing fire safety due to limited emission of smoke and corrosive gases.
• IB-LiYY: designed for intrinsically safe circuits.

This allows you to choose a cable perfectly tailored to specific working conditions. These cables are suitable for permanent laying as well as for movable connections inside buildings. They can also be used to power small receivers – provided that the permissible current carrying capacity is observed (detailed information can be found in the TECHNOKABEL Technical Information).