Control cable IB-YSLCY 3x1.5 blue 0581 006 20

Special applications control cable

The IB-YSLCY 3x1.5 control cable in blue is a reliable solution for installation in intrinsically safe circuits and potentially explosive areas. Designed for operation at 300/500 V, it provides safe and efficient transmission of control signals. The cable's construction, with a shield protecting against electromagnetic interference, minimizes the risk of malfunction of systems and devices.

Construction and properties

The IB-YSLCY cable is distinguished by careful workmanship and the use of high-quality materials. The cable cores are made of soft copper wires, which ensures flexibility and ease of installation even in tight spaces. Insulation made of polyvinyl chloride (PVC) guarantees resistance to mechanical damage and chemical factors. A common screen made of copper braid effectively suppresses interference, and the outer coating made of PVC with a protective layer is resistant to UV radiation, oil and gasoline. Thanks to this, the cable retains its properties even in difficult environmental conditions.

Applications and benefits

This cable finds wide application in various industries, including:

• Chemical industry: thanks to its resistance to oils and gasoline, it is ideal for use in environments exposed to contact with petroleum substances.
• Gas stations and warehouses: ensures the safe operation of control and monitoring systems in potentially explosive areas.
• Mining industry: high mechanical strength and resistance to external factors guarantee reliable operation in difficult operating conditions.
• Industrial installations: ideal for transmitting control signals in machines and devices.
• Internal and external installations: the possibility of laying both inside and outside buildings increases its versatility.

By choosing the IB-YSLCY 3x1.5 cable, you are investing in the safety, reliability and durability of the electrical installation. Its special construction provides effective protection against interference and mechanical damage, which translates into a long service life and minimizes the risk of failure.