General
Colour	Black

The Plio HT 5x6 black protective sleeve from Ses-Sterling is a flexible, black-coloured sleeve product from the product group of insulating sleeves and ferrules, specifically designed for use in the field of electrical and IT installation. It provides mechanical and thermal protection for cables and wiring, particularly in environments where high temperature resistance and chemical resistance are required. The designation Plio HT 5x6 refers to the dimensions of the sleeve, with 5 mm indicating the inner diameter and 6 mm the outer diameter. The black colour is standard and corresponds to the product designation in the manufacturer's catalogue.

Applications

The Plio HT 5x6 black protective sleeve is suitable for use in industrial and technical installations where cables and wiring must be protected against mechanical stress, dust, moisture, and temperature fluctuations. It is frequently used in electrical installations, automation technology, as well as in the building and machine construction industries. Its use is particularly recommended in areas requiring high thermal load capacity, such as near heating elements, motors, or other heat sources. The specific temperature resistance of -40 to 105 °C enables use in a wide range of environments, from cold storage halls to warm production areas.

Functions and Equipment in Detail

The protective sleeve provides a mechanical protective sheath for cables and wiring, protecting them from damage caused by pressure, friction, or mechanical stress. The black surface is resistant to UV radiation and chemical influences, extending the product's service life. The flexible structure allows for easy installation and adaptation to different geometries. The packaging unit is 25 metres, enabling efficient handling and processing in larger installations. The weight of the sleeve is 11.9 grams per metre, ensuring easy handling and installation.

Technology Explained Simply

The Plio HT 5x6 black protective sleeve is made from a thermoplastic material designed for high temperature resistance and chemical resistance. The designation HT (High Temperature) indicates its ability to withstand temperatures up to 105 °C over the long term, while remaining functional at -40 °C. The dimensions 5x6 mm mean that the inner diameter is 5 mm, allowing cables with a diameter up to 5 mm to be inserted easily. The outer diameter of 6 mm ensures sufficient protection clearance and secure guidance of the wiring. The black colour is not only aesthetic but also functional, as it resists UV radiation and light-induced ageing.

Compatibility and Accessories

The protective sleeve is compatible with a wide range of cables and wiring with a diameter of up to 5 mm. It can be used in combination with other products from the Plio HT series to ensure a consistent protection system. Use in conjunction with cable glands, cable ties, or other mounting elements is possible to securely fix the wiring. The packaging unit of 25 metres allows for efficient planning and processing in larger projects.

Installation and Mounting

Mounting of the protective sleeve is done by simply inserting the cables into the sleeve. The flexible structure allows adaptation to curves and angles, ensuring clean and orderly installation. The use of cable glands or mounting elements is recommended to secure the position of the wiring. Installation typically requires no special tools, and handling is easy and quick due to the low weight of 11.9 g per metre.

Operational Advantages

The Plio HT 5x6 black protective sleeve offers reliable protection for cables and wiring in demanding environments. The high temperature resistance of -40 to 105 °C enables broad application, while chemical resistance and UV resistance extend service life. The flexible structure and low weight simplify installation and routing, reducing working time. The packaging unit of 25 metres provides an economical and efficient solution for larger installations. The black colour ensures discreet integration into technical installations and prevents light-induced ageing from UV radiation.