General
Colour	Yellow

The PLIO SNAP+ PS-2,5 cm ( 1 inch )17,8 cm ( 7 inch ) marker from Ses-Sterling is a cable identification system specifically developed for the clear identification of cables in the field of electrical and IT technology. Identification is achieved using coloured, loaded carrier rods equipped with individual markers. The markers are yellow with a black print of the digit 7 and are suitable for cables with an outer diameter of 1.0 to 1.4 mm and a cable cross-section of 0.32 mm². The material of the markers is POM (polyoxymethylene), a high-quality plastic known for its mechanical strength, heat resistance, and chemical resistance. The carrier rods themselves are brown and can also be purchased unloaded, although the packaging offered here includes pre-loaded carrier rods.

Cable identification is an essential component of structured cabling, especially in complex installations where quick and unambiguous identification of lines is required. The PLIO SNAP+ PS-2,5 cm ( 1 inch )17,8 cm ( 7 inch ) enables precise cable assignment, thereby avoiding errors during installation, maintenance, or repair. The markers are designed to securely fit onto the cable and not accidentally fall off, increasing the reliability of the identification.

Functions and equipment in detail include the use of POM as material, which offers high abrasion resistance and resistance to moisture and common chemicals. The yellow colour with black print ensures good readability, even under low lighting conditions. The markers are designed for a cable outer diameter of 1.0 to 1.4 mm, making them suitable for a wide range of standard cables in electrical and data cabling. The packaging unit contains 10 loaded carrier rods, which include a total of 300 markers. The carrier rods are brown and serve as a holder for the markers, ensuring orderly storage and easy handling.

Technology explained simply shows that the markers are made of POM, a thermoplastic polymer known for its excellent mechanical properties and high heat resistance. This makes the markers particularly suitable for applications involving mechanical stress or elevated temperatures. The yellow colour with black print ensures clear visibility, which is advantageous for quick cable identification. The specific fit for cables with an outer diameter of 1.0 to 1.4 mm ensures secure and durable attachment without damaging the cable jacket.

Compatibility and accessories refers to the use of the markers in conjunction with other products from the PLIO SNAP+ series. The carrier rods are standardised and can be combined with various markers to create different identifications. The markers themselves are not intended for other systems but are specifically developed for PLIO SNAP+ carrier rods. The packaging unit includes pre-loaded carrier rods, so no additional components are required.

Mounting and installation is done by simply sliding the markers onto the cable. The markers are designed to elastically adapt and securely fit onto the cable. Installation requires no tools and can be performed quickly and without additional aids. The carrier rods serve only as storage and are not part of the cable mounting itself.

Advantages in operation include high readability, mechanical stability, and easy handling. The markers remain in place for extended periods, increasing the reliability of identification. The use of POM ensures long service life and resistance to environmental influences. The clear colouring and distinct print facilitate identification, especially in complex installations with many cables.

The packaging unit weighs 18 g and contains 10 loaded carrier rods with a total of 300 markers. The carrier rods are brown and serve as storage. The markers are yellow with a black print of the digit 7 and are suitable for cables with an outer diameter of 1.0 to 1.4 mm and a cross-section of 0.32 mm². The POM material ensures high mechanical strength and resistance to moisture and chemicals. The identification is suitable for use in electrical and IT installations where unambiguous cable identification is required.