General
Colour	Yellow

The product is a cable marker from the brand Ses-Sterling, type Pliosnap+ PS-17, in the colour yellow with black print of the marking "15,2 cm ( 6 inch ). It is used for clear identification of cables in the field of electrical and IT installation. The markers are specifically designed for cables with an outer diameter of 8.5 to 11.5 mm, thus suitable for cables with a cross-section of 25.0 mm². The material of the markers is POM (Polyoxymethylene), a technical plastic known for its high strength, heat resistance, and chemical resistance. Therefore, the markers are suitable for use in industrial and technical installations where durable and robust marking is required.

Cable markers are essential in electrical installation to clearly identify cables and wiring. The Pliosnap+ PS-17 is a self-adhesive marker that can be applied directly to the cable without tools or additional fastening materials. The yellow colour ensures good visibility, especially in complex cabling, while the black print "15,2 cm ( 6 inch ) enables clear, legible marking. The markers are designed for use with cables having an outer diameter of 8.5 to 11.5 mm, making them suitable for a wide range of standard cables in power and low-voltage technology.

Functions and equipment in detail

The markers are supplied as loose individual pieces in a packaging unit containing 50 pieces. The packaging consists of a bag that protects the markers from contamination and damage. The POM material ensures high mechanical strength and long service life, even under industrial conditions. The self-adhesive back allows for easy and quick installation without requiring additional adhesives or tools. The markers are designed for permanent attachment to cables and remain secure even under mechanical stress and temperature fluctuations.

Technology explained simply

POM is a high-quality technical plastic known for its excellent mechanical properties such as high strength, stiffness, and abrasion resistance. It is also resistant to many chemicals and exhibits good heat resistance, making it particularly suitable for use in technical installations. The self-adhesive back of the markers enables simple and secure attachment to the cable surface. The markers are designed to be applied to the cable without tools or additional fasteners, reducing installation time and minimizing error potential.

Compatibility and accessories

The markers are specifically designed for cables with an outer diameter of 8.5 to 11.5 mm, making them suitable for cables with a cross-section of 25.0 mm². They are therefore suitable for a wide range of standard cables in electrical and IT installations. The markers are part of the PLIO SNAP+ system by Ses-Sterling, which includes a range of markers in various colours and markings. Using markers with uniform colours and markings enables structured and clear cable identification in complex installations.

Installation and mounting

The installation of the markers is done by simply applying them to the cable. The self-adhesive back ensures secure attachment without requiring additional adhesives or tools. The markers are designed to be applied to the cable without tools or additional fasteners, reducing installation time and minimizing error potential. The markers are designed for permanent attachment to cables and remain secure even under mechanical stress and temperature fluctuations.

Advantages in operation

Using cable markers such as the Pliosnap+ PS-17 offers numerous advantages in operation. The clear identification of cables simplifies maintenance, repair, and expansion of installations. The yellow colour and the black print "15,2 cm ( 6 inch ) ensure clear and legible marking, which is also easily visible under low light conditions. The use of POM as material ensures high mechanical strength and long service life, even under industrial conditions. The self-adhesive back enables easy and quick installation, reducing installation time and minimizing error potential. The markers are thus a reliable tool for structured cable identification in technical installations.