Ses-Sterling 03740040001H PLIO SNAP+ PS-06 H WH content_copy

The PLIO SNAP+ PS-06 H" marker from Ses-Sterling is a cable identification system for use in electrical and IT technology. It is designed for the clear identification of cables and wires using self-adhesive markers supplied on carrier rods. The markers are white with a black print of the letter "H and are specifically suitable for cables with an outer diameter of 2.6 to 3.5 mm and a cable cross-section of 1 to 1.5 mm². The material of the markers is POM (polyoxymethylene), a robust, wear-resistant plastic known for its high mechanical strength and chemical resistance. The carrier rods, on which the markers are mounted, are red and can also be purchased empty, enabling flexible use.

Cable identification is a central component of structured cabling to avoid errors during installation, maintenance, or repair. The PLIO SNAP+ PS-15,2 cm ( 6 inch )H" provides a clear, durable identification that remains stable even under mechanical stress or in environments with low humidity. The markers are designed to be easily and securely applied to cables without requiring additional tools or adhesives.

Functions and equipment in detail include the use of POM markers, which offer high durability and resistance to mechanical stress and chemical influences. The white color with black print ensures good readability, even in low light conditions. The markers are designed for cables with an outer diameter of 2.6 to 3.5 mm, making them suitable for a wide range of standard cables in electrical and IT installations. The cable cross-section specification of 1 to 1.5 mm² complements this and allows for precise assignment to specific wires.

Technology explained simply shows that the markers are made of POM, a thermoplastic polymer known for its high strength, heat resistance, and abrasion resistance. This makes the markers particularly suitable for use in industrial or technical environments where long service life and high reliability are required. The self-adhesive attachment is achieved through an integrated adhesive section that ensures secure adhesion to the cable surface without requiring additional adhesives or tools.

Compatibility and accessories refers to the use of markers with the red-colored carrier rods, specifically developed for the PLIO SNAP+ system. These carrier rods can be purchased empty, allowing for individual loading. The markers are not compatible with other systems, as they are specifically designed for the PLIO SNAP+ system. The packaging unit contains 10 loaded carrier rods with a total of 300 markers, enabling efficient storage and handling.

Installation and mounting is done by simply applying the markers to the cable. The self-adhesive surface ensures secure attachment, with the markers easily rolled off and applied to the cable. The carrier rods facilitate storage and transportation of the markers, as they are supplied in an organized form. No additional tools or aids are required to apply the markers.

Operational advantages include easy handling, high readability, and long service life of the markers. The use of POM ensures high mechanical stability, which remains intact even during frequent handling or in harsh environments. The clear identification with the letter "H" enables quick cable identification, accelerating maintenance and troubleshooting. The packaging unit with 300 markers offers an economical solution for larger projects or series installations.

The packaging unit consists of a bag containing 10 loaded carrier rods with a total of 300 markers. The weight of the packaging is 0.038 kg. The markers are white with a black print of the letter "H". The carrier rods are red and specifically designed for the PLIO SNAP+ system.

Cable identification, POM material, carrier rods, marker PS-06, letter H, cable outer diameter 2.6–3.5 mm are the key features of this product, essential for applications in electrical and IT technology. The markers are designed for clear, durable cable identification and support structured cabling in technical installations.