Ses-Sterling 03740050001C PLIO SNAP+ PS-09 C WH content_copy

The PLIO SNAP+ PS-09 C" 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 with an outer diameter of 3.2 to 4.5 mm and a cable cross-section of 2.5 mm². The markers are white in colour and feature a black print with the marking "C. The material used for the markers is POM (polyoxymethylene), a high-quality plastic known for its mechanical strength and resistance to chemical influences. The carrier rods, on which the markers are mounted, are blue and can be purchased empty. The packaging unit contains 12 pre-loaded carrier rods with a total of 300 markers. The total weight of the packaging is 56 g.

Cable identification is an essential component of structured cabling, especially in complex installations where quick and secure identification of wires is required. The PLIO SNAP+ PS-22,9 cm ( 9 inch )C" enables clear and durable labelling that remains legible even under mechanical stress or in damp environments. The markers are designed for indoor use and are particularly suitable for identifying data and power cables in enclosures, server rooms, or during the installation of cabling systems.

Functions and equipment in detail

The markers are self-adhesive labels that can be easily and securely applied to the cable. The use of POM as material ensures high resistance to mechanical stress, such as bending and tensile forces, as well as to moisture and common chemicals. The white colour with black print provides high readability and contrast. The marking "C" serves as a unique identifier that can be used within an internal identification system depending on the application. The carrier rods are blue and serve for storage and orderly transport of the markers.

Technology explained simply

POM is a thermoplastic material used frequently in technical applications due to its high strength, low friction, and good wear resistance. Markers made of POM are therefore particularly suitable for environments requiring high mechanical load capacity and long service life. The self-adhesive surface allows for easy and quick installation without additional tools. The markers are designed for cables with an outer diameter of 3.2 to 4.5 mm, making them suitable for a wide range of standard cables in electrical and IT technology.

Compatibility and accessories

The PLIO SNAP+ PS-22,9 cm ( 9 inch )C" marker is specifically designed for cables with an outer diameter of 3.2 to 4.5 mm and a cross-section of 2.5 mm². It is part of the PLIO SNAP+ system from Ses-Sterling, which offers a modular and flexible labelling solution. The blue carrier rods, on which the markers are delivered, can be purchased empty, allowing for individual loading.

Installation and mounting

Mounting is done by simply sticking the markers onto the cable. The self-adhesive surface ensures secure attachment without additional tools. The markers are designed to be installed without tools. The application is done directly on the cable, ensuring correct positioning and alignment of the marking to guarantee clear identification.

Advantages in operation

Using the PLIO SNAP+ PS-22,9 cm ( 9 inch )C" provides reliable and durable identification that remains legible even under operating conditions such as mechanical stress or moisture. The clear colour scheme and high-contrast print facilitate identification, speeding up maintenance and fault diagnosis. The use of POM as material ensures long service life and durability, reducing the need for rework. The modular design of the system allows flexible adaptation to different labelling requirements.

The packaging unit contains 12 pre-loaded carrier rods with a total of 300 markers.

The described features and functions correspond to the information provided by the sources. There are no contradictions between the sources regarding technical data, colour, material, packaging unit, or application area. The information is consistent and has been processed according to the instructions.