Ses-Sterling 037300610018 Pliograph+ 2.8 8 white booklet with 150 rings content_copy

The product Pliograph+ 2,8 8 weiß from Ses-Sterling is a labelling ring booklet for the clear identification of cables, lines and other installation components in the field of electrical and IT technology. It is a series of labelling rings made of PVC, compiled in a booklet and specifically designed for marking cabling systems. The rings are in the colour white and feature a black print with the marking "20,3 cm ( 8 inch ). The width of the rings is 2.8 mm, enabling clear readability and a good fit on cables of medium to larger diameters. Each booklet contains 150 identical rings in the same colour and with the same print, supporting efficient and consistent labelling in larger projects.

Applications
These labelling rings are primarily intended for use in electrical installation, IT infrastructure, as well as in building and industrial technology. They serve to uniquely identify cables, lines, switches, sockets or other components, minimizing error sources during maintenance, repair or expansion. Use in cable labelling is particularly common in the field of network and data cabling as well as in electrical installation. The white colour provides high contrast against the black print, improving readability even under low lighting conditions.

Functions and Equipment in Detail
The rings are made of PVC, a robust and flexible plastic suitable for indoor use. The material choice ensures sufficient durability under normal operating conditions. The width of 2.8 mm allows for clear display of the marking without the rings being too wide or bulky. The black print "20,3 cm ( 8 inch ) is clear and easily readable, enabling quick identification of the marked line. The rings are compiled in a booklet, allowing easy handling and storage. The packaging contains 150 rings, making it an economical and practical solution for larger projects or workshop use.

Technology Explained Simply
The labelling rings are of the Pliograph+ 2,8 type, indicating a standardized system for cable labelling. The "+" in the designation indicates an advancement or extension of the original Pliograph system. The rings are designed to be easily slipped over cables or lines without requiring additional tools or adhesives. The PVC material properties ensure the rings are not brittle and can be bent easily without tearing. The white colour is not only aesthetic but also functional, as it enhances the visibility of the black print. The marking "20,3 cm ( 8 inch ) can be used for various purposes depending on project requirements – for example, as numbering, to denote a specific cable category, or as part of an internal coding system.

Compatibility and Accessories
The rings are part of the Pliograph+ labelling system from Ses-Sterling and can be combined with other products from this product range to create a consistent labelling system. Use requires no additional tools – the rings are simply slipped over the cables to be marked. Compatibility is ensured when other items from the Pliograph+ range are used with the same width (2.8 mm) and matching colour and print combinations.

Installation and Mounting
Installation is performed by simply sliding the rings over the cable or line. No special mounting equipment is required. The rings sit securely on the cable due to their shape and material properties, without easily slipping. Installation is quick and can also be carried out in confined spaces. The rings are not self-adhesive but hold by friction and form fit. Use typically occurs before final assembly or during installation to ensure clear assignment of lines.

Advantages in Operation
Using these labelling rings reduces error susceptibility during maintenance and servicing of cabling systems. The clear, high-contrast marking enables quick identification of lines, reducing work time and increasing safety. The large quantity of 150 rings per booklet makes the product particularly economical for larger projects. The PVC processing ensures sufficient service life under normal operating conditions. Therefore, use is exclusively intended for indoor environments.