Ses-Sterling 03740080001E PLIO SNAP+ PS-17 E WH content_copy

The PLIO SNAP+ PS-17 E" marker from Ses-Sterling is a cable identification element from the product group of identification systems, specifically designed for the clear identification of cables in electrical and IT applications. It is supplied in white colour with black printing of the letter "E and serves for visual identification of cables with an outer diameter between 8.5 and 11.5 mm and a cable cross-section of 25.0 mm². The markers are made of polyoxymethylene (POM), a thermoplastic polymer known for its high strength, heat resistance, and chemical resistance. This material selection ensures a durable and robust identification that meets high demands even under industrial conditions.

Cable identification is a central component of the installation and maintenance of electrical and data lines, aiming to minimise error sources and enable the assignment of lines to systems or functions. The PLIO SNAP+ PS-17 E" is supplied as loose markers that can be snapped onto the cable without tools. The designation "SNAP+ refers to the quick and secure closing of the marker via an integrated locking mechanism, enabling firm attachment without additional aids. The white colour with black print ensures clear readability, even under low lighting or in complex installations.

Applications include particularly the identification of power and data cables in industrial plants, buildings, server rooms, or during electrical installations. The markers are designed for cables with a cross-section of 25.0 mm², making them suitable for medium to large cables, for example in distribution technology or machine cabling. The specified fit for outer diameters from 8.5 to 11.5 mm ensures secure and tight attachment without being too loose or too tight.

Functions and equipment in detail include the use of POM as material, offering high mechanical load capacity and resistance to moisture, oil, and other chemicals. The markers are supplied loose, enabling flexible and quick application. The packaging unit contains 50 pieces, sufficient for small to medium-sized projects. Identification is done via the letter "E", serving as a unique identifier—possibly as part of an internal identification system, for example for a specific line function, phase, or power supply group.

Technology explained simply shows that the marker is not an electronic device but a purely mechanical identification element. The designation PS-17 refers to the model and fit, tailored to the specified cable dimensions. The choice of POM material ensures high service life and resistance to mechanical stresses, such as those occurring during installation or operation. The white colour with black print is standard for good readability.

Compatibility and accessories refers to use with cables within the specified diameter and cross-section range. The markers are designed as individual components and require no additional tools or aids for installation.

Installation and mounting is done by simply snapping the marker onto the cable. The integrated locking mechanism ensures the marker is securely fixed without tools. The application is therefore quick and easy, even for technicians without special tools. The markers are not suitable for use on cables outside the specified diameter range, as secure attachment cannot be guaranteed.

The markers are supplied in a packaging unit containing 50 pieces. The packaging is a bag protecting the material from contamination and damage. The packaging weight is 0.017 kg, indicating a light and compact packaging. The EAN number of the product is 3597470070833. The white colour is consistently confirmed across all specifications.

Operational advantages lie in easy handling, high material durability, and clear identification. The markers enable quick and unambiguous cable identification, simplifying maintenance, fault diagnosis, and system overview. The use of POM ensures long service life, even under industrial conditions. The loose supply in a pack of 50 pieces offers a practical quantity for typical installations.