Ses-Sterling 03740070001J Pliosnap+ PS-15 J white marker 5.8–8.5 mm content_copy

This product is a cable marker of type Pliosnap+ PS-15 J white, manufactured by Ses-Sterling. This identification system is designed for the clear and unambiguous identification of cables in the field of electrical and IT installations. The markers are specifically designed for cables with an outer diameter between 5.8 mm and 8.5 mm and a cable cross-section from 10.0 mm² to 16.0 mm². The labelling is done in black on a white background with the letter “J”, ensuring clear visibility and easy identification. The material of the markers is polyoxymethylene (POM), a thermoplastic polymer known for its high strength, chemical resistance, and wear resistance. These properties make the marker suitable for use in industrial and technical environments where durable and robust labelling is required.

Cable identification is a central component of any professional installation, helping to avoid errors during maintenance, replacement, or expansion of systems. The PS-15 J markers enable quick and unambiguous cable identification, especially in complex cabling systems. The white background with black print ensures high readability, even under low lighting conditions or in environments with high contamination risk. The marker’s shape is designed for easy and secure placement around the cable without requiring additional fastening.

Functions and equipment in detail include a self-closing clamp connection that ensures secure fastening without tools. The markers are supplied loose and can be directly attached to the cable. The packaging unit contains 50 individual markers, enabling efficient handling and storage. The choice of POM material ensures high mechanical stability and resistance to mechanical stress, such as during installation or operation. The surface is smooth and resistant to dirt, ensuring long-term readability of the label.

Technology explained simply shows that the markers, due to their POM composition, exhibit high temperature resistance and chemical resistance. POM is a high-quality plastic commonly used in the electrical and automotive industries, as it retains its shape and strength even at elevated temperatures. The self-closing design allows for easy installation without requiring additional tools or adhesives. The clamp connection prevents the marker from accidentally slipping off, even under vibrations or movement during operation.

Compatibility and accessories refers to use with cables within the specified diameter and cross-section range. The markers are not suitable for cables outside this range, as secure fastening cannot be guaranteed. The markers are used exclusively as individual units without additional mounting aids.

Installation and mounting is tool-free. The marker is simply placed around the cable and secured by the self-closing clamp connection. Installation is quick and requires no special skills. The markers are intended for indoor use, although the POM material allows limited outdoor use, provided there is no direct sunlight or extreme weather exposure. The packaging unit contains 50 markers, supplied in a bag.

Operational advantages include easy handling, high readability of the label, and durable material quality. The markers enable quick cable identification, accelerating maintenance and fault diagnosis. The use of POM ensures high mechanical stability and resistance to wear, extending the marker’s service life. The uniform colour and labelling facilitate systematic cabling and contribute to order and transparency in technical installations.

The markers are supplied in the packaging unit as loose individual pieces. The packaging contains 50 markers, bundled in a bag. The packaging weight is 9.7 g, indicating the lightweight design of the markers.

The markers are designed for use in technical and industrial installations where clear and permanent cable identification is required. The material selection and construction ensure reliable and low-maintenance labelling that remains effective even under demanding conditions.