Mark your control cabinet sustainably with our resource-saving marking materials.
The self-adhesive device markers from the LS-EMLP/GP product group help to reduce carbon emissions by using a plastic with a lower carbon footprint than the standard item. At the same time, the markers retain their reliable technical and optical properties without compromising on quality.
The LS-EMLP/GP self-adhesive device markers are ideal for the identification of universal rating plates in control cabinet building or for identification purposes in machine building and systems manufacturing. They can also be used in combination with the KLM... terminal strip marker carriers for CLIPFIX end brackets or with the CARRIER-EMLP 22 marker carriers for marking components such as switches and buttons.
LS-EMLP (20X8)/GP
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Device marker
1803408
Device marker, Green Product, Sheet, white, unmarked, can be labeled with: TOPMARK NEO, TOPMARK LASER, mounting type: adhesive, Number of individual labels: 160, text field height: 8 mm, text field width: 20 mm
Product details
Compatible products
Your advantages
Adhesive label for identifying devices
Mark your control cabinet sustainably with the resource-saving adhesive labels from the LS-EMLP/GP product group
Thanks to a plastic with a reduced carbon footprint, the adhesive labels from the LS- EMLP/GP product group enable savings of ~ 25% in terms of the base material compared to the conventional LS-EMLP product group
No quality differences in terms of technical and optical properties, print quality, and durability compared to conventional marking materials
Identification with resource-saving materials helps reduce the overall carbon footprint of a control cabinet without compromising on technical performance
With Green Products from Phoenix Contact, you are setting the standard for the future. The resource-saving and modular marking portfolio is perfectly tailored to use in control cabinets.
Prefabricated device markers in the proven laser-sheet format for ideal positioning in the marking device
Due to the fire and smoke behavior of the material, the markers are particularly suitable for use in building infrastructure