LBTMG68 Magnetic Light

LBTMG68 is the LOOP LBTMG68 - MAGNETIC LIGHT lighting model in the lumi sys catalogue, listed under MAGNETIC LIGHT. This page keeps the specifications, configuration choices and project notes for LBTMG68 together, so it can be compared with other LOOP models without substituting the dimensions or options of a neighbouring article.

The LBTMG68 catalogue record lists colour temperature: 3000K. Compare the listed colour choices with finishes, surrounding light and the intended atmosphere.

The LBTMG68 catalogue record lists colour rendering: 90. Include this catalogue value in the material and display-lighting comparison for the project.

The LBTMG68 catalogue record lists enclosure rating: IP20. Coordinate this rating with the actual exposure, cleaning regime and installation conditions.

The LBTMG68 catalogue record lists mounting: magnetic-track-mounted. Check the fixing arrangement and access for installation before finalising the detail.

Retail displays, galleries and changing hospitality layouts call for careful coordination between the track system and the selected lighting module. Compare beam coverage at the actual display distance, the relationship between adjacent heads and the colour of the merchandise. Keep the model reference attached to its compatible system and electrical specification rather than treating different track formats as interchangeable.

LBTMG68 has 1 listed order-code configuration. The listed code is LBTMG68.W.930.WBK.24. Use the exact listed combination when selecting finishes, colour temperature or optical options; an option appearing elsewhere in the family is not automatically an orderable combination for this article.

For a LBTMG68 project submission, retain this model reference with the drawings and the selected configuration. Include the relevant dimensions, optical information and installation requirements in the coordination review. Where a document or value is not available on the page, request the model-specific information from the specification team rather than copying a value from another LOOP article.