LBC029 Accessory / component
LBC029: specifications and applications
LBC029 is the LUMIBRIGHT MATT WHITE 36° REFLECTOR FOR LB2841 system component in the lumi indoor catalogue, listed under SPOT LIGHT. This page keeps the specifications, configuration choices and project notes for LBC029 together, so it can be compared with other MATT models without substituting the dimensions or options of a neighbouring article.
The LBC029 catalogue record lists colour temperature: 3000, 4000, 5000. Compare the listed colour choices with finishes, surrounding light and the intended atmosphere.
The LBC029 catalogue record lists optical distribution: 36°. Compare the listed option with target distance, spacing and the surface being illuminated.
The LBC029 catalogue record lists finish or material: Matt White. Review the stated construction alongside adjoining architectural materials and sample approvals.
Use LBC029 when preparing the component schedule for its documented system, rather than treating it as a complete light fitting. Compare the connection method, mechanical interface and electrical requirements with the associated assembly. Keep compatible parts and installation instructions together in the project submission. The required combination should be checked against the exact system and configuration before components from different families are mixed.
The current record for LBC029 does not supply a complete list of order-code combinations. Use this base reference when requesting the model schedule, and confirm the exact finish, optical selection, electrical arrangement and included components before an order is specified. Missing options are not presented as available configurations.
For a LBC029 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 MATT article.