Linear downlight · Narrow beam

Application

Linear recessed ceiling luminaire with symmetric narrow light distribution. The patented (US 2016/0327243) BEGA Vortex Optics® rotates a parabolic reflector around the vertical axis to form a complex vortex shape. The vortex balances maximum efficiency with optimal glare control while eliminating shadows and artifacts in a uniquely rectangular shape.

Materials

NRTL listed to North American Standards, suitable for wet locations. Protection class IP 65.

Electrical Specifications

Weight: 14.6 lbs.

LED Color Temperature

BEGA can supply you with suitable LED replacement modules for up to 20 years after the purchase of LED luminaires - see website for details.

Finish

All BEGA standard finishes are matte, textured powder coat with minimum 3 mil thickness. BEGA Unidure® finish provides superior fade protection in Black, Bronze, and Silver. BEGA standard White is a super durable polyester powder. Optionally available RAL, custom, and premium colors provided in polyester powder and/or liquid paint.

Available Colors

Available Options

Included (available for pre-shipment)

Dimensions

Linear downlight · Narrow beam

Product LED A B C
B24302 48.0W 34° 60 3/8" 3 1/2"

BEGA 1000 BEGA Way, Carpinteria, CA 93013 (805) 684-0533 info@bega-us.com

Due to the dynamic nature of lighting products and the associated technologies, luminaire data on this sheet is subject to change at the discretion of BEGA North America. For the most current technical data, please refer to bega-us.com

Copyright BEGA 2025. Updated 08/12/25

PDF preview unavailable. Download the PDF instead.

24302 BEGA Spec Adobe PDF Library 16.0.7 Adobe InDesign 17.4 (Windows)

Related Documents

Preview BEGA 84281 In-Grade Luminaire - Narrow Beam Specification
Detailed technical specifications for the BEGA 84281 In-Grade Luminaire with Narrow Beam, featuring BEGA Vortex Optics®, suitable for architectural illumination and vehicular loads.
Preview BEGA In-Grade Luminaire - Narrow Beam | Vortex Optics®
Detailed specifications for the BEGA In-Grade Luminaire with Narrow Beam, featuring patented Vortex Optics®, suitable for architectural illumination and light vehicle loads. Includes materials, electrical data, LED specifications, and available options.
Preview BEGA Surface Mounted Downlight - Symmetric Narrow Beam (B24751) | Technical Specifications
Detailed technical specifications for the BEGA B24751 surface mounted downlight, featuring symmetric and narrow beam optics, Ultradark Optics®, and various finish and color options. Includes electrical data, materials, and dimensions.
Preview BEGA B84277 In-grade Luminaire - Asymmetric Specifications
Discover the BEGA B84277 in-grade luminaire, featuring patented Vortex Optics® for architectural illumination. This spec sheet details its robust construction, IP 67 rating, dimmable LED performance, and material specifications for demanding applications.
Preview BEGA In-Grade Luminaire - Wide Beam (Model B84283) - Technical Specification
Detailed specifications for the BEGA In-grade luminaire with Wide beam optics (Model B84283). Features include patented Vortex Optics®, durable materials, and various electrical and color temperature options.
Preview BEGA In-grade Luminaire - Wide Beam Specification Sheet
Detailed specifications for the BEGA In-grade Luminaire with Wide Beam, featuring patented Vortex Optics®, durable materials, and various LED color temperatures. Suitable for architectural illumination and light vehicle pressure loads.
Preview BEGA B24752 Surface Mounted Downlight: Symmetric Narrow Beam
Specifications for the BEGA B24752 surface mounted downlight, featuring Ultradark Optics®, symmetric narrow beam, and durable finishes for targeted illumination in various applications.
Preview BEGA B24750 Surface Mounted Downlight: Symmetric Narrow Beam Technical Specifications
Detailed technical specifications for the BEGA B24750 surface mounted downlight featuring Ultradark Optics®, narrow beam, and various finish and control options. Includes application, materials, electrical data, and dimensions.