CLM1C-WKW-CWBXB233

Overview

The CLM1C-WKW-CWBXB233 is a high-power LED module from Cree’s CLM1C series, designed for demanding commercial and industrial lighting applications. It integrates multiple Cree XLamp LEDs on a robust substrate to deliver high luminous flux with excellent thermal management capabilities. The module features a wide beam angle configuration, providing uniform light distribution across large areas. Key electrical parameters include a forward voltage typically ranging between 30V and 40V at rated current, ensuring efficient power conversion. Thermal resistance is optimized for stable operation under continuous duty cycles, supporting long-term reliability in harsh environments.

Feature Summary

• High luminous efficacy for energy-efficient illumination
• Robust thermal design for sustained performance
• Uniform light distribution with wide beam angle
• Integrated multi-LED architecture for compact form factor

Applications

• High-bay warehouse lighting
• Street and area lighting fixtures
• Industrial facility illumination
• Parking garage lighting systems

Procurement Notes

Verify the specific binning codes for chromaticity and flux output prior to ordering, as these affect final lumen maintenance and color consistency. Confirm thermal interface material compatibility with your heatsink design to ensure optimal junction temperature performance. Check for any regional regulatory compliance requirements such as RoHS or REACH restrictions applicable to your market.

Selection Notes

Select this module when high lumen density and thermal stability are critical. Evaluate the driver’s constant current output against the module’s forward voltage range to prevent over-voltage conditions. Consider ambient operating temperatures and airflow constraints to determine if additional cooling measures are necessary beyond the module’s inherent thermal path.

Part Context

Part of Cree’s CLM1C family, which offers scalable solutions for various lighting intensities. This specific model balances power density with thermal efficiency, making it suitable for retrofitting existing high-output fixtures or designing new luminaires requiring compact, high-performance light sources.

Replacement Considerations

Direct replacements may include other CLM1C variants with adjusted flux bins or different thermal resistances. Ensure substitute modules match the footprint, pinout, and electrical characteristics to maintain mechanical and electrical compatibility within the existing luminaire design.