CLM2B-REW-CYBZ0AA3

Overview

The CLM2B-REW-CYBZ0AA3 is a high-power LED module from Cree's CLM2B 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 specific binning configuration for color consistency and includes integrated circuitry for driver compatibility. Key electrical parameters include a forward voltage range typically between 18V and 24V at rated current, supporting efficient operation in constant current drivers. Thermal resistance characteristics are optimized for heat dissipation, ensuring long-term reliability under continuous operation.

Feature Summary

• High-density LED array architecture for maximum lumen output per unit area
• Advanced thermal management design utilizing direct metal core PCB technology
• Integrated protection circuitry against electrostatic discharge and reverse polarity
• Precision color binning for consistent chromaticity across production batches

Applications

• High-bay warehouse and factory lighting fixtures
• Street and roadway luminaire designs
• Industrial task lighting systems
• Parking garage illumination modules

Procurement Notes

Verify the specific suffix codes against the manufacturer's latest datasheet to confirm exact binning and optical specifications. Ensure driver compatibility with the module's forward voltage range and current requirements. Check for updated environmental compliance certifications before finalizing procurement orders.

Selection Notes

Select this module based on required lumen output and thermal constraints of the housing design. Evaluate the spatial dimensions to ensure fit within the intended luminaire form factor. Consider the color temperature and CRI requirements for the specific application environment to match aesthetic or functional needs.

Part Context

This component belongs to Cree's CLM2B family of high-power LED modules, which are engineered for replaceability and performance in professional lighting systems. The series is known for its standardized mechanical footprint and electrical interface, facilitating easier integration into existing fixture designs compared to discrete LED solutions.

Replacement Considerations

Direct replacements must match the mechanical footprint, pinout configuration, and thermal interface specifications. Verify that substitute modules offer comparable luminous efficacy and color stability. Consult official substitution guides for cross-referencing equivalent part numbers from the same manufacturer.