WSPH-1609S

Overview

The Soberton WSPH-1609S is a high-power white LED module designed for general illumination applications. It utilizes surface-mount technology to deliver consistent luminous flux with a wide viewing angle. The component features a robust thermal management structure integrated into its substrate, ensuring stable operation under continuous drive conditions. Electrical specifications typically include a forward voltage range suitable for standard constant current drivers and a nominal power rating optimized for efficiency. The device is engineered for long-term reliability in commercial lighting fixtures.

Feature Summary

• High luminous efficacy for energy-efficient illumination
• Integrated thermal dissipation design for stability
• Wide beam angle for uniform light distribution

Applications

• Commercial ceiling downlights
• Linear tube replacements
• General area lighting fixtures

Procurement Notes

Verify the specific binning code and forward voltage class required for your driver compatibility before ordering. Confirm the exact suffix variations available from authorized distributors, as these may indicate differences in color temperature or lumen output. Ensure that the procurement channel provides traceability documentation to guarantee authenticity and adherence to Soberton Inc. manufacturing standards.

Selection Notes

Select this module based on the required lumens per watt and thermal resistance characteristics of the final housing. Evaluate the forward voltage drop against the available driver headroom to ensure proper regulation. Consider the physical footprint and mounting hole patterns to verify mechanical integration within the target luminaire design without requiring significant structural modifications.

Part Context

This part belongs to Soberton Inc.'s portfolio of high-power LED modules focused on replacing traditional HID or fluorescent sources. The series emphasizes ease of integration into existing fixture geometries while improving overall system efficiency. It serves as a direct upgrade component for manufacturers seeking to modernize their lighting product lines with solid-state technology.

Replacement Considerations

Check for compatible pinout configurations if substituting in existing PCB layouts. Verify that the thermal interface material requirements match the heatsink design of the original assembly. Ensure that the new driver can accommodate the electrical characteristics of the replacement module to prevent flickering or premature failure.