CLI-3623R-95T

Overview

The CLI-3623R-95T is an industrial audio indicator buzzer manufactured by Same Sky. It features a 36.5 mm diameter form factor designed for panel mounting applications. The device operates at a nominal voltage of 12 Vdc and provides an acoustic output level of 95 dB. Visual indication is achieved through integrated red illumination. The unit utilizes a slow pulse modulation pattern for the audio signal, distinguishing it from continuous tone variants.

Feature Summary

• Integrates red LED illumination with audible signaling for dual-status indication
• Supports panel mounting configuration for secure mechanical installation
• Delivers high-volume acoustic output suitable for industrial environments

Applications

• Industrial machinery status monitoring
• Control panel alarm systems
• Equipment fault indication units

Procurement Notes

Verify that the required operating voltage matches the 12 Vdc specification before integration. Confirm that the 95 dB acoustic rating meets site noise requirements. Ensure the panel cutout dimensions accommodate the 36.5 mm housing size. Check compatibility with the slow pulse audio pattern against system design specifications.

Selection Notes

Select this component when a combined visual and audible alert is required for 12 Vdc systems. The 95 dB output ensures audibility in noisy settings. The red illumination provides clear visual confirmation of the active state. Consider the slow pulse timing if specific signaling protocols are mandated by the application design.

Part Context

This model belongs to the CLI series of industrial buzzers from Same Sky. The series offers various acoustic and visual configurations for different environmental needs. The CLI-3623R-95T specifically addresses scenarios requiring high visibility and loudness in a standard industrial form factor.

Replacement Considerations

Cross-reference with other Same Sky CLI models offering identical 12 Vdc operation and 95 dB output. Verify that substitute parts maintain the same red illumination color and slow pulse modulation characteristics to ensure functional equivalence.