CES-434313-28PM-67

Overview

The CES-434313-28PM-67 is a square enclosed speaker from Same Sky, measuring 43.5 x 43.5 mm. It features an 8 Ohm impedance and a 2 W power rating. The unit utilizes a neodymium magnet and a PEN cone for sound generation. Designed for durability, it offers IP67 ingress protection against dust and water. Electrical output spans a frequency range of 1.12 kHz to 8 kHz. Connection is facilitated via wire leads equipped with a connector interface.

Feature Summary

• IP67 rated enclosure provides robust protection against dust and water ingress for demanding environments.
• Neodymium magnet construction ensures efficient acoustic performance within a compact form factor.
• PEN cone material contributes to distinct audio characteristics and structural integrity.

Applications

• Industrial control panels requiring audible alerts
• Medical equipment needing reliable audio feedback
• Outdoor electronic enclosures exposed to moisture

Procurement Notes

Verify the specific connector type on the wire leads matches your system requirements before integration. Confirm that the operating voltage aligns with the 2 W power rating to prevent damage. Ensure the mounting space accommodates the 43.5 mm square dimensions and depth constraints.

Selection Notes

Select this model when high environmental sealing is critical alongside standard audio signaling needs. The enclosed design simplifies installation compared to bare transducers. Consider the specific frequency response range to ensure audibility in noisy industrial settings.

Part Context

This component belongs to Same Sky's series of general-purpose speakers. It replaces previous CUI Devices offerings under the same specifications. The product line focuses on providing durable audio solutions for industrial and commercial applications where reliability is paramount.

Replacement Considerations

Direct substitutes include other Same Sky square speakers with matching 43.5 mm dimensions and IP67 ratings. Verify impedance and power handling capabilities match the original circuit design to maintain performance levels.