Adastra: 952.341UK, COM41 Dynamic Paging Microphone, XLR Connection, 0.942 kg, Cardioid Polar Pattern

Product Overview & Key Benefits

TheCOM41 Dynamic Paging Microphoneis a professional-grade dynamic microphone specifically designed for efficient paging in various environments. Its robust design and user-friendly features make it an ideal choice for educational institutions, hospitality settings, and commercial venues. The microphone is especially beneficial for those requiring clear audio transmission without the constraints of phantom power, ensuring reliable operation in any situation.

Technical Specifications & Product Details

• Weight:942g (microphone + base unit)
• Capsule Type:Dynamic (moving coil)
• Connection:XLR (gooseneck + base unit)
• Dimensions:430 x 136 x 107mm (microphone + base unit)
• Sensitivity:-53.2dB ±3dB (0dB=1VPa at 1kHz)
• Polar Pattern:Cardioid
• Output Impedance:≤600Ω
• Frequency Response:50Hz - 12kHz

Ideal Uses & Applications

The COM41 Dynamic Paging Microphone is perfect for a wide range of applications:

• Educational Institutions:Perfect for announcements and paging in schools and universities.
• Hospitality Settings:Ideal for use in hotels, restaurants, and conference centres where clear communication is essential.
• Commercial Venues:Suitable for retail spaces and public transport facilities for making timely announcements.
• Public Address Systems:An excellent choice for events or gatherings requiring professional audio quality.

Energy Efficiency & Cost Savings

While the COM41 Dynamic Paging Microphone does not require phantom power to operate, it is designed to be an energy-efficient option for your audio needs. The straightforward connection through XLR ensures a seamless integration into existing audio systems without the need for additional equipment, ultimately saving on set-up costs and energy consumption during operation.

In summary, the COM41 Dynamic Paging Microphone provides exceptional sound quality and reliability, making it an optimal choice for those needing dependable performance in their paging systems.