Shure MX392BES Supercardioid Boundary Microphone with Built-in Preamp
Microflex Boundary Microphones are here to revolutionize your audio experience!
• Low profile and professional, these boundary microphones come with interchangeable cartridges and a built-in preamp.
• The MX392 and MX393 from Shure offer features like programmable silent membrane switches, logic inputs and outputs, and green LED indicators. Ideal for altars, boardrooms, and distance learning centers, they feature interchangeable condenser cartridges.
- MX392 & MX392BE: Surface-mount mic with LED logic input/switch logic output terminals, screw terminal connections, attached unterminated cable; Bottom Exit option available
- MX393: Surface-mount mic with LED logic input/switch logic output terminals, screw terminal connections, detachable cable with XLR output connector
Features
- • Flat frequency response across the vocal range for crystal-clear sound
- • Interchangeable cartridges for optimal application choice
- • Sleek, low-profile design for a discreet look
- • Balanced, transformerless output for noise-free long cable runs
- • Programmable membrane on/off switch with LED indicator
Specifications
- Frequency Response: Cardioid (MX392/C, MX393/C), Supercardioid (MX392/S, MX393/S), Omnidirectional (MX392/O, MX393/O)
- Impedance: EIA Rated at 150 ohms (180 ohms actual)
- Output Level: -6 dBV (0.5 V)
- Phantom power required : 11 to 52 Vdc phantom, 2.0 mA current consumption
The Shure MX392BES Supercardioid Boundary Microphone with Built-in Preamp is perfect for a variety of settings. Whether you're in an altar, boardroom, or distance learning center, this microphone has got you covered. It's designed for professionals who demand high-quality audio. With a low-profile design, it won't draw attention while delivering great sound. The frequency response is flat across the vocal range, giving you clear, uncolored sound. It also has interchangeable cartridges for different applications. Technical specs include impedance rated at 150 ohms (180 ohms actual), output level of -6 dBV (0.5 V), and requires 11 to 52 Vdc phantom power with 2.0 mA current consumption.
