Countryman M2OP4FF50B Isomax 2 Audience and Choir Mic, Omni, Black

Countryman's ISOMAX 2 Choir Microphone is a very small, wide response omnidirectional condenser microphone designed for hanging over choirs, orchestras, or stage productions.

Unlike other choir mics, Countryman's unique Isomax 2 mic is designed to pick up the whole choir evenly. That means the front row of singers doesn't overpower the back rows, and nobody sounds like a soloist simply because they are positioned closest to the mic. With Countryman's comprehensive guide to hanging the mics, you can eliminate unwanted noise from the audience, musicians, and monitor speakers. Best of all, the Isomax 2 coverage pattern reduces the number of mics necessary to capture the whole choir.

You can fly these tiny, lightweight microphones almost invisibly from a thin wire spanning across the choir, rather than suspending bulky equipment from high ceilings. That makes our choir mics infinitely easier to replace, position and control - without the risk of equipment accidentally falling and injuring people below.

Application:

• Choir
• Stage
• Audience

Includes:

• Windscreen
• Cable spool
• Stiffener for hanging
• Phantom-powered preamp

Features:

• Unusually uniform pickup over entire choir or production
• Text book perfect cardioid and hypercardioid polar patterns for excellent stereo separation and rejection of unwanted sounds
• Precision directional patterns are uniform with frequency
• Excellent gain before feedback
• Handles high SPL
• Sleek, small, lightweight mic doesn't distract performers or house
• Easy to hang without scaffolding
• Special 50' cable won't twist with temperature changes

Specifications:

• Polar Pattern: Omnidirectional
• Frequency Response: 40 Hz to 18 kHz
• Output Impedance: 350 Ohms
• Sensitivity: -40 dBV/Pa (10.0 mV) 1 kHz open circuit
• Maximum SPL: 130 dB @ 1% THD 1 kHz
• Equivalent Input Noise: 29 dB SPL (A-Weighted)
• Signal to Noise Ratio: 65 dB referred to 94 dB SPL
• Dynamic Range: 101 dB
• Power Requirements: Phantom 9 V @ 1 mA to 55 V @ 8 mA