View Cart Track Order Live Help Contact Us Returns
Bass Guitar Drums Keyboards Recording Live Sound

Musical Instruments

-
- Accessories
- Amplifiers
- Cables
- Cases/Racks
- Category
- DJ Equipment
- Drums/Percussion
- Effects/Processors
- Guitar/Bass
- Karaoke Equipment
- Keyboards/Midi
- Lighting Equipment
- Microphones
- Mixers/Multi Track Recorders
- Monitors/Speakers
- Orchestral Instruments
- Software/Sample CDs
Home  » Crown  » Microphones  » Crown CM-311AETL Microphone


Crown CM-311AETL Microphone

Crown
Product Code: CROCM311AETL

List Price: $412.85

Our Price: $359.00

Crown CM-311AETL Microphone


Crown CM-311AETL Microphone

The CM-311AETL is wired for use with Telex and newer Electrovoice wireless systems with TA4F connectors.



Features:

The CM-311AETL offers Differoid performance in a comfortable headworn package. The CM-311AETL is designed to meet the most demanding touring sound applications, with its electret condenser capsule providing full, clear and distortion-free sound. Gain-before-feedback and isolation are exceptional. Lightweight, rugged and comfortable, the headband and mic boom are adjustable to any vocalist. Element Type: Electret Condenser Frequency Response: 50 Hz to 17 kHz Polar Pattern: Differoid Impedance: 75 ohms Sensitivity: 2.5 mV/Pa Free shipping / No Sales Tax.

We'll beat any price! 100% Satisfaction Guarantee. 30 Day Return Policy.

Crown CM-311AETL Microphone

The CM-311AETL is wired for use with Telex and newer Electrovoice wireless systems with TA4F connectors.

Features:

The CM-311AETL offers Differoid performance in a comfortable headworn package. The CM-311AETL is designed to meet the most demanding touring sound applications, with its electret condenser capsule providing full, clear and distortion-free sound. Gain-before-feedback and isolation are exceptional. Lightweight, rugged and comfortable, the headband and mic boom are adjustable to any vocalist. Element Type: Electret Condenser Frequency Response: 50 Hz to 17 kHz Polar Pattern: Differoid Impedance: 75 ohms Sensitivity: 2.5 mV/Pa
Copyright 2004.