Electro-Voice R300-E Headworn Wireless System with HM3 Microphone (A-Band)

The Electro-Voice R300 opens a new category of wireless microphone in today’s market, Entry Level Professional. With one-touch ClearScan and EZ sync transmitter update the R300 is as easy to setup anduse as any entry level wireless microphone. But the R300 is also a true rack mountable metal receiver, metal body pack and handheld transmitters, and remote mountable antennas normally found in higher priced professional systems. With the touch of one button ClearScan scans through all 32 preset channels and selects the clearest channel. Having the clearest channel ensures noise free operation with the longest operating range. ClearScan gives you confidence in an increasingly difficult RF world. Matching the transmitter frequency to the receiver also requires just the touch of a button. EZsync uses infrared technology to set the transmitter to the correct frequency and confirms operation in one automatic step. EZsync ensures error free setup. BP-300 is an all new metal bodypack transmitter that is rugged, compact, and easy to use. Using two AA batteries for 14 hours of use, the BP-300 is one of the most economical transmitters around for applications that require daily operation. The mute function keeps the RF signal live while it mutes the audio to protect your channel and prevent noise in the audio system. The TA4 connector allows the use of any EV lapel or headworn microphone for a variety of applications. The HT-300 metal handheld transmitter is made to withstand the rigors of daily use but still be comfortable in your hand. The HM3 is a high quality omnidirectional condenser headworn microphone. Designed for use with the R300-E wireless bodypack system, the HM3 allows users the convenience of a hands-free presentation or performance experience. The HM3’s light weight adjustable headband fits securely over both ears, while the boom with flexible gooseneck end can be fitted to either the left or right side ear hooks. A generous 1 meter cable clips securely to the headband, and terminates with a TA4F connector for attachment to the R300 bodypack transmitter. The receiver for the R300 system is equally at home on a table top or in a 19 inch equipment rack. Rack mount kits and front mount antenna cables are available for the R300 for a professional installation. Receiver Specifications: Receiver Type: Synthesized PLL Frequency Range (RF): B-Band (678 – 694 MHz) Number of Channels: 32 Modulation: 40 kHz Diversity: True Antenna RF Sensitivity: <1.0 ?V for 12 dB SINAD I mage Rejection: > 55 dB Squelch: Tone Code plus Amplitude Power Requirements: 12-16 VDC, 500mA max Operating Temperature: 5degreesC to 45degreesC (41degreesF to 113degreesF) Dimensions: 43 mm H x 206 mm W x 210 mm D (1.72 in H x 7.8 in W x 8.0 in D) Audio Parameters Frequency Response: 80 Hz – 18 kHz 2 dB Balanced Output: 20 dBV (max @ 40 kHz deviation) Unbalanced Output: Adjustable 8 mV to 0.755V RMS Distortion: < 1.0%, 0.4% typical(ref 1 kHz, 40 kHz deviation) Signal-to-Noise Ratio: > 100 dB A-Weighted Dynamic Range: > 95 dB BP-300 Bodypack Specifications: Radiated Output: 8 mW typical Back Lit LCD Display: Channel, Frequency, Mute, and Battery Level TA4F Connector Wiring: Pin 1 Ground; Pin 2 Mic Input; Pin 3 +5V bias; Pin 4 +5V thru 2.2k ? Power Requirement: Two AA batteries Battery Life (Typical): > 14 hours with AA alkaline typical Bodypack Antenna: Flexible external 1/4 wave Dimensions (Bodypack): 84 mm H x 66 mm W x 23 mm D (3.3 in H x 2.6 in W x 0.89 in D) HM3 Headworn Microphone Specifications: Generating Element: Condenser, back electret Frequency Response: 50 – 20,000 Hz Polar Pattern: Omnidirectional Impedance: 200 ohms Sensitivity, Open Circuit Voltage, 1 kHz: 10.0 mV/pascal Cable length: 1 meter Polarity: Pin 1: Ground, Pin 2: Mic Input, Pin 3: +5V bias, Pin 4: N/C Connector: TA4F Dimensions (without cable): Length 180 mm (7.086 in) Width (widest) 105mm (4.133 in) Width (narrowest) 15mm (0.59 in) Finish: Semi-Gloss Black Net Weight: 28g Accessories Furnished: Foam Windscreen