Product Description
Electro-Voice R300-L-C Uni-Lapel System with ULM18 Directional Microphone in Case
The R300-L is a robust UHF wireless bodypack system, suitable for any application where the convenience of a wireless lavalier microphone is required. The system's BP-300 rugged metal bodypack transmitter is simple to use, and is powered by two AA batteries. Included with the system, the ULM18 is a high quality directional (cardioid) condenser lavalier microphone suitable for sound reinforcement or recording of voice, and allows users the convenience of a hands-free presentation or performance experience. Exceptionally useful for sound reinforcement applications, the ULM18’s directional cardioid polar pattern reduces sound system feedback potential when used properly. The receiver's dual antenna diversity helps avoid signal dropouts, and its durable metal frame and chassis can either be used on a tabletop, or rack-mounted with optional rack mounting hardware.
- ClearScan automatically finds the clearest channel
- EZsync one-step channel setup
- ULM18 directional lavalier microphone
- 14 hour battery life from two AA alkaline
- Rugged metal transmitter
- Metal receiver chassis with optional rack mount
Specs
Antennas |
Flexible TNC 1/2 Wave |
Audio Frequency Response |
80 Hz - 18kHz +/- 2dB |
Balanced Line Level Output (RMS Adjustable) |
10 - 100mV |
Battery Life |
14 Hours with (2) AA alkalines typical |
Case Material |
Metal |
Connector Type |
1/4 inch unbalanced, 3-Pin XLR balanced |
Controls |
On/Off, Set, Up, Down, Sync |
Distortion (@ 1 kHz, 40 kHz deviation) |
less than 1.0, 0.4 typical% |
Diversity |
True Antenna |
Dynamic Range |
greater than 95 dBdB |
Element |
ULM18 Directional Microphone |
Family |
R300 |
Number of Channels |
32 Per Band, 8 Simultaneous |
Operating Temperature Range |
5º - 45º C (41º - 113º F) |
Polar Pattern |
Cardioid |
Power Requirement |
12-16 VDC, 500 mA max |
Power Supply |
12 VDC, 500 mA max |
Receiver Type |
Synthesized PLL |
RF Frequency Range |
16MHz |
RF Output |
8 mW Typical |
RF Sensitivity (12 dB SINAD) |
less than 1.0uV |
Signal-to-Noise Ratio (A-weighted) |
greater than 100 dBdB |
Squelch |
Tone code plus Amplitude |