Wireless in-ear monitor system, including transmitter, belt pack receiver and earphones.
The MEI 100 is a wireless in-ear monitoring system
with outstanding sound characteristics. A corrected
frequency response ensures optimal adaptation to auditory requirements.
The MEI-100 features 160 possible frequencies, permitting
10 systems to be operated in parallel without intermodulation.
A limiter at the input prevents distortion even with an overload of +12 dB, providing optimal hearing protection. Both mono and stereo
operation are possible, making the system very
flexible and suitable for many applications
such as live acts, theatre and voice.
Both the sender and the receiver have a clearly arranged
multifunctional display, which indicates all operating states.
The sender also has a headphone output which allows monitoring
at the sender side. Optimised power management
ensures a long battery life without replacement.
High-quality earphones for the receiver are included.
Specifications MEI 100 BPR Receiver
Article No.: LDMEI100BPR
Frequency range: 845.05 MHz to 864.95 MHz
Image rejection: > 60 dB
S/N ratio: > 95 dB
THD: < 1%
Audio output level: 100 mW ≅ 32 Ω
Audio response: 80 Hz to 18 kHz ± 3 dB
Dynamic range: > 90 dB, A-weighted
Dimensions: 95 mm x 65 mm x 25 mm
Weight: 0.57 kg
Power requirements: 2 AA batteries
Battery life: > 8 hours
(depending on battery type)
Specifications MEI 100 T Transmitter
Article No.: LDMEI100T
Frequency range: 845.05 MHz to 864.95 MHz
RF output power: 10 dBm
Gain adjustment range: 20 dB
Max. audio input level: +12 dBV
Front panel controls: Power, Set, Up and Down,
Headphone volume control
Rear panel controls: Input level left/right,
Stereo/Mono switch
Input: Neutrik COMBO balanced
(left/right)
Dimensions: 212 mm x 90 mm x 38 mm
Weight: 0.85 kg
Power requirements: 12 V to 18 V at 300 mA,
supplied by external power supply
Operating temperature: -10 °C to 50 °
Please note that this product will be affected by Ofcom's Digital Switchover in 2012 and the range of available frequencies will be shortened. Please see our Wireless Frequencies page for more information.
