W3000G1-WLM

REMIC W3000 G1/WLM Brass & Woodwind Mic. for Wireless Systems

Due to the fact that most wireless beltpack transmitters do not provide 48 volt of phantom power nor a balanced input stage, a series of REMIC MICROPHONES have been designed to support selected wireless systems with unbalanced input circuits and a BIAS voltage of 3 to 8 volt.

The W3000 G1/WLM is based on the same principle as the W3000 G1 model, but is supplied with a different connector – the TA5M multi connector, which allows you to connect your W3000 G1/WLM microphone to a variety of adapters for Shure and Sennheiser wireless systems as well as the standard XLR.

NEW W3000 G1/WLM (Generation 1)
Exceptional condenser microphone for brass and woodwind instruments.

VNEW OPTIMIZED FEATURES OF W3000 G1/WLM:

• Optimized tonal transient response
• Optimized mechanical grip
• Optimized protection of diffusion filter
• Optimized for balanced low impedance transformer inputs

For studio and live performance.

Superior gain before feedback.

Superior suppression of neighbor instruments and ambient noise.

In order to connect to the wireless transmitters, you need to purchase the correct adaptor that lets you connect to one of the following wireless transmitter systems:

REMIC ADAPTERS AND SUPPORTED WIRELESS SYSTEMS:

RAD 001 | adapter for XLR 48 volt phantom, REMIC studio/live models

RAD 001LB (adapter for XLR 48 volt phantom, REMIC loud live LB models)

RAD 003 | TRS 3.5 connector
For Remic studio/live and Live mic to Sennheiser EW-series.
SK100G3/G4, SK300G3/G4, SK500G3/G4, Transmitter module 3.5 TRS w/screw lock connector.

RAD 006 | TA4 connector
For Remic studio/live and Live to SHURE with TA4F connector.
FP1, GLXD1, QLXD1, PG1, PGX1, PGXD1, SLX1, UC1, ULX1, ULXD1, UR1, UR1M, AD1)
Transmitter module with TA4M connector.

RAD 010 | LEMO-3 connector
For Remic studio/live and live microphones to SHURE (UR1M, AD1) and SENNHEISER (SK2000, SK3063, SK5012, SK5212II, SK6000, SK9000) Transmitter modules with LEMO3 connector.

Please note that some dynamic non-linearities will occur when using wireless systems in comparison to a wired solution.