- Country of origin:
- Delivery time: 7-10 dni
- Delivery: from €0.00 (InPost)
Description
RDL RU-MX4T - Professional 4-Channel Microphone/Line Mixer with Phantom Power and Transformer
The RDL RU-MX4T is a professional 4-channel audio mixer designed to combine balanced microphone and unbalanced line-level signals. Each input accepts either a balanced XLR mic signal or an unbalanced line-level signal via RCA jack. Each mic input features individually switchable 24 V phantom power.
The mixer provides a balanced XLR output that can be switched between mic and line level, as well as an unbalanced RCA line output and a DIRECT input for system expansion with additional RU-MX4 units. A built-in soft-knee compressor/limiter can be activated via a rear-panel switch, offering dynamic control for demanding applications.
Each input channel includes independent level adjustment and a dual-LED VU meter. The final mix is displayed on an arc-style LED VU meter for clear visual monitoring. The RU-MX4T version includes a factory-installed output isolation transformer for galvanic isolation and reduced interference.
Functionality
- Mixes microphone and line-level signals from four sources
- Individually switchable 24V phantom power for each mic input
- Switchable XLR output: mic or line level
- System expansion via DIRECT input and LINE OUT
- Built-in soft-knee compressor/limiter
- Visual level monitoring on each channel and master output
- Galvanic isolation via built-in output transformer
Product Features
- 4-channel microphone/line mixer
- XLR (balanced) and RCA (unbalanced) inputs
- 24 V phantom power - switchable per mic input
- XLR output with switchable mic/line level
- Unbalanced RCA line output
- DIRECT input for cascading with other RU-MX4 mixers
- Built-in compressor/limiter - switchable
- Output isolation transformer (RU-MX4T version)
- Low-noise, studio-quality performance
- Input level controls and dual-LED VU meters per channel
- Arc-style LED VU meter for final mix
RU-MX4T is a versatile solution for AV professionals requiring high-quality audio mixing, flexible configuration, and reliable signal isolation.