- Delivery time: 14 days
- Delivery: from €0.00 (InPost)
Description
Relacart UR-2Q (4x UD-223/CF-100) - Quad-Channel Wireless System with Gooseneck Conference Microphones and Dante
Relacart UR-2Q (4x UD-223/CF-100) is a professional quad-channel UHF wireless microphone system designed for conference, education, and event applications. The set includes four UD-223 wireless desktop bases with CF-100 gooseneck microphones and the UR-2Q receiver with Dante output and full DSP processing.
The system offers wide UHF bandwidth (521-937 MHz), high frequency stability, digital audio processing, Magic EQ presets, and automatic frequency selection (AFS). With Dante support, it integrates directly into networked audio systems via Ethernet.
Functionality
- Quad-channel UHF receiver with DSP and Dante output
- Supports wireless conference microphones with desktop bases
- Magic EQ - 9 digital audio equalizer presets
- AFS - automatic frequency scanning and selection
- IR sync - fast transmitter pairing
- Audio outputs: mixed and individual balanced, plus Dante
- Operating range: up to 80 m (line of sight)
Features
- Frequency range: 521.25 - 936.85 MHz
- Bandwidth: 130 MHz
- Modulation: FM, PLL synthesis
- Converters: 24-bit / 96 kHz, Relacart DSP
- THD: < 0.7% @ 1 kHz
- SNR: > 105 dB
- Frequency response: 80 Hz - 18 kHz (±3 dB)
- Power supply: 100-240 V AC
- Housing: 1U rackmount (480 x 350 x 43 mm)
- Antennas: 2 x BNC with +12 V power
UD-223 with CF-100 Gooseneck Microphone
- CF-100 gooseneck mic with locking XLR and LED ring indicator
- Frequency range: 521.25 - 936.85 MHz
- Bandwidth: 134 MHz
- Modulation: FM, PLL
- RF power output: 10 mW
- Low-cut filter: below 200 Hz
- Power: 4 x AA batteries
- Current consumption: 180 mA
- Base dimensions: 170 x 129 x 49 mm
- Weight: approx. 580 g (without batteries)
Relacart UR-2Q with UD-223/CF-100 microphones is a complete solution for AV professionals seeking high-quality wireless audio, flexible configuration, and Dante integration - ideal for conference rooms, educational facilities, and event spaces.