OMNITRONIC UHF E-FLEX 2 Dual Channel Wireless Microphone System, 823-832/863-865 MHz 13063370

Professional UHF wireless microphone system with true diversity reception and dual-channel operation for reliable, interference-free audio transmission. The E-FLEX 2 delivers crystal-clear sound with an operating range of up to 100 meters, making it ideal for live performances, conferences, and houses of worship.

Advantages

True diversity receiver with two detachable BNC antennas ensures stable signal reception even in challenging RF environments. The system offers 100 selectable frequencies per channel across two UHF bands (823-832 MHz and 863-865 MHz), allowing up to 5 systems to operate simultaneously without interference. Clear LCD displays on both the receiver and handheld transmitters provide real-time status monitoring, while the rugged metal construction ensures durability for touring and fixed installations.

Suitable for

• Live stage performances and presentations
• Conference rooms and educational facilities
• Houses of worship and event venues
• Mobile DJs and entertainers

Key specifications

• Dual-channel UHF wireless system with true diversity receiver
• Frequency bands: 823-832 MHz and 863-865 MHz
• 100 selectable frequencies per channel (200 total)
• FM modulation with ±0.005% frequency stability
• Signal-to-noise ratio >105 dB (A-weighted)
• Total harmonic distortion <0.5% at 1 kHz
• RF output power: 10 mW
• Audio outputs: 2 x XLR balanced, 1 x 6.3 mm jack unbalanced mix
• Receiver power supply: DC 12V, 500mA (AC adapter included)
• Transmitter power: 2 x 1.5V AA batteries (approx. 8-10 hours life)
• Operating range: up to 100 meters line of sight
• 19" rack mount capability (1U) with optional kit
• Includes 2 handheld microphones

Recommendations

For optimal performance, position the receiver antennas at least 1 meter above the ground and away from large metal objects. Always use fresh alkaline batteries in the transmitters for maximum operating time. When using multiple systems, set each system to a different frequency group to avoid intermodulation interference.