UHF410-Body-F8

Your connection to the receiver.
The UHF410-Body-F8 is a bodypack transmitter designed to be worn, featuring a mini-XLR input for an optional headset microphone. It transmits the signal to the UHF410-Base-F8 receiver, providing complete freedom of movement during conferences, classes, performances, or events.

A universal input for switching microphones as needed.
The mini XLR input is compatible with boththe UHF410-Head (headset) andthe UHF410-Lava (lavalier), as well as other compatible microphones such as the HF-MIC,the Air W1 Performance, orthe Air W2 Sport: a single transmitter is all you need to switch from one configuration to another depending on the performance. Three gain levels are available (-20/-10/0 dB) to adjust the input sensitivity to the microphone being used and prevent any clipping.

True Diversity transmission—not just for reception.
Unlike other belt-pack transmitters that rely on a single antenna, the UHF410-Body-F8 features built-in True Diversity transmission, ensuring a more stable connection right from the source. 442 programmable channels, with an Auto-scan feature to identify an open frequency without tedious manual tuning. LCD screen displaying the channel and remaining battery level.

Key Features:

• Belt-pack transmitter, True Diversity transmission
• Mini XLR input, compatible with headset microphones, lavalier microphones, or other compatible microphones
• 3 gain levels (-10 / 0 / +10 dB)
• 442 preset channels, Auto-scan feature
• LCD screen: channel, battery level
• Average battery life: 10 hours (2 AA batteries, not included)

Technical specifications :

• Brand: Audiophony
• Transmission Type: True Diversity
• Frequency range: 823–832 MHz and 863–865 MHz
• Output power: 10 mW (max.)
• Channels: 442 preset channels, Auto-scan feature
• Display: LCD (channel, battery level)
• Microphone input: mini XLR
• Gain level: -10 / 0 / +10 dB
• Power supply: 2 AA 1.5 V batteries (not included)
• Average battery life: 10 hours
• Dimensions: 98 × 65 × 25 mm (+ 75 mm for the antenna)