Handheld UHF Microphone Omnitronic UHF-E Series 826.1MHz

The Omnitronic Handheld UHF Microphone UHF-E Series operating at 826.1 MHz is a wireless vocal microphone designed for speech and singing applications. It provides freedom of movement for presenters, performers and event staff when paired with a compatible UHF receiver. The microphone focuses on simple setup and practical portability for on-site sound reinforcement in small to medium venues.

Advantages

This handheld UHF microphone offers wireless operation at 826.1 MHz to reduce cable clutter and increase mobility. Its handheld format and straightforward controls make it suitable for quick deployment during events and presentations. The product is compatible with UHF receivers that support the same frequency range, allowing flexible integration into existing audio systems. Designed for voice reproduction, it supports clear speech and vocal performance in real-world conditions.

Suitable for

• Presentations and corporate meetings
• Small live performances and rehearsals
• Church services and community events
• Mobile DJs and event hosts

Key specifications

• Operating frequency: 826.1 MHz
• Form factor: handheld wireless microphone
• Application focus: vocal and speech use
• Connectivity: wireless UHF to compatible receivers

How to use

Insert batteries into the microphone according to the battery compartment instructions, switch the microphone on, and tune the paired UHF receiver to the matching frequency (826.1 MHz) or follow the receiver’s pairing procedure. Position the microphone 5–15 cm from the mouth for clear voice pickup and hold it steadily to avoid handling noise. Adjust receiver gain and mixer levels to achieve the desired balance and avoid clipping. Turn the microphone off when not in use to conserve battery life.

Usage recommendations

For best results, use the handheld microphone with a compatible Omnitronic or other UHF receiver that supports the 826.1 MHz frequency, perform a soundcheck before the event to set levels and check for interference, and maintain a clear line of sight between microphone and receiver where possible to improve signal stability.