Émetteur de poche Omnitronic 13075006

The Omnitronic 13075006 bodypack transmitter is a compact VHF wireless transmitter designed to deliver stable audio transmission for performers, presenters and mobile sound applications. It operates in the VHF range with an RF output of 8.5 mW and is powered by a standard 9V battery. With dimensions of 65 mm (width) × 32 mm (depth) × 107 mm (height), the unit provides a discreet and portable form factor suitable for use with compatible wireless microphone systems and instrument packs.

Advantages

The Omnitronic 13075006 combines small physical size with reliable VHF transmission characteristics, enabling mobility on stage or during presentations. Its low-power RF output supports stable short-range wireless links while minimizing interference potential. The use of a common 9V battery simplifies power logistics and allows fast replacement between events. The straightforward design focuses on essential transmitter functionality without unnecessary complexity.

Suitable for

Key specifications

How to use

Install a fresh 9V battery in the battery compartment following polarity markings, attach the bodypack transmitter securely to the performer using a belt clip or strap, and connect the compatible microphone or instrument cable to the transmitter's input. Power on the transmitter and set the receiving unit to the matching VHF frequency or channel. Adjust gain levels on the transmitter and receiver as needed to achieve a clear, undistorted signal. Monitor signal quality and battery status during use and replace the battery when audio level or transmitter operation indicates low power.

Recommendations

For reliable operation, use the transmitter within the VHF range intended for your receiver and maintain a line-of-sight where possible to reduce dropouts. Keep spare 9V batteries available and check battery contacts for corrosion before use. Avoid placing the transmitter next to strong RF emitters or large metal objects that could degrade reception. For extended events, consider testing the system on-site beforehand to confirm frequency compatibility and receive level settings.