Ontvangerprint Omnitronic MES Series 864/830MHz model 13106964, dualband 864 MHz en 830 MHz

Receiver board Omnitronic MES Series 864/830MHz model 13106964 is a compact printed circuit module engineered for reception on two separate UHF bands: 864 MHz and 830 MHz. The board is intended for integration into compatible Omnitronic MES systems or into custom housings where a dedicated RF receiver module is required. It provides the core radio-frequency input stage and associated circuitry to capture wireless audio or monitoring signals within the specified frequency ranges, simplifying replacement and system upgrades in professional audio installations.

Advantages

The dual-band design supports both 864 MHz and 830 MHz reception on a single PCB, allowing flexible frequency planning and easier inventory management. The module’s compact form factor facilitates direct mounting on system backplanes or within rack-mounted enclosures, reducing installation complexity. As a purpose-built receiver board for Omnitronic MES systems, it offers predictable electrical and mechanical compatibility, which streamlines service and maintenance tasks in live-sound and broadcast environments.

Suitable for

Key specifications

How to use

Install the receiver board into a compatible Omnitronic MES chassis or a custom enclosure following the manufacturer’s mechanical alignment and connector layout. Connect RF antenna inputs, audio outputs and any control interfaces according to the system wiring diagram. Power and control are provided through the host system’s backplane or connector mates; ensure correct mating and secure fastening before power-up. Verify RF sensitivity and channel allocation within the host system’s software or front-end controls to confirm operation on the intended 864 MHz or 830 MHz band.

Recommendations

For reliable performance, use antennas and RF cabling that match the supported UHF bands and maintain proper grounding and shielding. When replacing modules, power down the host unit and follow ESD precautions. Perform frequency coordination and level checks in the installation environment to avoid interference and ensure stable reception.