Aktivt frekvensdelningfilter Omnitronic 10355627

The Omnitronic 10355627 is an active crossover engineered for 2-way and 3-way audio systems. It provides precise frequency splitting to route low, mid and high bands to separate amplifier channels or speakers, supporting reliable signal distribution in live sound, installation and studio environments. The unit is compact, with a 19-inch compatible width and a low-profile height suitable for rack mounting or shelf placement, and operates from a mains supply compatible with up to 230 V.

Advantages

This active crossover delivers accurate crossover slopes and stable channel separation for improved clarity and controlled frequency response across the system. Its compact dimensions make it convenient to integrate into standard equipment racks or constrained spaces without compromising functionality. The device is designed for consistent operation at common mains voltages, and its straightforward signal routing reduces setup complexity when configuring 2-way or 3-way speaker systems.

Suitable for

Key specifications

How to use

Install the unit in a rack or place it on a stable shelf with adequate ventilation. Connect the input(s) from your mixer or preamplifier to the crossover input, then connect the dedicated low, mid and high outputs to the corresponding amplifier channels or active speaker inputs. Set the crossover points and slopes according to the speaker system specifications and perform level balancing and phase checking during system tuning. Ensure the mains connection matches the local supply and is handled via a properly rated power cable and protective grounding.

Recommendations

For stable operation and optimal audio performance, use the crossover in a ventilated environment, confirm crossover frequency and slope settings against speaker manufacturer recommendations, and perform listening checks at moderate volume before full system operation. Regularly inspect cables and connectors and avoid positioning the unit near strong heat sources or high electromagnetic interference.