Catch control

360° real-time visualization of the trawl opening and the surrounding area. Sharp and detailed presentation. The use of a color scale provides an intuitive understanding of school density. Up to 4 catch sensors can be connected. The battery for the CS-400 catch sensor can be replaced without removing it from the trawl.

The TS-332 is a stepping sonar that scans a desired sector of the trawl opening in a matter of seconds. The desired sector can be set within a full circle, and the step width can be set between 0.3 and 2.4 degrees. The TS-332 has an integrated dual-frequency 260 kHz/120 kHz echo sounder. The high frequency is well-suited for bottom trawling, while the low frequency is well-suited for pelagic trawling. Depth data from the trawl sonar can be exported and displayed on the echograms for the FCV-38 and FSS-3BB, as well as on the 3D Sonar F3D-S. Can be used with the Furuno Catch Sensor CS-400 and Marport catch sensors.

Omni trawl sonar with 360° scanning and full tilt functionality. It features a vertical sonar with a 120 kHz frequency and an integrated echo sounder. The system allows user-defined settings that can be saved for later use. Includes a temperature sensor, depth sensor, pitch & roll sensor, and an interface for 1-4 catch sensors.

Vertical stepper sonar with 180/360° scanning (or other sectors). Dual-frequency vertical sonar providing full information about the trawl opening and suitable for all types of trawl fishing. Receives the trawl's position close to the seabed and its geometry while simultaneously observing fish entering. The echo sounder provides real-time images of the trawl opening, its position relative to the bottom, and catch entering the trawl. Supports connection of up to 4 volume sensors to indicate catch quantity and activation time.

Catch sensor for trawl sonar with approximately 1000 operating hours at sea, using three standard LR20 batteries. Stable signal output that activates when the sensor comes into contact with seawater. The timer starts counting 2 minutes after the activation of the tension spring. A simple indicator shows how many hours the sensor has been active. User-friendly battery replacement that can easily be done on board. Operating frequency is 70 kHz.