Airmar SS175C-0-H 0d Tilt High CHIRP with Raymarine 11-Pin

The Airmar SS175C-0-H 0d Tilt transducer offers high CHIRP performance with a Raymarine 11-Pin connection. It's a depth and fast - response water - temperature sensor. With 1 kW power, it can reach a maximum depth of 304 m (1000'). The high - frequency range from 130 kHz to 210 kHz has a 10° to 6° beamwidth, providing 80 kHz of total bandwidth from a single transducer. This high frequency is great for shallow water, giving excellent bottom detail and fish target separation. It's suitable for boats up to 11 m (36'). The stainless - steel housing fits all hull types and materials, and there's also a bronze housing (B175H) model available. It features exclusive Xducer ID® technology. Airmar’s low - profile Chirp - ready transducers are ideal for smaller boats like center consoles. The narrow beamwidth helps pinpoint fish near structures. The SS175H offers 80 kHz of bandwidth in one installation. Tilted element transducers correct for hull deadrise to ensure maximum echo returns. Specifications include a weight of 2.7 kg (6 lb), 0° to 7° hull deadrise, a urethane acoustic window, a 98 mm (3 - 7/8') hole size, and one internal ceramic assembly. The package includes an SS175C - 0 - H - MM Transducer and an Airmar MMC - 11R - HM Raymarine Cable.

Using the Airmar SS175C-0-H transducer is quite straightforward. First, make sure your boat is up to 11 m (36') as this is the recommended size. When installing, place the transducer almost flush to the hull. The tilt of the element inside the transducer will correct for the hull deadrise, ensuring that the ceramic element is horizontal for maximum echo returns. Connect it using the Airmar MMC-11R-HM Raymarine Cable included in the box. For use, turn on your device and start getting depth and water - temperature readings. The high - frequency setting is great for shallow water, so switch to it when needed. As for maintenance, keep the acoustic window clean. You can use a soft cloth and mild cleaner. Check the housing regularly for any signs of damage, especially if you've hit something in the water. Also, make sure the cable connections are tight and free of corrosion. If you notice any issues with the performance, like inaccurate depth readings, it might be a good idea to check the transducer's alignment and the cable connections first.