Airmar B75C-12-L 12d Tilt Low CHIRP Garmin 8-Pin Cable

The Airmar B75C-12-L 12d Tilt Low CHIRP transducer with a Garmin 8-Pin Mix-N-Match Cable (Model: B75C-12-L-8G) is a top - notch choice for boat owners. It combines a depth and fast - response water - temperature sensor. Operating in the low - frequency band from 40 kHz to 75 kHz with a 32° to 21° beamwidth, it can handle up to 300 W of power and reach a maximum depth of 353 m (1200'). This transducer offers great deep - water performance and is perfect for smaller boats like center consoles. Its low - profile, thru - hull housing gives good display resolution at high speeds when installed correctly. It's recommended for stepped, planing, or displacement hulls and has a bronze housing for use in fiberglass or wood hulls. When installed almost flush to the hull, the element tilt corrects for hull deadrise, ensuring accurate depth readings. The Chirp signal processing technology provides more detail at greater depths and is less noisy. It's also ideal for high - speed boat operations. Specifications include a 9 m (30') cable length, a deadrise range of 8 to 16°, and a CHIRP - Ready Single - Band frequency. The box includes a B75C - 12 - L - MM and an MMC - 8G Cable.

Using this Airmar transducer is quite straightforward. First, make sure to install it almost flush to the hull. The tilt of the element will then correct for the hull deadrise, giving you accurate depth readings. When you power on your boat's system, the transducer will start measuring the water depth and temperature. For the best performance, it's important to install it properly according to the recommended hull types (stepped, planing, or displacement). As for maintenance, keep the transducer clean from dirt and debris. After each use, you can simply rinse it with fresh water. Avoid hitting the transducer against hard objects as it might damage the housing. Check the cable regularly for any signs of wear and tear. If you notice any issues, it's best to replace the cable promptly to ensure the transducer works as expected.