Airmar B175C-0-HW 0d Tilt With Navico 9-Pin MM Cable

The Airmar B175 Wide-Beam CHIRP High Frequency 0° Tilted Element, paired with a Navico 9-Pin Mix-N-Match Cable, is a top - notch choice for boating and fishing. Model B175C - 0 - HW - 9N offers a depth and fast - response water - temperature sensor. It features high - CHIRP frequencies from 150 kHz to 250 kHz, a 25° constant beamwidth, and 100 kHz of total bandwidth from one transducer. This covers the popular 200 kHz fishing frequency and more. Ideal for fiberglass or wood hulls on boats 8 m (25’) and above. Airmar's new wide - beam Chirp product line gives you more coverage under the boat. With a 150 - 250 kHz high - frequency range and a constant 25° beam width, these transducers are broadband at their best. They enhance the performance of Chirp - ready echosounders and give anglers twice the coverage compared to current high - frequency Chirp transducers. The beam width remains a constant 25° across the frequency band, providing vast bottom coverage, precise fish detection in the upper water column, and crisper, larger return images on the display. Specifications include a deadrise of 0° to 7°, an acoustic window of urethane, a 1 kW power rating at 1% duty cycle, and a 150 to 250 kHz - A (Broadband) frequency. The box includes a B175C - 0 - HW - MM Transducer and an MMC - 9N Mix and Match Cable.

Using the Airmar B175C - 0 - HW transducer is easy. First, make sure your boat is suitable. It's designed for fiberglass or wood hulls on boats 8 m (25’) and above. Connect the Navico 9 - Pin Mix - N - Match Cable to the transducer properly. When you turn on your device, the transducer will start measuring the depth and water temperature. You'll get clear images of the bottom and fish on your display. Remember, the deadrise of your boat should be between 0° to 7°. For maintenance, keep the acoustic window clean. It's made of urethane, so avoid using harsh chemicals. After each use, rinse the transducer with fresh water to remove any salt or debris. Store it in a dry place when not in use. This will ensure the transducer lasts a long time and keeps performing at its best.