Airmar B175C-12-HW 12d Tilt With Navico 7-Pin MM Cable

Airmar B175 is a wide-beam chirp high-frequency transducer with a 12d tilted element and comes with a Navico 7-Pin Mix-N-Match cable. Model: B175C-12-HW-BL. It's a depth and fast-response water-temperature sensor. It has high CHIRPS from 150 kHz to 250 kHz, a 25° constant beamwidth, and 100 kHz of total bandwidth from one transducer. It covers the popular fishing frequency of 200 kHz and everything else in the bandwidth. Suitable for fiberglass or wood hulls and boats 8 m (25’) and above. Airmar's new wide beam Chirp product line offers more coverage under the boat. With a high frequency range of 150 - 250 kHz and a constant 25° beam width, these transducers are broadband at its best. They improve the performance of Chirp-ready echosounders. Anglers using these will get twice the coverage compared to current high frequency Chirp transducers. The beam width is a constant 25° across the entire frequency band. It provides vast bottom coverage, precise fish detection in the upper water column, and creates crisper and larger return images on the display. Specifications: Deadrise 8° to 15°, Acoustic Window Urethane, Power rating 1 kW @ 1% duty cycle, Frequency 150 to 250 kHz - A (Broadband).

Using this Airmar B175 transducer is easy. First, make sure your boat has a fiberglass or wood hull and is at least 8 meters long. Install the transducer following the included instructions, ensuring it's at the right deadrise angle between 8° and 15°. When using it, the transducer will detect water depth and temperature quickly. It operates in the frequency range of 150 to 250 kHz, which is great for fishing as it covers the popular 200 kHz frequency. You'll get a wide 25° beam width for better coverage under the boat. As for maintenance, keep the acoustic window, which is made of urethane, clean. Avoid hitting the transducer against hard objects. Also, check the cable regularly for any signs of damage. If you notice any issues, consult the manufacturer or a professional for further assistance.