Airmar B175C-20-H 20d Tilt With Raymarine 11-Pin MM Cable

The Airmar B175C-20-H is a CHIRP high-frequency transducer with a 20d tilted element and a Raymarine 11-Pin Mix-N-Match cable. Model: B175C-20-H-11R. It's a depth and fast-response water-temperature sensor. It CHIRPS from 150 kHz to 210 kHz, with a total bandwidth of 80 kHz from one transducer. Ideal for boats 8 m (25') and above, it covers the popular 200 kHz fishing frequency. Suitable for fiberglass or wood hulls. The ceramic elements are permanently tilted inside the housing to compensate for hull deadrise, aiming the beam straight down for maximum echo returns and no need for a fairing. Flush/tilted transducers mount through a hole in fiberglass, metal, or wooden hulls. High frequency means greater detail, perfect for shallower water and anglers fishing less than 1500 feet deep. Requires additional cable: A80328 for single use, A102146 for paired use. Specifications: Deadrise 16 - 25°, Acoustic Window Urethane, Power rating 1 kW @ 1% duty cycle, Frequency 130 to 210 kHz - A (Broadband), Beam 10° to 6° beam, Max Depth 1000ft. In the box: B175C-20-H-MM Transducer and MMC-11R Mix-N-Match Cable.

Using the Airmar B175C-20-H transducer is easy. First, drill a hole in your fiberglass, metal, or wooden hull and mount the transducer so the outside of the fitting is flush against the exterior hull surface. Connect the Raymarine 11-Pin Mix-N-Match cable. If you're using it as a single, you'll need to add cable A80328; if using a pair, add cable A102146. When fishing in shallower waters or at depths less than 1500 feet, you'll get great, detailed images on your echosounder screen. Remember, this transducer is for boats 8 m (25') and above with a hull deadrise of 16 - 25°. To keep it in good shape, regularly check the cable connections and make sure the acoustic window (made of urethane) is clean. Avoid hitting the transducer against hard objects as it could damage the ceramic elements. If you have any issues, refer to the product manual or contact customer support.