Name: Raymarine A80033 DT CHIRP Transducer 12° Tilt B75L Bronze Thru-Hull 41-550-1-01
SKU: 2nd office on the shelf
Availability: InStock

Raymarine A80033 DT CHIRP Transducer 12° Tilt B75L Bronze Thru-Hull 41-550-1-01

SKU: 2nd office on the shelf Category: Sonar Transducers

USD599.00

1 in stock

Description

Raymarine A80033 DT CHIRP Transducer 12° Tilt B75L Bronze Thru-Hull 41-550-1-01

The transducer works perfectly. Fully tested with warranty.

B75 L

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GENERAL SPECIFICATIONS

Mount

Through-Hull

Material

Bronze

Records

Depth / Temperature

Hull Material

Fiberglass / Wood

Cable Length

33 Ft. / 10 M.

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B75 THROUGH-HULL TRANSDUCER

Bronze, single frequency with Tilted Element Technology for Axiom Pro-series and CHIRP Sonar modules

The low-profile, Chirp-ready B75 transducer models are the perfect addition to smaller boats such as center consoles. B75-series transducers come in low, medium, or high CHIRP bands and can be installed as single units or as pairs.

The CHIRP low-frequency band is the deep-water performer delivering excellent coverage and tracking. The B75L transducer delivers up to 35 kHz of total bandwidth in just one installation for tremendous deep-water performance. The B75L transmits across 40 to 75 kHz.

The B75M transducer delivers up to 50 kHz of total bandwidth in just one installation. It shows amazing bottom detail in shallow and medium depths down to 274 m (900′). B75M transmits across 80 to 130 kHz.

The B75H High CHIRP frequency band delivers a narrow beamwidth, excellent for pinpointing fish holding tight to wrecks, reefs, and other structures. High frequency also delivers amazing target separation on baitfish and schooling gamefish. The B75H transducer delivers up to 80 kHz of total bandwidth in just one installation and delivers amazing bottom detail and fish target resolution. B75H transmits across 130 to 210 kHz

All B75-series transducers feature Tilted Element™ technology. They have their ceramic element fixed at either a 20°, 12° or 0° angle within the housing. The transducer is installed almost flush to the hull. The tilt of the element corrects for the hull deadrise by orienting the beam directly down. This ensures maximum echo returns to the transducer for more accurate depth readings.