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Thru-Hull

Thru-Hull
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Thru-Hull Chirp Transducers Unlock the true potential of your fishfinder with the superior quality and performance of an AIRMAR Chirp-ready transducer. B265LH screenshot courtesy of Furuno The Benefits of AIRMAR’s Chirp-ready Transducers • One broadband transducer covers up to 117 kHz of bandwidth – greater opportunities to detect fish in the water column Superior resolution – precise separation between baitfish and gamefish represented on the display with crisp images Enhanced bottom fishing – resolve targets close to the bottom or near structure/wrecks Amazing detail – recognize haloclines and thermoclines Improved signal to noise ratio – find fish and track bottom at high boat speeds AIRMAR®, DEFINING CHIRP TECHNOLOGY. Benefits of Thru-Hull Transducers with High Performance Fairing Thru-hull installations provide best performance compared with other installation options for many reasons. • The best performance on vessels 25 feet and up because the transducer face is in “clean” water below the boundary layer (bubbles running down the hull) • The fairing compensates for hull deadrise and reduces turbulence over the transducer face, which allows tracking at speeds over 30 knots (35 MPH) • When mounted in clean water (forward of propellers and running gear), thru-hulls produce the most effective signal return since nothing on the vessel interferes with t

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Why does frequency matter? High Frequency = Greater Detail (ex. 130-210 kHz) Selecting the best frequency for your specific application is very important. The good news is that once you know what frequency will work best for the type of fishing you do, there’s an AIRMAR transducer designed to maximize the performance of your sounder. • More sensitive to small targets and will send back detailed information which will display as crisp, high-resolution images on the echosounder screen • Best for shallower water and popular with anglers fishing at depths less than 1500 feet AIRMAR Chirp...

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• Depth & fast-response water-temperature sensor • Bronze transducer housing with High-Performance Fairing • Hull Type: Fiberglass or wood 245 mm (9.65”) 8-Internal Broadband Ceramic Assemblies • Engine Type: Inboard, Outboard or I/O • Boat Size: 8 m (25’) and above Low & High Frequency Wide-Beam Low & High Frequency 25° to 16° beamwidth Maximum depth 3000 ft • High–130 kHz to 210 kHz 10° to 6° beamwidth Maximum depth 1000 ft • 103 kHz of total bandwidth from one transducer 25° to 16° beamwidth Maximum depth 3000 ft • Medium–85 kHz to 135 kHz 16° to 11° beamwidth Maximum depth 1500 ft • 73...

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Features: • Depth & fast-response water-temperature sensor • Urethane transducer housing with High-Performance Fairing • Boat Size: 12 m (40’) and above • Hull Type: Fiberglass, wood, or metal 444.5 mm (17.50”) Cable Stuffing tube • Engine Type: Inboard, Outboard or I/O • For use on hulls up to 22° deadrise BOW> Backing block Hull Fairing Transducer 16-Internal Broadband Ceramic Assemblies Temperature sensor • Low–38 kHz to 75 kHz 19° to 10° port/starboard 19° to 10° port/starboard 10° to 5° fore-aft beam 10° to 5° fore-aft beam Max. depth 6000 ft Max. depth 6000 ft • High–130 kHz to 210...

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Features: • Depth & fast-response water-temperature sensor • Epoxy transducer housing with High-Performance Fairing • Boat Size: 12 m (40’) and above • Hull Type: Fiberglass, wood, or metal 444.5 mm (17.50”) Cable Stuffing tube • Engine Type: Inboard, Outboard or I/O • For use on hulls up to 25° deadrise BOW> Backing block Hull Fairing 25-Internal Broadband Ceramic Assemblies Transducer Temperature sensor Low & High Frequency Wide-Beam Low & High Frequency 23° to 9° port/starboard 11° to 5° fore-aft beamwidth Maximum depth 10000 ft • High–130 kHz to 210 kHz 8° to 4° beamwidth Maximum depth...

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The Chirp Advantage Traditional sounders operate at only two discrete frequencies – typically 50 kHz and 200 kHz. This results in limited depth range, resolution, and ultimately what targets can be detected in the water column. In contrast, AIRMAR’s game-changing Chirp-ready transducers provide over 70+ kHz of bandwidth. Transmitting over a wide frequency band results in a greater o pportunity to detect what is in the water column. As a result, all targets detected in the entire bandwidth will be seen on the display–even those fish holding close to the bottom–ultimately improving target...

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