Airmar B175MW Med Ultra Wide 1kW, 20° Chirp Thru-Hull 12-Pin Transducer for Furuno TZTouch3

Overview

B175MW Med Ultra Wide 1kW, 20° Chirp Thru-Hull 12-Pin Transducer for Furuno TZTouch3

The B175MW takes transducer design and performance to a whole new level by using medium frequency (60-100 kHz) with an incredible ultra-wide beamwidth ranging from 57-73° port-starboard to 16° average fore-aft. Maximum coverage under the boat is achieved with this medium-frequency transducer, serving anglers who target pelagic species in the upper water column.

Airmar’s Medium Ultra-Wide models are perfect for seeking deeper species with a frequency band from 60-100 kHz. When paired with our other popular models such as the B275LHW, provides the angler with a broad set of frequencies (Low, Medium-Wide, High-Wide) to interrogate targets from deep to shallow.

The B175MW Tilted Element Thru-hull is a 1 kW transducer housed in one of AIRMAR’s most popular Tilted Element housings which includes a ceramic element fixed at a 20° angle. Because the transducer is installed almost flush with the hull, the tilted element corrects for the hull deadrise and orients the ceramic element vertically to ensure maximum echo returns to the transducer.

This product may not be returned to the original point of purchase. Please contact the manufacturer directly with any issues or concerns.

Returns: This item is not returnable.

Highlights

• Fixed 20° tilted version for 16° to 24° hull deadrise
• 12 Pin Connector for Furuno TZTouch3 12" and 16" Displays
• Depth and fast-response water-temperature sensor
• 1 kW with depth tracking down to 400 m (1,300#39;)
• Medium frequency: 60-100 kHz
• 57° to 73° beamwidth (port/starboard)
• 16° average fore/aft
• 40 kHz of total bandwidth from one transducer
• Medium frequency for superior mid-depth performance and excellent fish-target separation
• Bronze housing for use on stepped, planing, or displacement hull
• Low-profile, thru-hull housing yields good resolution at speed when installed properly
• Exclusive Xducer ID® technology