1 kW
Airmar’s TM185M is a transom-mounted, Chirp-ready transducer designed for
offshore fishing and freshwater anglers spending their time in shallow to
mid-range depths. The medium frequency delivers the right combination of
coverage under the boat, extended depth range, and the ability to produce clean
and accurate target and structure returns in mid to deeper water. Medium
frequency also provides excellent shallow to mid-depth performance, bottom
detail, and fish-target separation. Operating at a frequency range of 85 to
135 kHz, this transducer reveals fish at medium depths down to 457 m (1500') and
gives ultra-clear target resolution.
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Depth and fast-response water-temperature sensing
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1 kW of power with a maximum depth of 457 m (1500')
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Medium frequency: 85 to 135 kHz
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50 kHz of total bandwidth from one transducer
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Covers popular fishing frequencies of 88 and 107 kHz plus everything else in
the bandwidth
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Stainless steel bracket for installation on outboard or inboard/outboard
powered boats
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SEALCAST™,
seamless, urethane housing for long life in the water
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Also available as thru-hull with fairing (B285M), thru-hull low-profile
(B175M), and in-hull (M135M) mounts
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Patented Xducer ID® technology
Brand: Airmar
Technology
Cable-Length: 10
m (33')
Common Use: Leisure/Yachting,
Fishing
Country of Origin: USA
Frequency Band: Medium
Functions: Depth,
Temperature
Housing: Urethane/Stainless
Bracket
Hull Material: Compatible
w/ all hull materials
Material: Urethane
Max Depth: 457
m (1500')
Max Vessel LOA: Up
to 10 m (33')
Medium Frequency: 85-135
kHz
Medium Frequency Beamwidth: 16°-11°
Mix and Match Series: 12-Pin
Chirp
Mounting Style: Transom
Power Rating: 1
kW
Single or Dual Frequency: CHIRP-Ready
Single-Band
Tilted Element: No
Transom Angle: 3°
to 21°
Weight: 4.2
kg (9.2 lb.)
WARNING:
This product can expose you to chemicals including Di-n-hexyl Phthalate (DnHP)
which is known to the State of California to cause reproductive harm, and
Vinyl Chloride which is known to the State of California to cause cancer. For
more information go to 
