Airmar TM165C-HW Transducer High Wide CHIRP With Sitex 8-Pin

Airmar TM165C-HW Transducer High Wide CHIRP with Sitex 8-Pin Overview

Airmar TM165C-HW Transducer High Wide CHIRP With Sitex 8-Pin

Airmar TM165C-HW Transducer

High Wide CHIRP With Sitex 8-Pin

Model: TM165C-HW

• Depth and fast-response water-temperature sensor
• 600 W with a maximum depth of 152 m (500')
• High Frequency: 150 kHz to 250 kHz Super wide - 30° average beamwidth
• 100 kHz of total bandwidth from one transducer
• Covers popular fishing frequency of 200 kHz plus everything else in the bandwidth
• High frequency provides superior shallow water performance, bottom detail and fish target separation
• High wide beamwidth provides more coverage under the boat for detecting fish in the upper water column
• Wide beamwidth gives superior coverage under the boat
• High-performance, low profile design provides excellent resolution at speed when installed properly
• Features a plastic transom bracket and hardware
• Recommended boat size: Up to 8 m (25')
• Recommended for planing hulls made from fiberglass, metal or wood
• Exclusive Xducer ID® technology

Maximize the coverage under your boat and see what you’ve been missing. The new TM165HW features a high frequency range of 150 to 250 kHz and a super wide 30° average beamwidth, providing maximum coverage across the frequency band. In addition to improving the performance of Chirp-capable fishfinders, anglers using this new wide beam transducer will achieve three times the coverage under the boat compared to our current high frequency Chirp-ready transducers such as B75H.

Wide beamwidth, together with the high frequency range, provides vast bottom coverage and precise fish detection in the upper water column that can sometimes go unseen with narrow beam transducers. Airmar’s new wide beam format also creates crisper and larger return images on the display.

With manual setup, TM165HW is compatible with Lowrance HDS Live/ HDS Carbon, Humminbird Helix, Raymarine Axiom Pro and Simrad EVO 3 sonar units. All Sonar manufacturers will have future releases of software which will recognize Transducer ID in the TM165HW and will automatically set to the correct parameters.

Specifications

Weight
1.1 lb (0.5 kg)

Hull Deadrise
up to 30°

Acoustic Window
Layered plastic urethane (LPU)

Transom Angles
2° to 22°

Cable length
9 m (29')

What's in the Box:

• TM165C-HW-MM
• MMC-BB

Exceptional CHIRP Technology for Accurate Sonar Readings

The Airmar TM165C-HW transducer is engineered with advanced CHIRP technology that delivers high wide frequency performance, ensuring clear and precise sonar readings. This transducer excels at detecting fish, underwater structures, and bottom contours by emitting a continuous swept frequency. Airmar's innovative design allows for greater target resolution and reduced noise, very critical for commercial and recreational marine use. Its Sitex 8-pin connector facilitates seamless integration with compatible marine electronics.

Durable Build Quality for Harsh Marine Environments

Constructed with premium materials, the Airmar TM165C-HW transducer offers exceptional durability and corrosion resistance, vital for enduring extended exposure to saltwater and demanding sea conditions. The high wide CHIRP element is enclosed in a rugged housing that resists impact and fouling. Its performance remains reliable over time, providing users confidence in their sonar readings even in challenging marine environments. The Sitex 8-pin connection also supports a secure electrical link ensuring consistent data transmission.

Easy Installation and Compatibility Features

Installing the Airmar TM165C-HW transducer is straightforward due to its standardized Sitex 8-pin connector, compatible with many marine systems. Its design supports transom mount installation, suitable for a wide range of boat types. Additionally, the transducer’s wide band frequency range works efficiently with popular fishfinder and sonar models. This flexibility and ease of use make it an ideal solution for boaters seeking reliable underwater detection without complicated setup processes.