Airmar B265C-LH Bronze TH Low/High CHIRP With Navico 7-Pin Y-Cable

Airmar B265C-LH: Advanced Bronze TH Low/High CHIRP Transducer

Airmar B265C-LH Bronze TH Low/High CHIRP With Navico 7-Pin Y-Cable

Airmar B265C-LH Bronze Thru Hull with Navico Blue 7-Pin Mix-N-Match Y-Cable

Model: B265LH-BL2

• Depth and fast-response water-temperature sensing
• 1 kW of power for great deep-water performance
• Low frequency: 42 to 65 kHz, 25 deg to 16 deg beamwidth, Maximum depth of 914 m (3000 feet)
• High frequency: 130 to 210 kHz, 10 deg to 6 deg beamwidth, Maximum depth of 304 m (1000 feet)
• 103 kHz of total bandwidth from one transducer
• Covers popular fishing frequencies of 50 and 200 kHz plus everything else in the bandwidth
• Bronze housing with High-performance Fairing for optimal high-speed performance
• Patented Xducer ID(R) technology

We know that specific frequencies excel at detecting certain species of fish: Bluefin Tuna-60 kHz, squid-133 kHz, and cod-175 kHz. The B265LH transducer includes all these frequencies plus every other frequency in the high and low bandwidths. This powerhouse delivers excellent resolution, bottom discrimination, and bait and game-fish separation at all depths.

Airmar's B265LH is packed with a seven-element, low-frequency array that operates between 42 and 65 kHz for excellent deep-water performance. The high-frequency ceramic operates between 130 and 210 kHz with a narrow, 10 deg to 6 deg, beam-perfect for picking apart structure and pinpointing tight-holding fish in structure.

The included High-performance Fairing improves broadband performance at speeds over 30 knots (34 MPH).

Specifications

Cable-Length9 m (30 feet)

Frequency Band
Low-High

High Frequency
130-210 kHz

High Frequency Beamwidth
10 deg-6 deg

Low Frequency
42-65 kHz

Low Frequency Beamwidth
25 deg-16 deg

Housing Material
Bronze

Max Deadrise
Up to 20 deg with fairing

Max Depth
Low frequency- 914 m (3000 feet), High frequency- 304 m (1000 feet)

Mounting Style
Thru-Hull with Fairing

Power Rating
1 kW

Single or Dual Frequency
CHIRP-Ready Dual-Band

Transducer Functions
Depth, Temperature

Usable Shaft Length
121 mm (4.75)

What's in the Box:

• B265C-LH-MM Transduer
• High Speed Fairing Block
• High Speed Fairing Block Bolt Kit
• MMC-BL2 Cable
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Overview of Airmar B265C-LH Features

The Airmar B265C-LH is a premium bronze through-hull (TH) transducer designed for high-quality sonar applications. It incorporates Low and High CHIRP technology, which enhances target resolution and depth accuracy for marine vessels. This transducer is compatible with a wide range of sonar systems, making it a versatile choice for both commercial and recreational boats. Included with the product is the Navico 7-Pin Y-Cable, ensuring seamless integration with Navico brand sonar displays and multifunction devices. The robust bronze housing offers excellent resistance to harsh marine environments, increasing durability and long-term reliability.

Performance Benefits of Low/High CHIRP Technology

The Low/High CHIRP (Compressed High-Intensity Radiated Pulse) technology used in the Airmar B265C-LH transducer provides superior sonar clarity and target separation. By emitting a continuous range of frequencies rather than a single frequency, it delivers detailed underwater imaging and more precise fish and structure detection. This dual-frequency capability allows users to select the appropriate band based on depth and water conditions, optimizing performance in varying marine environments. The enhanced signal penetration and reduced noise interference result in more dependable readings, essential for efficient fishing and navigation.

Compatibility and Installation with Navico Systems

The Airmar B265C-LH transducer comes equipped with a Navico 7-Pin Y-Cable, ensuring compatibility with Navico sonar and navigation systems such as Lowrance, Simrad, and B&G. This cable simplifies installation by allowing easy connection to multiple devices, supporting simultaneous sonar and temperature sensor functions. The through-hull bronze design is ideal for vessels with hulls suitable for permanent transducer mounting, providing stable readings and minimal drag. Installation should be performed by experienced technicians to maximize performance and maintain hull integrity.