B175C-0-H-9N - Airmar B175C CHIRP Transducer 0° Tilt

Airmar B175C CHIRP Transducer with 0� Tilted Element and Navico 9-Pin Cable

This high-frequency transducer is designed for maximum performance with a depth and fast-response water-temperature sensor. It operates within the CHIRP frequency range of 150 kHz to 210 kHz, making it ideal for boats 8 m (25') and above. The B175C offers 80 kHz of total bandwidth from a single transducer, covering popular fishing frequencies of 200 kHz and more.

The ceramic elements are permanently tilted to compensate for hull deadrise, ensuring that the sonar beam is aimed directly downwards for optimal echo returns. This eliminates the need for a fairing and simplifies installation.

Suitable for installation in fiberglass, metal, or wooden hulls, the transducer mounts flush with the exterior surface. With high-frequency capabilities, it offers greater detail, making it sensitive to small targets and allowing for crisp, high-resolution imaging on your echosounder screen. It is particularly effective in shallower waters, appealing to anglers fishing at depths less than 1500 feet.

• Deadrise: 0� to 7�
• Acoustic Window: Urethane
• Power Rating: 1 kW @ 1% duty cycle
• Frequency Range: 130 to 210 kHz (Broadband)
• Beam Angle: 10� to 6�
• Maximum Depth: 1000 ft

The Airmar B175C CHIRP Transducer with 0� Tilted Element and Navico 9-Pin Cable, part number B175C-0-H-9N, is a high-frequency transducer designed for marine applications. It integrates a depth sensor and a fast-response water-temperature sensor. Operating within a CHIRP frequency range of 150 kHz to 210 kHz, this transducer provides 80 kHz of total bandwidth, covering common fishing frequencies. Its ceramic elements are permanently tilted to compensate for hull deadrise up to 7�, directing the sonar beam downwards for consistent echo returns without requiring a fairing block. This unit is suitable for flush mounting in fiberglass, metal, or wooden hulls. It is intended for boats 8 meters (25 feet) and above, offering enhanced detail and high-resolution imaging, particularly effective in depths less than 1500 feet.