SS175C-20-MW-0 - Airmar SS175C Medium CHIRP Transducer

Airmar SS175 Medium CHIRP Transducer

The Airmar SS175 Medium CHIRP Transducer features a fixed 20� tilted element designed for boats with a hull deadrise of 16� to 24�. This state-of-the-art transducer includes a depth sounder and a fast-response water temperature sensor, providing precise measurements up to 400 meters (1,300 feet).

With a power rating of 1 kW and a medium frequency range of 60-100 kHz, the SS175 is optimized for excellent mid-depth performance and superior fish-target separation. The ultra-wide beamwidth of 57� to 73� port/starboard, along with an average fore/aft of 16�, maximizes coverage under the boat, making it an ideal choice for targeting pelagic species.

Constructed from durable stainless steel, this transducer is designed for a wide array of hull materials and can accommodate vessels up to 11 meters (36 feet) in length. Its urethane acoustic window provides reliable sound transmission, while the tilted element ensures the transducer remains nearly flush with the hull for optimal echo returns.

Note: As of 05/29/2024, the bare wire is compatible with the Garmin GSD28.

The Airmar SS175C Medium CHIRP Transducer is a marine hardware component designed for depth sounding and water temperature measurement. This unit, part number SS175C-20-MW-0, features a fixed 20� tilted element, making it suitable for boats with a hull deadrise between 16� and 24�. It provides depth readings up to 400 meters (1,300 feet) and includes a fast-response water temperature sensor. With a 1 kW power rating and a medium frequency range of 60-100 kHz, it is optimized for mid-depth performance and improved target separation. The transducer offers an ultra-wide beamwidth of 57� to 73� port/starboard and an average fore/aft of 16�, which enhances coverage. Constructed from durable stainless steel with a urethane acoustic window, it is compatible with various hull materials and designed for vessels up to 11 meters (36 feet) in length. This product addresses the need for accurate underwater data acquisition in marine environments.