AIRMAR® SS60 (0° tilt)

The GARMIN AIRMAR® SS60 transducer is designed to provide accurate readings of water depth and water temperature. These data are essential for navigation and fishing.

This specific GARMIN AIRMAR® SS60 transducer model has a 0° tilt. This means it is ideal for boats with a shallow deadrise angle, typically between 0° and 7° at the installation point.

The SS60 transducer is particularly well suited to small and medium-sized boats, up to about 8 meters (25-26 feet) in length, for optimal performance.

The GARMIN AIRMAR® SS60 transducer is a dual-frequency model operating at 50 kHz and 200 kHz. These frequencies provide good performance for bottom and fish detection at various depths.

At 50 kHz, the GARMIN AIRMAR® SS60 transducer offers a 45° beam width. This wide coverage is ideal for detecting fish in an extended area and for navigation in deeper waters.

At 200 kHz, the GARMIN AIRMAR® SS60 transducer has a 12° beam width. This narrower beam is excellent for more detailed detection of targets and the seabed in shallower waters.

The GARMIN AIRMAR® SS60 transducer is equipped with an 8-pin Garmin connector. It is designed to plug directly into compatible Garmin fishfinders and multifunction displays.

The GARMIN AIRMAR® SS60 transducer is typically supplied with a 10-metre (approximately 33-foot) cable, which provides sufficient flexibility for most onboard installations.

The GARMIN AIRMAR® SS60 transducer (0° tilt) is designed to be installed directly in the hull. A fairing block is generally not required for 0° tilt models if the hull angle is appropriate, but it is always recommended to check the installation instructions specific to your model and hull angle.

A 0° tilt means the transducer is designed to be mounted on a hull section with minimal deadrise angle, ideally between 0° and 7°. This ensures the sonar beam is directed straight downward for accurate readings without requiring internal compensation.

No, the GARMIN AIRMAR® SS60 transducer is specifically designed to measure water depth and temperature. It does not provide water speed data. For speed, a separate speed sensor or a combined transducer with this function would be required.

Yes, the stainless steel housing of the GARMIN AIRMAR® SS60 transducer is designed to provide excellent corrosion resistance in marine environments, including saltwater. However, regular inspection and maintenance are always recommended to extend its lifespan.

Installing a through-hull transducer such as the SS60 requires drilling a hole in the boat's hull. It is recommended that installation be carried out by a qualified professional or someone with solid experience in marine mechanics to ensure proper waterproofing and optimal performance.

Through-hull transducers like the SS60 generally offer superior sonar performance because they are mounted directly in the hull, minimizing interference from turbulence. They are less prone to damage than transom-mount transducers and provide more accurate readings at high speeds.

Compatibility depends on the specific model of your Garmin fishfinder. The SS60 transducer uses an 8-pin connector. It is compatible with many modern Garmin fishfinders and some older models that support 50/200 kHz transducers with this type of connector. It is recommended to consult your Garmin device manual or Garmin’s website to verify exact compatibility.

To maintain optimal performance of the SS60 transducer, it is important to regularly clean its active surface (bottom face) to remove any buildup of dirt, algae, or barnacles. Use a soft brush and fresh water. Avoid abrasive products that could damage the surface.

Yes, thanks to its 50 kHz and 200 kHz frequencies and its ability to reach significant depths (up to 353 meters at 50 kHz), the GARMIN AIRMAR® SS60 transducer is perfectly suited for deep-sea fishing, providing good fish and bottom detection in these environments.

No, the GARMIN AIRMAR® SS60 transducer draws its power and transmits its data directly via the 8-pin connection cable linking it to your Garmin fishfinder or display. It does not require a separate power supply.