B60-12-9N - Airmar Navico B60 Thru Hull Transducer 12° Tilt, 9-Pin Xsonic Connector, Depth & Temperature

B60 Thru Hull Transducer 12° Tilt, 9-Pin Xsonic Connector, Depth & Temperature

The B60 is a 600 W, 50/200 kHz transducer that integrates Airmar’s popular, Tilted Element™ feature. This Tilted Element transducer has the ceramic element fixed at either a 12° angle within the housing. When the transducer is installed almost flush with the hull, the tilt of the element corrects for the hull deadrise angle. By orienting the beam directly down, it ensures maximum echo returns to the transducer for more-accurate depth 

Features:

• The depth and fast-response water temperature sensing
• 600 W of power
• Dual-frequency element: 50 kHz with a wide 45° beamwidth for depth performance to 353 m (1200') and 200 kHz with a 12° beamwidth for depth performance to 206 m (700')
• Perfect for center-console or trailered boats
• Low-profile bronze housing extends only 5 mm (3/16") outside the hull
• No effect on your boat’s running performance
• Bronze housing for fiberglass or wood hull
• Fixed 12° tilted version for 8 to 15° hull deadrise angles
• Cable-Length: 10 m (33')
• Hole Size: 60 mm (2-3/8")
• Usable Shaft Length: 68.5 mm (2.70")
• Connector: Simrad 9-Pin, Lowrance 9-Pin, Navico 9-Pin

The Airmar B60-12-9N is a thru-hull transducer designed for marine applications, providing both depth and temperature data. This unit features a 12-degree tilted element, which is suitable for boats with a hull deadrise between 8 and 15 degrees, ensuring the transducer beam is properly oriented for accurate readings. It connects to compatible marine electronics via a 9-pin Xsonic connector, making it suitable for systems that utilize this interface. This transducer is intended for IT and procurement professionals managing hardware for commercial or recreational marine fleets, or for integrators building custom marine navigation and monitoring systems. It addresses the need for reliable underwater data acquisition, crucial for navigation, safety, and operational efficiency in various marine environments.