DT-800MSF - Furuno Thru-Hull Transducer

Furuno DT-800MSF - Airmar B617V Housing Style Transducer

Experience unparalleled marine navigation with the Furuno DT-800MSF transducer designed with Airmar's advanced Broadband Ceramic Technology. The 235 kHz element enhances resolution while maintaining exceptional sensitivity. With a robust power rating of 100W RMS, this transducer provides accurate depth readings as shallow as 0.45M (1.4') and can reach depths of up to 180M (600').

Standard Features:

• Combines depth and temperature measurement in a compact bronze housing
• Fast-response temperature sensor with �0.2�C (�0.1�F) accuracy

Specifications:

• Weight: 1.5kg (3.4lb)
• Acoustic Window: Urethane
• Data Update Rate: 1 per second
• Minimum Sounding Depth: 0.5M (1.6')
• Maximum Sounding Depth: 180M (590')
• Pressure Rating: 3M (10')
• Pulse Rate: 20,000 p/nm (5.6 Hz per knot)
• Smart Sensor Supply Voltage: 10 VDC to 25 VDC at 100% Sound Power Output
• Supply Current: 40 mA
• Standard Cable Length: 6M
• NMEA 2000� Load Equivalency Number (LEN): 4

WARNING: This product can expose you to chemicals known to the State of California to cause cancer, birth defects or other reproductive harm. For more information, visit P65Warnings.ca.gov.

The Furuno DT-800MSF Thru-Hull Transducer is a combined depth and temperature sensor designed for marine navigation systems. This transducer utilizes a 235 kHz element with Broadband Ceramic Technology to provide enhanced resolution and sensitivity for accurate underwater data acquisition. It is suitable for business and IT buyers managing marine fleets or systems requiring reliable depth and temperature monitoring. The unit offers depth readings from 0.45M (1.4') up to 180M (590') and includes a fast-response temperature sensor with �0.2�C accuracy. Housed in a compact bronze casing, the DT-800MSF integrates with NMEA 2000� systems, simplifying data integration into existing marine electronics infrastructure. This product addresses the need for precise environmental data in various maritime operational contexts.