Airmar DT800 P617V 0° Tilt Transducer NMEA2000 Devicenet

Airmar DT800 P617V 0° Tilt Transducer NMEA2000 Devicenet0 version for 0 7 hull deadrise Depth and temperature 235 kHz frequency prevents mutual interference with other echosounders on the vessel Depth performance from 500 mm (1. 6') to 183 m (600') NMEA 2000 Devicenet Connector Plastic P617 Retractable housing with a water valve The DT800 utilizes Airmar's proven Tilted Element and broadband technologies in this thru hull depth and temperature Smart Sensor. The DT800 is a low profile retractable thru hull

• 0° version for 0° - 7° hull deadrise
• Depth and temperature
• 235 kHz frequency prevents mutual interference with other echosounders on the vessel
• Depth performance from 500 mm (1.6') to 183 m (600')
• NMEA 2000 Devicenet Connector
• Plastic P617 Retractable housing with a water valve

The DT800 utilizes Airmar's proven Tilted Element and broadband technologies in this thru-hull depth and temperature Smart Sensor. The DT800 is a low-profile retractable thru-hull sensor that computes accurate depth and temperature data and sends it to any NMEA 0183 or NMEA2000 display or network. Airmar's Smart Sensors have embedded microelectronics—the transducer element and signal processor are only millimeters apart. The signal from the depth transducer is processed right inside the sensor itself. All that is needed to receive depth and temperature data is a single cable into a compatible network or display.

The ceramic is tilted inside the housing which compensates for hull deadrise and orients the transducer beam straight down resulting in strong bottom echo returns and accurate depth readings. It is sold with a choice of rugged housings—plastic bronze or stainless steel—to accommodate any vessel type or hull material. These low-profile housings do not affect hull performance and will provide accurate readings at high speeds. The retractable housing with a self-closing valve reduces water flow into the vessel when the transducer is removed for cleaning.