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Airmar Technology
DT820BV-235-N2 235 kHz Low Profile Tilted Element Smart Sensor 20 Tilt Bronze NMEA 2000
DT820BV-235-N2 235 kHz Low Profile Tilted Element Smart Sensor 20 Tilt Bronze NMEA 2000
SKU: Part Number: DT820BV-235-N2
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Description & Specification
Airmar DT820BV-235-N2 235 kHz Low Profile Tilted Element Smart Sensor 20 Tilt Bronze NMEA 2000
Airmar has taken its proven Tilted Element and broadband technologies and applied them to its leading line of SmartSensors. 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 NMEA 2000 display. The DT800 operates at a frequency of 235 kHz and can run simultaneously with other Airmar 50/200 kHz transducers on-board with no interference. The broadband ceramic delivers depth readings to 183M (600'), as well as accurate shallow-water readings in as little as 500 mm (1.6').
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 device or display. Because the ceramic is tilted inside the housing, the transducer beam is oriented straight down, resulting in strong bottom echo returns and accurate depth readings. The retractable housing with a self-closing valve reduces water flow into the vessel when the transducer is removed for cleaning.
Smart Sensor Features
Airmar has taken its proven Tilted Element and broadband technologies and applied them to its leading line of SmartSensors. 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 NMEA 2000 display. The DT800 operates at a frequency of 235 kHz and can run simultaneously with other Airmar 50/200 kHz transducers on-board with no interference. The broadband ceramic delivers depth readings to 183M (600'), as well as accurate shallow-water readings in as little as 500 mm (1.6').
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 device or display. Because the ceramic is tilted inside the housing, the transducer beam is oriented straight down, resulting in strong bottom echo returns and accurate depth readings. The retractable housing with a self-closing valve reduces water flow into the vessel when the transducer is removed for cleaning.
Smart Sensor Features
- Enhanced depth performance
- Maximum Depth Range: 180M (594')
- Minimum range 0.5M (1.6')
- Urethane face provides better sensitivity
- Excellent high-speed performance
- Fixed 20 tilt for 16 to 24 deadrise
- Fixed 12 tilt for 8 to 15 deadrise
- Fixed 0 tilt for 0 to 8 deadrise
- NMEA 2000 output
- 100 W RMS power
- Frequency: 235 kHz
- Cone: 12
- All models have depth and temperature
- 235 kHz eliminates interference with fishfinders
- Retractable insert provides ease of serviceability
- Usable Shaft Length: 57mm (2.25)
- .6M(19.8') NMEA 2000 devicenet cable and connector
- 51mm (2) housing
- Blanking plug included
- Accommodates maximum hull thicknesses 54mm (2-1/8)
- Accommodates minimum hull thicknesses 6.3mm (0.25)
⚠️ IMPORTANT NOTE:
Product dimensions are subject to change without prior notice due to updates in manufacturer safety guidelines and standards. As a result, the size of the product delivered may vary slightly from the specifications provided at the time of order. We recommend reviewing the latest information before purchase to ensure compatibility. This policy is in place to prioritize your safety and the quality of our products.
Product images are for illustration purposes only and may vary based on your monitor’s resolution. Actual colors and details of the product may differ from what is displayed. Please consider this when making your purchase.
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