Airmar DT800SV-235-N2 Depth and Water-Temperature Smart Transducer

AIRMAR DT800SV-235-N2 DT800 235KHZ NMEA2000 Smart Transducer

The Airmar DT800SV-235-N2 is a high-performance, depth, and water-temperature transducer designed for reliable marine data collection. Featuring a 235 kHz frequency, this smart sensor prevents mutual interference with other echosounders on your vessel, ensuring clear and accurate readings. Its rugged stainless steel housing is suitable for various vessel types and hull materials, providing durability in demanding marine environments. The transducer provides depth measurement capabilities from 1.6 to 600 feet (0.5 to 183 meters), making it ideal for a wide range of boating applications. Its fast-response water-temperature sensing allows boaters to monitor environmental conditions in real-time for better navigation and safety. The DT800's embedded microelectronics process signals internally, reducing noise and increasing measurement accuracy, and it outputs data via the NMEA 0183 standard, ensuring compatibility with most marine electronics systems. The device features a retractable insert, making cleaning and maintenance straightforward, and supports cable lengths of up to 330 feet (100 meters) without performance loss, offering flexible installation options. Whether used for depth sounding or water temperature monitoring, the Airmar DT800SV-235-N2 provides precise, reliable data essential for effective marine navigation and operation.

Features:

• Depth and fast-response water-temperature sensing for accurate environmental data

• Depth performance ranges from 1.6 to 600 feet (0.5 to 183 meters)

• 235 kHz frequency prevents mutual interference with other echosounders

• NMEA 0183 standard data output for compatibility with marine electronics

• Retractable insert designed for easy cleaning and safe storage

• Supports cable lengths up to 330 feet (100 meters) with no signal loss

• Rugged stainless steel housing suitable for various vessel types and hull materials

• Utilizes Airmar's Tilted Element and broadband technologies for precise measurements