Raymarine A22154 XDCR DST800 Triducer Low-Profile Plastic for Marine Navigation

Thru-Hull Mount; 600 Feet Maximum Depth; 235 kHz Frequency; 45 Feet Length Cable; With Analog Spade Connectors; DST800 Urethane Housing; 12/ 45 Degree Beam Width; 0 To 20 Degree Deadrise Angle; For Depth/ Speed/ Temperature

The Raymarine A22154 DST800 Triducer Low-Profile Plastic is designed for precise depth measurement and reliable performance in marine environments. This durable transducer features a compact, low-profile housing that minimizes drag and ensures smooth operation beneath your vessel. Crafted with high-quality plastic, it offers excellent resistance to corrosion and harsh weather conditions, making it suitable for both recreational and commercial boats.

Featuring advanced sonar capabilities, the DST800 provides accurate depth readings, temperature data, and speed through water, enhancing your navigation safety and situational awareness. Its efficient design allows for easy installation on various hull types, and it seamlessly integrates with Raymarine multifunction displays and other compatible marine electronics. Whether you're cruising, fishing, or navigating challenging waters, this transducer ensures you have reliable data at your fingertips.

Engineered for longevity and consistent performance, the Raymarine A22154 DST800 Triducer is an essential component for serious mariners seeking high-quality marine instrumentation. Its low-profile plastic housing not only reduces turbulence but also simplifies maintenance, providing peace of mind during extended voyages. Trust the Raymarine DST800 for accurate, real-time depth and temperature readings that keep you informed and safe on the water.

Features:

• Low-profile plastic housing for minimal drag and easy installation

• Provides accurate depth, temperature, and speed through water data

• Corrosion-resistant construction suitable for marine environments

• Compatible with Raymarine multifunction displays and marine electronics

• Designed for durability and reliable performance in challenging conditions