Garmin Electric 50/200kHz /T 12 Low-Pro Transducer Model 8

Thru-Hull Mount With 12 Degree Tilted Element; 8 Pin; 800 To 1 200 Foot Maximum Depth; 50/200 kHz Operating Frequency; 8 To 16 Degree Deadrise; 600 Watt; 33 Foot Cable; With Temp Sensor 2.4 Inch Shaft And Installation Instructions; 45/12 Degree Beamwidth; Bronze; For Depth And Temperature

The Garmin Electric 50/200kHz /T 12 Low-Pro Transducer Model 8 is designed to deliver reliable sonar performance for your marine navigation and fish-finding needs. This transducer operates efficiently within the 50 and 200 kHz frequency range, providing clear underwater imaging and target separation for anglers and boaters. Its compact, low-profile design ensures minimal drag and easy installation on a variety of boat setups. Built with durable materials, it withstands harsh marine environments to ensure long-lasting performance in saltwater or freshwater conditions. The transducer's construction supports accurate depth readings and detailed sonar imaging, making it an essential component for enhancing your marine electronics system.

Designed with ease of use in mind, the Garmin Electric 50/200kHz /T 12 Low-Pro Transducer offers straightforward installation options. Its lightweight design contributes to a clean, unobtrusive setup, freeing up space on your boat while maintaining optimal sonar functionality. Whether you're fishing in shallow waters or exploring deep-sea environments, this transducer provides consistent and dependable signals that improve your overall navigation experience. Compatible with select Garmin marine electronics, it is an ideal upgrade for boaters seeking high-quality sonar performance in a compact form factor.

Features:

• Frequency Range: 50 and 200 kHz for versatile sonar imaging

• Low-Pro Design: Compact, low-profile for minimal drag and easy installation

• Durable Materials: Built to withstand harsh marine environments

• Lightweight Construction: Enhances ease of setup and reduces clutter

• Reliable Performance: Offers accurate depth and target detection in various water conditions