Garmin 200/50kHz, 10/40 Deg, Plastic TM, Depth & Temp - 6-Pin

The Garmin 200/50kHz, 10/40 Degree Plastic Transom Mount Transducer with Depth & Temperature and 6-Pin connector delivers dual-frequency sonar performance in a durable, cost-effective package. This plastic transom mount transducer is engineered for recreational and serious anglers who need reliable bottom detection and water temperature monitoring without the premium cost of bronze-housing alternatives. The dual operating frequencies—200 kHz and 50 kHz—provide versatile coverage across shallow structure and deep-water applications, making it a trusted choice for both freshwater lakes and light inshore saltwater use.

Operating at 200 kHz delivers a narrow 15-degree beamwidth, concentrating sonar energy for precise target definition and excellent depth resolution directly below the boat. The 50 kHz frequency produces a wider 45-degree beamwidth, covering more bottom area and penetrating deeper water columns with greater signal strength. This frequency combination allows anglers to select the optimal mode for their water depth and fishing style. The transducer outputs depth readings and water temperature data through a standard 6-pin connector compatible with Garmin NMEA 0183 and select Garmin GPS/chartplotter systems. The plastic housing resists corrosion and UV degradation, offering years of reliable service in varied weather conditions.

This transducer kit is designed for anglers and boaters who fish lakes, rivers, and coastal bays where a streamlined, lightweight sonar solution is preferred. Weekend fishermen appreciate the straightforward installation with included mounting hardware and instructions, while tournament anglers value the dual-frequency flexibility for adapting to changing conditions throughout the day. The 6-pin connection ensures compatibility with established Garmin marine electronics systems, eliminating costly transducer-to-unit interface issues. Ideal for jon boats, center consoles, and larger recreational vessels, this transom mount design positions the transducer for stable readings while underway.