Lowrance Transom Transducer 9-Pin 50/200kHz With Temp

The Lowrance Transom Transducer 9-Pin 50/200kHz With Temp is a professional-grade depth and temperature sensor designed for anglers and boat operators who demand reliable sonar data in saltwater and freshwater environments. This transom-mount skimmer transducer integrates seamlessly with Lowrance fish finders and chartplotters, delivering real-time water depth, bottom composition, and temperature readings that are essential for successful fishing and safe navigation. Whether you're a weekend recreational angler or a serious tournament competitor, this transducer provides the dual-frequency capability needed to detect fish at varying depths and water conditions.

The 9-pin connector configuration ensures compatibility with Lowrance's established sonar system architecture, while the dual 50/200 kHz frequency range offers flexibility across different fishing scenarios. The 50 kHz frequency penetrates deeper water and provides excellent coverage at greater depths, making it ideal for offshore fishing and deep-structure work. The 200 kHz frequency delivers higher-resolution imaging in shallow to moderate depths, revealing fine details of submerged structure, vegetation, and fish targets. The integrated temperature sensor monitors water conditions in real time, helping you identify thermoclines and locate temperature-sensitive species. Transom-mount installation keeps the transducer easily accessible for adjustments and maintenance without requiring hull modification.

This transducer is ideal for boat owners with existing Lowrance systems looking to upgrade or replace aging sonar sensors. Compatibility with Lowrance's blue 7-pin connector architecture ensures straightforward integration with legacy and current-generation chartplotters. Installation requires secure transom mounting below the waterline with proper cable routing to your sonar unit. The lightweight design at 2.65 lbs minimizes drag and vibration, while professional-grade construction withstands prolonged saltwater exposure and rough freshwater conditions. For best results, ensure clean, unobstructed water contact and proper alignment to minimize turbulence-induced noise during acceleration.