Exclusive Deal Garmin Airmar Cm599lhw 1-3kw Pocket Mounted Transducer, 28-60 150-250khz [010-12188-20] Save Big: 85% Off [VW6Y0aS7]

Garmin Airmar CM599LHW Transducer: Precision Depth and Temperature

The Garmin Airmar CM599LHW transducer is a cutting-edge device designed for your Garmin Marine Network, offering precise depth and temperature readings. This pocket-mounted transducer is the perfect companion for anglers and boaters seeking high-performance underwater data. With its narrow beams at low frequencies and wide beams at high frequencies, the CM599LHW transducer ensures accurate and reliable information for your navigation and fishing adventures.

Technical Specifications and Features

The Airmar CM599LHW transducer is built to withstand the demands of marine environments, offering a maximum depth rating of 10,000 feet. This versatile transducer operates at frequencies of 28 to 60 kHz and 150 to 250 kHz, providing a wide range of applications. Its beamwidth of 9x23 degrees or a constant 25 degrees ensures optimal coverage. The transducer comes with bare wires and a 70' cable length, making it easy to install on your boat. Here are some key features and specifications:

• Temperature Measurement: Yes, providing real-time water temperature data.
• Speed Included: No, but can be paired with compatible Garmin systems for speed tracking.
• Mounting Style: Pocket mount for convenient installation.

Practical Uses and Benefits

Whether you're an avid angler or a professional mariner, the Garmin Airmar CM599LHW transducer offers numerous practical uses and benefits. Its high-depth capability and precise temperature readings make it an essential tool for exploring deeper waters and understanding the underwater environment. Whether you're fishing for trophy fish or navigating through complex marine conditions, this transducer ensures that you have the information you need to make informed decisions. With its durable construction and user-friendly design, the CM599LHW is ideal for both recreational and professional applications.