Airmar B765C Low High CHIRP With Mix-N-Match Plug

The Airmar B765C is a top - notch depth and fast - response water - temperature sensor. Model B765C - LH - MM offers great features. It has low CHIRP from 40 kHz to 75 kHz with a 32° to 21° beamwidth and high CHIRP from 130 kHz to 210 kHz with a 15° to 9° beamwidth. With a total bandwidth of 115 kHz from one transducer, it covers popular fishing frequencies like 50 and 200 kHz. This transducer brings all the benefits of larger Thru - Hull Chirp transducers to smaller boats. It has a bronze housing with a high - performance fairing and is suitable for boats up to 9 m (30’) and above. The exclusive Xducer ID® technology adds to its uniqueness. It's designed for fiberglass or wood hulls. Whether you're a commercial fisherman, charter captain, or tournament angler, this transducer is a game - changer. It can detect the bottom down to 3,000m (10,000’) with 5 to 10 times greater detail. One installation saves you time and money. Note that the low - frequency operating band is 300 W, and the medium and high - frequency operating bands are 600 W. The package includes B765C - LH - MM and a fairing block.

Using the Airmar B765C transducer is quite simple. First, make sure your boat's hull is made of fiberglass or wood as it's designed for these types of hulls. Install the transducer following the instructions that come with it. Once installed, you can start using it for fishing. Turn it on and let it scan the water for fish and underwater structures. The transducer can detect the bottom up to 3,000m deep with great detail. When it comes to power, remember that the low - frequency operating band needs 300 W, while the medium and high - frequency operating bands require 600 W. As for maintenance, regularly check the bronze housing for any signs of damage or corrosion. If there's any dirt or debris on the transducer, gently clean it with a soft cloth. Store the transducer in a dry place when not in use to prevent damage. Also, keep the fairing block clean and in good condition as it helps with the transducer's performance.