Airmar TM265C-LH Transducer With Navico 9-Pin X 2 MMC

The Airmar TM265C-LH is a top - notch low/high CHIRP transom mount transducer. It comes with a Navico 9 - Pin x 2 Mix - N - Match cable. Model: TM265C - LH - 9N2. This transducer has 8 internal broadband ceramics, offering better performance. It features a depth and fast - response water temperature sensor. With a urethane housing and stainless - steel mounting bracket, it's durable. It can be retrofitted to existing TM258 and TM260 brackets. The exclusive Xducer ID® technology gives it an edge. Traditional marine fish finders can't match it. CHIRP technology in this transducer sends 10 to 1,000 times more sound energy into the water compared to conventional ones. Specifically designed for small boats (25' - 40'), the TM265LH chirps across 42 - 65 kHz (low frequency) and 130 - 210 kHz (high frequency). The specifications are: low frequency 42 - 65 kHz (25° to 16° beamwidth), high frequency 130 - 210 kHz (10° to 6° beamwidth), suitable for boats 8 m to 12 m (25’ to 40’), outboards and I/O boat types, fiberglass, wood or metal hulls, and hull deadrise up to 28°. The acoustic window is made of urethane. In the box, you'll find TM265CLH - MM, transom mount hardware, and MMC - 9N2.

Using the Airmar TM265C - LH Transducer is easy. First, choose a suitable spot on your small boat (25' - 40') transom for mounting. Use the included transom mount hardware to secure it properly. Connect the Navico 9 - Pin x 2 Mix - N - Match cable to your fish - finding device. Once installed, turn on your equipment and start enjoying the benefits of CHIRP technology. When using, make sure the boat is in a stable position to get accurate readings. Avoid hitting the transducer against hard objects as it may damage the urethane housing or the internal components. For maintenance, after each use, rinse the transducer with fresh water to remove salt, dirt, and debris. Check the mounting bracket regularly for any signs of wear or looseness and tighten the bolts if needed. If you notice any problems with the performance, like inaccurate depth or temperature readings, check the cable connections first. Keep the transducer in a dry place when not in use to prolong its lifespan.