Lowrance Fish Finders With Shoot Through Hull Transducers

To ensure your new Lowrance fish finder is ready for the water, make sure to mount the transducer inside the hull of the boat. If you want to mount it inside the hull of the boat, you can use a shoot through hull transducer to do this. Once installed, the transducer must be free of paint, wax, and moisture. If you are using a trolling motor, be sure to mount the transducer on it as well. portable humminbird fish finders

When choosing a transducer, choose the frequency. In shallow water, a low frequency (80-160 kHz) will do the job. Deeper water, however, will require a higher frequency. You may also want a high-frequency model with a lower range of maximum depth. Choosing a higher frequency, however, will give you a better image quality and a more realistic representation of the bottom.

While installing a shoot-through hull transducer on a boat can be a painstaking process, there are a few things to keep in mind. For one thing, you’ll have to run an extra cable down the dash, and then pour epoxy into the bilge area. Then, remove the batteries. Hopefully, you won’t break the transducer when it’s in the water.

The best position for a shoot-through hull transducer is aft on the hull. It’s important that the transducer be located aft of the centerline of the hull. You also want to make sure that the transducer is positioned below the waterline at all times. This will ensure the best possible reception of fish and other aquatic life.

A through-hull transducer is more effective in areas of water with poor conductivity. The transducer must be mounted on a fiberglass hull so that the signal isn’t blocked by foam or structural foam. In addition, it must be installed in a hull that doesn’t have coring. Those with cored hulls should remove it and install the transducer inside.

Lowrance fish finders with shoot through hull-transducers offer two different types of transducers. One type of transducer has a transducer that’s flush against the hull, while another has a tipped element. The tilted element transducer uses ceramic elements that are tilted inside a hull housing to compensate for deadrise. The result is a more accurate depth reading.