B175L BB TH faired 0 deg

The CHIRP low-frequency technology used by the B175L transducer emits a continuous sweep of frequencies over a wide band, typically between 40 and 60 kHz. Unlike traditional single-frequency transducers, this approach delivers significantly improved image resolution and clarity. The low-frequency band is particularly effective for detecting targets and distinguishing the seabed at great depths, as it penetrates the water column more effectively.

The Raymarine B175L transducer is a 1 kW (1000 watts) model. This high power provides excellent deep-water penetration and precise target detection, making it ideal for offshore fishing.

The B175L transducer is particularly well suited to deep-sea and deep-water fishing. Its low-frequency CHIRP technology excels at detecting fish and mapping the seabed at great depths, providing detailed visibility where other transducers may lack performance.

The main difference lies in penetration depth and resolution. CHIRP low-frequency (L) transducers, such as the B175L, are optimized for deep water, offering excellent penetration and target detection at great depths. Medium-frequency (M) transducers provide a good balance between depth and resolution, while high-frequency (H) transducers are ideal for shallow water, delivering very fine resolution and better separation of targets near the bottom or in the upper water column.

The term '0-degree profile' indicates that the transducer is designed to be installed on hulls with a deadrise angle of 0 to 7 degrees at the installation point. This design ensures the transducer's ceramic element is parallel to the water surface once installed, guaranteeing optimal sonar performance and accurate depth readings without requiring additional fairing.

This transducer's housing is made of bronze. Bronze is a robust and durable material, particularly suited to saltwater marine environments, offering excellent corrosion resistance and long service life.

While the B175L transducer can operate in shallow waters, its low-frequency CHIRP design is primarily optimized for deep-water performance. For maximum resolution and fine-target detection in very shallow waters, a high-frequency CHIRP transducer would generally be more suitable.

A through-hull installation offers several advantages. It ensures superior hydrodynamic performance, reducing drag and noise generated by water flow, which allows for clearer readings at all speeds. It also minimizes interference and provides a more stable position for the transducer element, ensuring better accuracy and reliability of data, especially in choppy waters or at high speeds.

The Raymarine B175L transducer operates on a low-frequency CHIRP range, typically between 40 kHz and 60 kHz. This frequency band is specifically designed to provide maximum penetration and reliable detection in deep waters.

Yes, the Raymarine B175L transducer includes a water temperature sensor. It provides accurate and rapid surface water temperature readings, useful for fishing and navigation.

No, the Raymarine B175L transducer is a depth and temperature transducer. It does not measure boat speed. To obtain speed data, a separate speed sensor or GPS system is required.

This transducer is compatible with Raymarine fishfinder and chartplotter systems featuring CHIRP technology. This includes dedicated CHIRP fishfinder modules such as the CP470 and CP570, as well as Raymarine multifunction displays (MFD) with integrated CHIRP fishfinder, such as the Axiom Pro and Axiom 2 Pro series, or other MFDs compatible with an external fishfinder module.

The Raymarine B175L transducer is fitted with a Raymarine-specific connector (typically 10-pin). While the Airmar B175L transducer itself is a standard product, its connector is designed for direct compatibility with Raymarine systems. Using it with other brands would require a compatible adapter cable, which is not recommended by the manufacturer and could affect performance or warranty.

Yes, to fully utilize the CHIRP capabilities of this transducer, you will need an external Raymarine CHIRP sounder module (such as the CP470 or CP570) or a Raymarine multifunction display with native CHIRP sonar integration. The transducer connects to this module or display to process sonar signals.

The choice of location is crucial for optimal performance. It must be mounted in an area where the water flow is laminar (without turbulence), away from keels, propellers, propeller shafts, water intakes, and other protrusions that could create air bubbles. Ideally, it should be installed on the flattest part of the hull, toward the stern and center of the boat, to minimize interference and ensure constant contact with the water.

No, this model is specifically '0-degree fairing', meaning it is designed for hulls with a deadrise of 0 to 7 degrees at the installation point. For hulls with a steeper deadrise, a transducer with a tilted element (for example, 12° or 20°) is required to compensate for the hull angle and ensure the sonar beam is directed vertically toward the bottom.

No, the B175L BB TH 0-degree profiled transducer is designed to be mounted directly through the hull without requiring additional fairing or shoe to correct the angle. Its 0-degree profile is suitable for hulls with minimal deadrise, allowing flush mounting that minimizes drag and ensures optimal performance.

The transducer must be oriented so that its longitudinal axis is parallel to the boat’s longitudinal axis. This ensures the sonar beam is correctly directed toward the seabed and the transducer element is aligned with the vessel’s movement for accurate readings. It is important to follow the specific installation instructions in the manual to ensure correct orientation.