Raymarine B175H BB TH profilált 20°-os szonda

The CHIRP (Compressed High-Intensity Radiated Pulse) technology integrated into the B175H transducer emits a frequency sweep over a wide band (130-210 kHz) rather than a fixed frequency. This provides a greater quantity of data, improved discrimination of targets (fish) from seabed structures, and increased resolution of underwater details.

The Raymarine B175H transducer operates on a high-frequency band (H), typically between 130 and 210 kHz. This range is optimized for fish detection and detailed seabed mapping in mid-depth waters.

The B175H transducer is a through-hull (TH) model featuring CHIRP single high-frequency (H) technology. Its internal ceramic element is tilted at 20 degrees to compensate for hull angle. It is designed to provide excellent target separation and detailed resolution of the seabed.

The B175H transducer is particularly suited to anglers targeting pelagic and demersal species, and who require precise detection in the water column as well as detailed mapping of bottom structures. Its high-frequency band is ideal for mid-range depths.

The B175H transducer has an RMS power of 1000 W. This power enables it to deliver excellent detection and water penetration performance, suitable for sport fishing and navigation.

With its 1000 W power and high-frequency band, the B175H transducer can typically reach detection depths of up to about 300 meters (1000 feet) under optimal conditions, though this may vary depending on water salinity and seabed composition.

The Raymarine B175H is a single-frequency transducer. It operates in the high-frequency band (H) from 130 to 210 kHz. Although it is single-frequency, CHIRP technology allows it to sweep this wide band for detailed detection.

Yes, the Raymarine B175H transducer includes a water temperature sensor, allowing this information to be displayed directly on your compatible multifunction display.

"20-degree tilted" means the internal ceramic element of the transducer is tilted by 20 degrees. This tilt is designed to compensate for the deadrise angle (the V-shape of the hull) of fiberglass boats, which is typically between 16 and 24 degrees, ensuring the sonar beam is directed vertically toward the seabed for optimal detection.

The B175H transducer is a through-hull model designed specifically for installation on fiberglass hulls. It is ideal for boats with a deadrise angle (hull V) between 16 and 24 degrees thanks to its 20-degree tilted element.

No, thanks to its 20-degree angled element ("20-degree fairing"), the B175H transducer is designed to compensate for the hull angle of boats (between 16 and 24 degrees) without requiring an external fairing block. This simplifies installation and reduces drag.

The B175H transducer is compatible with Raymarine multifunction displays (MFD) equipped with CHIRP sonar technology. This includes the Axiom and Element series, as well as older models such as the gS and eS series, provided they have the integrated or compatible external CHIRP sonar module.

The need for an external sonar module depends on the Raymarine multifunction display used. Newer MFDs such as the Axiom Pro/RVX or Element series often have an integrated CHIRP module. For other MFDs, an external CHIRP-compatible sonar module (e.g., CP470 or CP570 module) may be required to fully utilize the B175H's capabilities.

No, the B175H transducer is a traditional CHIRP transducer optimized for bottom and fish detection in 2D view. It is not designed for side imaging (SideVision) or down imaging (DownVision) technologies, which require specific transducers (such as RV-100 or CPT-DV/DS).

Yes, it is possible to connect multiple CHIRP transducers (for example, a B175H for high frequencies and a B175L for low frequencies) to a Raymarine system, provided the multifunction display or external sonar module has the necessary ports and is capable of handling multiple CHIRP channels simultaneously (for example, a CP570). This allows for broader frequency coverage.