Plastikinė plokščiojo korpuso siauro pluošto CHIRP zondas CPT-S, 10 m kabelis

The CPT-S transducer uses HIGH CHIRP cone-beam technology. CHIRP (Compressed High-Intensity Radiated Pulse) with a wide spectrum emits a frequency sweep rather than a single frequency, resulting in better resolution and target separation than traditional transducers. The cone beam, in turn, provides wider coverage beneath the boat, enabling detailed seabed rendering and easier fish identification over an extended area.

This CPT-S transducer is specifically designed to integrate with Raymarine multifunction displays compatible with CHIRP conical technology. It is generally compatible with the Element series and certain Raymarine Axiom models, potentially with an adapter depending on the exact display model.

This is a transom-mount transducer. This means it is designed to be attached to the outside of your boat's transom, providing a relatively simple and accessible installation.

The Raymarine CPT-S transducer is supplied with a 10-metre cable. This length provides good flexibility for installation on most pleasure boats.

The CPT-S transducer uses a HIGH CHIRP conical beam for precise bottom and fish detection. The CPT-DVS (DownVision) and RV-XXX (RealVision 3D, DownVision, SideVision) transducers are more advanced and offer additional structural imaging capabilities. The CPT-DVS adds DownVision technology for near-photographic images beneath the boat, while the RV-XXX also includes SideVision for a lateral view and RealVision 3D for three-dimensional representation.

This depth sounder is made of plastic. This material is commonly used for through-hull transducers due to its durability and resistance to the marine environment.

The CPT-S HIGH CHIRP transducer is ideal for recreational boaters and anglers seeking reliable and precise detection of fish and underwater structures. With its conical CHIRP technology, it excels in target discrimination and detailed seabed mapping, making it perfect for sport fishing and general recreational navigation.

To ensure optimal performance, the depth sounder must be installed on the transom in an area with the smoothest possible water flow, free of turbulence. It is recommended to position it away from propellers, keels, strakes, and any other source of disturbance. The depth sounder must be properly submerged and oriented to ensure clear transmission and reception of signals.