CH37BB/113
No Longer Available
MSRP: Call For Price
Black Box Sector Scan Sonar, 113kHZ
Data TypeNMEA0183
Display SizeBlack Box
Display TypeSupplied Separately
Frequency113 kHz
Power Usage24 VDC
Range6000 ft
Prices and Specifications Subject to Change Without Notice.
All prices shown are in USD. Prices are valid in US and Canada only.

High speed, multi-sector scanning
The CH37BB is a high-performance color sonar suited for bottom trawlers, tuna seiners, and other fishing vessels. Based on Furuno's exclusive multi-sector beam-forming technology, it provides the combined advantages of searchlight and omni-directional sonars at a reduced cost.
The CH37BB shows vivid and clear underwater images infive display modes - Full-circle, Vertical-fan, Semi-circle and Vertical-fan, 1.5x Zoom, and 3D graphics.

Amazing 3D overlay for realtime fish and bottom echoes
The 3D graphics mode shows a frontal or oblique perspective of the seabed, viewed aft from the vessel. The vertical fan beamfixed in the athwartship direction is used to provide the 3D bottom image. The 3D image is overlaid with real-timefish and bottom echoes. This mode is particularly useful for bottom trawlers.

Powerful dual mode for precise net placement
Full-circle scanning (with the capability of scanning a user-specified sector area in a reduced time) presents a picture like a scanning sonar with adjustable tilt for rapid location and tracking of fish targets. Vertical-fan scanning uses a fan-shaped sounding beam directed downward with up to 180° vertical sector coverage, presenting an echosounder-like cross section of the underwater situation. The Vertical-fan mode greatly supports your fish finding operation. It is also useful for monitoring the net shape and for bottomfish detection.
The Dual mode shows the vertical and horizontal presentation on the same screen. It is useful to evaluate the distribution of fish schools in both horizontal and vertical planes. A TNM (Trawl Net Mark) can be displayed at vertical plane on the vertical-fan scanning and dual modes. By inputting net height and width dimensions, the operator can overlay and visualize the net mouth opening.