![]() ![]() After installation, the system can be calibrated by the operator with a single push of a button. There is an angle sensor used to determine the boom angle, a rotation sensor to determine the rotation of the lifting drum, and a switch box to calibrate the depth of the bucket and mark the bucket positions. The HYPACK® Crane System consists of a series of sensors tied in with GPS positioning to determine the location of the bucket. The HYPACK® Crane System was added to the available tools to work with DREDGEPACK®, providing a cost-effective way to track depth and position of the bucket on a clamshell dredge. Typical inputs are a DGPS (or RTK DGPS), heading sensor, and 3-axis inclinometer systems. Depending on the water depth within the dredge prism, USCG intends to use a shallow draft barge-mounted clamshell, hydraulic, suction, backhoe, or hopper dredge. There are several machines in service today digging more than 300’. dredging event would remove up to 3,000 cubic yards of sediment and would be completed over a 2-week period. They are typically designed for 200’ feet of mining depth. DREDGEPACK® FOR EXCAVATOR OPERATIONSĭREDGEPACK® is used on many excavator operations. Clamshell Dredges - Supreme Manufacturing. Typical inputs for a hopper system include DGPS, the ship’s gyro, and a bubbler system that provides forward/aft draft information along with depth information at one or two points on each ladder arm. DREDGEPACK® FOR HOPPER DREDGESįor a hopper dredge, DREDGEPACK® also needs to be able to determine the exact draft of the vessel. DREDGEPACK® integrates with several commercially available inclinometers, but can also read from existing equipment using OPC Network Interfaces or analog/digital cards. DREDGEPACK® FOR CUTTER SUCTION DREDGESįor a cutter suction dredge, DREDGEPACK® typical inputs are a directional DGPS and an inclinometer to determine the angle of the ladder arm. You’ll also be able to see the channel design depth and channel overdepth in profile view.ĭredging plans can be created for simple channels or complex surfaces in our Advanced Channel Design program. See exactly where your digging tool is in plan view and in profile view. ![]() DREDGEPACK® will monitor the exact position and depth of the digging tool and keep track of the ‘As Dredged’ surface. Acquire your data from single or multibeam sonar, or from multiple transducers. Using tools in DREDGEPACK®, your SURVEY data is loaded into a color-coded matrix. ![]() DREDGEPACK® also versatile, and is designed to work with cutter suction, hopper, bucket, and excavator operations. It keeps your crew working in the dredge cut and prevents them from digging too deep or outside the channel. With more than 25 years of experience in the dredging industry, the HYPACK team can provide a complete and integrated dredging solution using our DREDGEPACK® software and a variety of positioning devices, rotation sensors, inclinometers, pressure sensors, and other devices to meet all your needs from complex environmental dredging to simple channel maintenance projects.ĭREDGEPACK® is designed to save you time and money. ![]()
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