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#Honeywell plc system driver#
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Note that when the pipe is laying horizontally in the water (i.e. This should be set to 'Positive bow down' (but it may depend on how the suction pipe object is defined). Leave the other Motion Parameters to defaults, except for the Pitch convention. On the 2nd wizard page you must use the Slot number field to fill in the distance between the two depth sensors on the pipe object in cm's.įor example enter " 853" when the distance between the two depth sensors on the pipe is 8.53 m. The driver will automatically convert the 'draft pressure' to survey units. Leave the observation parameters on the last wizard page at their defaults. On the 2 nd wizard page add two observations of type 'Draft', select the corresponding node and set the correct Slot using the value from the table below.Īdditionally you may add a third 'Draft' type observation which will return the mean value of the decoded forward and aft draft value. In order to decode the forward and aft draft value add an Underwater Sensor system to your setup and select driver "Honeywell PLC (Draft/Depth)". The driver will automatically convert the 'tide + 100cm' value to survey units. On the 2 nd wizard page, add a (virtual) tide station and leave the observation parameters of the last wizard page at the default ones. In order to decode the tide value add a Tide Gauge system to your template setup and select driver "Honeywell PLC (Tide)".
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The I/O Interface parameters must be the same as for all above defined systems.