I think this makes the load cell schematic look more realistic as opposed to showing all wire connections on the Load Cell Symbols. This way we can show the wire colors and numbers on this end. After symbol is placed we connect one cable to the right side of the symbol to represent the attached cable, run the cable to its destination and then FAN-OUT to make connections to the Scale Controller.
Now we have one connection point on the right side of the symbol. I am thinking of making a 4-Wire and 6-Wire Symbol, showing the bridge and wire connections inside a box, running the wires together to one point on the right side of the box, like the Fan-In Function. Next, you need to edit each child symbol, click on 'Parent/Sibling' and select the first pole as the parent for the breaker.įinally, do a project update and then you should find that ACADE is only reporting the one 4 pole CB in that dwg.Load Cells come with a length of cable attached, so we don't need it in the cable report. Acknowledge the warning and proceed for all three.
To fix your dwg, use the SWAP/UPDATE command and select the appropriate symbol from the 'Circuit Breaker 2nd+ Poles' sub menu in Circuit Breakers and then select each of the additional poles. The CHILD symbol normally has the part identification and a link back to to the parent symbol. If you use the parent symbol for all four poles, ACADE will see four different breakers.Ī PARENT symbol is the one that normally has all the catalog data and a list of other componentns that ACADE ties to it. The fourth character in the symbol name is the identification for a parent symbol or a child symbol. Thee command should read wd_3 unit VCB11THI VCB21THI VCB21THI VCB21THI based on your attached screen shot. It sounds like you used the same symbol for all four poles which would create this sort error. When you inserted the block, did you specify the correct sumbol for the additional poles?
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