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| Supplement |
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ASVC Kn S630 | Output of the LON variable names | |
Description: | All LON variables that are available in an analyzer module will be sent out with their names. | |
| If a variable will contain several values (array), it will be marked by an appendix in brackets. | |
| In these brackets you will find the numbers to access to the array values of the variable. | |
| Example: | |
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| names LINYA1, LINYA2, ... LINYA7. |
Notes: | K0 is not possible. | |
| At the moment the command is implemented in a way that it will send out for each channel all | |
| variables available in the certain module. That means that variable names may exist multiplex. | |
| These multiplex available variables will be separated internal and each will be assigned to | |
| another channel (subnode). | |
| If variables will not exist multiplex, these variables will only exist once. | |
| That means that a changing within a channel will have an effect as changing of the other | |
| channels. |
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Cf.: | S600 (Access to network variables) | |
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ASVC Kn S631 | Output of the LON node informations | |
Syntax: | ASVC Kn S631 |
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Response: | ASVC 0 <name> <version> | |
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ASVC Kn S632 | Output of the LON node informations of all nodes | |
Syntax: | ASVC K0 S632 |
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Response: | ASVC 0 <ExactNode> <NodeTag> | |
| ExactNode = Exact node address in the network | |
| NodeTag = | Tag string of this node |
Notes: | The "ExactNode" is an address composed from the node address and its subnode | |
| address. |
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| The formula is: ExactNode = Subnode * 256 + Node; | |
| Example: | ExactNode = 258 |
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| Subnode = ExactNode mod 256 = 1 |
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| Node = ExactNode - ((ExactNode mod 256)*256) = 2 |
Cf.: | S599, S600, S630 | |
90003752(1) | AK | Supplement - 7 |