Dear all,
I nead some experienced situation answer
I have wincc flexible rt connected to plc
db in plc looks like this:
db100.dbx0.0 - one
db100.dbx0.1 - two
db100.dbx0.2 - three
db100.dbx0.3 - four
db100.dbx0.4 - five
db100.dbx0.5 - six
db100.dbx0.6 - seven
db100.dbx0.7 - eight
db100.dbx1.0 - nine
db100.dbx1.1 - ten
At wincc flexible rt i have screen with 10 symbol output fields, each of them filled with two state text list.
To save tag quantity i plan to use one tag DB100.DBD0, put it in all 10 symbol output fields but change "bit number".
So, two state text list in field 1 will be described as tag DB100.DBD0, bit number 1
two state text list in field 2 will be described as tag DB100.DBD0, bit number 2 ..... etc (until field 10 with bit number 10).
My question is can i count bit numbers as next:
db100.dbx0.0 - one ....... bitnumber 0
db100.dbx0.1 - two ....... bitnumber 1
db100.dbx0.2 - three ..... bitnumber 2
db100.dbx0.3 - four ...... bitnumber 3
db100.dbx0.4 - five ...... bitnumber 4
db100.dbx0.5 - six ....... bitnumber 5
db100.dbx0.6 - seven ..... bitnumber 6
db100.dbx0.7 - eight ..... bitnumber 7
db100.dbx1.0 - nine ...... bitnumber 8
db100.dbx1.1 - ten ....... bitnumber 9
...etc
I nead some experienced situation answer
I have wincc flexible rt connected to plc
db in plc looks like this:
db100.dbx0.0 - one
db100.dbx0.1 - two
db100.dbx0.2 - three
db100.dbx0.3 - four
db100.dbx0.4 - five
db100.dbx0.5 - six
db100.dbx0.6 - seven
db100.dbx0.7 - eight
db100.dbx1.0 - nine
db100.dbx1.1 - ten
At wincc flexible rt i have screen with 10 symbol output fields, each of them filled with two state text list.
To save tag quantity i plan to use one tag DB100.DBD0, put it in all 10 symbol output fields but change "bit number".
So, two state text list in field 1 will be described as tag DB100.DBD0, bit number 1
two state text list in field 2 will be described as tag DB100.DBD0, bit number 2 ..... etc (until field 10 with bit number 10).
My question is can i count bit numbers as next:
db100.dbx0.0 - one ....... bitnumber 0
db100.dbx0.1 - two ....... bitnumber 1
db100.dbx0.2 - three ..... bitnumber 2
db100.dbx0.3 - four ...... bitnumber 3
db100.dbx0.4 - five ...... bitnumber 4
db100.dbx0.5 - six ....... bitnumber 5
db100.dbx0.6 - seven ..... bitnumber 6
db100.dbx0.7 - eight ..... bitnumber 7
db100.dbx1.0 - nine ...... bitnumber 8
db100.dbx1.1 - ten ....... bitnumber 9
...etc