DAD 141.1 Technical Manual Modbus Communication, Rev. 2.3 - Juni 2014 Page 6
This Index is used to get or set Logic Input Function in a DAD141.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 2074.
The values of the function are 0 or 1.
see also command description: AI’n‘, ‘m‘ (n = 0 or 1) Assign Input.
This Index is used to get or set Logic Input Function in a DAD141.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 2074.
The values of the function are 00 to 15.
see also command description: AI’n‘, ‘m‘ (m = 0 … 15) Assign Input
This Index returns the latest peak value obtained from a DAD141.
The format is IEEE754 Single precision floating point format. The 32 bit data is obtained by reading 2
16-bit registers from index 2080. See also command description: GM Get Peak Value
This Index returns the peak value of the DAD141.
The 32 bit integer data is obtained by reading 2 16-bit registers from index 2082.
see also command description: GM Get Peak Value
This Index returns the latest hold value obtained from a DAD141.
The format is IEEE754 Single precision floating point format. The 32 bit data is obtained by reading 2
16-bit registers from index 2084. See also command description: GH Get Hold Value
This Index returns the hold value of the DAD141.
The 32 bit integer data is obtained by reading 2 16-bit registers from index 2086.
see also command description: GH Get Hold Value
This Index returns the latest valley value obtained from a DAD141.
The format is IEEE754 Single precision floating point format. The 32 bit data is obtained by reading 2
16-bit registers from index 2088. See also command description: GV Get Valley Value
This Index returns the valley value of the DAD141.
The 32 bit integer data is obtained by reading 2 16-bit registers from index 208A.
see also command description: GV Get Valley Value
This Index returns the latest valley value obtained from a DAD141.
The format is IEEE754 Single precision floating point format. The 32 bit data is obtained by reading 2
16-bit registers from index 208C. See also command description: GO Get Peak Value
This Index returns the peak value of the DAD141.
The 32 bit integer data is obtained by reading 2 16-bit registers from index 208E.
see also command description: GO Get Peak Value
This Index is used to select Analog Output Source.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 2100.
The values of the analog action are 0 to 8.
see also command description: AA Analog output source
(48 strony)
Manymanuals.com
Manymanuals.de
Manymanuals.fr
Manymanuals.it
Manymanuals.pl
Manymanuals.cz
Manymanuals.es
Manymanuals-pt.com
Komentarze do niniejszej Instrukcji