TotalFlow XRC6490, User Manual

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A-7
Holding Register Application (Rev AA)
REGISTER DESCRIPTION TYPE ACCESS NOTE
0.0 Holding Array 1 Register 1 Programmable Read/Write 1
0.1 Holding Array 1 Register 2 Programmable Read/Write 1
0.2 Holding Array 1 Register 3 Programmable Read/Write 1
0.(X) Holding Array 1 Register (X) Programmable Read/Write 1
1.0 Holding Array 2 Register 1 Programmable Read/Write 1
1.1 Holding Array 2 Register 2 Programmable Read/Write 1
1.2 Holding Array 2 Register 3 Programmable Read/Write 1
1.(X) Holding Array 2 Register (X) Programmable Read/Write 1
2.0 Holding Array 3 Register 1 Programmable Read/Write 1
2.1 Holding Array 3 Register 2 Programmable Read/Write 1
2.2 Holding Array 3 Register 3 Programmable Read/Write 1
2.(X) Holding Array 3 Register (X) Programmable Read/Write 1
(X).0 Holding Array (X) Register 1 Programmable Read/Write 1
(X).1 Holding Array (X) Register 2 Programmable Read/Write 1
(X).2 Holding Array (X) Register 3 Programmable Read/Write 1
(X).(X) Holding Array (X) Register (X) Programmable Read/Write 1
252.0 Holding Array 1 Description String Read/Write 2
252.1 Holding Array 2 Description String Read/Write 2
252.2 Holding Array 3 Description String Read/Write 2
252.(X) Holding Array (X) Description String Read/Write 2
253.0 Holding Array 1 Data Type Byte Read/Write 3
253.1 Holding Array 2 Data Type Byte Read/Write 3
253.2 Holding Array 3 Data Type Byte Read/Write 3
253.(X) Holding Array (X) Data Type Byte Read/Write 3
254.0 Holding Array 1 Persistence Byte Read/Write 4
254.1 Holding Array 2 Persistence Byte Read/Write 4
254.2 Holding Array 3 Persistence Byte Read/Write 4
254.(X) Holding Array (X) Persistence Byte Read/Write 4
255.0 Holding Array 1 Capacity Uint16 Read/Write 5
255.1 Holding Array 2 Capacity Uint16 Read/Write 5
255.2 Holding Array 3 Capacity Uint16 Read/Write 5
255.(X) Holding Array (X) Capacity Uint16 Read/Write 5
255.255 Number of Holding Arrays Uint16 Read/Write 6
Holding Register Notes
1.
The number, type, and size of Holding Register arrays are user programmable.
2.
Each Holding Register array can be assigned a 24 character name.
3.
The data type of each Holding Register array is user programmable. The following data types
are supported: