Flintec DAD 141.1 Modbus Communication User Manual
Page 5
DAD 141.1 Technical Manual Modbus Communication, Rev. 2.3 - Juni 2014
Page
5
EEPROM
The 16 bit integer data is accessed by writing one 16-bit register at index 2066.The values are:
0001h:
AS Save analog parameters
0002h:
CS Save calibration
0004h:
WP Save general setup parameters
0010h:
SS Save set-point parameters
8000h:
FD Factory default
2067
Int16
1
RW
SetPoint
Selection
This Index is used to select Setpoint in a DAD141.
The 16 bit integer data is accessed by writing one 16-bit register at index 2067.
The values are 0 (zero) to 2 and selects the setpoint acted upon by indexes:
and 2070h.
This index act as the
‘n‘ parameter for the A’n‘, H’n‘, S’n‘ and P’n‘ commands
see also command description:
A‘n‘ Assign action,
H‘n‘ Hysteresis,
S‘n‘ Setpoint,
P‘n‘ Polarity
2068
Int32
2
RW
SetPoint Source
This Index is used to select Setpoint Source in a DAD141.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 2068.
0 = Gross weight as setpoint source
1 = Net weight as setpoint source
2 = Peak value (Max) as setpoint source
3 = Average value as setpoint source
4 = Hold value as setpoint source
5 = Peak to Peak value as setpoint source
6 = Valley value (Min.) as setpoint source
7 = Error 4 or 5 as setpoint source
see also command description:
A’n‘ (n = 0, 1, 2, 3, 4, 5, 6, 7, 8)
206A
Int32
2
RW
SetPoint
Hysteresis
This Index is used to get or set Setpoint Hysteresis in a DAD141.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 206A.
see also command description:
H’n‘ (n = 0, 1, 2)
206C
Int32
2
RW
SetPoint Value
This Index is used to get or set Setpoint limit in a DAD141.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 206C.
see also command description:
S’n‘ (n = 0, 1, 2)
2070
Int32
2
RW
SetPoint Polarity
This Index is used to get or set Setpoint polaritiy in a DAD141.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 2070.
The values of switch logic are 0 or 1.
see also command description:
P
’n‘ (n = 0, 1, 2)