Dataforth MAQ20-RTD31, Hardware User Manual

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MA1044 MAQ20-RTD31/-RTD41 Hardware User Manual
Page 34 of 38
Address Range 100 - 699 : Module Configuration
Start
Address
Read/
Write
Number of
Registers
Contents Description Data Range
Data
type
100 R/W 5
Input Sensor & Range
for each channel See Table 7
Default = 0
0, 1, 2, 4 INT16
119 W 1 Save to EEPROM
0 = Sensor/Range, Average
Weight, Scan List
0 INT16
120 R/W 5 Average Weight
Weight for AVG Calculation,
Default = 3
0 to 15 INT16
140 R/W 5 Channel Enable
0 = Disable 1 = Enable,
Default = 1
0 or 1 INT16
Address Range 700 - 999 : Alarm Configuration
Start
Address
Read/
Write
Number of
Registers
Contents Description Data Range
Data
type
700 R/W 1
Alarm Status,
Low-Low
To clear a Latched alarm
write a 0 to the
corresponding channel bit.
0 to 65,535 INT16
701 R/W 1
Alarm Status,
Low
To clear a Latched alarm
write a 0 to the
corresponding channel bit.
0 to 65,535 INT16
702 R/W 1
Alarm Status,
High
To clear a Latched alarm
write a 0 to the
corresponding channel bit.
0 to 65,535 INT16
703 R/W 1
Alarm Status,
High-High
To clear a Latched alarm
write a 0 to the
corresponding channel bit.
0 to 65,535 INT16
704 R/W 1 Alarm Enable 1 = Enabled 0 = Disabled
See Setting &
Monitoring
Alarms
INT16
709 W 1
Save Alarm Parmeters
to EEPROM
Writing 1 saves the Alarm
Configuration, High Limit,
Low Limit, High-Low
Deadband, High-High
Limit, Low-Low Limit and
HHLL Deadband to local
non-volatile memory.
1 INT16
710 R/W 5 Alarm Configuration Alarm Configuration
See Setting &
Monitoring
Alarms
INT16
730 R/W 5 High Limit High Alarm Limit Table 17 INT16
750 R/W 5 Low Limit Low Alarm Limit Table 17 INT16
770 R/W 5 High Low Deadband
Deadband for High Low
Alarm
Table 17 INT16
790 R/W 5 High-High Limit High-High Alarm Limit Table 17 INT16
810 R/W 5 Low-Low Limit Low-Low Alarm Limit Table 17 INT16
830 R/W 5
High-High Low-Low
Deadband Deadband for High-High
Low-Low Alarm
Table 17 INT16