Data type Relationship between display data and transmission data
1
Displayed data and transmission data is the same.
(Transmission data) = (Display data) h10
2
Data in 0.1 unit
(Transmission data) = (Display data)h10
Data in 0.01 unit
(Transmission data) = (Display data)h100
3
4
Parameter P03 (V/F pattern) data
Display data : 50 60 FF
Transmission data : 0 1 2
5
Parameter P13 (DC brake level) data
(Transmission data) = (Display data) /5
6
Parameter P34 (carrier frequency) data
Display data : 0.8 1.1 1.6 2.5 5.0 7.5 10.0 12.5 15.0
Transmission data : 0 1 2 3 4 5 6 7 8
7
Parameter P36 (communication speed) data
Display data : 48 96 192
Transmission data : 4 5 6
8
Parameter P51 (No. of motor poles) data
(Transmission data) = (Display data) /2
䃂
Display data and transmission data
For the data for monitoring or setting, the display data of the inverter may differ from
the transmission data, so transmission data should be used as the data to be used
for communication.
Calculate the transmission data using the following table of the data type.
䃂㩷Fault details monitor (DT 140 to 143)
Data of fault details is as below.
Fault details
Overcurrent/Over
temperature
Data Data
Fault details
Auxiliary fault
Operation error
Encoder fault(No pulse)
Encoder fault (anti-detection)
Arrival signal is turned ON on two sides
No OPEN arrival signal
No CLOSE arrival signal
9 Undervoltage
10 Overload
0䋭2
䋱1
䋱5
䋱䋶
3䋭5 Overcurrent
䋱䋷
䋱8
䋱9
6䋭8 Overvoltage
䋲0
80
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