HV100 Series High Performance Current Vector Inverter
49
11.03
Date format
0: No check
（
N
，
8
，
1
）
for RTU
1: Parity check
（
E
，
8
，
1
）
for RTU
2: Odd parity check
（
0
，
8
，
1
）
for RTU
3: No check
（
N
，
8
，
2
）
for RTU
4: Parity check
（
E
，
8
，
2
）
for RTU
5: Odd parity check
（
0
，
8
，
2
）
for RTU
0
～
5
1
×
11.04
Local machine
response delay
time
This function code defines the intermediate time interval
between receiving the data frame of the inverter and
sending the response data frame to the upper computer.
If the response time is less than the system processing
time, the system processing time shall prevail. If the
delay is longer than the system processing time, the
system will delay waiting after processing the data, and
then send the data to the upper computer until the
response delay time is up.
0
～
200ms
5
×
11.05
Transmission
response
processing
0: Write response
1: Write not response
0
～
1
0
×
11.06
Proportional
linkage coefficient
This function code is used to set the coefficient of the
frequency command received through the RS485
interface when the inverter is used as a slave. The actual
operating frequency is equal to the value of this function
code multiplied by the frequency setting command value
received through the RS485 interface. In linked control,
this function code can set the ratio of the running
frequency of multiple inverters.
0.01
～
10.00
1.00
○
11.07
Transmission
mode selection
LED single digit: Communication mode selection
0: General mode
1: Reserved
2: Reserved
3: Reserved
4: Reserved
LED10 digit: Broadcast frequency source selection
0: host set frequency
1: Host frequency source A
2: Host frequency source B
LED100 digit: Reserved
LED1000 digit: Reserved
00
～
24
00
×
