Veikong VFD500 Series User Manual page 155

VFD500 high performance vector control frequency inverter user manual Appendix B Profinet communication card usage
This is the corresponding r group number Within-group numbering (r/p is a read-write attribute
identifier that is negligible).
Custom configuration address = group number*100 + group number*1
If the output current R27.06 corresponds to the customized configuration address:
After the configuration is successfully written to the drive, it can be viewed in the P20 group
Note: Mailing address 7000H does not support direct configuration, please map configuration
through 29 groups (one-to-one mapping with 7000H). If you need to configure 7001H, it
corresponds to P29.01 and its configuration address is 2901
View the table of P LC addresses and drive internal addresses assigned by PZD：
In-drive configuration address
PZD
Periodic writes
PZD1 P20.00
PZD2 P20.01
PZD3 P20.02
PZD4 P20.03
PZD5 P20.04
PZD6 P20.05
PZD7 P20.06
PZD8 P20.07
PZD9 P20.08
PZD10 P20.09
PZD11 P20.10
PZD12 P20.11
Through the P20 group function
code, you can check whether the
Note PN card will write the correct PZD
to the drive (20 group do not modify
manually).
The communication control inverter commands are as follows：
(PZD1Periodic write has configured 7000H write addresses)
Command
(hexadecimal).
0x0000
0x0001
0x0002
0x0003
0x0004
0x0005
0x0006
0x0007
27*100 + 06*1 = 2706
Periodic reads
P20.15
P20.16
P20.17
P20.18
P20.19
P20.20
P20.21
P20.22
P20.23
P20.24
P20.25
P20.26
Running the command fails
Forward run (common startup instruction).
Reverse run
Forward jogging
Reverse jogging
Free coast to stop
Ramp to stop (Frequently used shutdown instructions)
Quick stop
- 153-
The operating address within the PLC
(The following table uses the starting
address as an example).
Periodic writes
%QW0
%QW2
%QW4
%QW6
%QW8
%QW10
%QW12
%QW14
%QW16
%QW18
%QW20
%QW22
If the configured PZD start address is
100, then the address PZD2 is:
%QW (100+2)->%QW102
The PZD3 address is:
%QW (100+(3-1) *2)->%QW104
function
Periodic reads
%IW0
%IW2
%IW4
%IW6
%IW8
%IW10
%IW12
%IW14
%IW16
%IW18
%IW20
%IW22