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Hitachi WL200 Series

Hitachi WL200 Series
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Chapter 8 PROFINET Specification
38
8.11 Telegram
8.11.1 Standard telegram 1
Setpoint and actual value of Standard telegram 1 are the Following.
I/O Data No
Setpoint
(from PROFINET IO
controller to WJ-PN)
Actual value
(from WJ-PN to
PROFINET IO
controller)
1
STW1
ZSW1
2
NSOLL_A
NIST_A
8.11.2 WJ-PN telegram 103 to 105
Setpoint and Actual value of WJ-PN telegram 103 - 105 are the following. Send and receive data are
the data that you set P160 - 179.
I/O Data No
Setpoint
(from PROFINET IO
controller to WJ-PN)
Actual value
(from WJ-PN to
PROFINET IO
controller)
WJ-PN telegram
103
104
105
1
P160
P170
2
P161
P171
3
P162
P172
4
P163
P173
5
P164
P174
6
P165
P175
7
P166
P176
8
P167
P177
9
P168
P178
10
P169
P179
You need to set P160 - P179 to 0 or Modbus register No. of WJ200 / WL200. If you dont use
P162 - P169 and P172 - P179, you need to set these to 0.
When you set P160 to 0, setpoint data is STW1.
When you set P161 to 0, setpoint data is NSOLL_A.
When you set P170 to 0, setpoint data is ZSW1.
When you set P171 to 0, setpoint data is NIST_A.
When you want to set 32bit length data to P160 - P179, you need to set consecutively. If you dont
set consecutively, PNU 954 bit 4 becomes ON.
The byte order of 32bit length data depends on the setting of P160 - P179. For example, the
Modbus register No. 0x1001 is the high byte and 0x1002 is the low byte. When you want to set d001
to P171 and P172, you need to set either the followings.
- P171 = 0x1001, P172 = 0x1002
In this case, the high byte is sent first.
- P171 = 0x1002, P172 = 0x1001
In this case, the low byte is sent first.

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