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DeviceNet Network Scanner DVPDNET-SL
DVP-PLC Operation Manual
18
Slave → DVPDNET-SL
Register in
DVPDNET-SL
Devices in slave
D6037H Digital I/O module X0 ~ X7 on DVP-16SP
D6037L N/A
D6038H Status of LED on VFD-B
D6038L Status of VFD-B
D6039H High byte of frequency in VFD-B
D6039L
AC motor drive
Low byte of frequency in VFD-B
If the I/O data include control word and status word of RTU-DNET, the I/O data mapping of
DVPDNET-SL and its slave devices will be:
DVPDNET-SL → slave
Register in
DVPDNET-SL
Devices in slave
D6287H High byte of control word in RTU-DNET
D6287L
RTU-DNET
control word
Low byte of control word in RTU-DNET
D6288H Digital I/O module Y0 ~ Y7 on DVP-16SP
D6288L N/A
D6289H High byte of command in VFD-B
D6289L Low bye of command in VFD-B
D6290H High byte of frequency in VFD-B
D6290L
AC motor drive
Low byte of frequency in VFD-B
Slave → DVPDNET-SL
Register in
DVPDNET-SL
Devices in slave
D6037H High byte of status word in RTU-DNET
D6037L
RTU-DNET
status word
Low byte of status word in RTU-DNET
D6038H Digital I/O module X0 ~ X7 on DVP-16SP
D6038L N/A
D6039H Status of LED on VFD-B
D6039L Status of VFD-B
D6040H High byte of frequency in VFD-B
D6040L
AC motor drive
Low byte of frequency in VFD-B
3. Saving the configuration data
Select “File” => “Save” to save the current network configuration.
5.3 DeviceNet Network Control
In this section, we will introduce how to compile WPL program and control DeviceNet. The example given
below is particularly for I/O data excluding RTU-DNET control word and status word. You will have to slightly
modify the example program if the I/O data include RTU-DENT control word and status word.
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