Toshiba TC-net Instruction Manual page 93

Prefix Item Name
RasInfo.Mac#mmm.Stack#sA.OptPort#p.
Tcnet
NumOfPackets
RasInfo.Mac#mmm.Stack#sA.ElePort.
NumOfPackets
RasInfo.Mac#mmm.Stack#sB.OptPort#p.
NumOfPackets
RasInfo.Mac#mmm.Stack#sB.ElePort.
NumOfPackets
RasInfo.Mac#mmm.RasArea.HealthyCounter
TimeInf#d
Opc LocalNodeAddr
LocalNodeStatus
ParentNodeAddr#d
ParentNodeStatus#d
ChildNodeAddr
ChildNodeStatus
BackupNodeAddr#d
OperationTime
HealthyCounter
DualControl
ScanTalkerStatus
Client.HealthyCounter#mmm
Client.Abnormal#mmm
Client.AbnormalDetect
ParentTalkerStatus#d
OpcSrv.MemUsed.Current
OpcSrv.MemUsed.Average
* In an item of "RasInfo.Mac#mmm", Start/Stop increment of Simulation data is done every station collectively.
Table 7.1 List of OPC items (simulation mode)
Description
HUB(#mmm) stack(#s) optical port(#p) Number of
received packets (A System)
[Stack: #0 - #3] [Port: #1 - #8]
HUB(#mmm) stack(#s) Electrical port Number of
received packets (A System)
HUB(#mmm) stack(#s) optical port(#p) Number of
received packets (B System)
HUB(#mmm) stack(#s) Electrical port Number of
received packets (B System)
Healthy counter of a RAS information area
Time information [#0 - #1]
Own node's address (node address on TC-net side)
Own node's state (ONLINE/STANDBY/BACKUP etc.)
Parent node's address for maximum 9 nodes [#0 - #8]
Parent node's state for maximum 9 nodes [#0 - #8]
Child node's address
Child node's state
Parent node's address during backing up for maximum 9
nodes [#0 - #8]
Running time
Healthy counter
Control dual state
(=1 : STANDBY request / =0 : STANDBY release
request)
Duplicate state of talker blocks
Client Healthy Counter [#000 - #127]
= 1 - 65535 : check it
= 0 : not check
Client diagnosis is abnormal [#000 - #127]
Client abnormal detection state
(AND of a diagnosis result for 128 clients)
Parent node's duplicate state of talker blocks [#0 - #8]
Quantity of memory use of OPC server (Current value)
Quantity of memory use of OPC server (Average value)
7. How to set the environment for OPC Server
Data Type Mode
VT_UI2 R(Sim)/W
VT_UI2 R(Sim)/W
VT_UI2 R(Sim)/W
VT_UI2 R(Sim)/W
VT_UI2 R(Sim)/W
VT_UI4 RO
VT_UI2 R/W(Sim)
VT_UI2 R/W(Sim)
VT_UI2 R/W(Sim)
VT_UI2 R/W(Sim)
VT_UI2 R/W(Sim)
VT_UI2 R/W(Sim)
VT_UI2 R/W(Sim)
VT_UI4 RO
VT_UI2 R(Sim)/W
VT_UI2 R/W
VT_UI2 R/W(Sim)
VT_UI2 R(Sim)/W
VT_ BOOL R/W(Sim)
VT_ BOOL R/W(Sim)
VT_UI2 R/W(Sim)
VT_UI4 RO
VT_UI4 RO
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