Connection N Communication Status (Cncsr) - Hitachi HIDIC EH-150 Applications Manual

Programable controller; ethernet module(eh-eth)
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Connection n communication status (CnCSR) n = 1 to 6
Bit
15
14
-
-
+H7
:
-
-
+HC
The connection condition of each connection is shown in this area.
Bit 15-7: Reserved
These bits are reserved. Normally "0" is set.
Bit 6: Close request from other station flag (CRO[6:1])
In case close mode bit(CM[6:1]) of close mode control register(CMCR) is 1, when there is a close request from
other station, this bit is set 1.
When own station executes close procedure and connection is closed, system clear 0.
Bit6: CRO [6:1]
0
There is no close request.
1
There is a close request from other station.
Bit 5: Send mode flag (SMF[6:1])
These flags show the specified condition of send mode whether Cyclic or Event for each connection.
Bit5: SMF[6:1]
0
Cyclic send mode.
1
Event send mode.
Bit 4: Reserved
This bit is reserved. Normally "0" is set.
Bit 3: Exclusive receive control flag (ERF[6:1])
These flags show the specified condition of exclusive receive control whether enable or disable.
Bit3: ERF[6:1]
0
Exclusive receive control is disable.
1
Exclusive receive control is enable.
Bit 2: Receive complete bit (RXC[6:1])
These bits are set at below condition.
- Automatic receiving mode is optional mode, and receive area refresh execute bit(ARE[6:1]) of refresh control
register(RDCR) is "1".
These bits are not changed during normal mode of Automatic Receiving mode.
Bit2: RXC[6:1]
0
Receive not completed.
1
Receive completed.
Bit 1: Transmit complete bit (TXC[6:1])
These bits show the condition of data transmit.
Bit1: TXC[6:1]
0
Transmit not completed
1
Transmit completed.
Bit 0: An open condition bit (OPC[6:1])
Bit0: OPC[6:1]
0
Open not completed. (Connection is not established)
1
Open completed. (Connection is established)
13
12
11
10
9
-
-
-
-
-
-
-
-
-
-
8-5
Chapter 8 Register Structure
8
7
6
5
4
-
-
-
CRO1 SMF1
-
-
-
CRO6 SMF6
Description
Description
Description
Description
Description
Description
3
2
1
0
OPC1
ERF1 RXC1 TXC1
OPC6
ERF6 RXC6 TXC6

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