CET PMC-1304-3, Руководство пользователя

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Ceiec Electric Technology
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5.3 Energy Register
Register Property Description
Format
46000 46000 RO PI1 INT32 INT64
46002 46004 RO PI2 INT32 INT64
46004 46008 RO PI3 INT32 INT64
… … RO … INT32 INT64
48046 50092 RO PI1024 INT32 INT64
Table 5-3 Energy Measurements
Notes:
1) When the PI x ’s reading is 0x7fffffff, the register value is invalid. For example, when the PI’s
corresponding IDE cannot be connected normally, and the register’s reading would be 0x7fffffff.
5.4 Remote Control
Register Property Description Format
61000 WO Arm Remote Control #1 Close/Open UINT16
61001 WO Execute Remote Control # 1 Close/Open UINT16
61002 WO Arm Remote Control #2 Close/Open UINT16
61003 WO Execute Remote Control #2 Close/Open UINT16
… WO … UINT16
62022 WO Arm Remote Control #512 Close/Open UINT16
62023 WO Execute Remote Control #512 Close/Open UINT16
Table 5-4 Remote Control
Notes:
1) Only writing the value 0xFF00 to the specific register to “Arm” or “Execute” a particular relay.
5.5 SOE
Register Property Description Format
52000~52009 RO SOE1
See Table 5-6
SOE Log Data
Structure
52010~52019 RO SOE2
52020~52029 RO SOE3
52030~52039 RO SOE4
… RO …
54550~54559 RO SOE256
Table 5-5 SOE Buffer
Offset Properties Description Format Note
+0 RO
High-order Byte: Storage Location
UINT16
-
Low-order Byte: Event Classification
+1 RO
High-order Byte: Channel No
UINT16
Low-order Byte: Unit ID
1
+2 RO
High-order Byte: Reserved
UINT16
Low-order Byte: DPI
1=Alarm Return/Open
2=Alarm/Closed
+3 RO SOE Position No in Data Cache UINT16