规约的真实报文

规约的真实报文

小弟正在学习103规约，哪位能将以下真实报文帖一篇让小弟学习。谢谢

asdu3：被测值1

asdu4：带相对时间的有时标被测值

asdu9：被测值2

asdu10：通用分类数据

asdu11：通用分类标识

Phy 68 1A 1A 68 08 01 09 09 02 01 B2 94 00 00 00 00 00 00 02 00 03 00 02 00

00 00 00 00 00 00 6B 16

Dat L=26 PRM=0 ACD=0 DFC=0 User data Address=01 Link user data = 09 09 ... 00 00 App Measurands II (=9)

SQ=0 Number of elements=9

Cause of transmission: Cyclic (=2)

Common address=01 Function type=178 (Private) INF=148 (Measurands IL1,2,3, VL1,2,3,P,Q,f) Current L1: MEA=( 0.00000) Current L2: MEA=(0.00000) Current L3: MEA=( 0.00000) Voltage L1-E: MEA=( ER, 0.00000) Voltage L2-E: MEA=( OV, ER, 0.00000) Voltage L3-E: MEA=( ER, 0.00000) Active power P: MEA=(0.00000) Reactive power Q: MEA=( 0.00000) Frequency F: MEA=(0.00000)

×××××××××××××××××××××××××××××××××××××××××××××××

Phy 68 10 10 68 08 01 03 04 02 01 80 92 00 80 F0 7F 58 66 C0 4C DE 16

Dat L=16 PRM=0 ACD=0 DFC=0 User data Address=01 Link user data = 03 04 ... C0 4C App Measurands I (=3)

SQ=0 Number of elements=4

Cause of transmission: Cyclic (=2)

Common address=01 Function type=128 (Distance protection) INF=146 (Measurands I,V,P,Q) Current L2: MEA=(-2.40000) Voltage L1-L2: MEA=(2.39883) Active pover P: MEA=(1.91895) Reactive power Q: MEA=(1.43906)

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Phy 68 42 42 68 28 01 0A 81 2A 01 FE F1 01 88 01 10 01 03 01 01 01 01 11 01

03 01 01 00 01 12 01 03 01 01 00 01 13 01 03 01 01 00 01 14 01 03 01 01

00 01 15 01 03 01 01 00 01 16 01 03 01 01 00 01 17 01 03 01 01 00 2C 16

Dat L=66 PRM=0 ACD=1 DFC=0 User data Address=01 Link user data = 0A 81 ... 01 00 App Generic data (=10)

SQ=1 Number of elements=1

Cause of transmission: Generic read command data (=42)

Common address=01 Function type=254 (Generic function type) INF=241 (Read values of all entries of one group)

Return information identifier (RII)=1

Number of generic data sets (NGD): no=8, count=0, cont=1

Generic identification number (GIN): group=1, entry=16 (ENTRY identifier)

Kind of description (KOD): Actual value Generic data description: (datatype=3, datasize=1, no=1, cont=0)

General identification data: ( Unsigned integer=1 )

Generic identification number (GIN): group=1, entry=17 (ENTRY identifier)

Kind of description (KOD): Actual value Generic data description: (datatype=3, datasize=1, no=1, cont=0)

General identification data: ( Unsigned integer=0 )

Generic identification number (GIN): group=1, entry=18 (ENTRY identifier)

Kind of description (KOD): Actual

value Generic data description: (datatype=3, datasize=1, no=1, cont=0)

General identification data: ( Unsigned integer=0 )

Generic identification number (GIN): group=1, entry=19 (ENTRY identifier)

Kind of description (KOD): Actual value Generic data description: (datatype=3, datasize=1, no=1, cont=0)

General identification data: ( Unsigned integer=0 )

Generic identification number (GIN): group=1, entry=20 (ENTRY identifier)

Kind of description (KOD): Actual value Generic data description: (datatype=3, datasize=1, no=1, cont=0)

General identification data: ( Unsigned integer=0 )

Generic identification number (GIN): group=1, entry=21 (ENTRY identifier)

Kind of description (KOD): Actual value Generic data description: (datatype=3, datasize=1, no=1, cont=0)

General identification data: ( Unsigned integer=0 )

Generic identification number (GIN): group=1, entry=22 (ENTRY identifier)

Kind of description (KOD): Actual value Generic data description: (datatype=3, datasize=1, no=1, cont=0)

General identification data: ( Unsigned integer=0 )

Generic identification number (GIN): group=1, entry=23 (ENTRY identifier)

Kind of description (KOD): Actual value Generic data description: (datatype=3, datasize=1, no=1, cont=0)

General identification data: ( Unsigned integer=0 )

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