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Grounding Faul Indicator RTU

Product Details

Product Details

Product Description

Product Description
Grounding fault indicator RTU
User Manual
Content
I. General introduce.
II. Guidance for integrate process.
Ø Hardware parts connection and installation:
Ø Wiring Scheme:
Ø IEC104& DNP3.0 RTU Parameter setting:
III. Terminal RTU upload data
Ø SNV309-EFI, DNP3 Data Objects
Ø SNV309-EFI, IEC104 Data Objects
IV. Attachment for RTU Led blinking define:
User Manual
Products name: Grounding fault indicator RTU
Model: SNV309-EFI-IEC104/DNP3.0 RTU
Adapt for :
SNOVA ,SNV-EFI, Grounding Fault indicator and EKL series short Grounding fault and short circuit indicator, integrating into SCADA, via 2G/4G network.
I. General introduce.
SNOVA, Grounding fault indicator RTU, Version SNV309-EFI- IEC104/DNP3.0, it is professional used for SNOVA ,SNV-EFI, Grounding Fault indicator and EKL series short Grounding fault & short circuit indicator, integrating into SCADA, via 2G/4G network. And achieve the grid smart management.
It support both protocol of DNP3.0 and IEC104 at same time. User need not to do any changes on the device. It only need to choose different communication port in the user SCADA system. It can integrate by two SCADA system at same time.
II. Guidance for integrate process.Ø Hardware parts connection and installation:
Step 1:
Insert APN sim card into sim card slot （Note: Full size SIM card).
Step 2: Connect GPRS ANTENA on the case terminal.
Step3: Insert the Battery terminal on the PCB.
Step4: Connect Solar power cable via the Solar power panel.
Step5: Connect the EFI between RTU via cables according wiring scheme.
Ø Wiring Scheme:
Ø IEC104& DNP3.0 RTU Parameter setting:
Using SNV308&SNV309 parameter setting APP via PC to set this parameter.
1. First connect RTU between computer via data cable.
2. Run the Parameter setting APP on PC.
3. Choose suitable port, and input correct parameter on setting APP interface as below.
3.1 Network parameter
APN:
User name: (Tips: if the sim card have no user name, then no filled)
Password: (Tips: if the sim card have no user name, then no filled)
3.2 DNP3.0 protocol parameter
Master link address : 1
(note: it means SCADA server address, set as :Source in SCADA server)
Slave (Destination) link address:3
(note: it means RTU address ,set as: Destination in SCADA server)
Port: 20000
Tips: According DNP3.0 protocol define, the below setting is standard, normally, it is no need to change. If user SCADA system is really different, then Change it by professionals.
3.3 IEC104 protocol parameter
3.3.1 Msg Timeout. T1 default: 15s
3.3.2 Msg Timeout.T2 default: 10S
3.3.3 Msg Timeout. T3 Default: 30S
Remark:
T1, T2, T3. It use for the network state have a timeout value. It makes SCASA system between Terminal communication have a timeout buffer. If want to change, it need to according SCADA system communication speed to adjust the T1,T2,T3 value big or small.
Suggest, not to change it, otherwise professor is available to change it.
3.3.4 ASDU Address Default:3.
3.3.5 Port : 2404
(More detail, please contact with the relate Engineer.)
III. Terminal RTU upload data
The SNV309 -EFI RTU is supported to upload with Max.12 set Grounding fault indicators.
The upload data related the connect number on the SNV309-EFI terminal No. (From 1#, 2#...12#). Through the SCADA , It can achieve the below main performances.
1) When Grounding fault indicator detect a grounding fault, then it can upload the fault signal to SCADA.
2)Through SCADA, Operator can operate to Remote reset the indicator, or Test the indicator
Ø SNV309-EFI, DNP3 Data Objects
Supported DNP3 data objects
1. Binary input - with flags
Group: 1
Variation: 2
Function code:
0x01 (READ)
Supported Qualifier:
0x00, 0x01, 0x06
Data point quantity:
56

2. Analog input - single-precision, floating-point with flags
Group: 30
Variation: 5
Function code:
0x01 (READ)
Supported Qualifier:
0x00, 0x01, 0x06
Data point quantity:
42

3. Class 0 objects
Group: 60
Variation: 1
Function code:
0x01 (READ)
Supported Qualifier:
0x06
Brief:
Get all of the static data

4. Time and date
Group: 50
Variation: 1
Function code:
0x02 (WRITE)
Supported Qualifier:
0x07
Brief:
Set absolute time

5. Binary output - packed format
Group: 10
Variation: 1
Function code:
0x02 (WRITE)
Supported Qualifier:
0x07
Brief:
Reset or Test EFI device
Annex.list of DNP3.0
Binary input point list (Signal)
Index
Name
0
EFI 1# , Fault
1
EFI 2#, Fault
2
EFI 3#, Fault
3
EFI 4#, Fault
4
EFI 5#, Fault
5
EFI 6#, Fault
6
EFI 7#, Fault
7
EFI 8#, Fault
8
EFI 9#, Fault
9
EFI 10#, Fault
10
EFI 11#, Fault
11
EFI 12#, Fault

Analog input point list (Measure)
Index
Name
Unit
0
Terminal battery voltage
V
1
Solar panel voltage
V
2
Terminal temperature
℃
3
Mobile signal strength
dBm

Binary output point list
1. Reset EFI
Index
Name
800
Reset all EFI, at same time
801
Reset EFI 1#
802
Reset EFI 2#
803
Reset EFI 3#
804
Reset EFI 4#
805
Reset EFI 5#
806
Reset EFI 6#
807
Reset EFI 7#
808
Reset EFI 8#
809
Reset EFI 9#
810
Reset EFI 10#
811
Reset EFI 11#
812
Reset EFI 12#

2. Test EFI
Index
Name
900
Test all EFI, at same time
901
Test EFI 1#
902
Test EFI 2#
903
Test EFI 3#
904
Test EFI 4#
905
Test EFI 5#
906
Test EFI 6#
907
Test EFI 7#
908
Test EFI 8#
909
Test EFI 9#
910
Test EFI 10#
911
Test EFI 11#
912
Test EFI 12#

Ø SNV309-EFI, IEC104 Data Objects
Annex.list of IEC104
1. Remote signal
ASDU type：
Type ID
Name
Abbreviation
1
Single-point information
M_SP_NA_1

List 1：
IOA
Name
101
EFI #1 Fault signal
102
EFI #2 Fault signal
103
EFI #3 Fault signal
104
EFI #4 Fault signal
105
EFI #5 Fault signal
106
EFI #6 Fault signal
107
EFI #7 Fault signal
108
EFI #8 Fault signal
109
EFI #9 Fault signal
110
EFI #10 Fault signal
111
EFI #11 Fault signal
112
EFI #12 Fault signal

2. Remote Measurement
ASDU Type：
Type ID
Name
Abbreviation
13
Measured value, short floating point number
M_ME_NC_1
List 2：
IOA
Name
201
RTU Battery voltage（V）
202
Solar Panel Voltage（V）
203
RTU inside temperature （℃）
204
GPRS signal intensity （dBm）

3. Remote control
ASDU type：
Type ID
Name
Abbreviation
45
Single command
C_SC_NA_1

List 3：
IOA
Name
800
Reset all EFI, at same time
801
Reset EFI 1#
802
Reset EFI 2#
803
Reset EFI 3#
804
Reset EFI 4#
805
Reset EFI 5#
806
Reset EFI 6#
807
Reset EFI 7#
808
Reset EFI 8#
809
Reset EFI 9#
810
Reset EFI 10#
811
Reset EFI 11#
812
Reset EFI 12#
List 4：
IOA
Name
900
Test all EFI ,at same time
901
Test EFI 1#
902
Test EFI 2#
903
Test EFI 3#
904
Test EFI 4#
905
Test EFI 5#
906
Test EFI 6#
907
Test EFI 7#
908
Test EFI 8#
909
Test EFI 9#
910
Test EFI 10#
911
Test EFI 11#
912
Test EFI 12#

4. SCADA Timing：
ASDU type：
Type ID
Name
Abbreviation
103
Clock synchronization command
C_CS_NA_1
IV. Attachment for RTU Led blinking define:
1) The big Green LED on Case outside
Normal running
Blinking type
1、RTU star running
Light on: 150ms Light off:150ms，
Blinking on : one times，Stop :2s.
Recycling..
2、Connected with SCADA success
Light on: 200ms Light off:200ms，
Blinking: two times，Stop: 2s，
Recycling...
None Normal state
Blinking type
1、SIM problems：
None SIM card; Need input APN password. Etc.
Light on:100ms light off:150ms，
Blinking on: 3times，Stop:1s，
Recycling blinking..
2、Connect network failed：
Can not register network or build link failed
Light on:100ms Light off: 150ms，
Blinking : 4，Stop: 1s，
Recycling blinking..
3、MODEM module wrong：
Module welding failed, or Module bad.
Light on:100ms Light off: 150ms，
Blinking : 5，Stop: 1s，
Recycling blinking..

2) LED on PCB in the case
PCB Position
Function
Description
D4
Blue color Led:
Indicating for GPRS module (A7600C1) working state
Normal light：it means searching network；
Blinking light , light on:200ms，light off:200ms：
It means :net work registered, or data connect link build
Light Off：it means :power off
D8
Yellow color Led:
Indicating for EFI fault signal
Normal state: Light off
Blinking 3times: it means RTU detect a fault signal from EFI
D7
Green color Led:
Indicating for GPRS communication state
Normal state: Light off
Blinking light: RTU upload or Receive signal between SCADA
D6
Red color Led:
Indicating for MCU state of RTU
when MCU normal working, the Led keep blinking light.
D5
Indicating for power system of RTU
When the power system is normal, then it will be light on

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