Ponovo PNS630 User manual

PNS630 Handheld Analyzer User Manual
PONOVO POWER CO., LTD
No. 139 Jinghai Third Road, BDA, Beijing, China, 100176
Office
Tel. [phone]
E-mail
[email protected]
Website
www.relaytest.com / www.ponovo.com.cn
PNS630 User Manual
VERSION: PNS630-AE-1.20
DATE: JULY, 2020
This manual is the publisher of PONOVO POWER CO., LTD. To make any kind of copy of
this manual please contact PONOVO POWER CO., LTD in advance.

PNS630 Handheld Analyzer User Manual
Content
1. General........................................................................................................1
1.1 Introduction..........................................................................................1
1.2 Features ..............................................................................................2
2. Technical Specifications ..............................................................................3
2.1 Specifications.......................................................................................3
2.1.1 Dimension and Weight ...............................................................3
2.1.2 Interfaces....................................................................................3
2.1.3 Power Supply .............................................................................4
2.1.4 Environment ...............................................................................4
2.2 Performance........................................................................................5
3. Panel description .........................................................................................6
3.1 Front Panel..........................................................................................6
3.2 Top Panel.............................................................................................7
3.3 Left Panel ............................................................................................8
4. Operations ...................................................................................................9
4.1 Power on/ Power off ............................................................................9
4.2 Main Interface......................................................................................9
5. Parameter..................................................................................................12
5.1 Settings..............................................................................................12
5.2 Parameter..........................................................................................13
5.3 SMV Output.......................................................................................15
5.4 GOOSE Publish.................................................................................20
5.5 GOOSE Subscribe.............................................................................26
5.6 Binary ................................................................................................29
5.7 About .................................................................................................30
6. Quick Test..................................................................................................31
6.1 ExSetting...........................................................................................33
6.1.1 SMV Mapping...........................................................................34

PNS630 Handheld Analyzer User Manual
6.1.2 BI Mapping ...............................................................................34
6.1.3 Basic Setting ............................................................................35
6.1.4 Parameter.................................................................................35
6.1.5 Result.......................................................................................36
7. Sequence...................................................................................................37
7.1 Main Interface....................................................................................37
7.2 Sequence Edit ...................................................................................38
7.2.1 SMV..........................................................................................38
7.2.2 GOOSE....................................................................................38
7.2.3 Parameter.................................................................................39
7.2.4 States.......................................................................................42
7.2.5 SV Group..................................................................................42
7.2.6 Calculate ..................................................................................43
7.3 ExSettings .........................................................................................43
8. SMV...........................................................................................................44
8.1 SMV Detect........................................................................................45
8.2 Effective Value...................................................................................45
8.3 Waveform ..........................................................................................49
8.4 Vector ................................................................................................50
8.5 Sequence Component.......................................................................51
8.6 Power ................................................................................................52
8.7 Harmonic...........................................................................................53
8.8 Dual AD .............................................................................................54
8.9 Polarity...............................................................................................55
8.10 Statistics ..........................................................................................56
8.11 Message Monitor .............................................................................58
9. GOOSE......................................................................................................59
9.1 GOOSE Detect..................................................................................60
9.2 Real Value .........................................................................................61
9.3 Bit-Change List..................................................................................62

PNS630 Handheld Analyzer User Manual
9.4 Statistics............................................................................................63
9.5 Message Monitor...............................................................................65
9.6 GOOSE Publish.................................................................................66
9.7 GOOSE Send State...........................................................................67
9.8 GOOSE Bit Monitor ...........................................................................68
10. Time.........................................................................................................69
11. Network Flow...........................................................................................71
12. IED...........................................................................................................72
13. Waveform Record....................................................................................73
14. Optic Power .............................................................................................79
15. Network....................................................................................................80
16. MU Delay.................................................................................................81
16.1 MU Delay Test .................................................................................81
16.2 Sync. Test........................................................................................83
16.3 Time Test .........................................................................................86
17. MMS ........................................................................................................89
17.1 RPT View.........................................................................................94
17.2 RPT Setting .....................................................................................95
17.3 Setting .............................................................................................97
17.4 Platen ..............................................................................................98
17.5 TLD Info...........................................................................................99
17.6 Telemetry Info................................................................................101
18. SOE.......................................................................................................102
19. Phase-check..........................................................................................104
20. Standard Accessories............................................................................106
Appendix 1: Example for IED and SOE .......................................................109

PNS630 Handheld Analyzer User Manual
Notes:
Disconnect the external circuit of the relay to assure precision.
Do not block the ventilation outlets.
Avoid the equipment being wet by rain.
Do not switch-on and operate the equipment in the place having
explosive gas or water vapor.
Put the kit in the transportation case after testing.
Please don’t remove the cover by yourself.
It should be connected grounded.

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1. General
1.1 Introduction
PNS630 portable Analyzer was designed for smart substation maintenance.
IEC61850-8-1(Goose), IEC61850-9-2 messages can be monitored and analyzed,
digital relay test function also equipped. SMV, GOOSE message numerical and status
analysis were realized and displayed visually by its numerical analyzing function.
Message sending (IEC61850-9-2, IEC60044-8, GOOSE message) and GOOSE
subscribe function can meet the requirement of digital relay test. B code, IEC61588
and optical power measurement are supported. Portable, stable, humanized PNS630
is the effective device for smart substation maintenance.

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1.2 Features
1) Support IEC 61850-9-2, IEC 61850-9-2 (2.0), IEC 60044-7/8, GOOSE, IRIG-B and
IEEE1588 standards.
2) Support SCD, ICD, CID files analysis to get sampling value, sampling channel and
GOOSE signal configuration.
3) Support SMV ang GOOSE monitor, and record the abnormal messages.
4) Support IEC 61850-9-2/9-2LE receiving and sending. ASDU 1-8 is available.
5) Support message monitor and record (PCAP format) for analysis.
6) Support network load analysis.
7) Support phase check.
8) Support IRIG-B and IEEE 1588 synchronization to provide time synchronization
and time source.
9) Simulate MU to output IEC61850-9-2, IEC 60044-7/8 to test digital relays.
10) Support IED time delay and SOE test.
11) Support MU time delay test.
12) Support to output messages in different flow.
13) Support SMV in different status in maximum 10.
14) Support DC testing to test digital voltage, CT and PT’s polarity.
15) Support dBm test within -31dbm~-14dbm at wavelength 1310nm.
16) Large LCD screen to operate.
17) Chargeable battery for continuous working 6 hours above.

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2. Technical Specifications
2.1 Specifications
2.1.1 Dimension and Weight
⚫Dimension: 190mm (W)× 210mm (H)×64 mm (D)
⚫Weight ≤1.35 kg
2.1.2 Interfaces
Interface
Function
Optical Ports
1 port to receive IRIG-B code. 1 port to send IRIG-B code.
1 port to receive optical PPS signal. 1 port is reserved.
Port Type: ST
Wavelength: 850nm, supporting baud rate 2.5M, 5M, 10M
Power ≥--15dBm
Sensitivity≥-30dBm
Optical Ethernet
Ports
4 pairs of 100Mbps optical or RJ45 Ethernet.
Send or receive IEC61850-9-2 and GOOSE messages and IEEE1588.
Port type: LC or RJ45
Wavelength: 1310nm
Power ≥--20dBm
Sensitivity≥-30dBm
LAN port
100Mbps Ethernet
Port type: RJ-45
Binary
Input: 1 pair
Output: 1 pair
Micro SD card
Used to import configuration file, save record file and screen shot pictures.
USB
Reserved interface
Power socket
Inject power supply

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2.1.3 Power Supply
⚫Battery: 12.6V 4400mAh lithium battery
⚫Power adaptor:
Input: AC 100~240V, 50/60Hz
Output: DC 15V, 1.66A
⚫Battery charge:
4~6 hours charging time per once
The charging time is suggested more than 12 hours in the first three times.
⚫Working time: Continuously working more than 6 hours after full charging.
2.1.4 Environment
⚫Operation temperature: -10~50°C
⚫Storage temperature: -25~70°C
⚫Relative humidity: 5%~95%
⚫Atmosphere pressure: 80~110kPa

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2.2 Performance
1) Dynamic response time < 2s
2) Remote measurement response < 2s
3) Remote information response time < 2s
4) Transimission distance > 1km，output accuracy 0.5 class
5) The average largest error of sending SMV < 1us.
6) 30.0Hz~70.0Hz:
SMV voltage:
0.01Ue~2Ue, measurement accuracy > 0.05% and phase accuracy > 0.01°.
SMV current:
0.01Ie~40Ie, measurement accuracy > 0.05% and phase accuracy >0.01°,
frequency accuracy > 0.002Hz.
7) Resolution of GOOSE receiving < 1ms
8) Error≤1us in IRIG-B mode
9) Measurement range of the optical power -31dbm~-14dbm, wavelength 1310nm
10) Support SCL import.

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3. Panel description
3.1 Front Panel
This is the PNS630 front panel. The keys and its functions are as below information.
PNS630 Front panel
1. Color touch-screen 7 inches.
2. Function keys: Each key has its own functions that are indicated in each module.
Note: Each function key is associated with the corresponding text displayed at the
bottom of the screen, and has the same operation function.
Example：In the photo above, press “F1”or touch “Exit”is same operation.
3. Direction keys: Choose the item required by control the keys.
4. Esc: Exit from the present testing or page.
5. Enter: Enter into the testing or page chosen.
6. Home Key: press it to go back to the main interface or screen shot
7. Switch: On/Off
8. Power indicator: The indicator is on when PNS630 is power on.
9. Charge indicator: It is on while charging. When it is charged full, it is off.

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3.2 Top Panel
PNS630 Top panel
1. Optical Ethernet port 1-4:
LC Rx port to send and receive IEC61850-9-2, GOOSE and IEEE1588.
2. Optical serial port TX1: Reserved port.
Optical serial port TX2: ST port to send IRIG-B code.
3. Optical serial port RX1: ST port to receive IRIG-B time.
4. Optical serial port RX2: ST port to receive optical PPS signal.
5. Binary input (BI): Receive binary input signal
6. Binary output (BO): Send binary output signal
7. Optical Ethernent port indicator TX1-4 and Rx1-4: It is on when data is in transmit.
8. Optical serial port TX1-2 indicator: It is on when there is data sent.
9. Optical serial port RX1-2 indicator: It is on when there is data received.

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3.3 Left Panel
1. Ethernet port RJ45: Receive and send MMS messages by Ethernent.
2. SD card:
Used to import the configuration file, save record files, and screenshot pictures.
3. USD device: Connect with computer.
4. Power charge hole.

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4. Operations
4.1 Power on/ Power off
Press switch button to power on or power off.
4.2 Main Interface
There are 14 modules:
SMV, GOOSE, Quick Test, Sequence, Time, Net Flow, IED, Waveform, Optical Power,
Network and MU Delay, MMS, SOE, CheckPhasor.
Press navigator key to change between modules.
Main interface

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Main interface
SMV: Receive SMV messages and display the analysis results in rms, waveform,
sequence, phase, power, phase-check, polarity, harmonic and real-time messages and
make a record on the drop-frame messages.
GOOSE: Receive GOOSE messages and show the real-time value, bit-change,
message record, monitor and test GOOSE sending mechanism.
Quick Test: Send SMV and GOOSE message, simulate MU to output IEC61850-9-2,
IEC61850-9-2 (2.0), and GOOSE; Receive GOOSE or binary from test object to test
the relay test, MU or IED.
Sequence: Output SMV and GOOSE as prefault settings, receive the GOOSE or
binary sent by the test object, like relays, MU and IED.
Time: Show the IEEE1588, IRIG-B code or time source to send IRIG-B code.
Net flow: Monitor SMV, GOOSE, IEEE1588 and other types of messages’ quantity,
flow, and percentage.
IED: Send GOOSE message and receive binary or send binary and receive GOOSE
message. Test IED delay.
Waveform: Detect and record the messages received.

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Main interface
Optical power: Show the real value, average value, max value and min value received
by each port.
Network: Control the present flow by sending SMV, GOOSE and network in each port.
MU delay: Receive time signal, test MU channel time delay, synchronization accuracy
and timekeeping accuracy.
MMS:Receive MMS messages through the Ethernet port.
SOE: simulate multiple bit-change events, verify the action of IEDs.
CheckPhasor: Check the phase difference between the two channels.

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5. Parameter
In the main interface, screen touches “Parameter” or press F8 to enter the parameter
page.
There are Settings, Parameter, SMV output, GOOSE publish, GOOSE subscribe,
Binary and About.
5.1 Settings
In the setting page, choose “Settings” showing below to start settings.
PNS630 Device settings
Backlight time: Set the backlight time, PNS630 will be staying saver state without no
operation during the setting time.
Home function: two choices are available, home and PrintScreen
Home: Press Home to get back to the main interface.
PrintScreen: Press Home button to get present screenshot and save it in the
folder file printscreen.
Language: English or Chinise is available.
Time Zone: Set the correct time zone at site.
Optic port in: Screen touches or press Enter key to activate it.
Serial port in: Screen touches or press Enter key to activate it.

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5.2 Parameter
In parameter, there is the configuration file, frequency, voltage, current channel and
primary/secondary value, time synchronization plan and message send method as
below.
Parameter
SCL Import: Select the SCL configuration file used in present station and touch Import or
press F2 to import.

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Note: The SCL files should be saved in the SD card in advance.
Rated frequency Fnom, Vnom and Inom: the rated frequency, voltage and current
based to analyze the messages.
PT1-PT4: the default primary/ secondary voltage in four channels.
CT1-CT4: the default primary/ secondary current in four channels.
Note: The default voltage and current can be set according to the test IED.
V Factor / I Factor: Voltage / Current factor.

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5.3 SMV Output
SMV output is valid only in Quick Test and Sequence modules. The ASDU and sample
rate can be edited.
There are 16 channels of voltage, 16 virtual current channels, in 4 groups.
G1: Ua1/Ub1/Uc1/Uz1, Ia1/Ib1/Ic1/Iz1, the ratio is PT1 / CT1.
G2: Ua2/Ub2/Uc2/Uz2, Ia2/Ib2/Ic2/Iz2, the ratio is PT2 / CT2.
G3: Ua3/Ub3/Uc3/Uz3, Ia3/Ib3/Ic3/Iz3, the ratio is PT3 / CT3.
G4: Ua4/Ub4/Uc4/Uz4, Ia4/Ib4/Ic4/Iz4, the ratio is PT4 / CT4.
The voltage/ current channels could be mapped to different SMV control block. The
below is the general test schedule.
SMV configuration-> Add SMV block-> Set SMV parameter and channel-> choose the
SMV block to be sent-> Set voltage/ current or binary in QuickTest or State
Sequence-> Set GOOSE subscribe and BI mapping channel-> Send or modify the
SMV-> Get result
In SMV output, the SMV standard, sample rate and ASDU can be set here.