User's manual of MTPR-860Hc transformer physical protection device V1.03

Zhuhai Wanlida Electrical Automation Co., Ltd. http://www.zhwld.com User’s manual of MTPR-860Hc transformerphysical protection device Prepared by： Qiu Lei Proofed by： He Wenhui Approved by：Lin Cunli Document No.: WLD [K]-JY-316-2018 Version No.: V1.03.01 Date of publication: June, 2018 Copyright: Zhuhai Wanlida Electrical Automation Co., Ltd. Note: Our Company reserves the right to modify this manual. For any inconsistency between the product and this manual, please contact us for relevant services. Technical support hotline: 0756-3395398 Fax: 0756-3395111 Foreword F o r e w o r d 1. Model description The structural type of the MTPR-860Hc series protection is Hc,transformer physical protection device. 2. Standards referenced General specification for static protection, security and automatic equipment, DL 478-2010 Technical code for relaying protection and security automatic equipment GB/T 14285-2006 Protective relay and automatic equipment design rules of power equipment GB50062-92 Transformer substation correspondence network and system DL/T 860 Intelligent substation technology norms Q／GDW 383 -2009 Intelligent substation relay protection technical specifications Q／GDW_441-2010 IEC61850 engineering application model Q／GDW 396-2010 3. Caution  The appearance should be inspected before power is applied, to ensure that the panel is OK without scratch, the screws are tightened, the device is grounded firmly, all screws of plug-ins are tightened and in good contact.  When power is applied, the “Run” indicator on the panel should flash, binary quantity data are displayed on the LCD in cycle.  Operating circuit inside the device is only applicable to DC power supply, if AC power is used, it should be applied with rectifier and filter.  It is prohibited to plug or unplug the plug-ins, in order to avoid damage to the device. 2 User’s manual ofMTPR-860Hctransformer physical protection device WLD[K]-JY-316-2018 1. Product description 1.1 Scope of application The MTPR-860Hc transformer protection device applies to the physical protection of transformers in systems with voltage ratings of 110kV and below.The device will action by receiving the non-electric quantity that comes from the transformer body，record the operation event at the same time, and send the information to the monitor system. 1.2 Function and specification 1.2.1 Protective function  6 non-electric quantity reaction trip input  18 common remote signal input  Cooling lost protection with long delay setting  1 protection which can be selected or not with long delay setting for trip 1.2.2 Auxiliary function  Self-checking fault alarm of device  Remote calling and modification of protection’s settings  Network print  Virtual correspondent node remote test 1.2.3 Monitoring function  Remote binary quantity: the device has 25-way binary input. 18 common remote signal input. 6 non-electric quantity reaction trip input.1 common internal acquisition input. 1.2.4 Communication capability  With industrial Ethernet port and standard RS485 multipoint communication port. Supports MODBUS、IEC-60870-5-103(RS485 communication mode)、IEC-61850-5-104(Industrial Ethernet communication mode)standard communication protocol and a new generation of substation’s communication standard IEC 61850.  Supports single and dual network communication, it is fully qualified for network redundancy and backup 1.2.5 GPS clock synchronization function  The device is able to receive GPS clock second synchronization or IRIG-B through RS485 differential voltage, and it can be done with monitoring system to accomplish GPS precise clock synchronization or Ethernet-based SNTP synchronization. 1.2.6 Device specifications  32-bit POWERPC microprocessor  Real-time multi-task operating system and C++ program techniques, realizing online programming  320*240 LCD display, easy for inspection 3 User’s manual ofMTPR-860Hctransformer physical protection device WLD[K]-JY-316-2018  Integrating perfect metering functions and Metrology Function  Support network printing function, include two ways: real-time print and artificial print  Support virtual correspondent node remote test, including remote communication to correspondent node, event to correspondent node, can online testing, it is convenient for debugger to debug the device on-site.  Excellent hardware interchangeability, user maintenance is easily and it reduced quantity of spare parts  Using a 6U, 19/3” standard enclosure in a rear plug-in structure. the device can be installed in site on a switchboard or combined in a centralized manner 1.2.7 Main technical specifications  Rated data Power supply: DC/AC 86~265V Operating voltage: DC 220V or DC 110V  Power consumption DC circuit: <10W (normal operation). <15W (protection operation) Non-electrical circuit: about 5 W(rated DC Voltage)  Range and error of setting value  Maximum range of setting value: Timing element: 0.00s~9999s  Error of setting value: Whole-group operation time (including relay’s intrinsic time): Intrinsic operating time of current instantaneous over-current protection: not greater than 40ms at 1.2 times the setting value  Measuring accuracy SOE resolution: ≤2ms Pulse width of pulse quantity: ≥10ms  Capacity of trip/closing output contact Can be connected to DC 250V, 8A for prolonged periods.  GSP clock synchronization error clock synchronization error≤2ms  Environmental conditions 　 Ambient temperature: 　 Operating：-20℃～+55℃. Storage：-25℃～+70℃, rainproof and snow-proof rooms with relative humidity not greater than 80%, ambient air free of acid, alkaline or other corrosive and explosive gas. no excitation quality is applied at the limits, the device shall not have any irreversible change. after temperature restoration, the device shall operate properly. Relative humidity: 4 User’s manual ofMTPR-860Hctransformer physical protection device WLD[K]-JY-316-2018 The average relative humidity of the most humid month shall not be greater than 90%, the average minimum temperature of this month not lower than 25℃ and there shall be no surface condensation. at the highest temperature of +40℃, the average maximum humidity shall not exceed 50%. Atmospheric pressure: 80kPa~110kPa (below relative altitude of 2KM) 1.2.8 Hardware structure The device uses a 6U, 19/3” standard enclosure, with aluminum alloy casing and installed by overall embedding. The display panel is mounted in the front, and the other plug-in modules are rear mounted. From the rear view, I/O, the power and CPU are from the left to the right.  External dimensions and boring diagram Structural and dimensional diagram Boring diagram for installation Devices fabricated on-screen steps: first release on-screen stents unfastening screws, remove the stents. Install the device on the screen from the front and push until close to the fixed plate. Install the stent 2, and then stent 1, and then use fastening screw to insertion hole from rear of stent1, and then screwed into stent 2 and tighten screw. The stents from up and down are installed in the same way. Use grounding screws to connect grounding line. 5 User’s manual ofMTPR-860Hctransformer physical protection device WLD[K]-JY-316-2018 2. Function of device 2.1 Non-electric quantity protection function KRJ1~KRJ6: non-electric quantity reaction startup relay. KRJ1-1~KRJ6-1: the common open contact of non-electric quantity reaction startup relay KRJ1~KRJ6. TJ1~TJ3: non-electric quantity reaction trip relay. When the non-electric quantity contact which connecting with KRJ1~KRJ6 is closed, the relevant contact KRJ1~KRJ6 startup, if the relevant trip plate is in a closed position, then TJ1~TJ3 will operate for trip. If the plate is in an open position, TJ1~TJ3 will not operate, the device only give an alarm by CPU, record the event, and sent to the monitoring system. There are 18 common binary inputs in the device. They are only collected as a common binary input, give a warning signal by CPU, record the event, and sent to the monitoring system. There is 1 long delay cooling lost operating logic. Please refer to the detail in 2.2. When the operating logic is satisfied, the cooling lost output contact closed. The contact can be regarded as non-electric quantity contact with which for direct trip, it can be connected with the non-electric quantity reaction relay starting terminal and the relevant trip plate directly. There is 1 long delay operating logic which can be selected in the device. Please refer to the detail in 2.3. You can choose anyone of the common remote signal input to be the operating contact input. When it reaches the operating delay, the spare trip output contact closed. The 6 User’s manual ofMTPR-860Hctransformer physical protection device WLD[K]-JY-316-2018 contact can be regarded as non-electric quantity contact with which for direct trip, it can be connected with the non-electric quantity reaction relay starting terminal and the relevant trip plate directly. Description of the terminals: Terminals A01,A02：trip contact 1. Terminals A03,A04：trip contact 2. Terminals A05,A06：trip contact 3. Terminals A07,A08：trip contact 4. Terminals A09,A10：trip contact 5. Terminals A11,A18：Negative power and positive power input terminals Terminals A12～A17：Non-electric quantity trip permitting plate input terminals. Non-electric quantity trip will be permitted when they are connected with negative power. If the non-electric quantity trip relay operated, besides the relevant trip permitting plate is connected, the reaction trip relay operates, and CPU will record the event of non-electric operated. The output contacts of the reaction trip relay connect the trip circuits of all sides of the transformer. Terminals A19～A24：Non-electric quantity trip start relay input terminals. Non-electric quantities operate when they are connected with negative power, the trip start relays operates, and CPU will record the operated event, and get ready for trip. Terminal B02～B09：Common remote signal input. The warning light will turn on when the remote signal changed from “Off” to “On”, besides record the operated event. The operating quantity of the long delay cooling lost operating logic and the long delay spare trip operating logic can be from this input.B06 is cooling lost input terminal，B07 is high oil temperature. The operating quantity of the long delay spare trip operating logic can be selected in the 3 remote signal quantities. Terminals A25, A26: cooling lost trip output through CPU. Terminals A27, A28; A29, A30; A31, A32: spare trip output which through CPU. 7 User’s manual ofMTPR-860Hctransformer physical protection device WLD[K]-JY-316-2018 Terminal B10～B19: Ordinary binary input +WC -WC Small bus 1FU 2FU Fuse Positive power A11 come from the Negative power main transformer A18 KRJ1 Body A19 heavy gas KRJ2 Voltage A20 regulation heavy gas KRJ3 A21 Pressure release KRJ4 Over A22 temperature trip KRJ5 A23 Spare trip 1 KRJ6 A24 Spare trip 2 come from Body heavy the device KRJ1-1 gas plate A12 KRJ2-1 Voltage A13 regulation heavy gas plate KRJ3-1 A14 TJ1 PressureTJ2 TJ3 release plate KRJ4-1 A15 Over temperature KRJ5-1 trip plate A16 Spare trip 1 KRJ6-1 plate A17 Spare trip 2 plate Body light B02 gas collect remote signal Voltage regulation B03 light gas collect remote signal Body oil B04 level abnormal collect remote signal Voltage B05 regulation oil collect remote signal level abnormal B06 Cooling lost collect remote signal High oil B07 temperature collect remote signal B08 Spare input 1 collect remote signal B09-B19 Others input external collect remote signal bianry input +24V LKSDJ Relaies come operated from BYTZJ1-3 by CPU CPU TJ1-1 -24V A01 A02 Trip contact 1 TJ1-2 A03 A04 Trip contact 2 TJ2-1 A05 A06 Trip contact 3 TJ2-2 A07 A08 Trip contact 4 TJ3-1 A09 A10 Trip contact 5 LKSDJ Cooling lost A25 A26 output contact BYTZJ1 Spare trip 1 A27 A28 output contact BYTZJ2 Spare trip 2 A29 A30 output contact BYTZJ3 Spare trip 3 A31 A32 output contact Figure 2-1 Non-electric quantity plug-in module principle 2.2 Cooling Lost This device has 2 sections of long delay cooling lost protection. The largest setting delay can be 9999s. It’s permitted to choose whether judge the high oil temperature signal. When the cooling lost occurred, the cooling lost operating output contact can be a non-electric quantity input for direct trip, and break off the breakers of all sides of the transformer through the tripping plate. 8 User’s manual ofMTPR-860Hctransformer physical protection device WLD[K]-JY-316-2018 Figure 2-2the operating logic of cooling lost 2.3 Spare Trip This device has 1 sections of long delay spare trip protection. The largest setting delay can be 9999s. The operating quantity of the spare trip protection can be selected High Oil Temperature、Spare Input 1、Spare Input 2, those 3 common binary input of the non-electric quantity plug-in module. When the spare trip protection operated, the spare trip output contact can be a non-electric quantity input for direct trip, and break off the breakers of all sides of the transformer through the tripping plate. Figure 2-3 the operating logic of spare trip Choose a quantity in 0~3 in the Choose trip quantity, the value of the relevant binary input is the value of the chosen quantity. 0 means open state. 2.4 The record of the alarm information This device can accept 15 alarm binary inputs. They are: Non-electric Quantity Trip, Body Heavy Gas, Voltage Regulation Heavy Gas, Pressure Release, Over Temperature Trip, Input Trip 1, Input Trip 2, Body Light Gas, Voltage Regulation Light Gas, Body Oil Level Abnormal, Voltage Regulation Oil Level Abnormal, High Oil Temperature, Cooling Lost, Spare Input1, Spare Input2. Please choose whether popup the alarm interface and turn on the warning light in the alarm setting menu in the system menu. When the state of any binary input shown above get “On” from “Off”, the warning light turn on; when the state of all the binary input is “Off”, the warning light turn off. The alarm information will be display on the LCD and last 60s. After that, the LCD will be back to the normal display. Please verify the information in the remote signal report in the report display menu. 9 User’s manual ofMTPR-860Hctransformer physical protection device WLD[K]-JY-316-2018 2.5 The record of the operate information The protection operating light will keep turning on if Cooling Lost and Spare Trip operated; press the reset key or remote reset(by the monitored control system), to turn off the light. You can inquire the time of the protection operated and all the remote signal state at the time of the protection operated in the trip report in the report display menu. 2.6 Network print Device supports network printing function, can print remote control information, SOE information and the setting parameter list. The printer IP address must been set rightly on the device(the network segment of printer must be as same as that of device IP addresses), then connect a printer, put on "real-time report print ", it can print the current remote control information or SOE information when device is connected to the background(including remote communication shift, protection action), and can print the current SOE information when device is not connected to the background. In addition, when press the "ok" button in the "print report" or "print setting value" menu, it can print the all setting parameter or the all report information, including action value. 2.7 Virtual correspondent node remote test The function is used to complete the communication node remote test of the device, do not need to access the actual analog electric quantity or the input quantity. Specific operation as follows, connect to the background, In the remote test menu, operate the “virtual input test” and the “virtual SOE test” menu in the “remote test” menu, press the "OK" button after the modification of various settings, then by observing the background pop-up warning window or the change of the corresponding value, to determine whether the device communication node is right. It is convenient for debugger to debug the device on-site.When you are in the mode of remote test, the all protect must be off. 2.8 GPS clock synchronization The GPS clock synchronization signal is input as rs485 differential voltage, the device is able to receive GPS clock second synchronization. If there is GPS signal, there will be flashing on the bottom of cycle menu. Otherwise won’t. The principle of GPS clock synchronization: The second pulse or minute pulse act with the monitoring system, the time base with second precision is sent by monitoring system, when the GPS second differential signal arrives, the time base is unified and the milliseconds are cleared. The device is able to receive GPS clock second synchronization or IRIG-B through RS485 differential voltage, and it can be done with monitoring system to accomplish GPS precise clock synchronization or Ethernet-based SNTP synchronization. 2.9 Overhaul status When the device put into overhaul plate, remote sign, remote measure can uploading background computer.But the device can’t remote control by background computer.The SOE event、Alarm event、Trip event,etc also can’t uploading background computer. 10 User’s manual ofMTPR-860Hctransformer physical protection device WLD[K]-JY-316-2018 3. Setting of parameters and setting values of the device 3.1 System parameters Parameter Range Description Settings of setting value zone number（Setting Zone No.） Setting value zone 0-7 Set step:1（factory default 0） number(Setting Zone No.) Communication settings（Comm. Setting） Set step :1 (factory default 1) NET Protocol 0-2 （0-Quit;1-IEC104;2-IEC61850） Set step :1 (factory default 0) RS485 Protocol 0-2 （0-Quit;1-IEC103;2-MODBUS） RS485 address(RS485 1-99 Set step:1（factory default 1） Address) RS485baud rate(RS485 Set step:1（factory default 2）0：2.4KB;1：4.8KB; 0-5 Baudrate) 2：9.6KB;3：19.2KB;4：38.4KB;5：115.2KB; IP address(IP Address) One section set step:1（factory default 192.168.0.252） SNTP Address (SNTP It has four One section set step:1（factory default 192.168.0.253） Address) sections. The KW default value(KW range of every One section set step:1（factory default 12.8.6.1） Default) section is Printer IP address(Printer 0-255 One section set step:1（factory default 192.168.0.254） IP) Setting of basic parameters(B.Parameters) Remote communication ack 10-100ms Set step: 1 (factory default 40ms) time (input ack time) Real-time print report 0-1 Set step: 1 (factory default 0)00：exit；01：on on/off(auto print report) Alarm Setting Signals: Non-e. Trip, Body H. Gas, VR Heavy Gas, Press-relief, Over Temp.(Over Temperature), Input Trip 1, Input Trip 2, Body L Gas, VR Light Gas, B.O.L.Abnormal (Body Oil Level Abnormal), VR .O.L.Abnormal(VR Oil Level Abnormal), Cooling Lost, H-Oil Temp.(High Oil Temperature), Spare Input 1, Spare Input 2. Use the keys “”, “” to choose certain remote signal, operate “+”, “-” key, It means selected when the LCD displays “√” and canceled when the LCD displays “╳”. If choose “√”, the remote signal state will changes, the LCD popup an alarm interface, also the relevant warning light will turn on. If choose “╳”, the remote signal state will change but no alarm interface, and the warning light will not turn on. 11 User’s manual ofMTPR-860Hctransformer physical protection device WLD[K]-JY-316-2018 3.2 List of setting values Setting value Range Description Cooling Lost T1 Trip(Co. Lost 1/0 1/0：On/Off(factory default off) T1 Trip) Cooling Lost T2 Trip(Co. Lost 1/0 1/0：On/Off(factory default off) T2 Trip) Cooling Lost Judge High Oil 1/0 1/0：On/Off(factory default off) Temperature(CL. Judge H.O.T Spare Trip 1/0 1/0：On/Off(factory default off) Cooling Lost Cooling Lost T1 0－9999s Set step:1s(factory default 3600s) Cooling Lost T2 0－9999s Set step:1s(factory default 3600s) Spare Trip Choose Trip Quantity(Choose Set step: 1(factory default 03) 0－3 Trip Qua.) 0:No 1:High O.T 2:Spare In.1 3:Spare In.2 Trip Delay 0-9999s Set step:1s(factory default 3600s) 4. Description of binary input and output 4.1 Monitoring of binary input Binary input can be monitored under the [Binary input] menu in the [Run States] menu, press the ““, ““ keys to flip over. Binary input Binary input name Test method terminal B01 Common terminal of binary input - External power supply of 220V or 110V DC （Should be connected to DC220V can be applied, connect the negative terminal or DC110V to terminal B01, positive terminal to terminal negative terminal of external power B02～B19, in [Binary input] menu in the supply） [Run States], the status of binary input can be B02 Body Light Gas seen. B03 VR Light Gas The device also has a 24V DC supply, if B04 B.O.L. Abnormal it is used, terminal B22 can be connected to B05 VR .O.L.Abnormal terminal B02～B19, in [Binary input] menu B06 Cooling lost in the [Run States], the status of binary input B07 High Oil Temp. can be seen. B08 Spare Input 1 Please note about the binary input voltage 12 Protection on/off word User’s manual ofMTPR-860Hctransformer physical protection device WLD[K]-JY-316-2018 B09 Spare Input 2 upon ordering, it is set to DC220V by default. B10 Input 9 B11 Input 10 B12 Input 11 B13 Input 12 B14 Input 13 B15 Input 14 B16 Input 15 B17 Input 16 B18 Input 17 B19 Overhaul A19 Body Heavy Gas Connect the positive terminal to terminal A20 VR Heavy Gas A11, negative terminal to terminal A18. A21 Press-relief positive terminal to terminal A19～A24, in A22 Over Temp. [Binary input] menu in the [Run States], the A23 Input Trip 1 status of binary input can be seen. A24 Input Trip 2 B22 Positive terminal of internal 24V power supply 4.2 Monitoring of binary output Binary output can be monitored under the [Binary output] menu, press the ““, ““ keys to flip over. Binary output terminals Binary output name Test method B23-B24 Trip Signal B23-B25 Alarm Signal Select open and close menu, use “+”, “-” B25-B26 Cooling lostOutput key to operate and test the corresponding B27-B28 Backup Output 1 terminals. A29-A30 and A31-A32 are B29-B30 Backup Output 2 common open terminals that should close. B31-B32 Backup Output 3 13 User’s manual ofMTPR-860Hctransformer physical protection device WLD[K]-JY-316-2018 5. Operation instructions 5.1 Control panel of device 320*240 matrix LCD (The LCD will go off after a period of absence of keyboard operation. the LCD will be illuminated automatically when any key is pressed or in case of protection trip or alarm.)  Signal indicator: run, communication, trip, alarm, fault (of the device),backup, remote. Key pad: , , , , Cancel, -, +, Enter, Revert 5.2 Instructions for use of key pad and LCD display During the device’s normal operation,it will display the binary status、device address and time in cycle. Press the “Enter” key to enter the main menu, which is a multi-level tree menu. Press the ““, ““ keys to move the cursor to the desired entry, press the “Enter” key to enter this entry, and press the “Cancel” key to return to the next higher level of screen. If this screen is still a menu, continue to press the ““, ““ key to select the desired entry, press the “Enter” key to enter the next level of screen, and press the “Cancel” key to return to the next higher level of menu. If there is no menu screen, be sure to press the “Cancel” key to return to the next higher level of menu. The main menu is shown at the center of the following figure, with the corresponding submenus on both sides. 14 User’s manual ofMTPR-860Hctransformer physical protection device WLD[K]-JY-316-2018 01.Run States -1/2- Main menu 05.Report Dis. -1/4- Binary Input Trip Report Soft Strap 01.Run Status BinaryReport Event Report 02.Run Param. -1/3- 02.RunParameters Print Report Setting Zone No. PROT On/Off 03.Setting View 06.Parameters -1/2- Clock Setting Comm. Setting 04.Setting Value B. Parameters 03.Setting View-1/3- Cooling Lost Backup Trip 05. Report Manage 07.DeviceTest. -1/2- Print Setting Output Test 06. SYS Parameters Lamp Test 04.Setting Value-1/3- Cooling Lost 07.Device Test 08.Password Backup Trip □□□□ Print Setting 08.PassWord 10.Comm test 09.Version Info. PROT AUTO DEVV2.00 Type:MTPR-860Hc Input Test 10.Comm Test ID:□□.□□.□□ Measure Test CRC:□□□□□□□□ SOE Test Date:20XX-XX-XX  Note 1:For the Setting menu, see the description of each device.  Run Status The [Run Status] menu contains 2 submenus,including binary input, soft strap.It is described as follows: Binary Input-1/25- Body L. Gas:□ VR Light Gas :□ B.O.L. Abnormal :□ VR O.L. Abnormal :□ AtON, over temperature trip is at closed position; at OFF, Cooling Lost :□ over temperature trip is at open position. The meaning is as H-Oil Temp. :□ same as other binary input. Spare Input 1 :□ Spare Input 2 :□ ......  Note: In the standard configurations, the input circuit has the connection to an external 220VDC control power supply. When no DC control power supply or control system is available on site, but a 110VDC control power supply is available, a 110VDC control power supply may be used for direct connection through local hardware adjustment, or the 24V power supply of the device may be used as the input power supply (when the input common terminal is +24V, terminal number: B22, Terminal B01 is kept float). However, this must be specified upon ordering. Soft Strap-1/4- Co. Lost T1 TripOff Co. Lost T2 Trip Off Co. L.H.O. Temp. Off Backup TripOff 15 User’s manual ofMTPR-860Hctransformer physical protection device WLD[K]-JY-316-2018  Run Parameters In the [Run Parameters] menuincludes 3 submenus,including [Setting Zone No.]、[PROT On/Off]、[Clock Setting], The screen Content is as follows:  Setting Zone No. :Range 00~07.  PROT On/Off: The device protect plate can be select in this menu. PROT On/Off-1/4- Parameter Modify Co. Lost T1 Trip On Off ◇Enter ◆Cancel Press “+”, “-” keys to select the protection function On or Off.The interface will ejec t the window as right chart show when you press the “Enter” key. Move the cursor to th e desired position for modification by pressing the ““, ““ keys. Press the “Enter” key to complete setting, and the device will promptmodifying success or not. If the “Cancel” key is pressed, the protect plate status setting will be cancelled and the menu will return previous menu.  Clock setting: A battery-back real-time clock is provided in the device, which can perform time adjust remotely via the communication network or in-site time adjust in the [Time Setting] menu. Enter this menu and press the “Enter” key, the clock will stop refreshing and a cursor will Clock setting appear. Move the cursor to the desired position for modification by pressing the ““, ““ keys, modify to the desired value with Date：20□□－□□－□□ the “+”, “-” keys. Press the “Enter” key to complete setting. If Time： □□：□□：□□ the “Cancel” key is pressed, the setting will be cancelled and the screen continues to refresh the clock.  Setting View This menu just for query. You can’t modify the value to prevent faulty operation.  Setting Value After entering the password, you can enter the [Setting Value] menu. See the settings description of the protection device for the detailed description.  Report Manage The [Report Manage] menu includes 4 submenus,including trip report, binary report, event report and print report. Event recording includes: device self-check fault, device setting value modification, system parameter modification and setting zone number modification, etc. Trip report can be record for the last 50 events, binary report for 100, event report for 30 at most. Beyond this, the latest report will overwrite the earliest one. Press the “Enter” key to enter the corresponding [To view xx report, please enter report number: 00] menu, and enter any figure within storage volume, press the “Enter” key to display the contents of that report. The screen is as follows: 16 User’s manual ofMTPR-860Hctransformer physical protection device WLD[K]-JY-316-2018 Report No.：□□ ↓ Report No. of this report 20□□-□□-□□ Year, month, day, hour, minute, second and millisecond when it took place □□：□□：□□：□ □□□□□□ Press  key to see the specific operation value. Press  and  keys to flip over.Operation values. Action value view Body L. Gas:□ VR Light Gas :□ B.O.L. Abnormal :□ At ON, over temperature trip is at closed position; VR O.L. Abnormal :□ at OFF, over temperature trip is at open position. Cooling Lost :□ The meaning is as same as other binary input. The recorded state is the operation state. H-Oil Temp. :□ ……  System parameters After entering the [SYS Parameters] menu, the correct password is required to enter the [SYS Parameters] menu. It displays the following: Parameters-1/2- Comm. Setting B.Parameters  Communication Setting Comm. setting-1/8- NET Protocol □□ 00:Quit;01:IEC104;02:IEC61850; RS485 Protocol □□ 00:Quit;01:IEC103;02:MODBUS; RS485 Address □□ Communication address of device 01～99 RS485 Baud rate □□ 00：2.4KB;01：4.8KB;02：9.6KB;03：19.2KB;04： IP Address □□□. □□□. □□□. □□□ 38.4KB;05：115.2KB SNTP Address □□□. □□□. □□□. □□□ K W Default For Ethernet communication □□□. □□□. □□□. □□□ Printer IP □□□. □□□. □□□. □□□ It will prompt maximum value and minimum value of each parameter below the window.  Setting of basic parameters (see the description of the protection device for basic parameters) B.Parameters: -1/2- Telesignalling Time □□□□ms CT Wiring Mode □□ ......  Device test 17 User’s manual ofMTPR-860Hctransformer physical protection device WLD[K]-JY-316-2018 After entering the [Device Test] menu, the correct password is required to enter the [Device Test] menu. It’s have two menu include [Output Test] and [Lamp Test].  Output Test Enter [Output Test] menu, It displays the following: Output Test -1/7- Cool Lost Output Press “Enter” key Backup Output 1 Cool Lost Output Backup Output 2 On Off Backup Output 3 Note: Action Signal Node:A25,A26 Open Press “Cancel” key…… Operate All (Note: When the test is performed on the 6 protection outputs, the starting relay will be in the “Closed” state automatically. The “+”, “-” keys are used for switching between the “Close/Open” control.)  Lamp Test Lamp Test ◇Light ◆Quench Used for testing Stand or fall of all LED lights.  Password The [Password] menu is used to modify the password for entry into the Settings, System parameters and Output Test submenus. The initial password is provided by the factory. The universal password is “1000”. Move the cursor to the desired position for modification by pressing the ““, ““ keys, Input password modify to the desired password with the “+”, “-” keys. Press the 0 0 0 0 “Enter” key to enter the new password setting menu as above. press the “Cancel” key to cancel the setting.  Version information In the main menu, after entering the [Version Info.] menu, the Type, ID, CRCand Date of the software will be displayed. PROT AUTO DEVV2.00 Type:MTPR-860Hc ID:□□.□□.□□ CRC:□□□□□□□□ Date:20XX-XX-XX Note: For a corresponding nonstandard model, the device’s displayed Type does have to be changed.  Comm. test When debugger debug the device on-site in the case of no-accessing the actual analog electric quantity or the input quantity, [Comm.Test] is used to do the test of the communication node of the device. 18 User’s manual ofMTPR-860Hctransformer physical protection device WLD[K]-JY-316-2018 6. Check of protection function Statement: if set the remote signal which in the alarm setting under the system menu to “√”, the LCD will display the alarm information, also the relevant warning light will turn on. If choose “×”, the remote signal state will change but no alarm interface, and the warning light will not turn on. 6.1 Non-electric quantity function The check of the non-electric quantity function can be divided into check of the non-electric quantity reaction trip, check of the non-electric quantity warning and check of the long delay non-electric quantity operation.  Check of the non-electric quantity reaction trip FDL +WC A11 A18 -WC 1S AX 2S AY Figure 6-1 Wiring diagram of checking non-electric quantity reaction trip 1S, 2S are simulated switches, AX replaces A19~A24, AY replaces A12~A17. AX is the reaction trip started terminal, AY is reaction trip permitted terminal. The device start the trip output contact 1~5 only when both of them are connected. A12 is the trip permitted of A19, to reason by analogy, A17 is the trip permitted of A24. Describe the body heave gas as an example is as follow: Wire according to the Figure 6-1, AX is A19, AY is A12. Close the 1S simulated switch, the device reports “Body Heavy Gas On”, the warning light turns on. Open the 1S simulated switch, the device reports “Body Heavy Gas Off”, the warning light turns off. Close the 2S simulated switch when 1S is closed, the device reports “Non-electric Trip”, the operated light turns on, test the terminals A01-A02，A03-A04，A05-A06，A07-A08，A09-A10 should be shorted. Disconnect 2S or 1S, test the terminals A01-A02，A03-A04，A05-A06，A07-A08，A09-A10 should be broken, and the operated light turns off after pressed the “Reset” key. The checking method of A13~A17 and A20~A24 is the same as the method of the body heavy gas checking.  Check of non-electric quantity warning 19 User’s manual ofMTPR-860Hctransformer physical protection device WLD[K]-JY-316-2018 Figure 6-2 Wiring diagram of checking non-electric quantity warning and long delay operation 3S is a simulated switch, AZ replaces terminal B02~B09. These 8 binary inputs are all common binary input. When the relevant binary input get “On” from “Off”, the warning light turns on, the device reports the closing position signal; When the relevant binary input get “Off” from “On”, the warning light turns off, the device reports the open position signal. Describe the body light gas as an example is as follow: Wire according to the Figure 6-2, AZ is B02. Close the 3S simulated switch, the device reports “Body Light Gas On”, the warning light turns on. Open the 3S simulated switch, the device reports “Body Light Gas Off”, the warning light turns off. The checking method of B03~B09 is the same as the method of the body light gas checking.  Check of cooling lost and spare trip Wire according to the Figure 6-2, set the Co. Lost T1 Trip to on, set the delay to 10s, AZ is B06. Close the 3S simulated switch, the device reports “Cool. Lost trip” after 10s, test the terminals A25, A26 should be shorted. Set the Co. Lost T1 Trip to off, set the Co. Lost T2 Trip to on and set the delay of Cooling Lost T2 to 10s. Close the 3S simulated switch, the device reports “Cool. Lost Trip” after 10s, test the terminals A25, A26 should be shorted. Set the CL. Judge H.O.T to on, set the delay of Cooling Lost T2 to 10s. Close the 3S simulated switch, the device should not operate after 10s. Connect +WC to B07, the device reports “Cool. Lost Trip”, test the terminals A25, A26 should be shorted. Set the Spare Trip to on, choose the High O.T as spare trip quantity, and set the delay to 10s, AZ is B07, close the 3S simulated switch, the device reports “Spare Trip” after 10s, test the terminals A27、A28、A29、A30、A31、A32 should be shorted; choose the Spare In.1 as spare trip quantity, and set the delay to 10s, AZ is B08, close the 3S simulated switch, the device reports “Spare Trip” after 10s, test the terminals A27、A28、A29、A30、A31、A32 should be shorted; choose the Spare In.2 as spare trip quantity, and set the delay to 10s, AZ is B09, close the 3S simulated switch, the device reports “Spare Trip” after 10s, test the terminals A27、A28、A29、A30、A31、A32 should be shorted. 20 User’s manual ofMTPR-860Hctransformer physical protection device WLD[K]-JY-316-2018 Addendum 1: Terminal diagram of the device I/O POWER CPU A C Input comon A01 B01 point- Trip Point 1 A02 B02 Body L.GAS NET1 A03 B03 V-Reg.L.Gas Trip Point 2 A04 B04 Body Oil LevelAbnormal A05 B05 V-Reg.Oil LevelAbnormal Trip Point 3 A06 B06 Cooling Lost A07 B07 High Oil T. Trip Point 4 A08 B08 Spare Input 1 NET2 A09 B09 Spare Input 2 Trip Point 5 A10 B10 Input 9 A11 ＋WC B11 Input 10 A12 Body H.Gas plate B12 Input 11 A13 V-Reg.heaveGas plate B13 Input 12 A14 PressureRel. plate B14 Input 13 Over-Temp. Run LightA15 Trip plate B15 Input 14 A16 Input Trip1 plate B16 Input 15 DEBUG Input Trip A17 GPS-A2 plate B17 Input 16 C01 A18 WC B18 Input 17 C02 GPS-B A19 Body H.Gas B19 Overhaul C03 A20 V-Reg.heave Gas B20 C04 COM1A A21 Pressure Rel. B21 C05 COM1B A22 Over-Temp. Trip B22 （+24V） C06 Shielded ground A23 Input Trip 1 B23 Common terminal C07 COM2A A24 Input Trip 2 B24 Trip Signal C08 COM2B A25 Cooling LostTrip Output B25 Alarm Signal C09 DCS1+ A26 Cooling LostTrip Output B26 C10 DCS1- A27 Spare Trip Power off C111 Output B27 DCS2+ A28 Spare Trip B28 Power off1 Output C12 DCS2- A29 Spare Trip B29 Power2 Output A30 Spare Trip B30 Power2 Output A31 Spare Trip3 Output B31 A32 Spare Trip Shielded ground3 Output B32 Figure 1 Terminal diagram of MTPR-860Hc transformer physical protection device 21