User’s manual of MMCU-810Hc integrate protection and monitoring deviceV1.01

Zhuhai Wanlida Electrical Automation Co., Ltd. http://www.zhwld.com User’s manual of MMCU-810Hc integrate protection and monitoring device Prepared by ： Gao Feng Proofed by ： Qiu Lei Approved by： Lin Cun Li Document No.: WLD [K]-JY-320-2015 Version No.: V1.01.01 Date of publication: February, 2016 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: 0756-3395500 User’s Manual for MMCU-810Hc capicitor protection and monitoring device WLD[K]-JY-320-2015 F o r e w o r d 1. Model description MMCU-810Hc is the microcomputer protection and monitoring device, the structural type of the MMCU-810Hc series protection is Hc. 2. Standards referenced General specification for static protection, security and automatic equipment, DL 478-2001 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  It is prohibited to plug or unplug the plug-ins, in order to avoid damage to the device.  It is prohibited to do digital output test when the device is running with primary equipments. User’s manual of MMCU-810Hc integrate protection and monitoring device WLD[K]-JY-320-2015 1. Scope of application MMCU-810Hc microcomputer protection and monitoring device is suitable for below 110 kV voltage class of auxiliary power system and transformer substation. It is a new generation of measurement and control device, that is draw lessons from the past of the similar product r&d and field operation experience for many years by our company, adopted the latest technology of home and abroad, and based on the 32-bit PowerPC microprocessor hardware platform. 2. Device specifications  32-bit PowerPC microprocessor  Real-time multi-task operating system and C++ program techniques, realizing online programming  Collecting 12 ways of AC quantities, and the current and voltage should be selected according to actual needs. Or collecting 14 ways of 4~20mA DC quantities for measurement of non-electric quantities, such as temperature, pressure, and realizing online monitoring.  Device can collect 20 way switch quantity, in order to monitor the status of switch quantity in real-time. And through the network device can upload remote signal to the backend in real-time.  Device is equipped with the optional four road electric pulse acquisition function, acquire and count the electric pulse in real-time. And through the network device can upload the electric pulse telemetering value to the backend in real-time.  Device has 20 road outputs, they can be set to 18 remote control quantity to control 9 circuit breaker. The background can through the network to realize the distance control of the field.  Performance calculation. Based on the acquired voltage and current, it can calculate the corresponding power in real-time, including active power, reactive power and power factor. And through the network device can upload the power telemetering value to the background in real-time. It can calculate the power of two lines, and channel can set the current and voltage flexibly that are participated in the power calculation.  Integrating perfect metering functions, having the electric energy quality analysis function  Having the perfect harmonic analysis function, it can be set up to monitor 1 ~ 15 times harmonic data of any two way communication channels.  Having circuit breaker inspect synchronous closing circuit function.  Frequency measuring channels can be set up, the device can be set up to collect the frequency of any two way communication channels.  Double-screen display (LCD display and nixie tube display), easy for inspection -2- User’s manual of MMCU-810Hc integrate protection and monitoring device WLD[K]-JY-320-2015  Excellent hardware interchangeability, easy user maintenance and 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  With industrial ethernet port and standard RS485 multipoint communication port. Supports 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.  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.  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, remote measure to correspondent node, event to correspondent node, can online testing, 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. 3. Hardware structure 3.1 Disply Under normal operating conditions, it showes measurements of each channel in cycles, the user can according to need to definy the channel. We can monitor all kinds of electric parameters in the "status" menu item in real-time. The last line of screen hints information: IP address, the current time. 3.2 Signal led There are 7 leds on the front panel of device, they means run, communications, trip, alarm, fault, backup, remote. 1) The "run" led is flashing in the normal state. 2) When the device communication is normal, the "communications" led should be flashing. 3) The "trip" led should be flashing in inspecting synchronous state, it means the action of "success of synchronous " or "failure of synchronous ". 4) The "open" led is flashing means that circuit breaker is in break-brake state in inspecting synchronous state. The "close" led is flashing means that circuit breaker is in close-brake state in inspecting synchronous state. 4. Setting of parameters and setting values of the device -3- User’s manual of MMCU-810Hc integrate protection and monitoring device WLD[K]-JY-320-2015 4.1 System parameters Parameter Range Description Settings of setting value zone number（Setting Zone No.） Setting value zone number(Setting 0-7 Set step:1（factory default 0） Zone No.) Communication settings（Comm. Setting） NET Protocol 0-2 Set step :1 (factory default 1) （0-Quit;1-IEC104; 2-IEC61850） RS485 Protocol 0-2 Set step :1 (factory default 0) （0-Quit;1-IEC103; 2-Modbus） RS485 address(RS485 1-99 Set step:1（factory default 1） Address) RS485 baud Set step:1（factory default 2） rate(RS485 0-5 0：2.4KB.1：4.8KB.2：9.6KB.3：19.2KB.4：38.4KB.5： Baudrate) 115.2KB. IP address One section set step:1（factory default 192.168.0.118） (IP Address) SNTP Address It has four One section set step:1（factory default 192.168.0.254） (SNTP Address) sections. The range of every KW default section is One section set step:1（factory default 12.8.6.1） value(KW Default) 0-255 Printer IP One section set step:1（factory default address(Printer IP) 192.168.30.119） Setting of basic parameters(B.Parameters) Rating Current（In） 0-1 Set step: 1 (factory default 0) 00: 5A; 01: 1A Power calculation 0 - 1 Set step: 1 (factory default 0) 00：three ammeter method method.01：two ammeter method PT Wiring Mode 0-1 Set step: 1 (factory default 0) 00: Y-Y; 01: V-V Harmonic Set the harmonic monitoring analog channel monitoring Channel 0: exit from harmonic calculation function 0-12 Harmonic 1-12 corresponding channel 1-12. monitoring Channe2 Set step: 1 (factory default 0) -4- User’s manual of MMCU-810Hc integrate protection and monitoring device WLD[K]-JY-320-2015 Parameter Range Description Configuration phase angle viewing channel. It can provide convenience for the field debugging, Benchmark Angle 0-12 especially when the power calculation is wrong, we can channel search reason through this function conveniently. Set step: 1 (factory default 1 : CH1) frequency 1 channel Measure frequency values of any DC channel. When the synchronous function is on, the actual 0-12 frequency channel measure the voltage of the same frequency 2 channel side of the bus and the side of the line. Set step: 1 (factory default 0) Reused Terminal Set step: 1 (factory default 0) 0-1 mode selection 00：input 01：pulse Remote communication ack 10-100ms Set step: 1 (factory default 40ms) time (input ack time) Real-time print Set step: 1 (factory default 0) report on/off(auto 0-1 00：Off；01：On print report) D/A channel setting(D/A Setting) Select DA1~2 to output corresponding reference quantities: 1 ～ 12 corresponding to CH1 ～ CH12. 13 ～ 15 corresponding to P1,Q1,COS1. 16～18 corresponding to P2,Q2,COS2. 19～20 corresponding to F1,F2. Voltage reference quantity: 0-120V corresponding to 4mA-20mA. Frequency reference quantity:：45Hz— DA1~2 Channel 55Hz corresponding to 4mA—20mA. Power factor 0-20 Selection reference quantity:：0—1 corresponding to 4mA— 20mA， Rating 5A： Current reference quantity: 0-6A corresponding to 4mA-20mA, Power reference quantity: 0-1000W corresponding to 4mA-20mA. Rating 1A： Current reference quantity: 0-1.2A corresponding to -5- User’s manual of MMCU-810Hc integrate protection and monitoring device WLD[K]-JY-320-2015 Parameter Range Description 4mA-20mA, Power reference quantity: 0-200W corresponding to 4mA-20mA. DA1～2 Adjustment 0.5-1.5 Adjust D/A channel 1～2（4-20mA） parameters Factor DA1～2 max value Set The maximum number of DA reference quantity 20mA （corresponding to 20mA） 0.0-5000.0 DA1～2 min value Set The min number of DA reference quantity 4mA （corresponding to 4mA） Integral Energy Positive active energy 1 Positive reactive energy 1 Negative active energy 1 Negative reactive energy 1 0-4294967.295 Set the energy base number. Positive active kWh /kvh Set step: 0.001 (factory default 0) energy 2 Positive reactive energy 2 Negative active energy 2 Negative reactive energy 2 Channel factor setting(Channel Coef.) Set step:0.001（factory default 1） Channel data 1～14 0.5-5.0 Adjust the analog benchmark value of the 14 channels. Channel Angle adjustment Adjust the Angle of 14 Channel Angle 1～ channels。Set step:0.001 0°-360° 14 （factory default 0.00） Channel show coefficient Channel 1 show 1-2000 Adjust the display rate of 14 channels -6- User’s manual of MMCU-810Hc integrate protection and monitoring device WLD[K]-JY-320-2015 Parameter Range Description coefficient （factory default 1） … Channel 14 show coefficient The voltage ratio when calculating the power Power 1 show coefficient 1 （factory default 1） The current ratio when calculating the power Power 1 show coefficient 2 （factory default 1） The voltage ratio when calculating the power Power 2 show coefficient 1 （factory default 1） The current ratio when calculating the power Power 2 show coefficient 2 （factory default 1） Power channel setting Power 1 voltage 1 channel Power 1 voltage 2 Device can calculate active power, reactive power, channel power factor of two loop (P1, P2) at the same time, Set Power 1 voltage 3 this parameter to be used to specify the channel channel location participated the calculative electric quantity. Power 1 current 1 0-11 corresponding to channel 1-12， 12：Power channel calculation function exit. factory default 1-12 in turn. Power 1 current 2 Notice：When PT connection mode is Y - Y and power channel calculation model is two ammeter method, 3 ways Power 1 current 3 current channels must have 1 way set to quit, or the channel second way is exit acquiescently. 0-12 Power 2 voltage 1 When PT connection mode is Y - Y and power channel calculation model is three ammeter method, Power Power 2 voltage 2 . . . . . . channel calculation formula： P Ua IaUb I b Uc Ic Power 2 voltage 3 When PT connection mode is Y - Y and power channel calculation model is two ammeter method, Power . . . . . . . Power 2 current 1 calculation formula： P Ua IaUc IcUb (Ia Ic) channel When PT connection mode is V - V, Power calculation Power 2 current 2 . . . . channel formula： P Uab IaUbc Ic Power 2 current 3 channel -7- User’s manual of MMCU-810Hc integrate protection and monitoring device WLD[K]-JY-320-2015 Parameter Range Description Output width setting Output 1 pulse width Set the time how long the remote control export is … closed to keep. When set to any value greater than 0, it means that remote control switch exports will automatically return 0.00-550.00s after the time delay. Output 18 pulse width When set to 0, it means that remote control switch exports will not automatically return, and will return after received the open commend. Set step:0.01s（factory default 0.50s） Channel attribution setting 00：I-Iac AC.01：I-I0 zero-sequence current.02：I-Idc DC.03：U-Uac AC voltage.04：U-Udc DC voltage.05： T-Idc Temperature (DC conversion value).06：T-Udc Temperature (DC voltage conversion value).07：P-Idc pressure（DC conversion value）.08：P-Udc pressure （DC voltage conversion value）.09：L-Idc length （DC conversion value）.10：L-Udc length（DC voltage Channel 1-14 0-12 conversion value）.11：V-Idc volume（DC conversion value）.12：V-Udc volume（DC voltage conversion value）. Channel 1，2，3，7，8，9 factory default 03.Channel 4，5，6，10，11，12 factory default 00.Channel 13， 14 factory default 02.Channel 13，14 can only be configured to DC channel and DC conversion value. Channel number setting 0:a1，1:b1，2:c1，3:a2，4:b2，5:c2，6:a3，7:b3，8:c3， 9:a4，10:b4，11:c4，12:a5，13:b5，14:c5，15:a6， 16:b6，17:c6，18:a7，19:b7，20:c7，21:ab1，22:bc1， Channel 1-14 0-68 23:ca1，24:ab2，25:bc2，26:ca2，27:ab3，28:bc3， 29:ca3，30:ab4，31:bc4，32:ca4，33:ab5，34:bc5， 35:ca5，36:ab6，37:bc6，38:ca6，39:ab7，40:bc7， 41:ca7，42：dc1 ，43：:dc2 ，44：dc3，45:dc4 ， -8- User’s manual of MMCU-810Hc integrate protection and monitoring device WLD[K]-JY-320-2015 Parameter Range Description 46:dc5 ，47:dc6 ，48:dc7 ，49:dc8，50:dc9，51:dc10， 52:dc11，53:dc12，54:01，55:02，56:03，57:04，58:05， 59:06，60:07，61:08，62:09，63:10，64:11，65:12， 66:13，67:14，68:（empty） Channel 1-6 factory default 0-2.Channel 7-12 factory default 3-5.Channel 13-14 factory default 42-43. Channel unit setting 00：A，01：V，02：mA，03：℃，04：m，05：km， 06：Mp，07：m3 Channel 1-14 0-7 Channel 1，2，3，7，8，9 factory default 01.Channel 4，5，6，10，11，12 factory default 00.Channel 13， 14 factory default 02. DC conversion setting Temperature display 0-500.00 base value Temperature 0-100.00 conversion base value Temperature 1.00-300.00 conversion coefficient Pressure display base Device can detect 4 ~ 20 mA DC Value, by adjusting 0-500.00 value the amount of DC conversion value, make the device Pressure conversion to display the actual values of physical quantities 0-100.00 base value that DC Value corresponds to. Pressure conversion DC conversion value = display base value + （DC 1.00-300.00 coefficient Value - conversion base value ） * conversion Length display base coefficient 0-500.00 value (display base value factory default 0，conversion base Length conversion value factory default 0，conversion coefficient factory 0-100.00 base value default 1) Length conversion 1.00-300.00 coefficient Volume display base 0-500.00 value Volume conversion 0-100.00 base value -9- User’s manual of MMCU-810Hc integrate protection and monitoring device WLD[K]-JY-320-2015 Parameter Range Description Volume conversion 1.00-300.00 coefficient Synchronous parameter setting Bus channel choice 1 0-12 Be used to specify the voltage on both sides of Bus channel choice 2 0-12 synchronous point （factory default 0）.For example， The line side voltage choice CH7：Uab2.If the bus side voltage Uab access to CH1，bus channel choice 1 set to 1：CH1，Bus channel choice 2 set to 0：exit. If the Line channel choice 0-12 bus side voltage Ua,Ub access to CH1,CH2，bus channel choice 1 set to 1：CH1，bus channel choice 2 set to2：CH2. Set synchronous closing output. Synchronous output Set step:1（factory default 0） 0-17 choice 00：remote control 1，01：remote control 2，……， 17：remote control 18. 4.2 List of setting values Setting value Range Description Protection On/Off word Synchronous function 1/0 1/0: On/Off (factory default Off) Line no voltage & bus voltage 1/0 1/0: On/Off (factory default Off) Line voltage & bus no voltage 1/0 1/0: On/Off (factory default Off) Line no voltage & bus no voltage 1/0 1/0: On/Off (factory default Off) Synchronous function setting Set step:0.01V(factory default Over-voltage lock 60.00 -120.00 V 120.00 V) Low-voltage lock 10.00 -90.00 V Set step:0.01V(factory default 80 V) Set step:0.01°(factory default Permit fault angle 0-50.00° 50.00°) Upper limit of frequency Set step:0.01Hz(factory default 0.03-0.50Hz difference 0.50Hz) Lower limit of frequency Set step:0.01Hz(factory default 0.01-0.48Hz difference 0.05Hz) -10- User’s manual of MMCU-810Hc integrate protection and monitoring device WLD[K]-JY-320-2015 Setting value Range Description Accelerate blocking of frequency Set step:0.01Hz/s(factory default 0.01-3.00Hz/s difference 0.1Hz/s) Set step:0.01V(factory default differential pressure 0-20.00V 10.00V) Switch action time 20-800ms Set step:1ms(factory default 100ms) Synchronous reset time 5-300s Set step:1s(factory default 60s) 5. Check of protection function 5.1 Check preparation 5.1.1 Check before power-on External lines connect correctly, appearance is not damaged, plug-in contacts well. 5.1.2 Check after power-on Device is on the power supply, LCD screen loops to display the measurement values of each channel. 5.1.3 Monitoring of binary input The list is as follows: Input Terminal Input name Checking method Terminal In [Status Display /Binary input] menu, put -220V DC Remote/Local B02 access to Terminal B01. Connect + 220 V DC with Terminal input Terminal one by one， then check whether the input2 B03 terminal displayed on the operation panel shows Terminal “open” to “close”. After closing the Terminal, it is input3 B04 whether showes from close to open, and record test Terminal results. input4 B05 For example：In order to check input 1，connect Terminal Terminal B01 with -220V DC, connect +220V DC with input5 B06 Terminal B02(input 1) ， then check whether the Terminal terminal displayed on the operation panel shows input6 B07 change. Terminal （Note: input7 B08 1.When Terminal B12-B13 is set to “exit” in [setting Terminal input8 value/Protection On/Off word/Synchronous function] -11- User’s manual of MMCU-810Hc integrate protection and monitoring device WLD[K]-JY-320-2015 Input Terminal Input name Checking method B09 menu, name is“input 11” and “input 12”；when set Terminal to“on”, name displays“breaker status”and input9 B10 “Synchronous start”。 Terminal 2. Standard Configuration of the input circuit of this input10 B11 device is 220v dc power supply. It can also be partial Terminal through adjust hardware, to use external 110v DC or input11 breaker status B12 24v produced by device as a drive into the power Terminal Synchronous supply. When using self-produced 24V as opening input12 B13 start into power, input common terminal is Terminal Terminal B22(+24V) ， Terminal B01is dangling. Need to input13 B14 indicate when order. Terminal 3.When it is “close” in [remote/local] menu, the input14 B15 remote control is invalid. Terminal input15 B16 Terminal input16 B17 Terminal input17 B18 Terminal input18 B19 Terminal input19 B20 Terminal Operate CIR Signal B21 5.1.4 Monitoring of binary output Binary output can be monitored under the [Binary output] menu, press the ““, ““ keys to flip over. -12- User’s manual of MMCU-810Hc integrate protection and monitoring device WLD[K]-JY-320-2015 output name Checking method Output terminal remote control 1 terminal A01,A02 remote control 2 terminal A03,A04 remote control 3 terminal A05,A06 remote control 4 terminal A07,A08 remote control 5 terminal A09,A10 remote control 6 terminal A11,A12 remote control 7 terminal A13,A14 remote control 8 terminal A15,A16 remote control 9 terminal A17,A18 remote control 10 terminal A19,A20 remote control 11 Select open and close menu, use “+”, “-” terminal A21,A22 remote control 12 key to operate. terminal A23,A24 remote control13 terminalA25、A26 remote control 14 terminalA27、A28 remote control 15 terminalA29、A30 remote control 16 terminalA31、A32 remote control 17 terminalA33、A34 remote control 18 terminalA35、A36 Trip Signal terminalB23、B24 Alarm Signal terminalB23、B25 All common open All output output 5.1.5 Monitoring of analog quantities Analog quantities can be monitored under the [channel data], [power Data], [Pulse electric degrees] ,[ Phase Angle display],[ Harmonic data 1],[ Harmonic data 2],[ Frequency Display]and [Synchronous date] menus in the [State Display] menu, press the ““, ““ keys to flip over. The factory precision of the device has been calibrated. The protection current is calibrated at double the rated current and the measuring current at a single rated current. The list is as follows: (note： PT is Y-Y model) -13- User’s manual of MMCU-810Hc integrate protection and monitoring device WLD[K]-JY-320-2015 telemetering terminal YC name Checking method terminal D01,D02 channel 1 measurement terminal D03,D04 channel 2 measurement terminal D05,D06 channel 3 measurement terminal D07,D08 channel 4 measurement 1,current channel： Add the rating, displayed terminal D09,D10 channel 5 measurement deviation not exceeding 0.2% terminal D11,D12 channel 6 2,zero-sequence channel ：Add 1A, displayed measurement terminal D13,D14 channel 7 deviation not exceeding 0.2% measurement channel 8 3,voltage channel ：Add the rating, displayed terminal D15,D16 measurement deviation not exceeding 0.5% terminal D17,D18 channel 9 measurement 4,DC channel ： Add 12 mA, displayed terminal D19,D20 channel 10 deviation not exceeding 3% measurement terminal D21,D22 channel 11 Note：when channel is set to temperature, measurement pressure, length, volume, etc. Dc conversion terminal D23,D24 channel 12 value，device display to 300.00 largest (unit) measurement terminal D25,D26 channel 13 DC value terminal D27,D28 channel 14 DC value P1 According to the Q1 Current add the rating, line voltage add analog quantity in Cosφ1 the rating, change the phase angle, power [system parameter/power displayed deviation not exceeding 0.5%, channel setting], add P2 power factor displayed deviation not electric quantity exceeding 0.2%, Q2 Cosφ2 The active electrical degrees 1 The negative electrical degrees 1 Reactive power According to the method electrical degrees1 Negative reactive of testing the power to power electrical displayed deviation not exceeding 5% add current and voltage degrees 1 The active electrical degrees 2 The negative electrical degrees 2 Reactive power electrical degrees 2 -14- User’s manual of MMCU-810Hc integrate protection and monitoring device WLD[K]-JY-320-2015 telemetering terminal YC name Checking method Negative reactive power electrical degrees 2 According to benchmark channel defined in The angle of AC [system parameter / basic benchmark channel phase angle is 0 ° parameters /Benchmark channel n（included always, Angle channel choice] angle of benchmark under testing channel phase angle displayed menu, add AC current or channel） deviation not exceeding ±0.3°. voltage. According to Harmonic monitoring channel Harmonic data 1 defined in [system parameter / basic Display 2-15 harmonic content percentage parameters / Harmonic and harmonic distortion rate of selected monitoring channel 1] , analog channel. displayed deviation not [ Harmonic monitoring Harmonic data 2 exceeding 10%. channel 2]menu, add AC current or voltage. 1. Set [value setting / protection on/off / Synchronous function] to “1”, F1 is the According to frequency frequency of channel 1, displayed deviation channel defined in not exceeding ±0.02Hz.So on. [system parameter / basic 2. Set [parameter setting / basic parameters parameters / The / frequency 1 (2) channel] to “exit”, F1 and frequency 1 channel F F2 is 0 always, choice] [The frequency 2 3. Set [value setting / protection on/off / channel choice]menu, Synchronous function] to “on”, no matter add AC current or what [parameter setting / frequency 1 (2) voltage. channel] is set to, F1 and F2 is the frequency of the voltage on both sides of synchronous point always, According to check Set [value setting / protection on/off / synchronous channel Synchronous function] to “on”, then display defined in UM ： busbar voltage,UL ： line voltage,dV ： [system parameter / Synchronous synchronous data voltage difference, FM：Bus frequency, FL：line function/bus channel frequency, dF： frequency difference, dFt： choice 1(2)] menu, add Change rate of frequency difference, δ： AC voltage. phase difference, and so on in turn. -15- User’s manual of MMCU-810Hc integrate protection and monitoring device WLD[K]-JY-320-2015 6. Check of function 6.1 Telemetering Check of measuring quantity: according to the channel definition, add measurement in terminal respectively, it not only can be observed in situ measurement, but also the corresponding value of the measurement can be uploaded to the background through the network. 6.2 Remote signaling Check the 15 input quantities, according to the method of 5.1.3. When short circuit every time, corresponding input status should be changed from open to close in "input", and it can upload the information of shift through communication network to the background. 6.3 Remote control Set 12 output pulse width in [system parameter / Output width setting] menu. After sending out open/close command by remote controlling, see whether switching contact and switch do action, and it will return after the time stated on the "output pulse width” , time error is not more than 50 ms. 6.4 Check of integral electrical degrees function Sending out the electrical degrees setting orders through the background monitoring system, the integral electrical degrees value of device will be reset. After adding the three phase current and three-phase voltage to the device, check the accumulation of active power and reactive power electric degrees. 6.5 Changed quantity test caused by the distortion of input waveform Harmonic component value is superimposed on the fundamental harmonic, to make the measured harmonic content less than 20%. Adjust the distortion waveform amplitude, add harmonic from 2 to 13 times in turn, and change the phase angle between the fundamental wave and harmonic, to make the quantity to get the biggest change. Record the corresponding output value, the permissible error of power frequency current is less than 2 times of level index, the permissible error of power frequency voltage is less than three times of level index, the permissible error of frequency is less than 2 times of level index. To measure the active power and reactive power, it should add distortion current firstly, then repeat adding distortion voltage. The permissible error is less than 3 times of level index. When harmonic component exists, the system power calculation formula is as follows: The average value of active power is: T P 1 p(t)dt 1      VhIh cos(h  )T 0 2 h VhrmsIhrmscos(h h)h1 h1 -16- User’s manual of MMCU-810Hc integrate protection and monitoring device WLD[K]-JY-320-2015 The average value of reactive power is: 1 T   Q  q(t)dt 1  VhIhsin(hh)VhrmsIhrmssin(h )0 h T 2h1 h1 Apparent power is:  S V I  V 2 I 2 V I 1THD2 1rms 1rms V 1THD2rms rms hrms hrms I h1 Among them, V is RMS of the h times harmonic voltage. hrms I h rms is RMS of the h times harmonic current. h ,h is the phase position of the h times harmonic voltage and the h times harmonic current respectively. THDV is the total harmonic distortion, THDI is the current total distortion.  THD 1 VV  V 2  ( rms 2h ) 1V1 h2 V1 rms 1 THD  I 2 ( I   rms 2I h ) 1V1 h2 I1rms 6.6 Check of the synchronous function Take that the synchronous voltage on both sides of parallel connection is Ua1 and Ua2 as a example. It is set to “on” in [value setting / protection on/off / Synchronous function] menu. It is set to “1” in [value setting / Synchronous function/bus channel choice 1] menu: CH1. It is set to “0” in [value setting / Synchronous function/bus channel choice 2] menu：exit. It is set to “7” in [line channel choice] menu：CH7. Connect input 12 shortly to start synchronous discrimination. When meet the synchronous conditions, it is closed. If it is synchronous failure in the synchronous return time, device will “synchronous closing failure”. The synchronous closing logic is as follows: -17- User’s manual of MMCU-810Hc integrate protection and monitoring device WLD[K]-JY-320-2015 start synchronous is on synchronou Breaker is &busbar voltage and line voltage are not in the locking area frequency difference< lower limit of synchronous frequency difference closing output Phase Angle &frequency difference difference<allowable acceleration<locking value & closing angle Voltage dif feren ce< allowa ble Voltage dif ference ≥ frequency d ifference< upper limit The time to capture zero of frequency difference & phase Angle difference the frequency d ifference> lower first time limit of freq uency difference frequenc y acceleration <setting value Figure 1. dynchronous closing logic When it is synchronous success, the closing output will do action and it will automatically measure the movement time of the switching circuit, This value can be seen in "report display" , the maximum value is measurable to 2000 ms. If the circuit breaker status did not return, the measuring is time-out, and it will be shown as 2000 ms. When “Line no voltage & bus voltage”(or “Line no voltage & bus no voltage”, or Line voltage & bus no voltage) is set to “on”, and when there are no voltage on the single side or both sides of bus or line, no voltage closing operation can be performed. As following: syn chronous is on Bre aker is open Lin e no voltage & bus start voltage is on &, synchronousBusbar voltage is not in locking No-voltage area, and line voltage<7V Lin & closing output e voltage & bus no volt age is on & Line voltage is not in loc,king ≥ area,a nd busbar voltage<7V Lin e no voltage & bus no volt age is on & Lin e voltage and busbar voltage<7V Figure 2. No-voltage closing logic -18- User’s manual of MMCU-810Hc integrate protection and monitoring device WLD[K]-JY-320-2015 Note: synchronous closing relay is output set for the parameters in [system parameter / synchronous parameter setting/ synchronous export setting] menu, the closing pulse width is the output pulse width corresponding to this export. 7. 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, nixie tube and LCD display primary differential current in cycle.  The device is measuring circuit of 4～20mA DC signal, when testing, signal should be supplied by special equipment, direct apply signal of relay protection tester is prohibited.  It is prohibited to plug or unplug the plug-ins, in order to avoid damage to the device. 8. Packing, transportation and storage  Packing: using completely enclosed packing box which is moistureproof, dustproof, mechanical impact resistance.  Transportation: device is strictly prohibited intense impact, vibration or inversion during transit.  Storage: device should be stored in a dry, well ventilated, free of dust and metal powder place, and there should have measures to waterproof, moistureproof and sun block. -19- User’s manual of MMCU-810Hc integrate protection and monitoring device WLD[K]-JY-320-2015 Addendum 1：Diagram of Terminal I/O POWER CPU A C Input comon A01 Remote control1 B01 point- A02 Remote control1 B02 Remote/Local NET D01 D02 A03 Remote control2 B03 Input 2 D03 D04 A04 Remote control2 B04 Input 3 A05 Remote control3 B05 Input 4 D05 D06 A06 Remote control3 B06 Input 5 A07 Remote control4 B07 Input 6 D07 D08 A08 Remote control4 B08 Input 7 NET2 D09 D10 A09 Remote control5 B09 Input 8 A10 Input 9Remote control5 B10 D11 D12 A11 Remote control6 B11 Input 10 A12 B12 D13 D14Input 11(breaker start) Remote control6 A13 Remote control7 B13 Input 12(start sys.) D15 D16 A14 Remote control7 B14 Input 13 Run Light A15 Remote control8 B15 Input 14 D17 D18 A16 Remote control8 B16 Input 15 A17 Remote control9 D19 D20 A18 Remote control9 DEBUG D21 D22 D23 D24 A19 Remote control10 B17 Input 16 C01 GPS-A A20 Remote control10 B18 Input 17 C02 GPS-B A21 Remote control11 B19 Input 18 C03 D25 DCSIN1+ A22 Remote control11 B20 Input 29 C04 COM1A A23 Remote control12 B21 Overhaul C05 COM1B D26 DCSIN1- A24 Remote control12 B22 （+24V） C06 Shielded ground D27 DCSIN2+ A25 Remote control13 B23 Common terminal C07 COM2A A26 Remote control13 B24 Trip Signal C08 COM2B D28 DCSIN2- A27 Remote control14 B25 Alarm Signal C09 DCS1+ A28 note：Remote control14 B26 C10 DCS1- 、 、 are measure voltages. A29 Remote control15 B27 Power off C11 DCS2+ 、 、 are measure currents. 、 、 are measure A30 B28 Power off voltages.Remote control15 C12 DCS2- 、 、 are measure currents. A31 Remote control16 B29 Power 5.DCSIn1～2 is 2-way 4～20mA DC input. 6.DCSOut1～2is 2-way 4～20mA DC A32 Remote control16 B30 Power output. A33 Remote control17 B31 7.Net1,Net2 are ethernet interfaces,COM1,COM2 are 485 interfaces. A34 Remote control17 B32 Shielded ground 8.When sys. function is on,input11 and input12 can be seen as breaker A35 Remote control18 start and start sys. input. 9.If +24V on power board is standard A36 Remote control18 configuration or not,it is used as an input power supply only when using internal 24V. Figure1： Terminal diagram of MMCU-810Hc integrate protection and monitoring device -20- User’s manual of MMCU-810Hc integrate protection and monitoring device WLD[K]-JY-320-2015 Addendum 2：Diagram of Wiring AC plug-in unit Remote control 9 Remote control10 MCU-810Hc Remote control11 integrate protection and monitoring device Remote Net1 control12 Remote Net2 control13 Remote control14 Debug Remote control15 Remote control16 Remote control17 Remote COM A control18 C05 COM B POWER plug-in unit Remote Shielded ground control1 COM A Remote COM B 4~20mA control2 DCSOut1+ DCSOut1- Remotecontrol3 DCSOut2+ DCSOut2- Remotecontrol4 4~20mA Remote control5 Remote control6 DCSIn1+ DCSIn1- Remotecontrol7 DCSIn2+ DCSIn2- Remotecontrol8 Figure2： Wiring diagram of MMCU-810Hc integrate protection and monitoring device -21- AC plug-in unit CPU plug-in unit Input common WC terminal- Input 18 WC Remote/Local Input 19 Input 2 Overhaul Input 3 24V+ Input 4 Signal common terminal Input 5 Trip Signal Input 6 Alarm Signal Input 7 Input 8 Power off Input 9 Power off Input 10 Power+ Input 11(breaker start) Power- Input 12(start sys.) Input 13 Shielded ground Input 14 Input 15 Input 16 Input 17 I/O plug-in unit