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ML0021 August 15, 2018

Available Measurements

Harmonic, Individual, Bus1, Volts A (1...63)

Volts Aux1-Gnd, Aux2-Gnd, Aux1-Aux2

Harmonic, Individual, Bus1, Volts AB (1...63)

Volts Bus1 AN, BN, CN, NG, AB, BC, CA

Harmonic, Individual, Bus1, Volts B (1...63)

Volts Bus2 AN, BN, CN, NG, AB, BC, CA

Harmonic, Individual, Bus1, Volts BC (1...63)

Watt-Hrs Normal (1 and 2)

Harmonic, Individual, Bus1, Volts C (1...63)

Watt-Hrs Reverse (1 and 2)

Harmonic, Individual, Bus1, Volts CA (1...63)

Watts A, B, C, Total (1 and 2)

Harmonic, Individual, Bus2, Volts A (1...63)

Waveform Status

Harmonic, Individual, Bus2, Volts AB (1...63)

WV1/WV2 Active

Harmonic, Individual, Bus2, Volts B (1...63)

WV1/WV2 Memory Full

Harmonic, Individual, Bus2, Volts BC (1...63)

WV1/WV2 Record Count

Harmonic, Individual, Bus2, Volts C (1...63)

WV1/WV2 Stored

Harmonic, Individual, Bus2, Volts CA (1...63)

WV1/WV2 Triggered

Health

Xfmr Ratio Amps A, B, C, N, Residual (1 and 2)

Heartbeat

Xfmr Ratio Future Use

Impedance A, B, C (1 and 2)

Xfmr Ratio Volts Bus1 A, B, C, N

IrigB Time Sync

Xfmr Ratio Volts Bus2 A, B, C, N

K-factor Amps A (1 and 2)

Xfmr Ratio Volts Bus2 Aux1-Gnd, Aux2-Gnd, Aux1-
Aux2

Summary of Contents for Bitronics M87X Series

Page 1: ...M87X SERIES MEASUREMENT SYSTEM Monitoring and Recording IED Manual August 15 2018 ML0021 Document Revision R 2018 by Bitronics LLC...

Page 2: ......

Page 3: ...allation of Modules 19 3 0 HOST ANALOG DIGITAL SIGNAL PROCESSOR MODULE H11 H12 AND A10 20 3 1 Host board 20 3 1 1 Serial Port Front Panel Board 20 3 1 1a Service Port P1 20 3 1 1b Standard Serial Port...

Page 4: ...emperature 1 Second Update 43 4 10 Symmetrical Components 1 Cycle Update 43 4 11 Supply Voltage and Current Unbalance 1 Cycle Update 43 4 12 Flicker 44 4 13 Fault Analysis 44 4 13 1 Line Parameters 44...

Page 5: ...76 5 7 7a Power Up Stage 76 5 7 7b Time Lock Stage 76 5 7 7c Frequency Lock Stage 77 5 7 7d Final Lock Stage 77 5 7 8 Notes On Operation 77 5 7 9 IRIG B Electrical Specifications 77 5 7 10 IRIG B Port...

Page 6: ...onmental 110 8 5 Physical 110 8 6 Hot Swap HS Compatibility P1x Modules 110 8 7 Hardware Configuration 110 8 8 Cabling 111 8 9 Connections 111 8 10 Troubleshooting the Connection 111 8 11 Indicators 1...

Page 7: ...2 Features 132 10 3 Specifications 133 10 4 Environmental 133 10 5 Physical 134 10 6 Hot Swap HS Compatibility 134 10 7 Description 134 10 8 System Design Considerations 134 10 8 1 Input Type Jumper S...

Page 8: ...05 2 31 2 43 03 24 06 M87x Product Release Fault Location Adjustable Sample Rate 3 40 1 30 2 17 2 43 2 56 12 21 07 M87x Product Release Add Demand per phase for Watts VAr VA Configurator Biview improv...

Page 9: ...n periodic triggering and 4 IEC 61850 buffered reports 3 40 1 32 3 05 3 05 3 05 2 28 2011 M87x Product Release Increased pre and post trigger times for DR recorders modified base memory to 1MB 3 40 1...

Page 10: ...aintenance Upgrade N A 1 35 M871 1 36 M872 4 17 4 17 4 17 4 5 18 Windows XP Support for Configurator and BiView N A 1 35 M871 1 36 M872 4 17 4 18 4 18 4 26 18 H10 H11 M87X MANUAL SET ML0021 M87x User...

Page 11: ...ersonnel or enclosed in a suitable enclosure WARRANTY AND ASSISTANCE This product is warranted against defects in materials and workmanship for a period of one hundred and twenty 120 months from the d...

Page 12: ...Bethlehem PA 18017 Ardence Inc Five Cambridge Center Cambridge MA 02142 SISCO Inc 6605 19 Mile Road Sterling Heights MI 48314 1408 General Software Inc Box 2571 Redmond WA 98073 Schneider Automation...

Page 13: ...ts Company Inc SISCO SISCO MMS EASE Lite AX S4MMS The following are trademarks or registered trademarks of General Software Inc General Software the GS logo EMBEDDED BIOS Embedded DOS The following ar...

Page 14: ...bels The meaning of symbols and labels that may be used on the equipment or in the product documentation is given below Installing Commissioning and Servicing Equipment connections Personnel undertaki...

Page 15: ...applicable 5 Equipment operating conditions The equipment should be operated within the specified electrical and environmental limits Current transformer circuits Do not open the secondary circuit of...

Page 16: ...ful interference which may require the user to take adequate measures DECOMMISSIONING AND DISPOSAL 1 Decommissioning The auxiliary supply circuit in the equipment may include capacitors across the sup...

Page 17: ...ons for analog inputs 8 voltages with 4 currents and 2 auxiliary voltages or 8 voltages with 6 currents 128 samples per cycle 16 bit sampling 32 bit floating point DSP capable of 180 MFLOPS Million Fl...

Page 18: ...es Overload 30Aac continuous Withstands 400Aac for 2 seconds Isolation 2500Vac minimum Burden 0 0016VA 1A rms 60Hz 0 0016 60Hz 0 04VA 5A rms 60Hz Frequency 15 70Hz CT Current Inputs S12 Configuration...

Page 19: ...S10 S11 S12 Terminals 17 18 Configuration 2 Inputs VAX1 VAX2 Nominal 125Vdc 120Vac System Voltage Intended for use on nominal AC system voltages up to 480V rms phase to phase 277V rms phase to neutral...

Page 20: ...on 2500Vac minimum Burden 0 0016VA 1Arms 60Hz 0 0016 60Hz Frequency 15 70Hz CT Current Inputs S16 M872 with dual peak ranges 20A 100A Configuration 6 Inputs 3 Phase Currents from 2 Lines with differen...

Page 21: ...14 S15 S16 S17 Terminals 9 to 16 Configuration 8 Inputs Measures 2 Buses 3 or 4 Wire Nominal 120Vac System Voltage Intended for use on nominal system voltages up to 480V rms phase to phase 277V rms ph...

Page 22: ...0A 10C to 70C Frequency 0 001 Hertz accuracy is specified at nominal Frequencies and over operating temperature range Phase Angle 0 2 Deg Power Better than 0 2 of reading 20 of nominal inputs 1PF to 0...

Page 23: ...ime delay T fuse must be connected in series with the ungrounded non earthed hot side of the supply input connected to the voltage measurement VT input of the instrument prior to installation The fuse...

Page 24: ...ction Input terminals have internal transzorb clamp and 90V spark gap protection Data Update Rate Poll Rate 100ms minimum single P40 module 500ms minimum multiple P40 modules Input Output Capacitance...

Page 25: ...tages than those at the primary supply level overhead lines cable systems etc Pollution Any degree of foreign matter solid liquid or gaseous that can result in a reduction of electric strength or surf...

Page 26: ...or compliance with the accuracy portions of the standards only The form factor of the M87x differs from the physical construction of revenue meters specified by the ANSI IEC standards and no attempt h...

Page 27: ...onisation legislation 2014 30 EU EMCD Directive from April 20th 2016 superceding 2004 108 EC withdrawn April 19th 2016 2014 35 EU LVD Directive from April 20th 2016 superceding 2006 95 EC withdrawn Ap...

Page 28: ...2010 Conducted Emissions Telecommunication ports Ethernet port EN 55032 2015 AC 2016 07 EN 55032 2012 AC 2013 EN 55022 2010 AC 2011 Group 1 Class A Frequency 150 kHz 30 MHz 1 MHz Burst Disturbance Te...

Page 29: ...A1 2001 and IEC61000 4 6 1996 Level 3 Frequency 150 kHz 80 MHz Amplitude 10 VRMS Modulation 80 AM 1kHz Power Frequency Magnetic Fields EN61000 4 8 2010 Amplitude 30 A m Frequency 50 and 60 Hz AC Suppl...

Page 30: ...ly 2021 Butyl benzyl phthalate BBP 0 1 by weight 1000 ppm effective from 22 July 2021 Dibutyl phthalate DBP 0 1 by weight 1000 ppm effective from 22 July 2021 Diisobutyl phthalate DIBP 0 1 by weight 1...

Page 31: ...connector The signal input bay uses a self aligning 24 pin header The Analog Digital Signal Processor board interfaces to the PCI Bus with a standard cPCI connector and uses a 24 pin header to connec...

Page 34: ...2 5 mm2 12 AWG The second is the mounting flange Bitronics LLC recommends that all grounding be performed in accordance with ANSI IEEE C57 13 3 1983 2 4 Instrument Mounting The unit should be mounted...

Page 35: ...he unit except Hot Swap modules 2 Unscrew the M2 5 Phillips front panel screws note that these are captive screws The screw in the handle has been left out intentionally 3 Pull the red sliding release...

Page 36: ...2 P3 and P4 are software user configurable for RS 232 or RS 485 mode The RS 232 drivers support full and half duplex modes See Figures 3 6 pg 22 26 for signal assignments 3 1 1a Service Port P1 When c...

Page 37: ...eceived for five minutes the device will revert to logging mode 3 1 1b Standard Serial Ports P2 P3 P4 These ports can be set to RS 232 or RS 485 and support baud rates up to 115200 Set up of the Seria...

Page 38: ...e on the bus in order to guarantee reliable communications However when using Zmodem or connecting to the remote display asynchronous 2 way communications are required and therefore a 4 wire full dupl...

Page 39: ...ompt for example c e data c config etc Once communications are established you can now use the command line interface exactly as you would with a direct RS232 connection to control the device services...

Page 47: ...ing default values at reduced accuracy CT VT Phase 0 5 Factory defined internal ratios of Signal Input Module checksum error Type of Signal Input Module S1x EEProm Unit will continue to function Assum...

Page 48: ...Each sample is corrected for offset and gain using factory calibration values stored in non volatile memory on the board Additionally a continuous DC removal is performed on all inputs except the AUX...

Page 49: ...ate the missing phase current from the sum of the other 2 phase currents This feature is not recommended for WYE connected systems The average of the 3 current phases Ia Ib Ic 3 is also available The...

Page 50: ...es In order to configure the M87x for 2 1 2 element mode and which phase voltage is missing a 0 is written to the phase to neutral VT Ratio for the missing phase voltage The AUX Voltage input measurem...

Page 51: ...ries Configurator The three methods Arithmetic Geometric and Equivalent both for WYE and DELTA all yield the same results when used on balanced systems with no harmonics present The differences are il...

Page 52: ...in technical papers It is also referred to as System Apparent Power This approach to the VA calculation may yield results which are surprising to those used to more traditional methods A system with a...

Page 53: ...ents 4 7 Demand Measurements 1 Second Update The traditional thermal demand meter displays a value that represents the logarithmic response of a heating element in the instrument driven by the applied...

Page 54: ...1 2 Present Max Min Total VARs 1 2 Present Max Min Total VAs 1 2 Present Max Min THD Volts Bus 1 2 Phase Neutral Phase Phase Present Max TDD Amperes 1 2 Phase Neutral Residual Present Max 4 7 1 Amper...

Page 55: ...reset to zero Maximum Voltage THD Demands are initialized to the maximum values recalled from non volatile memory Upon Harmonic Demand Reset all per phase Present and Maximum Voltage THD demands are s...

Page 56: ...no summation only one component is used in the numerator 4 8 2 Current Distortion THD and TDD 1 Cycle Update Current Harmonic Distortion is measured by phase in several different ways The first metho...

Page 57: ...m percent to amps This is simply done by multiplying the percent TDD by the TDD Denominator for that phase and the result will be the actual RMS magnitude of the selected harmonic s This technique can...

Page 58: ...he same harmonic ratio the calculated K Factor for a lightly loaded transformer will be the same as the calculated K Factor for a heavily loaded transformer although the actual heating on the transfor...

Page 59: ...of the unit using a sensor located on the A10 Analog Digital Signal processor Board Values are reported in increments of 0 5C 4 10 Symmetrical Components 1 Cycle Update For each three phase input Vol...

Page 60: ...us 1 and Bus 2 may be entered independently in the Fault Location Line Settings area of the 70 Series Configurator version 2 43 and later The magnitude and phase angle of the direct line impedance Zd...

Page 61: ...models is available representing the number of times the fault location algorithm has been triggered The user will be able to select Fault Count if it is of interest when creating a user configurable...

Page 62: ...t Current IC1 Modbus register DNP Analog Input Peak Fault Current IR1 Modbus register DNP Analog Input Peak Fault Current Bus1 Modbus register DNP Analog Input Peak Fault Current IA2 Modbus register D...

Page 63: ...B C N Resid 1 and 2 Phase Angle Volts C Bus1 Bus2 Demand Max TDD Amps A B C N Resid 1 and 2 Phase Angle Volts C Harmonic 1 63 Demand Max THD Volts Bus1 AN BN CN AB BC CA Phase Angle Volts CA Harmonic...

Page 64: ...AB BC CA DR2 Record Count Time Sync Error sec msec sec DR2 Stored Transducer Input Module 1 7 Input Point 1 8 DR2 Triggered Trigger Derivative 1 120 DSP Version Unbalance Volts 1 and 2 Factory Version...

Page 65: ...Bus1 Volts CA 1 63 Watts A B C Total 1 and 2 Harmonic Individual Bus2 Volts A 1 63 Waveform Status Harmonic Individual Bus2 Volts AB 1 63 WV1 WV2 Active Harmonic Individual Bus2 Volts B 1 63 WV1 WV2...

Page 66: ...es and may be saved copied and deleted by any of the various methods of file manipulation such as FTP Zmodem and the 70 Series Configurator If using IEC61850 protocol the configuration of the IP and S...

Page 67: ...c CONFIG Contains serial port information DEMANDS INI c CONFIG Contains demand intervals DIO INI c CONFIG Contains Digital I O data i e the Digital I O debounce time DISPLAY BIN c CONFIG Contains set...

Page 68: ...measurement is an analog value such as volts or amperes the user may choose to trigger on values greater than or less than the threshold Additionally the user may choose a rate of change trigger grea...

Page 69: ...below on the right half of the trace To eliminate this chatter the user might configure the hysteresis to be 0 1 Hz as shown above Then if the frequency were to rise from normal to the high frequency...

Page 70: ...ng the digital inputs to initiate a record MUST be performed by using the 70 Series Configurator An event triggered from the digital inputs will be subject to the debounce time setting for the digital...

Page 71: ...Cross triggering is an essential requirement for synchronizing the equipment in a substation where it is necessary that multiple instruments sense the occurrence of particular conditions There are a...

Page 72: ...page of the 70 Series Configurator as shown below The period can be set in increments of minutes up to a maximum of 24 hours Likewise the time of day for the timer to start can be specified in increm...

Page 73: ...rs log values at a user configurable rate of 1 3600 cycles The Trend Recorder logs values at a user configurable rate of 1 minute 12 hours The VFT file records voltage values when pre selected thresho...

Page 74: ...nary COMTRADE File Type used along with a lower sample rate is better for recording longer length waveform files an ASCII COMTRADE File Type is better suited for recording short length waveform files...

Page 75: ...ule 0 input 1 X Digital Input Module 0 input 1 X Dig In 1 1 X Digital Input Module 1 input 1 X Digital Input Module 1 input 1 X Dig In 2 1 X Digital Input Module 2 input 1 X Digital Input Module 2 inp...

Page 76: ...ted while being read by another device 5 4 2 Disturbance Recorders The M87x includes two individually configurable Disturbance Recorders The most common method of triggering a disturbance event is by...

Page 77: ...try standard IEEE C37 111 1999 Comtrade files stored as compressed zip files Disturbance records may be retrieved and deleted from the instrument via a network and protocol refer to the specific proto...

Page 78: ...ccur at 9 40 Subsequent entries will occur at 5 minute intervals For intervals less than 60 minutes it is recommended that the trend interval be set to a number that will evenly divide 60 minutes If t...

Page 79: ...WR1_0035 Note that if the stored files are deleted but the M87x is not re booted it will continue to index in sequence as if the files were still there The Disturbance Recorder stores files in the sa...

Page 80: ...question mark quotation mark forward slash backward slash less than greater than asterisk pipe colon semi colon brackets dollar sign percent and braces The 70 Series Configurator permits the use of t...

Page 81: ...buses of volts two separate tables will be created This currently includes M871 M571 M872 Breaker a Half and M572 Breaker a Half Reference voltages will not be recorded in the table therefore the M87...

Page 82: ...1700 entries Due to flash drive limitations the M87x can only have a finite number of entries To prevent the file from growing too large and ensure the newest data is always available the M87x overwri...

Page 83: ...cal time code currently unimplemented always reads as zero 5 Substation name populated with Station Name field on Identity page 6 Device name populated with User Defined Measurement Name on the User D...

Page 84: ...17 10 38 19 455 0 Hinkson_Creek_substation DIO 0 Input 2 1 28 02 08 17 10 38 19 615 0 Hinkson_Creek_substation DIO 0 Input 2 0 29 02 08 17 10 38 21 369 0 Hinkson_Creek_substation DIO 0 Input 2 1 30 0...

Page 85: ...th the M87x Command Function BINARY Changes FTP to binary mode CD Change current directory to parent directory CD directoryname Change current directory to directyname DELETE filename ext Delete file...

Page 86: ...x firmware or BIOS 5 5 2 Zmodem TELNET and Command Line Interface M87x files may be written read and deleted by use of Zmodem and the Host module front panel serial ports Section 3 1 1 Using the 70 Se...

Page 87: ...commands type help at the command prompt For help with a specific command type help followed by the command i e help send 5 6 Assigning Pulse Outputs to Energy Values Any relay on the Digital Input O...

Page 88: ...number following the letter specifies the Format Designation the second number specifies the Carrier Resolution and the third number specifies the Coded Expressions The M87x s IRIG interface recogniz...

Page 89: ...pressions 0 BCD CF SBS 1 BCD CF 2 BCD 3 BCD SBS The M87x only uses the BCD portion of the expression and as a result can accept any of the standard IRIG Coded Expressions 5 7 3 M87x IRIG B Implementat...

Page 90: ...correction The time required to slew the M87x s clock to match the IRIG time is approximately 30 times the clock correction value Slewing the clock ensures that time always moves forward The clock may...

Page 91: ...re will be an accumulated time error based upon the frequency error of the Real Time Clock crystal The crystal frequency correction constant provides a means for correcting for this error If the M87x...

Page 92: ...ency offset error If the M87x were never connected to an IRIG B source or other clock synchronizing source the drift would be equal to the crystal s frequency error If the M87x previously stored a fre...

Page 93: ...synchronization 5 7 7d Final Lock Stage In the Final Lock Stage of synchronization the M87x typically receives clock correction values from the IRIG B interface every five minutes The M87x continues t...

Page 94: ...the Converter specifications Input impedance 10K Input Format IRIG B120 B123 1kHz modulated sine wave amplitude 3Vpp 10Vpp modulation ratio 3 1 Power Supplied by M87x serial port Time skew 600 sec Use...

Page 95: ...register locations within Appendix B for these time sync status points 5 8 2 Manual time setting by Command Line instruction The command line instruction is the manual method for setting the IED clock...

Page 96: ...l systems relays IEDs Up to 2 SNTP servers using optional many cast or any cast mode of operation are supported along with configurable polling times SNTP servers can be polled for configurable time b...

Page 97: ...over a serial port The action of automatic notification may be selected in response to any of the available triggers similar to triggering a recording or activating an output contact The type of notif...

Page 98: ...t it is typically important to enter the cr carriage return character for the string to be properly recognized by the modem Information on modem control characters is available from your modem manufac...

Page 99: ...wer supply creates 3 3V 5V and 12Vdc outputs and consists of an isolated flyback converter that provides at least 12 5W of output power at 3 3Vdc and or 5Vdc 6 2 Features 25W minimum output power from...

Page 100: ...of providing up to 500mA however they must be de rated to avoid exceeding the maximum power limits of the 3 3Vdc and 5Vdc outputs respectively 6 3 1 Environmental Operating Temperature 40C to 70C Rel...

Page 101: ...current Protection To maintain the safety features of this product a 3 Ampere time delay T fuse must be connected in series with the ungrounded non earthed hot side of the supply input prior to instal...

Page 102: ...ovide identical signal gain attenuation in each of the 14 signal input paths Checksums are incorporated into the EEPROM which are read periodically by the microcontroller to check the integrity of the...

Page 103: ...d 30Aac continuous Withstands 400Aac for 2 seconds Isolation 2500Vac minimum Burden 0 0016VA 1A rms 60Hz 0 0016 60Hz 0 04VA 5A rms 60Hz Frequency 15 70Hz CT Current Inputs S12 Configuration 4 Inputs 3...

Page 104: ...on 2 Inputs VAX1 VAX2 Nominal 125Vdc 120Vac System Voltage Intended for use on nominal AC system voltages up to 480V rms phase to phase 277V rms phase to neutral and DC system voltages up to 250Vdc Pe...

Page 105: ...6 60Hz Frequency 15 70Hz CT Current Inputs S16 M872 with dual peak ranges 20A 100A Configuration 6 Inputs 3 Phase Currents from 2 Lines with different peak current ranges Nominal 5Aac Peak Current Lin...

Page 106: ...als 9 to 16 Configuration 8 Inputs Measures 2 Buses 3 or 4 Wire Nominal 120Vac System Voltage Intended for use on nominal system voltages up to 480V rms phase to phase 277V rms phase to neutral Peak V...

Page 107: ...0C to 70C Frequency 0 001 Hertz accuracy is specified at nominal Frequencies and over operating temperature range Phase Angle 0 2 Deg Power Better than 0 2 of reading 20 of nominal inputs 1PF to 0 7PF...

Page 108: ...time delay T fuse must be connected in series with the ungrounded non earthed hot side of the supply input connected to the voltage measurement VT input of the instrument prior to installation The fus...

Page 109: ...0 32 studs M871 or 8 32 screws M872 on the current input terminal block on the front of the Signal Input module See Section 7 3 for connection recommendations It is intended that the instrument connec...

Page 110: ...als per ANSI IEEE C57 13 3 1983 is recommended The polarity of the applied signals is important to the function of the instrument The Auxiliary Voltage Input channels M871 only are physically identica...

Page 111: ...d allows measurement of the Neutral to Ground voltage at the panel The 7kV input divider resistors are accurate to within 25ppm DegC and have a range of 600VPEAK from any input to panel ground A signa...

Page 112: ...input options these constants are stored in the M871 non volatile memory Additionally these constants are now also printed to a label affixed to each CT along with the M871 Serial Number and the phase...

Page 120: ...nch check across the respective feeder breakers 2 Element 3 Wire Delta configured for Dual Feeder Common Bus LOAD A B C N 9 VA1 10 VB1 11 VC1 12 VN1 6 CHI 5 BHI 4 AHI 1 ALO 3 CLO 2 BLO 13 VR1 14 VRN1...

Page 121: ...NT BUS 2 A B C 2 Element 3 Wire Delta configured for Breaker and a Half current connections shown CB CB CB 9 VA1 10 VB1 11 VC1 12 VN1 6 CHI 5 BHI 4 AHI 1 ALO 3 CLO 2 BLO 13 VA2 14 VB2 15 VC2 16 VN2 26...

Page 122: ...BUS 2 A B C N 3 Element 4 Wire Wye configured for Breaker and a Half current connections shown CB CB CB 9 VA1 10 VB1 11 VC1 12 VN1 6 CHI 5 BHI 4 AHI 1 ALO 3 CLO 2 BLO 13 VA2 14 VB2 15 VC2 16 VN2 26 C...

Page 123: ...he missing phase from the vector sum of the two phases present assumes balanced voltage LOAD A B C N 9 VA1 10 VB1 11 VC1 12 VN1 6 CHI 5 BHI 4 AHI 1 ALO 3 CLO 2 BLO 13 VR1 14 VRN1 15 VR2 16 VRN2 26 CHI...

Page 124: ...ces are capable of operating either as half duplex compatible with all Ethernet infrastructure or full duplex interfaces which allow a potential doubling of network traffic Note that only one port may...

Page 125: ...125um glass fiber P12 and E3 Compliant to IEEE 802 3 1996 and IEEE 802 3u 1995 Compliant to UCA Utility Initiative Statement Of Work Rev 7 Compliant with IEC61850 Part 3 and Part 8 1 TCP IP T profile...

Page 126: ...ated on the front panel is illuminated to indicate when it is permissible to extract a board in systems that support the Full Hot Swap System Model The M87x currently supports the Basic Hot Swap Syste...

Page 127: ...TX port of the Ethernet interface to the RX port of the network hub or switch The RX port then connects to the TX port Use of external equipment using SC connectors is possible by using properly term...

Page 128: ...he form 00 D0 4F xx xx xx The actual unique 48 bit address is marked on the circuit board above the jumper block The remainder of this section may be skipped by casual users and is pertinent only to P...

Page 129: ...s LLC Once a link is established the link type is tested If the link was established through auto negotiation which did not provide an indication of duplex capability it is set according to the user c...

Page 130: ...duplex none 3 5 none Force 10BASE T or 10BASE FL full duplex none none 2 4 Force 100BASE TX or 100BASE FX half duplex none none 4 6 Force 100BASE TX or 100BASE FX full duplex none none none Auto negot...

Page 131: ...nverter is lit on at least one side Both sides need to be lit for a valid connection to be established At least one brand of converters will not output an optical idle unless it receives a forced 10 M...

Page 132: ...ablished Many of the bits in the register are of no use to the M87x user Bit 0 is the least significant bit BIT DESCRIPTION 9 1 Auto negotiation enabled for the M87x 3 1 Link partner auto negotiable 0...

Page 133: ...re not counted 4 2 Multicast bytes received this is mainly OSI ES IS Hello messages 5 3 Multicast frames received 6 4 Broadcast bytes received this is normally IP ARP messages 7 5 Broadcast frames rec...

Page 134: ...be read by the Host Processor Board and or the Analog Digital Signal Processor Board Input transition times are time stamped Outputs can be turned on or off by the Host Processor based on commands re...

Page 135: ...1 jumper selectable for Normally Closed NC or Normally Open NO operation and for energized or de energized condition Output terminals have internal 510V clamp Output Maximum Switched Current Resistive...

Page 136: ...ctPCITM 3U 4HP removable module P31 CompactPCITM 3U 8HP removable module P33 CompactPCITM 3U 4HP removable module 9 6 Hot Swap HS Compatibility The blue Hot Swap LED located on the front panel is illu...

Page 137: ...the circuitry for a digital input As a result there is always an impedance across the output relay contacts even when the relay is not energized The value of the impedance depends on the configuration...

Page 138: ...or software via the various protocols An input transition is not recognized until the input remains in the new state for a time longer than the debounce time Values between 60 ns and 4 minutes are acc...

Page 141: ...he P31 Module 1 Remove the six screws three per side indicated in Figure 13 and set aside the shields labeled PCB 712 Identify the main circuit boards that comprise the P31 assembly They are labeled 6...

Page 142: ...ration which is the state coil energized or de energized at which the relays go to when power is first applied to the module The actual contact state is determined by the relay Normally Open NO or Nor...

Page 143: ...jumper is installed the input is in LOW RANGE mode Removing the jumper places the input in HIGH RANGE mode THE FACTORY SETTING IS HIGH RANGE JUMPER IS PLACED IN THE STORAGE POSITION REFER TO SECTION 9...

Page 144: ...018 Bitronics LLC Figure 16 Jumper Locations for Digital Input Output Module 693 Figure 17 Jumper Locations for Digital Input Output Module 716 Range Jumpers input points 9 16 Range Jumpers input poin...

Page 145: ...eration the unit is actively holding the contacts of the output relay open no alarm If an erroneous operation is detected or there is a power supply failure the contacts of the output relay will close...

Page 147: ...inputs with any mix of the three standard current and voltage formats Transducer Input Modules can only be ordered pre configured for one standard input type all inputs are pre configured at the facto...

Page 148: ...rotected with internal transient limiting devices and spark gap protection Module meets CompactPCI Hardware Hot Swap specification Design includes local microcontroller with 24 bit sigma delta analog...

Page 149: ...Mode Input Range 9V Input to Chassis Common Mode Error Vcm DC 0 3 of FS 9Vp Common Mode Vcm 50 60Hz AC 0 1 of FS 9Vp Common Mode Accuracy 0 25 of Full Scale Input Data Update Rate poll rate 100 ms min...

Page 150: ...d into an energized device or when the device is reset If the blue LED remains illuminated after insertion into an M87x or remains illuminated after the Host module has booted the associated card is m...

Page 151: ...when reconfiguring any input that both the hardware jumper setting and firmware jumper setting for that input match select the same input type Figure 21 P40 Input Type Jumper Locations shows the loca...

Page 152: ...s the correct offset and gain corrections See Figure 23 70 Series Configurator Software Transducer I O Configuration Screen In the screen snap shot shown in the Figure 23 the first Transducer Input ca...

Page 153: ...an output range from 4 to 20mA that corresponds to a temperature of 0 to 100 degrees C Configuring the 4mA setting to report as 0 and the 20mA setting to report as 100 will scale the value in the M87x...

Page 154: ...ngs are then downloaded and combined by software designed for that purpose described elsewhere This appendix will concentrate on methods available for cross triggering distributed IEDs 70 Series Recor...

Page 155: ...2018 Bitronics LLC these methods to fit the constraints of any particular application An exhaustive description of all possible variations is not practical but it is useful to provide an example of e...

Page 156: ...ggering as shown in this example be sure to specify optional P30AW 8 point and P31W 16 point Digital I O cards when ordering M87x models Figure A 1 Wiring Figure A1 illustrates one digital output lowe...

Page 157: ...tion that will initiate an oscillography recording and an SOE Log entry when the current exceeds a threshold on any of the three phases Figure A 2 Since a high current on one feeder would not normally...

Page 158: ...s LLC Figure A 3 Figure A4 shows the action taken when a cross trigger on Digital Input 5 is sensed In general receiving a cross trigger from another device should have the same effect as triggering o...

Page 159: ...E messages can not pass through a router into another network In its simplest form such a network could consist of as little as an Ethernet switch and the inter triggered IEDs connected via convention...

Page 160: ...recorders WR2 DR1 and DR2 as needed see 70 Series IEC 61850 manual MICS document The IED Configurator will be used in steps 4 and 5 below to make the M871 publish a GOOSE message when this bit change...

Page 161: ...try in the SOE Log In this example events 3 4 and 5 shown in Figure A7 are the binary inputs received by subscribing to the GOOSE messages published by three other M871s on the network This completes...

Page 162: ...d for cross triggering any number of other devices System LLN0 gcb01 is used in this example All default entries shown in Figure A10 should generally be used in most cases but the user must select the...

Page 163: ...subscribe to three GOOSE messages Up to thirty two separate status points may be defined for each device These status points correspond to elements in the Dataset transmitted by the GOOSE message Refe...

Page 164: ...ing the user to select the status point green dot shown in Figure A12 Selecting the point Records WrxRDRE1 ST RcdStr stVal causes a subscription to be configured for the GOOSE message that contains th...

Page 165: ...018 Bitronics LLC Figure A 12 8 Under Destination Parameters see Figure A11 near bottom verify that the pull down menu labeled Evaluation Expression indicates Pass through This completes the configura...

Page 166: ...ocking schemes and can be propagated even faster than discrete digital contacts because of the time that it takes for moving mechanical parts to operate GSSE operates by means of transmitting and rece...

Page 167: ...ependent events Figure A 13 2 The condition Waveform Recorder 1 Active is used to drive a Virtual Output that is linked to a GSSE message as illustrated in Figure A14 A Virtual Output can be driven by...

Page 168: ...as seen on top half of the GSSE Virtual I O page of the 70 Series Configurator shown in Figure A15 Each device only needs to transmit one GSSE to cross trigger any number of other devices When setting...

Page 170: ...vents UCA GOOSE and support for the P31 Digital Input Output module v1 14 1 17 Maintenance Upgrades v1 18 Initial Firmware release for H11 host module Support added for DNP event reporting v1 19 Maint...

Page 171: ...R1 DR2 WR1 WR2 Maintenance upgrades v2 06 Maintenance upgrade v2 12 New Features AND OR logic and timers for triggers for virtual outputs Added the derivative of any measurement that has a rate of cha...

Page 172: ...dded IEEE C37 232 naming convention Added periodic triggering Increased to 4 IEC 61850 buffered reports V3 06 Maintenance Upgrade V3 07 New Product Release Increased pre and post trigger times for DR...

Page 173: ...ML0021 August 15 2018 157 Copyright 2018 Bitronics LLC V4 13 Added SER csv file maintenance upgrade V4 15 Maintenance upgrade V4 16 Support for S2C Split Core Option V4 17 Maintenance upgrade...

Page 175: ...B001 that appears in this manual is applicable for M87x models that are CE marked The CE mark if applicable will be located on the case label found on the side of the product If the CE mark is not co...

Page 180: ...of memory for recording and change to length of pre and post trigger time in DR in section 5 4 E DeMicco G 12 12 12 Added corrected burden information on signal input modules S11 S14 and S17 on pages...

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Summary of Contents for Bitronics M87X Series

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Novatech Bitronics M87X Series, Manual

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Summary of Contents for Bitronics M87X Series

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