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Chapter 8. Alphanumeric Keypad and Display

8-13

M7IRDA2003I
7IRD-A/J/M: Distribution Protection & Control Terminal
© ZIV APLICACIONES Y TECNOLOGÍA, S.L.U. 2020

0 - GENERAL

0 - PH TIME O/C

1 - PROTECTION

1 - GR TIME O/C

2 - RECLOSER

2 - PH INSTANTANEOUS

0 - PH UNBAL ENABLE

3 - LOGIC

3 - GR INSTANTANEOUS

1 - PH UNBAL PICKUP

4 - BREAKER SUPV.

4 - SUSTAINED GROUND

2 - MIN. LOAD

5 - HISTORICAL RECOR

5 - PHASE UNBALANCE

3 - PH UNBAL TIME

6 - OSCILLOGRAPHY

6 - BREAKERFAILURE

0 - GENERAL

0 - PH TIME O/C

1 - PROTECTION

1 - GR TIME O/C

2 - RECLOSER

2 - PH INSTANTANEOUS

3 - LOGIC

3 - GR INSTANTANEOUS

0 - BREAKER FAIL ENBL

4 - BREAKER SUPV.

4 - SUSTAINED GROUND

1 - PH O/C PICKUP

5 - HISTORICAL RECOR

5 - PHASE UNBALANCE

2 - GR O/C PICKUP

6 - OSCILLOGRAPHY

6 - BREAKERFAILURE

3 - BREAKER FAIL TIME

Protection Settings: HMI Access. 7IRD-J Model

0 - CONFIGURATION

0 - GENERAL

0 - PH TIME O/C

1 - OPERATIONS

1 - PROTECTION

1 - GR TIME O/C

2 - ACTIVE GROUP

2 - RECLOSER

2 - PH INSTANT. 1

3 - CHANGE SETTINGS

3 - LOGIC

3 - PH INSTANT. 2

4 - INFORMATION

4 - BREAKER SUPV.

4 - GR INSTANT. 1

5 - HISTORICAL RECOR

5 - GR INSTANT. 2

6 - OSCILLOGRAPHY

6 - SUSTAINED GROUND

7 - PHASE UNBALANCE

8 - BREAKERFAILURE

0 - GENERAL

0 - PH TIME O/C

0 - PH T O/C ENABLE

1 - PROTECTION

1 - GR TIME O/C

1 - PH T O/C PICKUP

2 - RECLOSER

2 - PH INSTANT. 1

2 - PH T O/C CURVE

3 - LOGIC

3 - PH INSTANT. 2

3 - PH T O/C DIAL

4 - BREAKER SUPV.

4 - GR INSTANT. 1

4 - PH DEFINITE TIME

5 - HISTORICAL RECOR

5 - GR INSTANT. 2

5 - PH T O/C INTERLOCK

6 - OSCILLOGRAPHY

6 - SUSTAINED GROUND

7 - PHASE UNBALANCE

8 - BREAKERFAILURE

0 - GENERAL

0 - PH TIME O/C

0 - GR T O/C ENABLE

1 - PROTECTION

1 - GR TIME O/C

1 - GR T O/C PICKUP

2 - RECLOSER

2 - PH INSTANT. 1

2 - GR T O/C CURVE

3 - LOGIC

3 - PH INSTANT. 2

3 - GR T O/C DIAL

4 - BREAKER SUPV.

4 - GR INSTANT. 1

4 - GR DEFINITE TIME

5 - HISTORICAL RECOR

5 - GR INSTANT. 2

5 - GR T O/C INTERLOCK

6 - OSCILLOGRAPHY

6 - SUSTAINED GROUND

7 - PHASE UNBALANCE

8 - BREAKERFAILURE

Summary of Contents for 7IRD-A

Page 1: ...Instructions Manual for 7IRD A J M Models M7IRDA2003Iv00 REV 00 March 2020 ZIV APLICACIONES Y TECNOLOG A S L U 2020 7IRD A J M Distribution Protection Control Terminal...

Page 2: ......

Page 3: ...s 1 5 1 5 Model Selection 1 7 2 Technical Data 2 1 2 1 Power Supply Voltage 2 2 2 2 Protection Subsystem 2 2 2 2 1 Power Supply Burden 2 2 2 2 2 Current Analog Inputs 2 2 2 2 3 Measurement Accuracy 2...

Page 4: ...lements 6 3 6 1 1 a Time Current Characteristics 6 4 6 1 2 Instantaneous Elements 6 7 6 1 3 Overcurrent Units Block Diagrams 6 7 6 1 4 Torque Control Pickup Blocking Enable 6 8 6 1 5 Trip Blocking and...

Page 5: ...Outputs 7 10 7 2 3 d HMI Outputs control HMI 7 10 8 Alphanumeric Keypad and Display 8 1 8 1 Alphanumeric Display and Keypad 8 2 8 2 Keys Functions and Operation Modes 8 3 8 3 Access to Functions Usin...

Page 6: ...12 A PROCOME 3 0 Communications Protocol A 1 A 1 Settings A 2 A 1 1 Configuration Settings A 2 A 1 2 Logic Settings A 2 A 2 Description of Operation A 3 A 2 1 General Settings A 3 A 2 2 Logic A 3 A 2...

Page 7: ...rrent Detection Neutral Unbalance Unit 1 3 1 3 Control Subsystem Functions 1 4 1 3 1 Local Control and Status Indication of all Bay Elements 1 4 1 3 2 Local Recloser Control 7IRD A J Models 1 4 1 3 3...

Page 8: ...ned with other intelligent electronic devices IEDs to form an integrated system for protecting and controlling medium voltage lines transformers generators and feeders in general This instruction manu...

Page 9: ...set independently Reclosing is selectable up to a maximum of four attempts with independent settings for Recloser timers dead or open breaker wait times and reset times The reclosing sequence is cont...

Page 10: ...ot If the order is not executed a message will appear on the screen and if it is finally performed the Recloser s symbol on the screen will change to the new status 1 3 3 Measurement Presentation The...

Page 11: ...eaker will not be subjected to an undesirable number of operations during a fixed period of time LED Targets Terminal unit front panel indication consists of fourteen LEDs Twelve of them are user defi...

Page 12: ...tion and Control Settings Protection Operations Last Trip Started Units Activated Units Inputs and Outputs Status Metering used by Protection Subsystem Phase and Ground Currents Maximum Current Positi...

Page 13: ...D 120 120 3 Vac 60 Hz Spanish 1 110 110 3 Vac 50 Hz Spanish E 60 Hz Portuguese 2 60 Hz English F 120 120 3 Vac 60 Hz Portuguese 3 120 120 3 Vac 60 Hz English G 50 Hz French A 50 Hz English H 110 110...

Page 14: ...Chapter 1 Description M7IRDA2003I 7IRD A J M Distribution Protection Control Terminal ZIV APLICACIONES Y TECNOLOG A S L U 2020 1 8...

Page 15: ...Trip and Close Outputs 2 4 2 2 9 Auxiliary Contact Outputs 2 4 2 3 Control Subsystem 2 5 2 3 1 Power Supply Burden 2 5 2 3 2 Current Analog Inputs Measurement Circuit Board 2 5 2 3 3 Voltage Inputs M...

Page 16: ...erate a maximum interruption of 100ms at 110Vdc 2 2 Protection Subsystem 2 2 1 Power Supply Burden Quiescent 7 W Maximum 20 W 2 2 2 Current Analog Inputs Nominal Value In 5A or 1A depending on the mod...

Page 17: ...rent with no DC component IT Pick up value for a current with maximum DC offset 2 2 7 Status Contact Inputs Electrically separated programmable inputs with polarity The number of digital outputs will...

Page 18: ...Capability with resistive load 150 W max 8 A 48 Vdc 55 W 80 Vdc 250 Vdc 1250 VA Break L R 0 04 s 60 W at 125 Vdc Switching Voltage 250 Vdc Momentary Close Time Trip Contacts remain Closed 100 ms 2 2 9...

Page 19: ...alog Inputs Measurement Circuit Board Nominal Value Phase and Ground In 5A or 1A Thermal Withstand Capability 4 In continuously 50 In for 3 s 100 In for 1 s Dynamic Limit 240 In Current Circuit Burden...

Page 20: ...Service with resistive load 8 A Close 2500 W Breaking Capability with resistive load 150 W max 8 A 48 Vdc 55 W 80 Vdc 250 Vdc 1250 VA Break L R 0 04 s 60 W at 125 Vdc Switching Voltage 250 Vdc Momenta...

Page 21: ...ter Minimum Power 50 125 Fiber 20 dBm 62 5 125 Fiber 17 dBm 100 140 Fiber 7 dBm Receiver Sensitivity 25 4 dBm Plastic Fiber Optics 1 mm Wavelength 660 nm Transmitter Minimum Power 16 dBm Receiver Sens...

Page 22: ...Chapter 2 Technical Data M7IRDA2003I 7IRD A J M Distribution Protection Control Terminal ZIV APLICACIONES Y TECNOLOG A S L U 2020 2 8...

Page 23: ...3 Standards and Type Test 3 1 Insulation 3 2 3 2 Electromagnetic Compatibility 3 2 3 3 Environmental Test 3 3 3 4 Power Supply 3 3 3 5 Mechanical Test 3 3...

Page 24: ...50 Hz for 1min Voltage Impulse Test IEC 60255 5 5 kV 1 2 50 s 0 5 J 3 2 Electromagnetic Compatibility 1 MHz Burst Test IEC 60255 22 1 Class III Common mode 2 5kV Differential mode 1kV Fast Transient...

Page 25: ...re IEC 60255 6 Operating range From 10 C to 55 C Storage range From 25 C to 70 C Humidity 95 non condensing 3 4 Power Supply Power Supply Interference and Ripple IEC 60255 11 20 3 5 Mechanical Test Vi...

Page 26: ...Chapter 3 Standards and Type Tests M7IRDA2003I 7IRD A J M Distribution Protection Control Terminal ZIV APLICACIONES Y TECNOLOG A S L U 2020 3 4...

Page 27: ...4 1 General 4 2 4 2 Protection and Control Interconnection 4 3 4 3 Dimensions 4 3 4 4 Connection Elements 4 4 4 4 1 Terminal Connectors and Connector Blocks 4 4 4 4 2 Removing of Printed Circuit Board...

Page 28: ...following functions Power Supply Seven Single Contact Digital Processor Module Eight Digital Inputs Outputs two of them are commutable An Auxiliary Output corresponding to Two Double Contact Digital...

Page 29: ...rd is just above of the control based circuit board The top circuit board is that corresponding to the measurements that have directly communication with the control subsystem Figure 4 2 7IRD Rear Vie...

Page 30: ...ck having 24 connectors The association between each connector and the internal digital signals will depend of the IED configuration The analog current input terminals 10 connectors terminal block adm...

Page 31: ...loser Settings 7IRD A J Models 5 4 5 1 5 Logic Settings 5 6 5 1 6 Breaker Monitoring Settings 5 7 5 1 7 Metering History Log 5 7 5 1 8 Oscillographic Recording Optional 5 8 5 2 Control Subsystem Setti...

Page 32: ...from Remote Port YES NO Digital Inputs YES NO Configuration of the Inputs Digital Outputs and LED Targets The unit is supplied with the factory default configuration for Inputs Outputs and LEDs Input...

Page 33: ...Ground Ratio 0 1 1 2 In 0 01A Time Curve Definite Time Inverse Very Inverse Extremely Inverse User Programmable Time Dial 0 05 1 0 01 Definite Time Dial 0 05 100s 0 01s Torque Control Pickup Blocking...

Page 34: ...0 04 0 48 In 0 01A Time Delay 0 05 0 70s 0 01s Note Pickup ratio for phase and ground elements are in In function 5A or 1A For example for 5A the phase time ratio is 1 12A 5 1 4 Recloser Settings 7IR...

Page 35: ...ng Range Phase Instantaneous IF YES NO Phase Time TF YES NO Ground Instantaneous IN YES NO Ground Time TN YES NO Open Phase FA YES NO Residual Current DN YES NO Trip Enable 7IRD J Model Setting Range...

Page 36: ...Enable 7IRD J Model Setting Range Phase to Phase tripped by Phase 1 Instantaneous I1F YES NO Phase to Phase tripped by Phase Time TF YES NO To Ground tripped by Ground 1 Instantaneous I1N YES NO To Gr...

Page 37: ...Supervision Enable YES NO Close Coil Circuit Supervision Enable YES NO Depending on the chosen setting YES NO the position of the internal jumpers on the input output circuit board should be modified...

Page 38: ...Model Setting Range Phase Time PT YES NO Ground Time GT YES NO Phase Instantaneous PI YES NO Ground Instantaneous GI YES NO Open Phase OP YES NO Residual Current RC YES NO Open Command OC YES NO Exter...

Page 39: ...nications Setting Range Terminal Address Not sensitive enter any number Baud Rate 4800 Bauds Stop Bits 1 Frontal Port Parity 0 no parity 1 even parity Remote Port Communications Setting Range Step Ter...

Page 40: ...p Time 0 5 to 1 00 s 79 Failure Time 0 00 to 10 00 s Voltage Absence Time 0 00 to 15 00 s 89 Failure Time 0 00 to 30 00 s Time for Failure of Automatic Control 0 00 to 5 00 s 90 Temporary Block Time 0...

Page 41: ...ual Close 6 17 6 6 4 Manual and External Blocking 6 18 6 6 5 Definite Trip 6 19 6 6 6 Recloser Not in Service 6 19 6 6 7 Reclose Counter 6 19 6 6 8 Recloser and Trip Control Masks 6 19 6 7 Logic 6 21...

Page 42: ...D Targets 6 36 6 15 1 Inputs 6 36 6 15 2 Auxiliary Outputs and Trip Contact Outputs 6 38 6 15 3 LED Targets 6 43 6 16 Communications 6 44 6 16 1 Communications Settings 6 44 6 16 2 Communications Type...

Page 43: ...eous and Phase 2 and Ground 2 Instantaneous Figure 6 5 shows the block diagram of one of these units 6 1 1 Time Elements The circuit continuously processes the RMS value of current analog input I base...

Page 44: ...Control Terminal ZIV APLICACIONES Y TECNOLOG A S L U 2020 6 4 6 1 1 a Time Current Characteristics Figures 6 1 6 2 and 6 3 show the pre programmed time current characteristic curves provided by the p...

Page 45: ...on of Protection Subsystem 6 5 M7IRDA2003I 7IRD A J M Distribution Protection Control Terminal ZIV APLICACIONES Y TECNOLOG A S L U 2020 Figure 6 2 Very Inverse Time Current Characteristic 1 5 13 S I t...

Page 46: ...of Protection Subsystem M7IRDA2003I 7IRD A J M Distribution Protection Control Terminal ZIV APLICACIONES Y TECNOLOG A S L U 2020 6 6 Figure 6 3 Extremely Inverse Time Current Characteristic 1 80 2 S I...

Page 47: ...on occurs whenever the difference between current samples taken 180 apart exceeds 2 1 times the peak value of the pickup setting Filtering out the DC offset component in combination with the applicati...

Page 48: ...of the Time Overcurrent element is blocked by resetting the Integrator module to its initial condition with the counter at zero To enable Time Overcurrent tripping this input must remain de energized...

Page 49: ...ut APE Once the I_FI signal is activated and current is still detected by the terminal unit P_INT signal the Breaker Failure signal P_FI starts the counter for the Breaker Failure Time Delay T_FI If T...

Page 50: ...when this ratio exceeds the user adjustable setting Once the Open Phase element has picked up output T_FASE_A is initiated If the T_FASE_A signal is present for a period of time equal to or greater t...

Page 51: ...d Overcurrent element is designed to detect situations of sustained residual or unbalance currents by the existence of zero sequence currents which are below expected ground fault values Figure 6 9 Re...

Page 52: ...f 1 will display the secondary values of the CTs A setting equivalent to the CT transformation ratio will display the primary values of the system Open Breaker Status The function of the Open Breaker...

Page 53: ...m of the following signals IR F Recloser starts for phase to phase faults IR N Recloser starts for phase to ground faults Therefore IR IR F IR N IR is activated when either IR P or IR N is initiated I...

Page 54: ...mediately Recloser Timer Dead Time The Recloser Time Dead Time is the time the breaker is allowed to remain open before a reclose is attempted This time delay starts when the Recloser Timer Dead Time...

Page 55: ...apter 6 Description of Operation of Protection Subsystem 6 15 M7IRDA2003I 7IRD A J M Distribution Protection Control Terminal ZIV APLICACIONES Y TECNOLOG A S L U 2020 Figure 6 10 Recloser Flow Diagram...

Page 56: ...pter 6 Description of Operation of Protection Subsystem M7IRDA2003I 7IRD A J M Distribution Protection Control Terminal ZIV APLICACIONES Y TECNOLOG A S L U 2020 6 16 Figure 6 11 Recloser Flow Diagram...

Page 57: ...h occurs before the Reset Time is completed initiates a new reclose attempt and the Recloser switches to the Sequence Check Time state 6 6 2 Recloser Lockout The previous sections in this chapter have...

Page 58: ...of block signals Manual and External Priority is given to the block commands received first To remove the block the corresponding opposite command should be issued Manual Blocking The Recloser can be...

Page 59: ...which indicate the number of reclose attempts completed One counter records the number of reclose attempts after the Recloser at rest trip and the second counts the number of reclose attempts of the r...

Page 60: ...ting a trip Reclose Enable Enabling or disabling of reclosing is possible in these faults Phase to Ground Faults tripped by the Time Elements Ground Time Phase to Phase Faults tripped by the Time Elem...

Page 61: ...interrupt the breaker trip coil current 6 7 2 Breaker Open and Breaker Close Failure Time For manual operations as for those generated by the protection or Reclose units the non reception of the brea...

Page 62: ...ervision is achieved in both the open and closed positions of the circuit breaker The supervision function generates two outputs Trip Coil Circuit Supervision Failure FCD and Close Coil Circuit Superv...

Page 63: ...will not change their states simultaneously and a transient logic 0 will appear at the output of the exclusive OR When this disagreement lasts less than 5 seconds this 0 will not modify the state of...

Page 64: ...enu The programmable inputs software menu enables the assignment of IN 6 IN 8 IN 5 and IN 7 to SBAIA SBCIC SSP 1 and SSP 3 signals respectively The association made in the preceding figure is IN 6 SBA...

Page 65: ...activated this output is captured by the sequence of events recorder This function has two settings I2 Alarm Level I2 Cumulative Present Value The Cumulative Present Value is updated each time a brea...

Page 66: ...hange is carried out with the setting Activate Group Settings menu Change of setting group using the communications port or digital input need of a specific enabling by an option in the Configuration...

Page 67: ...up 1 4 Phase A Instantaneous 7IRD A M Instantaneous 1 7IRD J Unit Pickup 1 5 Phase B Instantaneous 7IRD A M Instantaneous 1 7IRD J Unit Pickup 1 6 Phase C Instantaneous 7IRD A M Instantaneous 1 7IRD J...

Page 68: ...stantaneous 7IRD A M Instantaneous 1 7IRD J Output Deactivation 2 7 Ground Instantaneous 7IRD A M Instantaneous 1 7IRD J Output Deactivation 2 8 Phase A Instantaneous 2 Unit Reset 7IRD J 3 5 Phase B I...

Page 69: ...act Input IN 2 Deactivation 2 2 Status Contact Input IN 3 Deactivation 2 3 Status Contact Input IN 4 Deactivation 2 4 Status Contact Input IN 5 Deactivation 2 5 Status Contact Input IN 6 Deactivation...

Page 70: ...n expansion 3 4 Status Contact Input IN 5 Deactivation expansion 3 5 Status Contact Input IN 6 Deactivation expansion 3 6 Status Contact Input IN 7 Deactivation expansion 3 7 Status Contact Input IN 8...

Page 71: ...which is the resolution time of the recorder It is necessary to remember that the possibility exists to mask those events that are not necessary The events can be masked by communications within Gener...

Page 72: ...s according to model Fault End Time Tag corresponds at the moment date and time when the last element involved in the fault resets Also included Open Current by the Breaker it s the maximum registered...

Page 73: ...the maximum and minimum averages considering the three phases In each TR interval the maximum and minimum values of all the computed VM values are taken The outline of current in preceding figure wou...

Page 74: ...d with the ability to activate or de activate the channels as required with the relevant setting Recording Mode The following Recording Modes are selectable Fixed Time YES Fixed Time Mode and Fixed Ti...

Page 75: ...S recorded data is stored in memory only if a trip occurs within the time set for the Record Length If a trip occurs after this time has expired no record is stored For Variable Time Mode Fixed Time N...

Page 76: ...tion on the Trip Coil Circuit Supervision The supervision is done in both breaker positions open and close CSP_1 and CSP_3 supervise the trip and close contacts too 2 SSP_3 Close Coil Circuit Supervis...

Page 77: ...Group Control They active the corresponding setting group 1 2 or 3 26 T_AJ_1 Activate Setting Group 1 27 T_AJ_2 Activate Setting Group 2 28 T_AJ_3 Activate Setting Group 3 31 External Oscillography S...

Page 78: ...following figure The desired final AND or OR output from the logic cell can then be connected to any one of the seven programmable Auxiliary Contact Outputs AUX 1 through AUX 7 available in the termi...

Page 79: ..._B Phase B Instantaneous 7IRD A M Instantaneous 1 7IRD J Overcurrent Pickup 15 AUI_C Phase C Instantaneous 7IRD A M Instantaneous 1 7IRD J Overcurrent Pickup 16 AUI_N Ground Instantaneous 7IRD A M Ins...

Page 80: ...I Breaker Failure Alarm signal of trip initiated of another breakers 44 ALARMA_PR Protection Not in Service Alarm 45 A_SINT I2 Alarm Level Accumulated power alarm signal open by the breaker 50 AIDD_A2...

Page 81: ...escribed below 75 SBI_NTR Recloser Lockout Due to Lack of Rated Voltage 7IRD A J The voltage reference input is not active before the waiting time of the reference voltage if the Recloser supervision...

Page 82: ...ng 95 SUIM_A2 Phase A Instantaneous 2 Overcurrent Mask Enabled Trip Output 7IRD J Unit Trips Affected by their corresponding trip mask 96 SUIM_B2 Phase B Instantaneous 2 Overcurrent Mask Enabled Trip...

Page 83: ...nits using the same Trip and Close Output contacts described above These operations can be enabled using the Operation Enable setting Configuration settings Manual operation is designed to require con...

Page 84: ...nt that is fixed and another port in back which has connections for Glass Fiber Optic cable 1mm Plastic Fiber Optic cable RS232C and RS485 The technical details about communications can be found in Ch...

Page 85: ...Code Description 00 01 E2PROM writing error 00 02 ADC alarm 00 04 ADC error 00 06 Internal voltage level error 00 08 Low battery clock 00 10 Stopped clock 00 20 E2PROM file calibration error 00 40 RA...

Page 86: ...S L U 2020 6 46 In the case of giving more than one alarm at once the sum of the codes of these alarms is seen in hexadecimal form Below are a few examples 01 and 02 03 02 and 08 0A 01 and 04 05 01 an...

Page 87: ...Control Unit 7 7 7 2 2 a Inputs through Communications 7 7 7 2 2 b Inputs from the Protection Subsystem 7 8 7 2 2 c Physical Inputs 7 8 7 2 2 d HMI Inputs control HMI 7 9 7 2 3 Outputting Data from th...

Page 88: ...ls through Logic gates These processed Logic Signals affect the permissions lockouts of orders generated both from the unit s Local Control Module and from the Central Unit originating in the Control...

Page 89: ...them and depending on the Input Signals and on the outcome of the process generates Output Signals that are subsequently used for information actions alarms etc The signals that function as Inputs to...

Page 90: ...one form or another according to the Configuration The same happens with the signals that are sent from the Control Subsystem through Communications The software process is carried out in Output Taggi...

Page 91: ...r 7 Description of Operation of the Control Subsystem 7 5 M7IRDA2003I 7IRD A J M Distribution Protection Control Terminal ZIV APLICACIONES Y TECNOLOG A S L U 2020 Figure 7 1 Control Subsystem Block Di...

Page 92: ...he Control Subsystem and the Logic Outputs Output signals from the Logic The association between the Logic Outputs and the corresponding PROCOME DNP3 indices to send these signals through Communicatio...

Page 93: ...sses and Signal Tagging The latter are of four types Connecting Input Signals to be dealt with by the Logic Input Connection Process Connecting Output Signals from the Logic to be sent to the various...

Page 94: ...urrent Measurements The Alternating Current Measurements V I P Q depending on the model and its Configuration are sent directly through Communications to the Central Unit The measurements are viewed i...

Page 95: ...They are the signals sent to the Central Unit through Communications via the Remote Communications Port located on the back of the unit These signals can be Measurements The measurements that can be s...

Page 96: ...ented on the corresponding screen of the Graphic Display are messages determined by the Alarm Panel according to the signals that it receives These are Outcome signals from the Logic and are Physical...

Page 97: ...and Keypad 8 2 8 2 Keys Functions and Operation Modes 8 3 8 3 Access to Functions Using Key F2 8 6 8 3 1 Last Trip Indication and Recloser Status 8 6 8 3 2 Screen Sequences Using F2 8 7 8 4 Function A...

Page 98: ...IED model date and time It also shows on the first row left the connection mode if the communication is established at the following mode P1 Local connection communication by frontal port P2 Remote co...

Page 99: ...the setting or if you merely looked at a screen for information In either case pressing this system key returns the user to the previous screen Display Selection Keys The selection keys advance or go...

Page 100: ...codes that the corresponding event has generated The F4 key is used to cancel the changed settings when the equipment asks for confirmation of the changes and to cancel the activation of the default t...

Page 101: ...he new value is edited If an error occurred the key erased it When a new value is edited press ENT to confirm and to go to the previous menu There is a setting type which options are YES key 1 or NO k...

Page 102: ...displays the associated elements This information will displays as follows T means TRIP and the following elements indicates which elements initiated the last trip If a single protection element opera...

Page 103: ...two values appears one of them indicates the number of first reclose attempts the second one shows the accumulated number 2nd 3rd and 4th reclose attempts 8 3 2 Screen Sequences Using F2 If the scree...

Page 104: ...e appears on the screen saying INDICATION RESET LEDs Reset Pressing F2 again LEDs reset screen appears If the order is executed all the LEDs will light and this message will appear on the screen LEDs...

Page 105: ...FIGURATION 0 PASSWORDS 0 CONFIGURATION 1 OPERATIONS 1 OPERATION ENABLE 1 OPERATIONS 2 ACTIVE GROUP 2 CONFIGURE INPUTS 2 SETTINGS 3 CHANGE SETTINGS 3 CONFIGURE OUTPUTS 4 INFORMATION 4 LANGUAGE 5 FREQUE...

Page 106: ...RATION 0 PASSWORDS 1 OPERATIONS 1 OPERATION ENABLE 2 ACTIVE GROUP 2 CONFIGURE INPUTS 3 CHANGE SETTINGS 3 CONFIGURE OUTPUTS 4 INFORMATION 4 LANGUAGE 0 50 Hz 5 FREQUENCY 1 60 Hz Operations HMI Access 7I...

Page 107: ...2 ACTIVE GROUP 2 LOGIC 3 CHANGE SETTINGS 3 BREAKER SUPV 4 INFORMATION 4 HISTORICAL RECORDS 5 OSCILLOGRAPHY Depending on the Model General Settings HMI Access 7IRD A J Models 0 CONFIGURATION 0 GENERAL...

Page 108: ...C PICKUP 2 RECLOSER 2 PH INSTANTANEOUS 2 GR T O C CURVE 3 LOGIC 3 GR INSTANTANEOUS 3 GR T O C DIAL 4 BREAKER SUPV 4 SUSTAINED GROUND 4 GR DEFINITE TIME 5 HISTORICAL RECOR 5 PHASE UNBALANCE 5 GR T O C...

Page 109: ...NERAL 0 PH TIME O C 1 OPERATIONS 1 PROTECTION 1 GR TIME O C 2 ACTIVE GROUP 2 RECLOSER 2 PH INSTANT 1 3 CHANGE SETTINGS 3 LOGIC 3 PH INSTANT 2 4 INFORMATION 4 BREAKER SUPV 4 GR INSTANT 1 5 HISTORICAL R...

Page 110: ...E UNBALANCE 8 BREAKERFAILURE 0 GENERAL 0 PH TIME O C 1 PROTECTION 1 GR TIME O C 0 GR INS1 ENABLE 2 RECLOSER 2 PH INSTANT 1 1 GR INS1 PICKUP 3 LOGIC 3 PH INSTANT 2 2 GR INS1 T_DELAY 4 BREAKER SUPV 4 GR...

Page 111: ...3 BREAKER FAIL TIME Protection Settings HMI Access 7IRD M Model 0 CONFIGURATION 0 GENERAL 0 PH TIME O C 1 OPERATIONS 1 PROTECTION 1 GR TIME O C 2 ACTIVE GROUP 2 LOGIC 2 PH INSTANTANEOUS 3 CHANGE SETTI...

Page 112: ...OSCILLOGRAPHY 5 PHASE UNBALANCE 6 BREAKERFAILURE 0 GENERAL 0 PH TIME O C 1 PROTECTION 1 GR TIME O C 2 LOGIC 2 PH INSTANTANEOUS 0 SUSTAINED GR ENBL 3 BREAKER SUPV 3 GR INSTANTANEOUS 1 SUSTAINED GR PKU...

Page 113: ...ERS 2 PH RESET TIME 3 LOGIC 3 SEQNCE CNTL 3 GR RESET TIME 4 BREAKER SUPV 4 TRIP ENABLE 4 MNCL RESET TIME 5 HISTORICAL RECORDS 5 RECLOSER ENABLE 5 SEQUENCE CHK TIME 6 OSCILLOGRAPHY 6 MNCL TIME DELAY 0...

Page 114: ...N 1 OPEN FAILURE TIMER 2 ACTIVE GROUP 2 LOGIC 2 CLS FAILURE TIMER 3 CHANGE SETTINGS 3 BREAKER SUPV 4 INFORMATION 4 HISTORICAL RECORDS 5 OSCILLOGRAPHY Breaker Supervision Settings HMI Access 7IRD A J M...

Page 115: ...Oscillographic Settings HMI Access 7IRD A J Models 0 CONFIGURATION 0 GENERAL 0 FIXED TIME 1 OPERATIONS 1 PROTECTION 1 OVERWRITE 2 ACTIVE GROUP 2 RECLOSER 2 INITIATE METHOD 3 CHANGE SETTINGS 3 LOGIC 3...

Page 116: ...KER SUPV 4 INFORMATION 4 STATUS 4 HISTORICAL RECORD 5 METERING 5 OSCILLOGRAPHY This menu is identical to the one of Change Settings as well as its later development since it talks about to the informa...

Page 117: ...G Records Information HMI Access 0 CONFIGURATION 0 SETTINGS 1 OPERATIONS 1 CONFIGURATION 2 ACTIVE GROUP 2 TRIPS 3 CHANGE SETTINGS 3 RECORDS 4 INFORMATION 4 STATUS 5 METERING If the equipment have Osci...

Page 118: ...SETTINGS GENERALS TIMES LOGIC SETTINGS and ANALOG will vary depending on the Configuration loaded in the equipment The figure corresponds to a specific case but is useful as an example of the Alphanum...

Page 119: ...SETTINGS 1 TIMER 1 TRANSDUCER 1 2 LOAD CONFIG PROGRAM 2 LOGICS 2 TRANSDUCER 2 3 ANALOGICS 3 TRANSDUCER 3 4 TRANSDUCER 4 0 CONFIGURATION 0 GENERAL 0 TIMER 1 1 CHANGE SETTINGS 1 TIMER 1 TIMER 2 2 LOAD...

Page 120: ...Chapter 8 Alphanumeric Keypad and Display M7IRDA2003I 7IRD A J M Distribution Protection Control Terminal ZIV APLICACIONES Y TECNOLOG A S L U 2020 8 24...

Page 121: ...e LEDs 9 8 9 3 3 Information about the Indication of Measurements 9 8 9 3 4 Date and Time Information 9 9 9 4 Control Function Operations 9 10 9 4 1 General Procedure for Command Execution 9 10 9 4 2...

Page 122: ...he Graphic Display initially presents the mimic corresponding to the controlled position From this situation there are two options access the information screens with the function key INF or access th...

Page 123: ...reen depends on the specific model The mimic symbols used to represent the equipment are the following Element State 1 State 2 Breaker Open Closed Breaker Unknown 0 0 Double Indications Inputs Unknown...

Page 124: ...tions Open Closed Associated with a Double Indication The most common examples of this type of device are Power Switches and Disconnecting Switches Their representation corresponds to the State of act...

Page 125: ...mmand independently independent Digital Outputs and Inputs on each of the two plug in positions Busbars A and Busbars B independently of whether the position is equipped with two mounted Breakers the...

Page 126: ...ll return to the default display Figure 9 3 presents the block diagram of the Configuration of the Information Displays Figure 9 3 Information Menu Starting with the default screen pressing the inform...

Page 127: ...Protection Inputs and the Logic established for processing them will vary for each specific model Alarm Panel without Acknowledgement If the alarms are not managed at the UCP level Alarm Panel Config...

Page 128: ...uts of Protection Inputs and of Protection LEDs the layout is the same as in the case of the Inputs replacing EDXX with SDXX with EPXX or with LPXX respectively where XX represents the number of the s...

Page 129: ...requency and Energies There is also a similar screen in the units that without a Measurement Board capture Currents and Voltages in Protection and use them to calculate the Powers PF Frequency and Ene...

Page 130: ...that exist in the position upon which an order can be executed gets highlighted one after the other cyclically This highlighting consists in the image corresponding to the device blinking with a cade...

Page 131: ...d Digital Inputs Internal States of the units Internal Signals from Protection and the Measurement Module as well as Internal Signals from the Central Unit through the Communications Protocol Once it...

Page 132: ...s if the Breaker is open in which case it allows putting it in Discharge Should the Breaker be in a state other than open the unit indicates ORDER NOT EXECUTABLE Once the Breaker has been placed in Di...

Page 133: ...the protocol implemented PROCOME DNP3 In this type of commands what is established for ORDER FAILURE will not apply since no applicable return signal exists 9 4 5 Procedure for Managing Alarms This pr...

Page 134: ...and it turns off as soon as the signal disappears If the signal is deactivated before it is acknowledged the text goes on blinking until it is acknowledged by pressing F1 and then it turns off The va...

Page 135: ...Open Phase Test 10 6 10 5 4 Residual Current Test 10 6 10 5 5 Breaker Failure Test 10 6 10 5 6 Recloser Test 7IRD A J Models 10 7 10 5 7 Trip Close Coil Circuit Supervision Input Test 10 8 10 6 Contr...

Page 136: ...lation Test Power Supply Test Protection Metering Test Phase and Ground Overcurrent Test Open Phase Test Residual Current Test Breaker Failure Test Recloser Test Trip Close Coil Circuit supervision in...

Page 137: ...al of the casing should be disconnected Then apply 2 000 Vac during 1 min between the interconnected terminals and metal case CAUTION Internal capacitors exist that can generate a high voltage if you...

Page 138: ...est It s recommended to proceed unit by unit disabling those units that are not under test in that moment For the 7IRD J following tests are applied for instantaneous 1 and instantaneous 2 elements Pi...

Page 139: ...xed or Instantaneous Time Apply a current 20 larger than the pickup setting The response time should correspond with 5 or 25ms whichever is better of the selected time setting value Keep in mind that...

Page 140: ...t 1 for a determined setting X when applied for the ground input between X 1 10 X 1 for low ranges the pickup interval can extend up to 20 mA Apply a current of 2 X and check that it produces a trip i...

Page 141: ...Breaker opening circuit it will not carry out the reclose and will lockout For the Recloser to carry out the complete sequence until its permanent fault status the trips have to be generated It has to...

Page 142: ...physical inputs the physical outputs and the visual signals This requires using the communications program with the Control Subsystem ZIVerlog to load a specific Test Configuration for each unit This...

Page 143: ...is greater than the number of Digital Inputs the connections diagram should be modified so that a Single Input activates more than one Digital Output so that all the Digital Outputs are verified as d...

Page 144: ...ll only be applicable in those cases in which there is Measurement of Current Voltage or Input Transducers Measurement of Current sent by Protection or the Measuring Board Connect a source of alternat...

Page 145: ...st it is necessary to supply the equipment with its rated voltage value and the In Service LED should then be switched on Test will be performed through Local Communications Port allocated on Front Pa...

Page 146: ...nce of vibration Easy access Absence of dampness Adequate lighting Horizontal mounting Mounting should be in accordance with the instructions regarding installations in the dimension diagram 10 8 2 Co...

Page 147: ...ngs A 2 A 2 Description of Operation A 3 A 2 1 General Settings A 3 A 2 2 Logic A 3 A 2 3 Event Records A 3 A 2 4 Fault Report A 4 A 2 5 Inputs A 4 A 2 6 Communicating with the Unit A 4 A 3 Alphanumer...

Page 148: ...tion communications protocol PROCOME 3 0 A 1 Settings A 1 1 Configuration Settings Communications Setting Range Communications Password Enable YES NO Communications Password Timeout 1 1440 min Communi...

Page 149: ...rs and ends when the units are reset The fault report file only makes an annotation if a trip occurs in the course of the fault The Pickup Report setting allows selecting the option to make an annotat...

Page 150: ...fault voltages Voltages magnitude and angle of the three Phases two cycles before the initiation of the fault Trip Command Time Tag presenting the date and time of the trip command It also presents Fa...

Page 151: ...cation with the unit via the rear port YES means enabling the permission and NO disabling COMS ENABLE PASSWORD ACTUAL YES NEW 1 YES 0 NO The setting of Communications Password Timeout allows establish...

Page 152: ...ion of the Fault Report commences when a pickup occurs and ends when the units are reset An annotation is made in the Fault Report file when there has been a trip in the course of the fault When this...

Page 153: ...2 Settings B 2 B 3 Description of Operation B 3 B 3 1 DNP 3 0 Protocol B 3 B 3 2 Communications B 8 B 3 2 a Communication with the Equipment B 8 B 4 Alphanumeric Keypad and Display B 8 B 4 1 Change Se...

Page 154: ...ications Ports B 2 Settings DNP 3 0 Protocol Settings Setting Range Step MTU Address Master equipment number 0 65519 1 RTU Address Slave equipment number 0 65519 1 Enable unsolicited report 0 1 Reply...

Page 155: ...r the 7IRD relay to begin sending spontaneous messages the master must also enable them with the Function Code FC 20 Time out N7 It specifies the time lapse in milliseconds from the time the 7IRD send...

Page 156: ...Y and working in multi master mode Metering Changes Deadband Values 16 analog metering bands from 0 to 15 can be set The setting represents the percentage over the maximum value of the measure that wi...

Page 157: ...8 129 130 0x28 Assigned to Class 1 2 3 Binary Input Change with Relative Time 1 0x6 7 8 B 10 0 Binary Outputs All variations 1 6 A 12 1 Control Relay Output Block 3 4 5 6 0x17 28 129 Echo of request...

Page 158: ...The unit can be configured for sending or not sending unsolicited responses There is a configuration option accessible through the man machine interface or front panel user interface Once the unsolici...

Page 159: ...If the user changes any of these settings the Device Trouble Internal Indication bit will activate in the next response sent Event Files the unit can store up to 50 Binary Input Changes and 50 Analog...

Page 160: ...splayed General Settings Time Settings Logic Settings Analogic Settings DNP 3 0 Protocol Settings B 4 2 DNP3 0 Protocol Selecting DNP 3 0 Protocol option a screen with the following options appears Co...

Page 161: ...of the measure that will be taken as reference to test if there is an analogical change to record If it is adjusted to 100 analogical changes in this measure will not be recorded which is then unders...

Page 162: ...Annex B DNP 3 0 Communications Protocol M7IRDA2003I 7IRD A J M Distribution Protection Control Terminal ZIV APLICACIONES Y TECNOLOG A S L U 2020 B 10...

Page 163: ...C Schemes and Drawings Dimension and Drill Hole Schemes 7IRD 4U x 1 rack 4BF0100 0012 External Connection Schemes 7IRD A 3RX0172 0031 generic 7IRD J 3RX0172 0030 generic 7IRD M 3RX0172 0037 generic...

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Page 175: ...D List of Illustrations and Tables...

Page 176: ...6 12 Trip Close Coil Circuit Supervision Block Diagram 6 22 Figure 6 13 Trip Close Output Supervision Block Diagram 6 24 Figure 6 14 Metering History Log Diagram 6 33 Figure 6 15 Auxiliary Contact Ou...

Page 177: ...tions and Tables D 3 M7IRDA2003I 7IRD A J M Distribution Protection Control Terminal ZIV APLICACIONES Y TECNOLOG A S L U 2020 B DNP 3 0 Communications Protocol B 1 Figure B 1 7IRD Rear View with Two C...

Page 178: ...e 6 1 Event Record 6 27 Table 6 2 Inputs 6 36 Table 6 3 Auxiliary Outputs 6 39 10 Receiving Tests 10 1 Table 10 1 Power Supply Test 10 3 Table 10 2 Metering Test 10 4 Table 10 3 Phase and Ground Curre...

Page 179: ...tware or c rent sell or lease the Software or make the Software available to others to do any of the foregoing 3 No Assignment This License is intended for your exclusive use with the purchased equipm...

Page 180: ...is Agreement shall not exceed the purchase price paid to Licensor for the equipment In no event shall Licensor be liable for any indirect incidental consequential special or exemplary damages or lost...

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