BECKWITH ELECTRIC M-7651A D-PAC Instruction Book

Protection, automation and control system

page of 408

/ 408
Contents
Table of Contents
Bookmarks

Table of Contents

Quick Links

Download this manual

Instruction Book

M‑7651A D‑PAC

Protection, Automation

and Control System

for Power Distribution Applications

Table of Contents

Need help?

Do you have a question about the M-7651A D-PAC and is the answer not in the manual?

Questions and answers

Summary of Contents for BECKWITH ELECTRIC M-7651A D-PAC

Page 1 Instruction Book M‑7651A D‑PAC Protection, Automation and Control System for Power Distribution Applications...
Page 2 All brand or product names referenced in this document may be trademarks or registered trademarks of their respective holders. The content of this Instruction Book is provided for informational use only and is subject to change without notice. Beckwith Electric Co., Inc. has approved only the English version of this document.
Page 3 PROTECTION M‑7651A D‑PAC Protection, Automation and Control System for Power Distribution Applications Protection Control • Over 30 Protection Elements for optimal • Four user programmable Inputs and Outputs, protection of Power Distribution Systems expandable to twelve Inputs and twelve Outputs, plus three Virtual Inputs •...
Page 4 M‑7651A D‑PAC – Specification Source M-7651A D-PAC Protection, Automation and Control System for Power Distribution Applications Y (3 V ) Frequency Frequency Overvoltage Negative Undervoltage Rate of • Over • Phase Sequence • Phase Change • Under • Ph-to-Ph Overvoltage •...
Page 5 M‑7651A D‑PAC – Specification Standard Control Features • P2P • IPsec (Internet Protocol Security) • Over 30 protection functions • RADIUS Client Capability to manage local • Horizontal or Vertical Mounting and remote access to the control • 50 Hz or 60 Hz Frequency •...
Page 6 M‑7651A D‑PAC – Specification External Connections The possible connections for the M‑7651A D‑PAC are shown in Figure 2 Figure CAUTION: Any TB3 receptacle that is NOT GREEN indicates that a Low Voltage Power Supply is ▲ installed in the unit. IN 1 IN 2 IN 3...
Page 7 M‑7651A D‑PAC – Specification PROTECTIVE FUNCTIONS Device Setpoint Number Function Ranges Increment Accuracy † Sync Check Reference Phase A/B/C – – Undervoltage Permission Dead Line/Dead Bus Yes/No – – Dead Line/Live Bus Yes/No – – Live Line/Dead Bus Yes/No – –...
Page 8 M‑7651A D‑PAC – Specification PROTECTIVE FUNCTIONS (cont.) Device Setpoint Number Function Ranges Increment Accuracy † Loss of Field ‑ Dual‑zone Offset‑mho Characteristic (#1 to #2 Steps) Circle Diameter 0.5 to 500.0 Ω 0.1 Ω ± 0.5 Ω or ± 5% 1 A CT 0.1 to 100.0 Ω...
Page 9 M‑7651A D‑PAC – Specification PROTECTIVE FUNCTIONS (cont.) Device Setpoint Number Function Ranges Increment Accuracy † Negative Sequence Overcurrent (#1 to #5 Steps) Definite Time Pickup 1 A CT 0.02 to 20.00 A 0.01 A ± 0.02 A or ± 3% 5 A CT 0.10 to 100.00 A 0.01 A...
Page 10 M‑7651A D‑PAC – Specification PROTECTIVE FUNCTIONS (cont.) Device Setpoint Number Function Ranges Increment Accuracy † Negative Sequence Overvoltage Pickup 0.00 to 300.00 V 0.01 V ± 0.2 V or ± 0.5% Phase Current 0.00 to 600.00 s 0.01 s ± 0.01 s or ± 1% Breaker Failure Pickup Phase Current...
Page 11 M‑7651A D‑PAC – Specification PROTECTIVE FUNCTIONS (cont.) Device Setpoint Number Function Ranges Increment Accuracy † Instantaneous/Definite Time Overcurrent (#1 to #5 Steps) Phase Instantaneous/Definite Time Overcurrent Pickup 1 A CT 0.02 to 20.00 A 0.01 A ± 0.02 A or ± 3% 5 A CT 0.10 to 100.00 A 0.01 A...
Page 12 M‑7651A D‑PAC – Specification PROTECTIVE FUNCTIONS (cont.) Device Setpoint Number Function Ranges Increment Accuracy † Inverse Time Overcurrent (#1 to #5 Steps) Phase Inverse Time Overcurrent with Voltage Control/Restraint Pickup 1 A CT 0.02 to 3.20 A 0.01 A ± 0.02 A or ± 3% 5 A CT 0.10 to 16.00 A 0.01 A...
Page 13 M‑7651A D‑PAC – Specification PROTECTIVE FUNCTIONS (cont.) Device Setpoint Number Function Ranges Increment Accuracy † Overvoltage Phase Overvoltage (#1 to #4 Steps) Pickup 10.00 to 300.00 V 0.01 V ± 0.2 V or ± 0.5% Definite Time 0.00 to 600.00 s 0.01 s ±...
Page 14 M‑7651A D‑PAC – Specification PROTECTIVE FUNCTIONS (cont.) Device Setpoint Number Function Ranges Increment Accuracy † Directional Overcurrent (#1 to #5 Steps) Phase Directional Overcurrent Operating Current Phase Current Phase Polarization Voltage Residual Directional Overcurrent Operating Current Phase Polarization Voltage Ground Directional Overcurrent Operating Current Phase Polarization Voltage Negative Sequence Directional Overcurrent...
Page 15 M‑7651A D‑PAC – Specification PROTECTIVE FUNCTIONS (cont.) Device Setpoint Number Function Ranges Increment Accuracy † Directional Instantaneous/Definite Time Overcurrent (Cont.) Inverse Time: Pickup 1 A CT/Gnd CT 0.02 to 3.20 A 0.01 A ± 0.02 A or ± 3% 5 A CT/Gnd CT 0.10 to 16.00 A 0.01 A ±...
Page 16 M‑7651A D‑PAC – Specification PROTECTIVE FUNCTIONS (cont.) Device Setpoint Number Function Ranges Increment Accuracy † Frequency (#1 to #4 Steps) Pickup 40.00 to 65.00 Hz 0.01 Hz ± 0.02 Hz Definite Time 0.00 to 600.00 s 0.01 s ± 0.01 s or ± 1% Hysteresis 0.0 to 1.0 Hz 0.1 Hz...
Page 17 M‑7651A D‑PAC – Specification PROTECTIVE FUNCTIONS (cont.) Device Setpoint Number Function Ranges Increment Accuracy † Inrush Harmonic Restraint Inrush Harmonic Pickup 0.1 to 100% 0.1% ± 1% Inrush Harmonic Dropout 0.1 to 100% 0.1% ± 1% Inrush Active Time 0.01 to 600.00 s 0.01 s ±...
Page 18 M‑7651A D‑PAC – Specification OPTIONAL PROTECTIVE FUNCTIONS (cont.) Device Setpoint Number Function Ranges Increment Accuracy † Sensitive Ground Instantaneous/Definite Time Overcurrent (#1 to #5 Steps) Sensitive Ground Pickup 10 mA Gnd CT 0.001 to 0.160 A 0.001 A (TBD) 50 mA Gnd CT 0.001 to 0.800 A 0.001 A 0.0015 A or ±...
Page 19 M‑7651A D‑PAC – Specification OPTIONAL PROTECTIVE FUNCTIONS (cont.) Device Setpoint Number Function Ranges Increment Accuracy † Sensitive Ground Inverse Time Overcurrent (#1 to #5 Steps) Phase Polarization Voltage – – Enabled Direction No‑Direction/Directional – – Minimum Polarization Voltage (% of nominal voltage) 2.0 to 10.0 % 0.1% ±...
Page 20 M‑7651A D‑PAC – Specification OPTIONAL PROTECTIVE FUNCTIONS (cont.) Device Setpoint Number Function Ranges Increment Accuracy † Recloser Relay Three-Phase Ganged Operation: Ground Precedence Yes/No Sequence Coordination Active For Trips None/1/2/3 – – Maximum Number of Phase Trips 1/2/3/4/5 – Maximum Number of Ground/ 1/2/3/4/5 –...
Page 21 M‑7651A D‑PAC – Specification Introduction The M‑7651A D‑PAC is a digital, Smart Grid ready, advanced Protection, Automation and Control System for Power Distribution Applications that is compatible with most manufacturer’s switchgear and suitable for new installations or as a direct, easy‑to‑install, replacement for older protection, automation and control systems. It offers a comprehensive protection package with over 30 individual protection functions and up to eight setting groups.
Page 22 M‑7651A D‑PAC – Specification Reclosing Operation When there is any breaker open operation due to a fault, the relay will close the breaker automatically without user intervention. The Reclosing Operation is achieved using the 79 function in conjunction with overcurrent functions (i.e.
Page 23 M‑7651A D‑PAC – Specification METERING ACCURACIES Analog sources used for measurement traceable to NIST Standards, with certifications on file. VOLTAGE ACCURACY Fundamental Metering Magnitude Phase Angle Voltage Range ± 0.04% ± 0.3° (0.167‑10.0) Voltage Range ± 0.04% ± 0.7° (5.0‑300.0) OPEN DELTA ±...
Page 24 M‑7651A D‑PAC – Specification METERING ACCURACIES Analog sources used for measurement traceable to NIST Standards, with certifications on file. CURRENT ACCURACY Fundamental Metering Magnitude Phase Angle CT Rating and Range 5 A (IA, IB, IC) (0.01‑20.0 A) ± 0.02% ± 0.7° 1 A (IA, IB, IC) (0.01‑15.0 A) ±...
Page 25 M‑7651A D‑PAC – Specification Settings Groups The M‑7651A D‑PAC has eight setting groups. Switch setting groups to properly account for prevailing power system conditions. For example if one breaker is dedicated for maintenance you can store the settings for all the feeders and use the appropriate group when that breaker is out of service for maintenance. All the functions shown in Figure 1 (Single Line diagram) are available in each settings group.
Page 26 This feature is only available with 10 mA, 50 mA, or 200 mA Ground CT Configurations. High Impedance Faults (HIZ) do not produce enough fault current to allow detection by conventional overcurrent methods. Beckwith Electric has developed a proprietary logic that uses harmonic components of Ground Fault Current (I ) to implement the SGI feature.
Page 27 M‑7651A D‑PAC – Specification Optional Arc Flash Protection The Arc Flash Protection option detects arc flash conditions in switchgear and operates circuit breakers to remove the current source from the arc, thus mitigating the potential damage to equipment. Four Optical Transceiver Ports interface to transparent fiber optic loops and/or point sensors. The output of the Optical Transceiver is compared to a pickup value.
Page 28 M‑7651A D‑PAC – Specification The sensor cable extension reach for each transceiver port is limited by the loss of optical signal strength in the fiber and each connector. Loop Sensors have the same loss rate as jacketed Cable Extensions at 0.22 dB per meter of fiber.
Page 29 M‑7651A D‑PAC – Specification M‑7651A Arc Flash Module Trip Speed Examples The following screen captures illustrate the Trip speed of the M‑7651A Arc Flash module high speed outputs, with Current Supervision enabled. Arc Flash Signal Output Signal Figure 6 Arc Flash Outputs Trip Speed Example (Flash at 0° of 5 A current: ∆t = 1.85 ms) Arc Flash Signal Output Signal Figure 7 Arc Flash Outputs Trip Speed Example (Flash at 45°...
Page 30 M‑7651A D‑PAC – Specification Phantom Voltage The M‑7651A has the capability to calculate and provide three‑phase voltage that is measured without having three voltages physically connected to the terminals of the M‑7651A. The following VT configurations are supported: • Phantom Wye •...
Page 31 M‑7651A D‑PAC – Specification Cyber Security The M‑7651A D‑PAC was designed from the ground up to help customers be NERC and cyber security compliant. The M‑7651A D‑PAC meets or exceeds the following standards: IEEE 1686 Compliant FIPS180‑2, 186‑2 ISO/IEC 9798‑4 RFC 2104, 3174, 3394 IPsec using Internet Key Exchange (IKE) Version 2, compliant with: RFC 2401, 2402, 2406, 2407, 2408, 2409, 2411, 2412, 3706.
Page 32 M‑7651A D‑PAC – Specification General Specifications Power Supplies The M‑7651A D‑PAC provides a choice of two main power supply input ranges: a low voltage range of 18 to 60 Vdc and a high range of 90 to 280 Vac or 90 to 315 Vdc. The M‑7651A D‑PAC also features a backup power supply input of 11 to 14 Vdc, that allows continued operation in case of main power supply loss.
Page 33 M‑7651A D‑PAC – Specification Output Contacts The M‑7651A D‑PAC includes four output contacts expandable to twelve. Any of the protective functions can be individually programmed to activate any one or more of the four Programmable Output Contacts (OUT1 through OUT4). Any output contact can also be selected as pulsed or latched. IPSlogic can also be used to activate output relay contact.
Page 34 Trademarks All brand or product names referenced in this document may be trademarks or registered trademarks of their respective holders. Specification subject to change without notice. Beckwith Electric Co., Inc. has approved only the English version of this document. –32–...
Page 35 M‑7651A D‑PAC – Specification M-7651A Typical Source Connection Diagram M-7651A Three VT Wye-Wye Connection 1 A / 5 A CT Configuration (Source) R Power sync (Feeder) F Load Figure 9 M‑7651A D‑PAC Three‑Line Connection Diagram –33–...
Page 36 M‑7651A D‑PAC – Specification Tests and Standards The M‑7651A D‑PAC complies with the following tests and standards: Voltage Withstand Dielectric Withstand IEC 60255‑27 2,000 Vac Impulse Voltage IEC 60255‑27 ± 5,000 V‑pk Insulation Resistance > 5 G Ω IEC 60255‑27 Electrical Environment Surge Withstand Capability IEEE C37.90.1...
Page 37 – IEC 60255‑27, CAT III, Pollution Degree 2 DER Interconnection Applications Compliance Beckwith Electric's M‑7651A D‑PAC Relay, suitable for Feeder, DER and Switchgear protection applications, provides comprehensive multifunction protection, control, monitoring, communications and embedded cybersecurity for DER Interconnection Applications. The capabilities meet or exceed the relay‑based protection and control requirements specified in ANSI/IEEE Std.
Page 38 Equipment may also be shipped back to Beckwith Electric Co. Inc. for recycling or disposal. The customer is responsible for the shipping cost, and Beckwith Electric Co. Inc. shall cover the recycling cost. Contact Beckwith Electric Co.
Page 39 M‑7651A D‑PAC – Specification 9.47 [24.1] 8.72 0.38 [24.15] [0.97] 1.47 [3.73] 2.25 5.20 [5.72] [13.21] 4 x Ø .22 [.56] 7.25 [18.42] 5.85 6.22 [14.86] 5.06 [15.8] [12.85] 0.15 [0.381] 5.20 [13.21] Figure 10 M‑7651A D‑PAC Horizontal Model Mounting Dimensions –37–...
Page 40 M‑7651A D‑PAC – Specification 5.20 [13.21] 6.22 [15.80] 0.37 [0.94] 5.85 [14.86] 6.00 [15.24] 5.06 [12.85] 8.00 7.25 [20.32] [18.42] Figure 11 M‑7651A D‑PAC Vertical Model Mounting Dimensions –38–...
Page 41 M‑7651A D‑PAC – Specification 5.85 [14.86] 0.65 [1.65] 18.25 [46.36] 8.72 6 x Ø .22 [22.15] [.56] 1.48 [3.76] 5.20 [13.21] 2.25 [5.72] 9.47 [24.1] 19.00 [48.3] Figure 12 M‑7651A D‑PAC 19 Inch Rack Mount Adapter Frame Dimensions 4.36 [11.07] 8.72 [22.15] 7.35...
Page 42 M‑7651A D‑PAC – Specification Minimum Clearance For Case Mounting Latch 0.38 [0.97] Optional, for mounting with #6 screws 2.50 instead of latch [6.35] Ø 0.16 X 4 5.00 [12.7] 5.30 [13.46] 2.65 2.65 [6.73] [6.73] 3.81 [9.68] 3.67 [9.32] 7.35 7.62 [18.67] [19.36]...
Page 43 This Page Left Intentionally Blank...
Page 44 M‑7651A D‑PAC – Specification This Page Left Intentionally Blank –42–...
Page 45 M‑7651A D‑PAC – Specification This Page Left Intentionally Blank –43–...
Page 46 BECKWITH ELECTRIC CO., INC. 6190 - 118th Avenue North • Largo, Florida 33773-3724 U.S.A. PHONE (727) 544-2326 • FAX (727) 546-0121 marketing@beckwithelectric.com www.beckwithelectric.com ISO 9001:2015 © 2012 Beckwith Electric Co. All Rights Reserved. 800-7651A-SP-12 12/19 Printed in U.S.A.
Page 47 Exercise due care when operating or servicing alone. Do not modify equipment Do not perform any unauthorized modifications on this instrument. Return of the unit to a Beckwith Electric repair facility is preferred. If authorized modifications are to be attempted, be sure to follow replacement...
Page 48 PRODUCT CAUTIONS Before attempting any test, calibration, or maintenance procedure, personnel must be completely familiar with the particular circuitry of this unit, and have an adequate understanding of field effect devices. If a component is found to be defective, always follow replacement procedures carefully to that assure safety features are maintained.
Page 49: Table Of Contents
M‑7651A D‑PAC Instruction Book TABLE OF CONTENTS M‑7651A D‑PAC System Instruction Book Chapter 1 Introduction Instruction Book Contents ..................... 1–1 General Overview of M‑7651A D‑PAC ................1–2 Communication Ports ..................... 1–3 Communications Protocols ..................... 1–3 S‑7600 IPScom Communications Software..............1–3 Chapter 2 Front Panel Operation Overview ..........................
Page 50 M‑7651A D‑PAC Instruction Book Chapter 2 Front Panel Operation (Cont.) HMI Menu Structure......................2–8 ENT Pushbutton ......................2–8 EXIT Pushbutton ......................2–8 Data Entry Screens ......................2–8 "EDIT" Mode Prompt ...................... 2–9 User Lines ........................2–10 System Clock ........................ 2–10 Monitor –...
Page 51 M‑7651A D‑PAC Instruction Book Chapter 3 System Application & Function Setpoints (Cont.) System Configuration from the HMI ................3–22 System Configuration ....................3–22 LEA Configuration from the HMI ................... 3–22 LEA Common Settings ....................3–22 LEA Y Side Settings...................... 3–23 LEA Z Side Settings .....................
Page 52 M‑7651A D‑PAC Instruction Book Chapter 3 System Application & Function Setpoints (Cont.) Minimum Polarization Voltage ..................3–51 Definite/Inverse Time Characteristic ................3–51 67G Ground Directional Overcurrent ................. 3–54 Minimum Polarization Voltage ..................3–54 Definite/Inverse Time Characteristic ................3–54 67Q Negative‑Sequence Directional Overcurrent ............3–57 Minimum Polarization Voltage ..................
Page 53 M‑7651A D‑PAC Instruction Book Chapter 3 System Application & Function Setpoints (Cont.) Voltage and Current Harmonics ................... 3–93 SEF Fundamental Signal ....................3–94 Custom Supervision and Initiation Logic ..............3–94 Optional Analog Output Module ................... 3–95 Typical Customer Connections ..................3–95 Enabling the Analog Output Module ................
Page 54 M‑7651A D‑PAC Instruction Book Chapter 4 IPScom Remote Setup and Operation ® Overview .......................... 4–1 Availability ........................4–1 Hardware Requirements ....................4–1 Hardware Required for Direct USB (Serial) Communication .......... 4–1 Installing IPScom ......................4–2 Digital Signature ......................4–2 Installing IPScom ......................4–2 Starting IPScom ......................
Page 55 M‑7651A D‑PAC Instruction Book Chapter 4 IPScom Remote Setup and Operation (Cont.) ® Monitor/Live Oscillograph ..................... 4–28 Monitor/Battery Charger Monitoring ................4–28 Monitor/Breaker Accumulator Status ................4–29 Monitor/ARC Flash Ambient Light ................4–29 Monitor/Harmonic Targets..................... 4–29 Status Monitoring Using the Web Browser Interface ............ 4–29 Setup Menu ........................
Page 56 M‑7651A D‑PAC Instruction Book Chapter 4 IPScom Remote Setup and Operation (Cont.) ® Utility/Data Analysis ...................... 4–55 Data Analysis/SOE Viewer/Sequence of Events Viewer ..........4–55 Data Analysis/Message Log ..................4–56 Data Analysis/Fault Recorder ..................4–57 Data Analysis/Trip Sequence Events ................4–57 Data Analysis/Firmware Update Log ................
Page 57 M‑7651A D‑PAC Instruction Book Chapter 5 Testing (Cont.) 51N Residual Inverse Time Overcurrent ..............5–27 51G Ground Inverse Time Overcurrent ..............5–29 51GS Sensitive Ground Inverse Time Overcurrent ............ 5–31 59P Phase Overvoltage ..................... 5–33 59PP Phase‑to‑Phase Overvoltage ................5–34 59I Peak Overvoltage ....................
Page 58 M‑7651A D‑PAC Instruction Book Appendix B Relay I/O Configuration Worksheet Appendix C Self‑Test Error Codes Appendix D Inverse Time Curves Expression for Time Delay Setting – Operating time defined by IEC and ANSI/IEEE ... D–1 Setting Time Delay on Overcurrent Relays ..............D–2 IPScom Inverse Time Curves Graphs ................
Page 59 List of Figures List of Figures List of Figures Chapter 2 Front Panel Operation Figure 2‑1 M‑7651A D‑PAC Front Panel with Factory Default Pushbutton and LED Labels ....................2–5 Figure 2‑2 Pushbutton and Tricolor LED Location Index ..........2–5 Figure 2‑3 HMI Menu Structure and Navigation Example ........... 2–9 Chapter 3 System Application &...
Page 60 M‑7651A D‑PAC Instruction Book Chapter 3 System Application & Function Setpoints (Cont.) Figure 3‑35 Function 50G Ground Instantaneous/Definite Time Overcurrent Setpoints Screen ..................3–39 Figure 3‑36 Function 50N Residual Instantaneous/Definite Time Overcurrent Setpoints Screen ..................3–39 Figure 3‑37 Function 50GS Ground Sensitive Overcurrent Setpoints Screen ... 3–40 Figure 3‑38 Breaker Failure Logic Diagram ...............
Page 61 List of Figures Chapter 3 System Application & Function Setpoints (Cont.) Figure 3‑70 67Q Negative‑Sequence Directional Overcurrent – Polarizing Voltage (V ) and Operate Current (I ) for Forward Unbalanced Fault – Pure Reactive System ................. 3–59 Figure 3‑71 67GS Sensitive Ground Directional Overcurrent Definite Time Setpoints Screen ..................
Page 62 M‑7651A D‑PAC Instruction Book Chapter 3 System Application & Function Setpoints (Cont.) Figure 3‑110 Close Circuit Monitoring Input Configuration with Anti‑pump Relay Not Bypassed ..................3–85 Figure 3‑111 Function 60FL Fuse Loss Setpoints Screen ......... 3–86 Figure 3‑112 Fuse Loss (60FL) Function Logic ............3–87 Figure 3‑113 Demand Metering Screen (I Section) ..........
Page 63 List of Figures Chapter 3 System Application & Function Setpoints (Cont.) Figure 3‑153 Recloser Wizard Residual (Neutral) Overcurrent Settings Screen ..3–114 Figure 3‑154 Recloser Wizard Cold Load Settings Screen ........3–114 Figure 3‑155 Cold Load Pickup Function Logic ............3–115 Figure 3‑156 Recloser Wizard Hot Line Tag Settings Screen ........
Page 64 M‑7651A D‑PAC Instruction Book Chapter 4 IPScom Remote Setup and Operation (Cont.) ® Figure 4‑34 Counters Screen ..................4–27 Figure 4‑35 Live Oscillograph Display Screen ............4–28 Figure 4‑36 Battery Charger Monitoring Screen ............4–28 Figure 4‑37 Breaker Accumulator Status Screen............4–29 Figure 4‑38 M‑7651A Web Browser Landing Page ............
Page 65 List of Figures Chapter 5 Testing Figure 5‑1 Voltage Inputs: Configuration V1 ..............5–2 Figure 5‑2 Voltage Inputs: Configuration V2 ..............5–3 Figure 5‑3 Current Inputs: Configuration C1 ..............5–3 Figure 5‑4 External Connections ................. 5–4 Figure 5‑5 Load Encroachment Block Characteristic ..........5–26 Figure 5‑6 Load Encroachment Logic Diagram ............
Page 66 M‑7651A D‑PAC Instruction Book Appendix D Inverse Time Curves Figure D‑1 IEC Inverse Curve (TM=1.00, TA=0.00, MRTA=0.00) ......D–4 Figure D‑2 IEC Very Inverse Curve (TM=1.00, TA=0.00, MRTA=0.00) ..... D–4 Figure D‑3 IEC Extremely Inverse Curve (TM=1.00, TA=0.00, MRTA=0.00) .... D–4 Figure D‑4 IEEE Moderately Inverse Curve (TM=1.00, TA=0.00, MRTA=0.00) ..
Page 67 List of Figures Figure D‑46 Recloser Curve 162 (KP) (TM=1.00, TA=0.00, MRTA=0.00) ....D–19 Figure D‑47 Recloser Curve 163 (F) (TM=1.00, TA=0.00, MRTA=0.00) ....D–19 Figure D‑48 Recloser Curve 164 (J) (TM=1.00, TA=0.00, MRTA=0.00) ....D–20 Figure D‑49 Recloser Curve 165 (KG) (TM=1.00, TA=0.00, MRTA=0.00) ..... D–20 Figure D‑50 Recloser Curve 200 (TM=1.00, TA=0.00, MRTA=0.00) ......
Page 68 Appendix E Hardware Variation Specifications Table E‑1 Digital Input Specifications (Serial Numbers 1 to 500) ........E–1 Table E‑2 Digital Input Specifications (Serial Numbers 501 to 2000) ......E–1 © 2012 Beckwith Electric Co. All Rights Reserved. 800‑7651A‑IB‑10 12/19 Printed in U.S.A.
Page 69: Instruction Book Contents
Introduction – 1 Introduction Instruction Book Contents ............... 1–1 General Overview of M‑7651A D‑PAC ..........1–2 Instruction Book Contents Chapter 1: Introduction Chapter One introduces the instruction book contents, summarizes the devices' capabilities, and provides an overview of the M‑7651A D‑PAC protective functions. Chapter 2: Front Panel Operation Chapter Two provides an overview of the relay Front Panel, including the typical LCD display startup and message screens.
Page 70: General Overview Of M-7651A D-Pac
M‑7651A D‑PAC Instruction Book Appendix B: M‑7651A D‑PAC Input/Output Configuration Worksheet This Appendix contains a copy of the M‑7651A D‑PAC Input/Output Configuration Table and is provided to define and record the blocking inputs and output configuration for the relay. Appendix C: Self‑Test Error Codes This Appendix lists all HMI error codes and their definitions.
Page 71: Communication Ports
Introduction – 1 The M‑7651A D‑PAC Front Panel includes the following features: • LCD display, 2 rows, 20 characters per row, with configurable contrast • 20 programmable tricolor front panel LEDs • Keyboard – 17 pushbuttons (Two dedicated for Trip and Close) •...
Page 72: Table 1-1 M-7651A D-Pac Device Functions
Ground Inverse Time Overcurrent Optional Functions Phase Overvoltage Auto Reclose, Three‑Phase Ganged 59PP Phase‑to‑Phase Overvoltage Arc Flash Peak Overvoltage Residual Overvoltage 59Vz1 Vz1 Overvoltage 60FL VT Fuse Loss Detection Phase Directional Overcurrent Residual Directional Overcurrent Table 1-1 M-7651A D-PAC Device Functions 1–4...
Page 73: Overview
Front Panel Operation – 2 Front Panel Operation Overview ..................2–1 HMI Startup Screens ............... 2–1 Front Panel Controls and Indicators Overview ........ 2–3 HMI Menu Structure ................ 2–8 Monitor – Metering and Status ............2–11 Smart Flash SD Card ..............2–12 Overview Chapter 2 describes the Front Panel and HMI display screen of the M‑7651A D‑PAC, and includes the following:...
Page 74: Hmi Message Screens
M‑7651A D‑PAC Instruction Book HMI MESSAGE SCREENS Default Message Screens When the M‑7651A is energized and unattended, the User Logo lines are displayed along with any System Alarm messages. Wake Up Message Screens When the EXIT/WAKE pushbutton is selected, the display will initiate a cycling display of any parameters selected using the IPScom Wake Up Screens feature, as described in Chapter 4.
Page 75: Front Panel Controls And Indicators Overview
Front Panel Operation – 2 Front Panel Controls and Indicators Overview The front‑panel user interface consists of an LCD display, dedicated/programmable pushbuttons, and dedicated/programmable tri‑color LEDs. NERC/CIP COMPLIANT CYBER SECURITY To provide NERC/CIP compliance, the M‑7651A offers enhanced IEEE 1686 Standard Cyber Security utilizing User Name/Password authorization.
Page 76: Navigation Pushbuttons
M‑7651A D‑PAC Instruction Book NAVIGATION PUSHBUTTONS The Navigation pushbuttons provide access to the HMI menu selections and submenus. The pushbuttons also allow the user to enter and change settings. The pushbuttons are used to enter new values by incrementing or decrementing the displayed value. The new value is not stored until the ENT pushbutton is pressed a second time.
Page 77: S1 - Select Phase Pushbutton (Leds 21, 22, 23)
Front Panel Operation – 2 Figure 2-1 M-7651A D-PAC Front Panel with Factory Default Pushbutton and LED Labels LED 21 LED 22 LED 23 LED 1 LED 7 LED 16 LED 20 LED 2 LED 8 LED 3 LED 9...
Page 78: S14 - Close (Led 17)
M‑7651A D‑PAC Instruction Book S14 – CLOSE (LED 17) NOTE: If a Trip Close Error is active, then both Local Manual and Remote Manual Close operations are blocked. The CLOSE pushbutton is a pre‑programmed pushbutton that is permitted to be reprogrammed. When it is pressed it initiates a Close command which activates the dedicated Close Output contact based on its configuration.
Page 79: Leds
Front Panel Operation – 2 LEDS LED locations are presented in Figure 2‑2. LEDs can be illuminated as Red, Green or Amber. The LEDs can be selected to latch (illuminate) on a particular color: Red, Green or Amber. This selection is available through IPScom’s LED configuration utility.
Page 80: N/G/Sef (Led 10)
M‑7651A D‑PAC Instruction Book N/G/SEF (LED 10) When a Ground or Sensitive Earth Fault or Neutral current element is timing to trip, the LED will illuminate amber. If the element resets before tripping, the respective LED will extinguish. The N/G/SEF LED illuminates red when a trip signal is issued when the Ground or Sensitive Earth Fault or Neutral current exceeds its minimum trip setting.
Page 81: Edit" Mode Prompt
Front Panel Operation – 2 "EDIT" Mode Prompt An underscore beneath the far left or far right character or digit is enabled by initially pressing ENT. This prompt indicates that the user can change a setting using the  or  pushbuttons to increment or decrement the settings.
Page 82: User Lines
User Lines for up to 8 individual device profiles. Each line of this display can have up to 20 ASCII characters (excluding "~" and "\"). User Lines are factory preset with "Beckwith Electric P1" for User Line 1 and "M‑7651A" for User Line 2.
Page 83: Monitor - Metering And Status
Front Panel Operation – 2 2. Press ENT or CNFG  once. The unit will advance to the Nameplate menu. Nameplate < > 3. Press  MNTR or COMM  as necessary, to the "Sys Clock and IRIGB" screen. Sys Clock and IRIGB <...
Page 84: Smart Flash Sd Card
M‑7651A D‑PAC Instruction Book Smart Flash SD Card Pressing the COMM  Hot Button when a formatted Smart Flash SD Card (FAT32) is present in the SD Card slot, advances directly to the "Memory Card" menu. Depending on User Permissions, the Memory Card can now be utilized to: •...
Page 85 Loading a Clone file that was created from a different firmware version may cause ▲ unintended operation. Contact Beckwith Electric to determine Clone file compatibility. Select Memory Card/Load/Clone Load, and press ENT. The unit will display the name of the first Clone file available: SN1.cln...
Page 86: Saving Settings Files To A Smart Flash Sd Card
M‑7651A D‑PAC Instruction Book SAVING SETTINGS FILES TO A SMART FLASH SD CARD The Memory Card/Settings submenu is available to a user with the appropriate Access Permission. Settings and Clone files from the relay may be saved to the SD Card. Saving Settings Files to a Smart Flash SD Card The Memory Card/Settings/Save Settings selection saves the relay's (*.sup) file to the SD Card.
Page 87: Saving Data Files To A Smart Flash Sd Card
Front Panel Operation – 2 SAVING DATA FILES TO A SMART FLASH SD CARD The Memory Card/Save Data Files submenu is available to a user with the appropriate Access Permission. The following data files are available to be saved onto an SD Card: •...
Page 88 M‑7651A D‑PAC Instruction Book This Page Left Intentionally Blank 2–16...
Page 89: Overview
System Application & Function Setpoints – 3 System Application & Function Setpoints Overview ..................3–1 System Setup .................. 3–2 System Diagrams ................3–20 System Configuration from the HMI ..........3–22 Function Setpoints ................ 3–25 Common Setpoints ................ 3–82 79 Recloser Relay ................. 3–98 Recloser Wizard ................
Page 90: System Setup
M‑7651A D‑PAC Instruction Book System Setup System setup data is required for proper operation of the M‑7651A D‑PAC. The System Setup consists of defining common information like CT and VT ratios, nominal voltage rating, nominal current rating and defining the Active Profile, etc. Configuration information is common to all profiles, and should be entered before Setpoint settings.
Page 91: Source Orientation Setting With Lea Hardware Options H6, L6 Or X6
System Application & Function Setpoints – 3 Source Orientation Setting with LEA Hardware Options H6, L6 or X6 This setting is used to determine on which side the calculation of demand metering and energy metering is done. In addition this is also used for F32, F59I, THD protective function and CBEMA. CT Polarity Reversal Enable With LEA Hardware options H6, L6 or X6;...
Page 92: Voltage Input Configuration
M‑7651A D‑PAC Instruction Book VOLTAGE INPUT CONFIGURATION The following Table lists the factory hardware options available for Voltage Inputs in the M‑7651A. Analog Hardware Voltage Input Options 120–300 Vac Voltage Inputs (4) LEA High Voltage Inputs (4) An0‑An2 are confi gurable phase current, An3 is ground current, (3 LEAHs) An4‑An6 are confi gurable load phase voltages and (1 LEAH) An7 is a source phase voltage or gnd voltage LEA Low Voltage Inputs (4) An0‑An2 are confi gurable phase current, An3 is ground current, (3 LEALs) An4‑An6 are...
Page 93: Voltage Input Configuration Settings
System Application & Function Setpoints – 3 Voltage Input Configuration Settings When an LEA Hardware Option is present, the IPScom System Setup screen will contain an additional "Voltage Input Configuration" button. This selection will display the applicable Voltage Input Configuration screen.
Page 94: Nominal Voltage Configuration - Lea Options H4, L4, X4, H6, L6 And X6
M‑7651A D‑PAC Instruction Book Nominal Voltage Configuration – LEA Options H4, L4, X4, H6, L6 and X6 The LEA Configuration settings are used by the DSP for LEAL and LEAH in order to calculate internal parameters such as multipliers for primary voltage calculation and scale factor to calculate a normalized voltage to 120 V.
Page 95: Phase Angle Shift Compensation
System Application & Function Setpoints – 3 Entering LEA Output Voltage calculation parameters and the system response to the entered values is subject to the following conditions: • IPScom – If the combination of the V , PTR and RCF exceeds the allowable LEA Output Voltage (Low or High range), IPScom will display an error message in red next to the Save button: "LEA Output Voltage is out of range for few terminals.
Page 96: Ratio Correction Factor (Rcf) Auto Adjustment
M‑7651A D‑PAC Instruction Book RATIO CORRECTION FACTOR (RCF) AUTO ADJUSTMENT The Ratio Correction Factor Auto Adjustment feature allows IPScom to automatically calculate the correct RCF settings of the LEA sensors by selecting the "RCF Adjustment" button in the Voltage Input Configuration 3‑2).
Page 97: Dual Vt Configuration
System Application & Function Setpoints – 3 Figure 3-5 Voltage Input Configuration Screen AFTER RCF Auto Adjustment DUAL VT CONFIGURATION With LEA Voltage Input option H4, L4, X4, H6, L6 or X6, the M‑7651A has the capability to allow two VT configuration settings, one for the Y side (VTy) and one for the Z side (VTz).
Page 98: Table 3-2 Phantom Voltage Vt Configuration Table
M‑7651A D‑PAC Instruction Book When a Phantom Voltage VT Configuration is selected, the fundamental power and energy quantities are based on the derived phantom voltages. Sequence components are not calculated and set to zero internally. Magnitude and Phase Displacement Adjustment, Multiplied By Reference Voltage to Create V phantom Voltage...
Page 99: Open Delta - Vt Configuration
System Application & Function Setpoints – 3 OPEN DELTA – VT CONFIGURATION The following diagrams illustrate several examples of Open Delta connections. Open Delta CA Example (LEA Hardware H6) Open-Delta CA Connection Example M-7651A Open-Delta Figure 3-6 Open Delta CA Connection Example Diagram Open Delta AB Example (LEA Hardware H6) Open-Delta AB Connection Example M-7651A...
Page 100: Open Delta Configuration Table
M‑7651A D‑PAC Instruction Book Open Delta Configuration Table Terminal VT Configuration Assignment Open Delta AB Open Delta BC Open Delta CA Open Delta AB Open Delta BC Open Delta CA Open Delta AB Open Delta BC Open Delta CA Open Delta AB Open Delta BC Open Delta CA Open Delta AB...
Page 101: Manually Setting The System Inputs
System Application & Function Setpoints – 3 MANUALLY SETTING THE SYSTEM INPUTS Figure 3-9 System Setup – Input Tab (without Extended I/O) Active State The Active State is used to invert the input states based on the connections. This allows the user to change the input state without physically changing the input on the back of the unit.
Page 102: Figure 3-10 52B Phantom Digital Inputs
M‑7651A D‑PAC Instruction Book Phantom 52b Digital Input The digital input function "52b Phantom Phase X", where X can be either Phase A, B or C, provides the relay with the capability to obtain the 52b contact status, even though the status contact is not available from the recloser.
Page 103: Table 3-4 System Inputs Function Selections
System Application & Function Setpoints – 3 M‑7651A System Inputs Function Selections (Inputs 5‑12 with Extended I/O) Input Default Configuration Autoreclose Option Input 1 52a Phases ABC 52a Phases ABC General 52a Phase A* General Input 2 52b Phases ABC 52b Phases ABC General 52b/69 Lockout ABC...
Page 104: Virtual Inputs
M‑7651A D‑PAC Instruction Book VIRTUAL INPUTS The M‑7651A includes 3 Virtual Inputs (V1, V2 and V3) in addition to the physical inputs. The Virtual Inputs can be assigned to any of the eight IPSlogic functions (Figure 3‑11). When the IPSlogic assigned to the selected Virtual Input operates, then the Virtual Input is asserted and the Function is blocked.
Page 105: Manually Setting The System Outputs
System Application & Function Setpoints – 3 The relay determines which input is the least significant bit. The physical input with the smallest number designator will be the least significant bit. For example, if Inputs 4, 6 and 8 are chosen then Input 4 will be the least significant bit preceded by Input 6 and finally Input 8 shall be the most significant bit.
Page 106 M‑7651A D‑PAC Instruction Book Output Contact Type General – designates contacts that have not been assigned to a protection function. Trip Phase A (B, C) – designates contacts to be dedicated for the trip or open command. There can be up to three trip contacts: one for each phase operating independently or three trip contacts operating simultaneously.
Page 107: Independent Pole Operation
System Application & Function Setpoints – 3 M‑7651A System Outputs Function Selections Default Configuration Output (Outputs 5‑12 Autoreclose Option with Extended I/O) Trip Phases ABC Trip Phases ABC Output 1 Trip Phase A Trip Phase A Close Phases ABC Close Phases ABC Output 2 Close Phase A Close Phase A...
Page 108: System Diagrams
M‑7651A D‑PAC Instruction Book System Diagrams Source M-7651A D-PAC Protection, Automation and Control System for Power Distribution Applications Y (3 V ) Frequency Frequency Overvoltage Negative Undervoltage Rate of • Over • Phase Sequence • Phase Change • Under • Ph-to-Ph Overvoltage •...
Page 109: Figure 3-14 Three-Line Connection Diagram
System Application & Function Setpoints – 3 M-7651A Typical Source Connection Diagram M-7651A Three VT Wye-Wye Connection 1 A / 5 A CT Configuration (Source) R Power sync (Feeder) F Load Figure 3-14 Three-Line Connection Diagram 3–21...
Page 110: System Configuration From The Hmi
M‑7651A D‑PAC Instruction Book System Configuration from the HMI SYSTEM CONFIGURATION The System Configuration settings detailed in this Chapter are also available in the Front Panel HMI. See Chapter 2 Front Panel Operation for an overview of the HMI Menu structure and navigation. 1.
Page 111: Lea Y Side Settings
System Application & Function Setpoints – 3 5. Press ENT or CNFG  once. The unit will display the following: LEA Hardware Continue through the LEA Common Set submenu to access the remaining LEA Common Settings. The displayed screens are based on the installed LEA hardware. The following is a representative list: •...
Page 112: Lea Z Side Settings
M‑7651A D‑PAC Instruction Book LEA Z Side Settings 1. Press CNFG  to wake the unit. The menu will advance to CONFIGURATION. CONFIGURATION < > SETP COMM 2. Press ENT or CNFG  once. The unit will display the following: Nameplate <...
Page 113: Function Setpoints
System Application & Function Setpoints – 3 Function Setpoints The individual protective functions, along with their pickup and timing settings are described in the following pages. Settings for disabled functions do not apply. Some menu and setting screens do not appear for functions that are disabled or not purchased.
Page 114: Comparing Setpoint Files
M‑7651A D‑PAC Instruction Book Comparing Setpoint Files Comparing Setpoint Files does not require IPScom to be connected to a relay as long as the files to be compared are present on the PC. The File/Compare menu is available in the IPScom initial startup screen. Select File/Compare and select either ".sup Files"...
Page 115: Configuring Functions
System Application & Function Setpoints – 3 CONFIGURING FUNCTIONS Configuration of the relay consists of enabling the functions for use in a particular application, designating the output contacts each function will operate, and which control/status inputs will block the function. The choices include four programmable output contacts (OUT 1–OUT 4) and four control/status inputs (IN 1–IN 4), or twelve programmable output contacts (OUT 1–OUT 12) and twelve control/status inputs (IN 1–IN 12) for units purchased with expanded I/O.
Page 116: Setup/Setpoints
M‑7651A D‑PAC Instruction Book Setup/Setpoints The Setup/Setpoints command displays the main Setpoints screen ( ) from which the individual relay function screens are accessed. Selecting a Function button will display the corresponding function setpoints screen. Function Setpoints Screens Command Buttons Each Function Setpoints screen contains the following Command Buttons.
Page 117: 25 Sync Check
System Application & Function Setpoints – 3 25 SYNC CHECK The sync check function (25) is used to ensure that the voltage magnitude, phase angle and frequency of the selected line reference phase (A, B or C) and the Bus (Vz selected to V ) are within acceptable limits sync...
Page 118: Figure 3-18 Function 25 Sync Check Setpoints Screen
M‑7651A D‑PAC Instruction Book Figure 3-18 Function 25 Sync Check Setpoints Screen User Setting Undervoltage Permission usage set to Sync (Line) Measured Variable < Bus Minimum Voltage Reference Phase (V ) set to Phase A, B or C (Bus) < Line Minimum Voltage sync Dead Line...
Page 119: 27 Phase Undervoltage
System Application & Function Setpoints – 3 27 PHASE UNDERVOLTAGE Use the Phase Undervoltage function (27) to detect any condition causing long‑ or short‑term undervoltage. The ranges and increments are presented in Figure 3‑11. 27 #2 through 27 #4 Screens are identical to 27 #1. NOTE: When the Auto Restoration function is enabled, select Auto Restore to include the 27 Undervoltage function in the Auto Restoration logic.
Page 120: 32 Directional Power
M‑7651A D‑PAC Instruction Book 32 DIRECTIONAL POWER Directional Power protection (32) is available as either Reverse Overpower, Reverse Underpower, Forward Overpower or Forward Underpower configuration presented in Figure 3‑14. The directional power function provides four power elements, each with a magnitude setting and time delay, and configurable as an underpower or overpower element.
Page 121: 40 Loss Of Field
System Application & Function Setpoints – 3 Figure 3-25 Function 32 Directional Power Setpoints Screen 40 LOSS OF FIELD The Loss‑of‑Field function (40) provides protection for a partial or complete loss of field. A variety of possible settings make the M‑7651A D‑PAC very flexible when applied to loss‑of‑field protection for distributed generation applications.
Page 122: Figure 3-27 Loss Of Field Graph
M‑7651A D‑PAC Instruction Book Figure 3-27 Loss of Field Graph The loss‑of‑field function is implemented with two offset mho elements, a directional element and an undervoltage element for voltage control. The settings for each zone are adjusted individually. • The two offset mho elements with individual timers permit reliable reactive reach settings. •...
Page 123: Figure 3-28 Function 40 Loss Of Field - Protective Approach I
System Application & Function Setpoints – 3 First Approach Both of the elements (Zones 1 and 2) are set with an offset equal to: ‑X ≡ direct axis transient (saturated) reactance of the generator The Zone 1 diameter is set equal to 1.0 per unit impedance on the machine base. This mho element detects loss‑of‑field from 30 percent full load to full load.
Page 124: 46Dt Negative-Sequence Definite Time Overcurrent
M‑7651A D‑PAC Instruction Book Block Direction Heavy Load Light Load Trip Direction Directional Element Angle Setting Underexcited Loss of Excitation Final Impedance Locus Steady-State Stability Limit Machine Capability Minimum Exciter Limit Figure 3-29 Function 40 Loss of Field – Protective Approach II 46DT NEGATIVE‑SEQUENCE DEFINITE TIME OVERCURRENT The Negative‑Sequence Overcurrent function is very sensitive and can detect unbalance due to an open pole.
Page 125: 46It Negative-Sequence Inverse Time Overcurrent
System Application & Function Setpoints – 3 46IT NEGATIVE‑SEQUENCE INVERSE TIME OVERCURRENT The 46IT Inverse Time function can be selected as an IEC, IEEE, US, Traditional Recloser Curve (101‑202), Definite Time or user defined Custom Curve. 46IT #2 through 46IT #5 screens are identical to 46IT #1. Figure 3-31 Function 46IT Negative-Sequence Inverse Time Overcurrent Setpoints Screen USER DEFINED CUSTOM CURVES The IPScom Setup/Custom Curve Editor selection allows the user to define up to four custom Inverse Time...
Page 126: 47 Negative-Sequence Overvoltage
M‑7651A D‑PAC Instruction Book 47 NEGATIVE‑SEQUENCE OVERVOLTAGE The Negative‑Sequence Overvoltage function provides protection for voltage unbalance and reverse phase sequence. The operating signal is V Voltage unbalance can occur due to blown fuses on transformers, open conductors, load unbalance and other such events.
Page 127: 50G Ground Instantaneous/Definite Time Overcurrent
System Application & Function Setpoints – 3 50G GROUND INSTANTANEOUS/DEFINITE TIME OVERCURRENT The 50G Ground Instantaneous/Definite Time Overcurrent function provides reliable protection for ground faults. This element can be set more sensitive than the phase overcurrent since ground current typically only exists during unbalanced conditions.
Page 128: 50Gs Sensitive Ground Instantaneous/Definite Time Overcurrent
M‑7651A D‑PAC Instruction Book 50GS SENSITIVE GROUND INSTANTANEOUS/DEFINITE TIME OVERCURRENT The 50GS Sensitive Ground Instantaneous/Definite Time Overcurrent function provides reliable protection for ground faults on high impedance grounded and ungrounded distribution systems. This element is set extremely sensitive since the ground fault current is very low. 50GS operates on the ground current input .
Page 129: 50Bf Breaker Failure
System Application & Function Setpoints – 3 50BF BREAKER FAILURE relay closes an output contact to trip the breaker when it detects a fault or other abnormal condition. Breaker failure protection provides another level of protection should the breaker fail to open. For example the relay can send a direct transfer trip command to the first upstream switch that can break fault current should the breaker fail.
Page 130: 51V Phase Inverse Time Overcurrent With Voltage Control Or Voltage Restraint
M‑7651A D‑PAC Instruction Book 51P/51V PHASE INVERSE TIME OVERCURRENT WITH VOLTAGE CONTROL OR VOLTAGE RESTRAINT The Phase Inverse Time Overcurrent with Voltage Control/Restraint setting screen allows the user to Enable/ Disable Phase Overcurrent protection and enter the operating parameters. Use up to five individual elements to provide inverse time phase overcurrent protection.
Page 131: Figure 3-41 Inverse Time Overcurrent Characteristic
Moderately Inverse, Standard Inverse, Very Inverse, US Curves Extremely Inverse, Short Time Inverse Definite Time Definite Time User‑Designed Programmable Curves Four Programmable Curves Table 3-8 M-7651A D-PAC Curve Selection Time Pickup = 1 Amp Multiplier IEEE Very Inverse Time Multiplier = 1 >1...
Page 132: 51N Residual Inverse Time Overcurrent
M‑7651A D‑PAC Instruction Book 51N RESIDUAL INVERSE TIME OVERCURRENT The (51N) Residual Inverse Time Overcurrent function provides protection against ground faults and operates on the neutral current (I ). These elements have greater sensitivity than the phase overcurrent protection, but care should be taken to set the pickup above normal standing unbalance due to conditions such as unequal single phase load.
Page 133: 51Gs Sensitive Ground Inverse Time Overcurrent
System Application & Function Setpoints – 3 51GS SENSITIVE GROUND INVERSE TIME OVERCURRENT The 51GS Sensitive Ground Inverse Time Overcurrent function provides protection against ground faults and operates on the single phase current input I . These elements are extremely sensitive to provide protection for high impedance grounded and ungrounded distribution systems.
Page 134: 59Pp Phase-To-Phase Overvoltage
M‑7651A D‑PAC Instruction Book 59PP PHASE‑TO‑PHASE OVERVOLTAGE Use the Phase‑to‑Phase Overvoltage function (59PP) to detect overvoltage conditions. This element operates on Phase‑to‑Phase voltage (i.e., V ). Therefore it does not pickup due to ground effects such as ground potential rise or zero‑sequence mutual coupling. Ranges and increments are presented in Figure 3‑47.
Page 135: 59Vz1 Overvoltage
System Application & Function Setpoints – 3 Figure 3-49 Function 59I Peak Overvoltage Setpoints Screen 59VZ1 OVERVOLTAGE A single phase overvoltage element is available when voltage input Vz1 is setup as 27/59. Use the 59Vz1 Overvoltage function to detect any condition causing long term overvoltage on the line side of the relay. The function 59Vz1 can detect ground faults if the voltage input Vz1 is connected across a broken delta VT and provides protection for ground faults on the distribution feeder (Figure...
Page 136: 67P Phase Directional Overcurrent
M‑7651A D‑PAC Instruction Book 67P PHASE DIRECTIONAL OVERCURRENT NOTE: 67P is intended to only operate for balanced three‑phase faults. 67Q operates for phase‑ to‑phase and phase‑to‑phase‑to‑ground while 67N (or 67G) operates for single phase‑to‑ ground faults. Therefore, every fault type is covered (i.e., AG, BG, CG, AB, BC, CA, ABG, BCG, CAG and ABC).
Page 137: Figure 3-53 67P Directional Characteristic With Angle Band Enabled
System Application & Function Setpoints – 3 90° Blocking Zone 180° 0° Trip Zone 270° = Polarizing Voltage (Reference) = Operate Current MSA = Maximum Sensitivity Angle Band = Angle Band Figure 3-53 67P Directional Characteristic with Angle Band Enabled Figure 3-54 Function 67P Directional Overcurrent Definite Time Setpoints Screen 3–49...
Page 138: 67 Directionality View
M‑7651A D‑PAC Instruction Book Figure 3-55 Function 67P Directional Overcurrent Inverse Time Setpoints Screen 67 Directionality View Selecting "Directionality View" in any 67 Function screen will display a graphical representation of the entered Maximum Sensitivity Angle. NOTE: MSA cannot be deselected, but the value may be changed. Figure 3-56 Function 67 Directionality View Default MSA 3–50...
Page 139: 67N Residual Directional Overcurrent
System Application & Function Setpoints – 3 Figure 3-57 Function 67 Directionality View Default MSA and Angle Band 67N RESIDUAL DIRECTIONAL OVERCURRENT Each Residual Directional Overcurrent element can be configured as Directional or Non‑Directional. Forward or Reverse looking operation depends upon the setting for the Maximum Sensitivity Angle. Figure 3‑60 "Residual Directional Overcurrent –...
Page 140: Figure 3-58 67N Residual Directional Overcurrent Definite Time Setpoints Screen
M‑7651A D‑PAC Instruction Book Figure 3-58 67N Residual Directional Overcurrent Definite Time Setpoints Screen Figure 3-59 67N Residual Directional Overcurrent Inverse Time Setpoints Screen 3–52...
Page 141: Figure 3-60 67N Residual Directional Overcurrent - Directional Characteristic
System Application & Function Setpoints – 3 90° Trip Zone Operate Polarizing Current I Voltage 180° 0° 120° Block Zone 270° Figure 3-60 67N Residual Directional Overcurrent – Directional Characteristic 90° Block Zone 180° 0° Polarizing Voltage Trip Zone Maximum Sensitivity Angle = +90°...
Page 142: 67G Ground Directional Overcurrent
M‑7651A D‑PAC Instruction Book 67G GROUND DIRECTIONAL OVERCURRENT Each Ground Directional Overcurrent element can be configured as Directional or Non‑Directional. Forward or Reverse looking operation depends upon the setting for the Maximum Sensitivity Angle. Figure 3‑62 "Ground Directional Overcurrent – Directional Characteristic" illustrates setting an element to be forward looking for ground faults on a distribution feeder.
Page 143: Figure 3-63 67G Ground Directional Overcurrent - Polarizing Voltage And
System Application & Function Setpoints – 3 90° Block Zone 180° 0° Polarizing Voltage Trip Zone Maximum Sensitivity Angle = +90° Operate Current 270° Figure 3-63 67G Ground Directional Overcurrent – Polarizing Voltage and Operate Current (I for Forward Single Line-To-Ground Fault – Pure Reactive System = 3V Figure 3-64 67G Broken Delta Polarizing Source 3–55...
Page 144: Figure 3-65 67G Ground Directional Overcurrent Definite Time Setpoints Screen
M‑7651A D‑PAC Instruction Book Figure 3-65 67G Ground Directional Overcurrent Definite Time Setpoints Screen Figure 3-66 67G Ground Directional Overcurrent Inverse Time Setpoints Screen 3–56...
Page 145: 67Q Negative-Sequence Directional Overcurrent
System Application & Function Setpoints – 3 67Q NEGATIVE‑SEQUENCE DIRECTIONAL OVERCURRENT Each Negative‑Sequence Directional Overcurrent element can be configured as Directional or Non‑Directional. Forward or Reverse looking operation depends upon the setting for the Maximum Sensitivity Angle. Figure 3‑69 "Negative‑Sequence Directional Overcurrent – Directional Characteristic" illustrates setting an element to be forward looking for unbalanced faults on a distribution feeder.
Page 146: Figure 3-68 67Q Negative-Sequence Directional Overcurrent Inverse Time Setpoints Screen
M‑7651A D‑PAC Instruction Book Figure 3-68 67Q Negative-Sequence Directional Overcurrent Inverse Time Setpoints Screen 90° Trip Zone Operate Polarizing Current I Voltage 180° 0° 120° Block Zone 270° Figure 3-69 67Q Negative-Sequence Directional Overcurrent – Directional Characteristic 3–58...
Page 147: 67Gs Sensitive Ground Directional Overcurrent
System Application & Function Setpoints – 3 90° Block Zone 180° 0° Polarizing Voltage Trip Zone Maximum Sensitivity Angle = +90° Operate Current 270° Figure 3-70 67Q Negative-Sequence Directional Overcurrent – Polarizing Voltage (V ) and Operate Current (I ) for Forward Unbalanced Fault – Pure Reactive System 67GS SENSITIVE GROUND DIRECTIONAL OVERCURRENT Each Sensitive Ground Directional Overcurrent element can be configured as Directional or Non‑Directional.
Page 148: Figure 3-71 67Gs Sensitive Ground Directional Overcurrent Definite Time Setpoints Screen
M‑7651A D‑PAC Instruction Book Figure 3-71 67GS Sensitive Ground Directional Overcurrent Definite Time Setpoints Screen Figure 3-72 67GS Sensitive Ground Directional Overcurrent Inverse Time Setpoints Screen 3–60...
Page 149: 81 Frequency
System Application & Function Setpoints – 3 81 FREQUENCY Frequency protection (81) provides overfrequency and underfrequency protection. This function has four independent elements with their own pickup and time delay settings. The overfrequency mode is automatically selected when the frequency setpoint is programmed higher than the nominal frequency (50 or 60 Hz). The underfrequency mode is selected when the setpoint is programmed below the nominal frequency.
Page 150: Figure 3-74 Function 81 Frequency Setpoints Screen
M‑7651A D‑PAC Instruction Book Figure 3-74 Function 81 Frequency Setpoints Screen Over Frequency Trip Magnitude #1 61.0 60.8 60.6 60.4 Over Frequency Magnitude #2 60.2 Over Frequency Over Frequency Time Delay #1 Time Delay #2 Time (cycles) 60.0 Under Frequency Under Frequency Time Delay #3 Time Delay #4...
Page 151: 81R Rate-Of-Change Of Frequency
System Application & Function Setpoints – 3 81R RATE‑OF‑CHANGE OF FREQUENCY The Rate‑of‑Change of Frequency function (81R) can be used for load shedding or tripping applications. The function is automatically disabled during unbalanced system events such as faults and other disturbances when the function detects negative‑sequence voltage (2.5 V or greater).
Page 152: Clp Cold Load Pickup - (Available When Autoreclose Option Is Purchased)
M‑7651A D‑PAC Instruction Book CLP COLD LOAD PICKUP – (Available when Autoreclose option is purchased) The Cold Load Pickup Setpoints screen (Figure 3‑79) contains alternate settings for the 50P, 50N, 50G/ GS, 51P, 51N, 51G/GS and High Current Lockout functions. These alternate settings override the existing settings of any enabled function after the relay is tripped open and the lockout condition has been active for a period greater than the user programmed period (Time Locked out to Activate Cold Load).
Page 153: Figure 3-78 Cold Load Pickup Logic Diagram
System Application & Function Setpoints – 3 Figure 3-78 Cold Load Pickup Logic Diagram 3–65...
Page 154: Restore Auto Restoration
M‑7651A D‑PAC Instruction Book Figure 3-79 Function CLP Cold Load Pickup Setpoints Screen (partial) RESTORE AUTO RESTORATION The Auto Restoration feature recloses the breaker after a loadshed caused by a non‑overcurrent function (under/overvoltage or under frequency). Auto Restoration will ONLY occur when the trip is caused by the user selected F27 undervoltage, F59 overvoltage and/or F81 frequency functions.
Page 155: Figure 3-80 Auto Restoration Setpoints Screen
System Application & Function Setpoints – 3 High Voltage Limit – The High Voltage Limit setting is a secondary value expressed in volts. The setting should be less than the lowest overvoltage pickup setting. This setting should be set at a value that the measured voltage must not exceed to allow restoration.
Page 156: Hlt Mm Hot Line Tag/Maintenance Mode
M‑7651A D‑PAC Instruction Book External Close Frequency Enable Schedule Time Enabled Reclose Voltage Enable Delay Enabled Abort Time TRIP (Load Shed) – – – – Figure 3-81 Auto Restoration Conceptual Logic Diagram HLT MM HOT LINE TAG/MAINTENANCE MODE Hot Line Tag/Maintenance Mode settings are evaluated as protection elements. The Hot Line Tag/ Maintenance Mode elements include 50P, 51P, 50G/GS and 51G/GS.
Page 157: Ipslogic
System Application & Function Setpoints – 3 Figure 3-82 HLT MM – Hot Line Tag/Maintenance Mode Setpoints Screen IPSlogic The relay provides eight logic functions and associated IPSlogic. These functions can be used in conjunction with IPSlogic to expand the capability of the unit by allowing the user to define customized operating logic. The IPSlogic Function can be programmed to perform any or all of the following tasks: •...
Page 158: Ipslogic Setpoints
M‑7651A D‑PAC Instruction Book IPSlogic Setpoints 1. From the Setup/Setpoints screen, select IPS–IPSlogic. IPScom will display the "IPSlogic Setpoints" screen (Figure 3‑83). 2. Assign the Time Delay, Virtual IPSlogic Outputs, Outputs, Blocking Inputs and Virtual Inputs as desired. Figure 3-83 IPSlogic Setpoints Screen IPSlogic Close Block Action When Close Block is set to Activate and the IPSlogic function has picked up and timed out, the Close operation will be blocked, regardless of the source of the command (79 function, HMI, remote command,...
Page 159: Programming Ipslogic
System Application & Function Setpoints – 3 Programming IPSlogic CAUTION: Logic feedback is prohibited unless a LATCH gate has been used in the logic. Use ▲ of feedback without a LATCH gate can produce unpredictable results. 1. From the IPSlogic Setpoints screen, select IPSlogic. IPScom will activate the IPSlogic Editor Screen (Figure 3‑84) which provides an interactive worksheet for programming the desired IPSlogic.
Page 160: Lel Load Encroachment Logic
M‑7651A D‑PAC Instruction Book Add Logic Gates Use the "Gates" tool to drag and drop logic gates onto the worksheet. Hovering over a Gate will display a Tooltip with the Gate description. Figure 3-86 IPSlogic Editor "Gates" Tool Show Logical Analyzer (Oscilloscope) Use this tool to display the Oscilloscope for the currently selected IPSlogic circuit.
Page 161: Figure 3-89 Load Encroachment Logic Setpoints Screen
System Application & Function Setpoints – 3 Figure 3-89 Load Encroachment Logic Setpoints Screen δ δ Block 51P Reverse Forward Blocking Blocking δ δ Figure 3-90 Load Encroachment Logic Application 3–73...
Page 162: Load Encroachment Logic Graph
M‑7651A D‑PAC Instruction Book Load Encroachment Logic Graph Select View LEL Graph from the Load Encroachment Logic Setpoints screen to display a graphical representation of the LEL settings (Figure 3‑91). Figure 3-91 Load Encroachment Logic Graph LEL Directional Element F67 The LEL Directional Element setting selects which F67 Element is to be used to detect directionality.
Page 163: Bm Breaker Monitor
System Application & Function Setpoints – 3 Figure 3-93 LEL Directional Element F67P #1 Resultant Setpoints Screen BM BREAKER MONITOR The relay records the amount of current carried in each phase each time the breaker trips. The relay’s operational logic employs an algorithm integrating the amount of unfiltered AC current at the time of each trip and the number of operations (close to open) as a method of calculating wear.
Page 164: Breaker Accumulator Status - Monitor Submenu
M‑7651A D‑PAC Instruction Book Breaker Accumulator Status – Monitor Submenu When the Breaker Monitor function is enabled, the Breaker Accumulator Status screen (Figure 3‑96) will display the Accumulator Status based on the Breaker Monitor Timing selection of the active profile. Preset Accumulator values for each phase may also be set.
Page 165: Ihr Inrush Harmonic Restraint
System Application & Function Setpoints – 3 IHR INRUSH HARMONIC RESTRAINT Energizing a transformer creates a high transient current accompanied by a harmonic component. This high transient current is referred to as "inrush" current. The harmonics present during the inrush period allow the M‑7651A to discern inrush transients from an actual fault condition, and apply appropriate restraint.
Page 166: Figure 3-99 Inrush Harmonic Restraint Logic Diagram
M‑7651A D‑PAC Instruction Book SP = Setpoint Inrush Harmonics Detector > SP FUND Extract 2 and 4 & > 0.05pu of CT FUND secondary rating Ensures line Output, in %, is energized is from phase with Reset greatest % Dominant >...
Page 167: Optional Arc Flash Protection
System Application & Function Setpoints – 3 OPTIONAL ARC FLASH PROTECTION Arc Flash Protection hardware option adds a custom module to the M‑7651A. The module detects arc flash conditions in switchgear and operates circuit breakers to remove the current source from the arc, thus mitigating the potential damage to equipment.
Page 168: Figure 3-102 Arc Flash Setpoints Screen
M‑7651A D‑PAC Instruction Book Figure 3-102 Arc Flash Setpoints Screen NOTE: The Arc Flash hardware option is automatically detected by the M‑7651A firmware and IPScom. Although Arc Flash settings are available in File Mode, the settings will only be written to units with Arc Flash hardware installed. Arc Light Sensitivity The Arc Light Sensitivity minimum/maximum range is dependent on the results of the Calibration procedure.
Page 169: Figure 3-104 Arc Flash Ambient Light Intensity Metering Screen
System Application & Function Setpoints – 3 Arc Flash Ambient Light Metering Select Monitor/ARC Flash Ambient Light, to display the Ambient Light Intensity Metering screen (Figure 3-104). When the Metering window is active, the Arc Flash heartbeat detection is disabled, and the M-7651A continuously measures and reports the light intensity of the Arc Flash inputs.
Page 170: Common Setpoints
M‑7651A D‑PAC Instruction Book Common Setpoints The following setpoints are NOT part of the individual profile. These are independent setpoints common to all profiles. These setpoints are located in the "Common Setpoints" tab of the Setpoints screen. PSBC IED POWER SUPPLY/BATTERY CHARGER MONITOR IED Power Supply Monitor The Power Supply Monitor alarms on delay when the input voltage to the Power Supply is too high or too low.
Page 171: Tccm Trip/Close Circuit Monitoring
System Application & Function Setpoints – 3 TCCM TRIP/CLOSE CIRCUIT MONITORING Trip Circuit Monitor The physical connections for this circuit are shown in Figure 3‑108. A selectable opto‑isolated input monitors the dc trickle current flowing through the trip circuit. If the trip coil fails as an open circuit, then continuity is interrupted.
Page 172: Close Circuit Monitor
External connections for the Close Circuit Monitoring function are shown in Figure 3‑109 Figure 3‑110. Beckwith Electric Co., Inc. recommends that the M‑7651A CCM circuit be connected directly to the close coil, bypassing the anti‑pump "Y" relay portion of the close circuit as illustrated in Figure 3‑109.
Page 173: 60Fl Vt Fuse Loss
System Application & Function Setpoints – 3 M-7679 M-7651A Station Battery Close Circuit Monitoring Input Output Other Contact Contacts Legend Anti-pump relay prevents reclosing on a sustained close command. A spring charge limit switch shown with breaker closing spring discharged. Close Coil Latch check switch, closed when latch...
Page 174: External Fuse-Loss Function
M‑7651A D‑PAC Instruction Book External Fuse‑Loss Function For the specific application where the preceding logic cannot be considered reliable (such as when current inputs to the relay are not connected, or sustained positive‑sequence current during fault conditions is minimal), an external fuse failure function can be used as an input to the relay. The external 60FL function contact is connected across any control/status input.
Page 175: Figure 3-112 Fuse Loss (60Fl) Function Logic
System Application & Function Setpoints – 3 Figure 3-112 Fuse Loss (60FL) Function Logic 3–87...
Page 176: Thd/Tdd Total Harmonic Distortion/Total Demand Distortion
M‑7651A D‑PAC Instruction Book THD/TDD TOTAL HARMONIC DISTORTION/TOTAL DEMAND DISTORTION The THD/TDD feature consists of two setpoints that can be used for alarm or tripping. Selecting THD or TDD will apply the selection to the entire element even when Individual Phase is enabled. For example, Element #1 can use TDD and Element #2 can operate on THD or both elements can use TDD or THD.
Page 177: Figure 3-114 Thd/Tdd Setpoints Screen With Independent Phase Enabled
System Application & Function Setpoints – 3 Figure 3-114 THD/TDD Setpoints Screen with Independent Phase Enabled 3–89...
Page 178: Close Block Function
M‑7651A D‑PAC Instruction Book CLOSE BLOCK FUNCTION When enabled, a Close Block condition will be in effect when the Voltage or Frequency is out of band. Each condition can be individually enabled or disabled. The voltage band is defined by an upper (F59) and lower limit (F27).
Page 179: Figure 3-117 Recloser Status Monitoring Screen - Close Block Status And
System Application & Function Setpoints – 3 Close Block Function Status The Recloser Status Monitoring screen indicates the Close Block status (Figure 3‑117). This screen also allows the user to send a Close Block Override command. When a Close Block Override is active, the status is displayed in red.
Page 180: Sgi - Sensitive Ground Indicator
SGI – SENSITIVE GROUND INDICATOR High Impedance Faults (HIZ) do not produce enough fault current to allow detection by conventional overcurrent methods. Beckwith Electric has developed a proprietary logic that uses harmonic components of Ground Fault Current (I The logic uses various characteristics of the Ground Fault Current. In order to prevent false triggering of the SGI function during the presence of harmonics with normal load, a Delta Current calculation is carried out between the average ground current and the latest current measurement.
Page 181: Voltage And Current Harmonics
System Application & Function Setpoints – 3 Voltage and Current Harmonics Five voltage and five current harmonics are calculated in real time at a minimum rate of 4 times every cycle (every quarter cycle). The calculated harmonics are compared against a corresponding individual threshold. If any of the five voltage or five current harmonics exceeds its corresponding threshold for more than the Duration setting defined by the user, the SGI function will activate.
Page 182: Sef Fundamental Signal
M‑7651A D‑PAC Instruction Book SEF Fundamental Signal The "SEF Fundamental Signal" section allows the user to save any selected 50GS elements to all profiles. Select "50GS Settings Group" in this window to display the 50GS function for the selected element (Figure 3‑123).
Page 183: Optional Analog Output Module
System Application & Function Setpoints – 3 OPTIONAL ANALOG OUTPUT MODULE The optional Analog Output Module is a current loop dual channel device capable of transmitting selected data as current from the M‑7651A to third party utility grade devices using IPScom S‑7600. The module contains two current loop outputs capable of providing two signal ranges, either 4‑20 mA or 0‑20 mA (configured individually per channel).
Page 184: Enabling The Analog Output Module
M‑7651A D‑PAC Instruction Book Enabling the Analog Output Module The module is installed in the rear communications Port 1 of the M‑7651A. To enable the Analog Output module, select "Analog Out" as the protocol in the IPScom Communication/Setup/Comm Port screen (Figure 3‑126).
Page 185: Figure 3-128 Measured Variable Parameter Selection List
System Application & Function Setpoints – 3 Selecting the Measured Variable dropdown will display the full list of available parameters (Figure 3‑128). Parameters available for Metering include: • Real, average, and reactive power (in Watts or VAr) for each phase •...
Page 186: 79 Recloser Relay
M‑7651A D‑PAC Instruction Book 79 Recloser Relay NOTE: This Function is available when the Autoreclose option is purchased. TRIP AND CLOSE LOGIC The breaker is tripped independently by any protective function. The 79 Automatic Reclose function is executed every quarter of a cycle after all the enabled protective functions have been executed at least once. The algorithm of the 79 Reclose function is state machine driven.
Page 187: 79 Supervision Feature
System Application & Function Setpoints – 3 Figure 3-130 79 Drive To Lockout Function Selection Tab 79 Supervision Feature The 79 Supervisory Functions allow the user to select those functions, or IPSlogic, that when tripped will cause the 79 reclosing operation to be blocked and eventually lockout if the selected supervision functions are still tripped after the supervision time has elapsed.
Page 188: Terminology
M‑7651A D‑PAC Instruction Book Figure 3-131 Supervision Functions Tab Terminology Important Terminology: In the context of the 79 function, the term deactivate is defined as an internal setting within the 79 Automatic Reclose function, that does not permit a protective function to activate, even though the function is enabled by the user.
Page 189: Figure 3-132 Function 79 Lockout Algorithm Diagram (Three-Phase Ganged)
System Application & Function Setpoints – 3 Overview of Lockout algorithm Is F79 Enabled Proceed with State If Manual or If Manual or Machine Driven Auto Remote Trip Remote Trip Reclose Algorithm State 12 No Lockout and Lockout and Send proceed to next Lockout and Send TRIP command to...
Page 190: Phase Count And Ground Count Exceeded Lockout Algorithm
M‑7651A D‑PAC Instruction Book Reclose Count = 1 or greater Reclose Shot 1 State 2 Actual trip command sent State 4 ¼ cycle earlier Remaining Reclose Actual output firing 4 ms shots if exists (hardware delay) + max 1.3 ms Two Wire Interface delay State 3 State 5...
Page 191: Sequence Coordination
System Application & Function Setpoints – 3 Sequence Coordination In case there are multiple reclosers which operate in serial connections, the Sequence Coordination feature prevents unnecessary trip of source‑side recloser by Overcurrent element due to load‑side fault. When this feature is enabled and the fault is restored to normal state by load‑side recloser during source‑side recloser time‑delayed operation, source‑side recloser only increments the reclosing counts without tripping.
Page 192: 79 Recloser Status Monitoring
M‑7651A D‑PAC Instruction Book 79 Recloser Status Monitoring Selecting Monitor/Recloser Status Monitoring from the IPScom main menu displays the Recloser Status Monitoring screen which allows real time monitoring of the recloser. See Figure 3‑135 for situational examples of the status monitoring screen. Example: All 4 reclose sequence occurred and LOCKOUT condition.
Page 193: 79 Recloser Relay Setpoints
System Application & Function Setpoints – 3 79 RECLOSER RELAY SETPOINTS The Recloser Relay screen allows the user to set the Reclosing Sequence and Reclose Interval. The Reclosing Sequence is an extension of the single Reclosing Operation. When a breaker opens and closes automatically, it will continue until the specified count is reached.
Page 194: 79 Logic To Start Recloser Timer
M‑7651A D‑PAC Instruction Book 79 Logic to Start Recloser Timer This selection allows IPSlogic to be added to the Recloser Timer settings (Figure 3‑138). Figure 3-138 79 Recloser Relay Logic to Start Recloser Timer Settings Screen 79 Trip Reclose Sequence The Trip Reclose Sequence screen (Figure 3‑139) allows the user to select the protection functions which...
Page 195: Beckwith Fast And Slow Curve Implementation
System Application & Function Setpoints – 3 CLOSED TRIP 27 BSVS AUTO RECLOSE CYCLE Figure 3-141 Auto Reclose Single Shot Timing with 27BSVS Enabled Beckwith Fast and Slow Curve Implementation The M‑7651A has the ability to switch between Fast Curve settings and Slow Curve settings through remote communications.
Page 196: Figure 3-142 79 Recloser Relay Fast & Slow Cooper Curve Qualifiers Settings
M‑7651A D‑PAC Instruction Book Figure 3-142 79 Recloser Relay Fast & Slow Cooper Curve Qualifiers Settings Screen Fast/Slow Curve Status Indicator The Fast/Slow Curve status is displayed in the Recloser Status Monitoring screen. The selected curve is displayed in Red. The curve selection may also be changed from this screen (Figure 3‑143).
Page 197: Recloser Wizard
System Application & Function Setpoints – 3 Recloser Wizard The M‑7651A includes both advanced setup screens and a Recloser Wizard to setup the 79 Reclose functions. Each method provides both the advanced users and less frequent users with an intuitive user friendly interface.
Page 198: Recloser Wizard Profile Screen
M‑7651A D‑PAC Instruction Book Recloser Wizard Profile Screen The Recloser Wizard Profile screen (Figure 3‑146) provides the user with the capability to edit the User Lines associated with each individual profile defined by the "Setting Profile to Create" entry. The User Lines can be used for a circuit description or a settings description.
Page 199: Figure 3-148 51P Function Settings Screen
System Application & Function Setpoints – 3 Figure 3-148 51P Function Settings Screen Figure 3-149 50P Function Settings Screen Depending on the number of Phase Counts (Figure 3‑147), the equivalent number of Trip Sequences are available to the user. The "Enable" check box, when unchecked, will deactivate all of the Overcurrent protective functions.
Page 200: Recloser Wizard Ground Overcurrent Settings Screen
M‑7651A D‑PAC Instruction Book Figure 3-150 Recloser Wizard Display All Graphs Feature Recloser Wizard Ground Overcurrent Settings Screen The Recloser Wizard Ground Overcurrent Settings screen (Figure 3‑151) is dedicated to the ground functions and its behavior is similar to the Phase Overcurrent Settings screen. Figure 3-151 Recloser Wizard Ground Overcurrent Settings Screen 3–112...
Page 201: Figure 3-152 Ground Precedence Flowchart
System Application & Function Setpoints – 3 Ground Precedence When Ground Precedence is selected, the following flowchart controls the lockout conditions. Count > Phase Count OLP = false OLP = true Count > GND Count OLG = false OLG = true OLP and OLG Lockout are true...
Page 202: Recloser Wizard Residual (Neutral) Overcurrent Settings Screen
M‑7651A D‑PAC Instruction Book Recloser Wizard Residual (Neutral) Overcurrent Settings Screen The Recloser Wizard Residual (Neutral) Overcurrent Settings screen (Figure 3‑153) is dedicated to the residual functions and its behavior is similar to the Phase Overcurrent Settings screen. Figure 3-153 Recloser Wizard Residual (Neutral) Overcurrent Settings Screen Recloser Wizard Cold Load Settings Screen The Recloser Wizard Cold Load Pickup Setpoints screen (Figure...
Page 203: Figure 3-155 Cold Load Pickup Function Logic
System Application & Function Setpoints – 3 Figure 3-155 Cold Load Pickup Function Logic 3–115...
Page 204: Recloser Wizard Hot Line Tag Settings Screen
M‑7651A D‑PAC Instruction Book Recloser Wizard Hot Line Tag Settings Screen Figure 3-156 Recloser Wizard Hot Line Tag Settings Screen Recloser Wizard Automatic Reclosing Settings Screen The Automatic Reclosing settings screen (Figure 3‑157) allows the user to modify the time delay between trip and automatic reclose of the breaker.
Page 205: Navigation Panel Screen
System Application & Function Setpoints – 3 Figure 3-158 79 Drive to Lockout Screen Figure 3-159 79 Supervision Functions Screen Navigation Panel Screen The Navigation Panel screen (Figure 3‑160) allows the user to perform the following: • Duplicate Function 79 settings •...
Page 206: Configuring Setpoints From The Hmi
M‑7651A D‑PAC Instruction Book Configuring Setpoints from the HMI SELECTING A PROFILE FOR EDITING 1. Press SETP  to wake the unit. The menu will advance to "SETPOINTS". SETPOINTS < > MNTR CNFG 2. Press ENT or CNFG  once. The unit will display the following: PROFILE <...
Page 207: Example: Setting 50P, Element #1, Three-Phase Ganged Operation Mode
System Application & Function Setpoints – 3 Example: Setting 50P, Element #1, Three‑Phase Ganged Operation Mode The following steps outline the setup of Function 50P, Element #1, Three‑Phase Ganged Operation mode. The steps to setup Elements #2 through #5, Functions 51P, 50G(GS), 51G(GS), 50N, 51N and High Current Lockout are similar.
Page 208: Setting 79 Recloser Relay (Three-Phase Ganged)
M‑7651A D‑PAC Instruction Book SETTING 79 RECLOSER RELAY (THREE‑PHASE GANGED) 1. Press SETP  to wake the unit. The menu will advance to "SETPOINTS". SETPOINTS < > MNTR CNFG 2. Press ENT or CNFG  once. The unit will display the following: PROFILE <...
Page 209: Remote Setup And Operation
Windows 10 ® ® • One USB (serial) port Hardware Required for Direct USB (Serial) Communication To use IPScom to communicate with a Beckwith Electric M‑7651A D‑PAC using a direct USB (serial) connection, a USB cable is required. 4–1...
Page 210: Installing Ipscom
For enhanced Cyber Security and to be fully NERC CIP compliant, the IPScom installation program file (.exe) is digitally signed. This verification ensures that IPScom is signed by Beckwith Electric Co., Inc. Any changes to the software once it has been signed will invalidate the digital signature.
Page 211: Direct Connection
TIA‑232 connections. If over 50 feet of cable length is required, other technologies should be investigated. Other communication topologies are possible using the M‑7651A D‑PAC. An Application Note, "Serial Communication with Beckwith Electric's Integrated Protection System Relays" is available from the factory or from our website at www.beckwithelectric.com.
Page 212: Initial Local Communications Using Direct Usb Connection
M‑7651A D‑PAC Instruction Book INITIAL LOCAL COMMUNICATIONS USING DIRECT USB CONNECTION When the relay is connected to the PC utilizing a USB cable, Windows will enumerate the relay as an HID ® device. NOTE: The M‑7651A and IPScom S‑7600 Communications Software are shipped from the factory with the same default communication parameters.
Page 213: Serial Comm Port Setup
IPScom Remote Setup and Operation – 4 ® SERIAL COMM PORT SETUP NOTE: Communication must be established with the target relay for this procedure, using the Direct USB Connection described previously. Select Communication/Setup/Comm Port. IPScom will display the Setup Comm Port screen (Figure 4‑6).
Page 214: Ethernet Port Setup From Ipscom
M‑7651A D‑PAC Instruction Book Dual Ethernet Support Optional Dual Ethernet hardware is supported which can provide two individual Mac addresses that act as separate connections, with two TCP stacks. Self‑Healing Ring topology is supported using either a managed or unmanaged ethernet switch. Failover Network topology is also supported. ETHERNET PORT 2 PORT 3...
Page 215: Overview Of Ipscom Features
IPScom File Communication Utility Help Help File Utility About M-7679 R-PAC Sequence of Events Viewer M-7651A D-PAC Open PQ Viewer Import spf File Fault Recorder Event Viewer Recent Files BecoPlot Manage Access Permissions Compare .sup Files SD Care Key Generator .spf Files...
Page 216: Figure 4-10 Ipscom Main Screen Menu Selections
M‑7651A D‑PAC Instruction Book IPScom S-7651A (M7651A_6_1_M_H4_Sx_0_E0_0_file_011000) IPScom Header – File Mode: displays Smart String IPScom S-7651A - 10.10.3.253 (Modbus Ethernet Ch1) IPScom Header – Connected Mode: displays Connection Status File Communication Monitor Setup Utility Help File Setup Save File Select Active Profile Profile 1 Save File As...
Page 217: Ipscom Quick Access Toolbar
IPScom Remote Setup and Operation – 4 ® File Communication Monitor Setup Utility Help Utility Help Remote Control Contents Update Firmware Remote Output Control Calibrate About Hardware Set Date & Time Information Cybersecurity Date & Time Compare E-mail Support Data Analysis Front Panel Labels Remote Reboot* Calibrate Arc Flash...
Page 218: Main Screen/Utility/Banner Setup
When a critical error occurs or if a critical error exists when connecting to the M‑7651A, IPScom will display a warning message and prompt the user to e‑mail the support files to Beckwith Electric. The following are the errors that generate the Warning screen: •...
Page 219: File Menu
Utility Help File Not Open or Not Connected Mode Help File Utility About M-7679 R-PAC Sequence of Events Viewer M-7651A D-PAC Open PQ Viewer Import spf File Fault Recorder Event Viewer Recent Files BecoPlot Manage Access Permissions Compare .sup Files...
Page 220: Figure 4-13 New File Setup Screen
M‑7651A D‑PAC Instruction Book IPScom S-7651A (M7651A_6_1_M_H4_Sx_0_E0_0_file_011000) IPScom Header – File Mode: displays Smart String IPScom S-7651A - 10.10.3.253 (Modbus Ethernet Ch1) Figure 4-13 New File Setup Screen IPScom Header – Connected Mode: displays Connection Status File Communication Monitor Setup Utility Help File Menu (File Mode or Connected Mode)
Page 221 IPScom Remote Setup and Operation – 4 ® The Default Workspace option displays the "Default Workspace" screen which allows the user to select the IPScom default workspace at startup. The Default Workspace selections are: No Workspace, Last Workspace Loaded, and Default Workspace File. Change Background –...
Page 222: Communication Menu
M‑7651A D‑PAC Instruction Book Communication Menu Communication Menu (Not Connected) The Communication (Not Connected) dropdown Communication menu is displayed at the IPScom startup screen. This menu provides the user with access to Com Port the screens that are necessary to establish communication with the target relay.
Page 223: Communication/Tcp/Ip
IPScom Remote Setup and Operation – 4 ® When communicating by way of a fiber optic loop network, echo cancelling is available by checking the Echo Cancel box. This command masks the sender’s returned echo. CAUTION: The Echo Cancel check box should only be used when several relays are connected ▲...
Page 224: Communication/Setup/Comm Port
M‑7651A D‑PAC Instruction Book Communication/Setup/Comm Port The Setup/Comm Port submenu provides the user with the capability to setup and configure Port 1 and Port 4 (Figure 4‑6). Communication/Setup/Ethernet Settings The Setup/Ethernet Settings submenu provides for the setup and configuration of the optional Ethernet Ports 2 and 3 (Figure 4‑8).
Page 225: Communication/Setup/Protocol/Iec 61850
IPScom Remote Setup and Operation – 4 ® Communication/Setup/Protocol/IEC 61850 The Setup/Protocol/IEC 61850 submenu provides the user with the capability to send or retrieve a CID file when connected to a relay. This submenu also includes access to the BECO SCL Configurator tool for editing and validating IEC 61850 SCL files, including icd, cid, ssd and scd file formats.
Page 226: Figure 4-19 M-7651A Dnp Configuration Screen
M‑7651A D‑PAC Instruction Book Figure 4-19 M-7651A DNP Configuration Screen Send DNP Configuration File 1. From the IPScom Main Screen select Communication/Setup/Protocol/DNP/Send DNP Configuration File. IPScom will display the Open File Screen with a default *.xml file extension. 2. Select the target file, then select Open. IPScom will display the "Sending DNP Configuration File" status screen, followed by the DNP File sent successfully confirmation screen.
Page 227: Setup/Communication Security/Radius Configuration
IPScom Remote Setup and Operation – 4 ® Setup/Communication Security/Radius Configuration For Cyber Security, IPScom allows the user to configure up to two Remote Authentication Radius servers. Figure 4-21 Radius Configuration Screen Setup/Communication Security/IPsec Configuration For Cyber Security, IPScom allows the user to enable Internet Protocol Security (IPsec). Select Enable from the IPsec Configuration dropdown menu.
Page 228: Monitor Menu
M‑7651A D‑PAC Instruction Book IPScom S-7651A (M7651A_6_1_M_H4_Sx_0_E0_0_file_011000) IPsec Configuration/Send Configuration File Sends the IPsec Configuration file to the connected control. IPScom Header – File Mode: displays Smart String IPsec Configuration/Retrieve Configuration File IPScom S-7651A - 10.10.3.253 (Modbus Ethernet Ch1) Retrieves the IPsec Configuration file from the connected control. IPScom Header –...
Page 229: Monitor/Primary And Secondary Metering
IPScom Remote Setup and Operation – 4 ® Monitor/Primary and Secondary Metering Select Monitor/Primary (or Secondary) Metering from the IPScom Main Screen dropdown menu. IPScom will display the applicable Metering screen based on the Voltage Input option (Figure 4-24 Figure 4-25) which includes Metering data for Currents, Voltages, Sequence Components, Power and Frequency.
Page 230: Monitor/Phasor Diagram
M‑7651A D‑PAC Instruction Book Monitor/Phasor Diagram The Phasor Diagram (Figure 4-26) provides the user with the ability to evaluate a reference Phase Angle to Phase Angle data from other windings. The data may be displayed in Primary or Secondary Metering values.
Page 231: Monitor/Recloser Status Monitoring
IPScom Remote Setup and Operation – 4 ® Monitor/Recloser Status Monitoring The Recloser Status Monitoring screen (Figure 4‑28) displays the Breaker Status (Phase A, B, C), Reclose Status (Phase A, B, C), Fault Type, Reclose Settings, Fast/Slow Curve Selection, and the Close Block Status.
Page 232: Figure 4-29 Demand Metering Screen
M‑7651A D‑PAC Instruction Book Figure 4-29 Demand Metering Screen Demand Metering/Power Targets The Power Targets settings are used as thresholds for demand metering measurements. If the demand measurement exceeds the threshold value setting, the corresponding binary input status bit in the communication point will be set to TRUE.
Page 233: Monitor/Harmonics
IPScom Remote Setup and Operation – 4 ® < > < > Fwd PF -0.1 Rev PF -0.1 -1.0 PF <= Rev PF then Band status = 0 Band status = 1 PF <= Fwd PF then Band status = 0 PF <...
Page 234: Monitor/Sync Scope
M‑7651A D‑PAC Instruction Book Figure 4-32 Harmonic Analysis Screen Monitor/Sync Scope The Sync Scope monitoring screen (Figure 4‑33) provides a graphic representation of the phase difference between the measured quantities, relating to Function 25 Sync Check. CAUTION: The M‑7651A Sync Scope should not be used to determine phase conditions for ▲...
Page 235: Monitor/Counters
IPScom Remote Setup and Operation – 4 ® Monitor/Counters The Counters submenu item displays the Counters Monitoring/Setting screen (Figure 4‑34). The relay includes the following counters: • Total Overcurrent Phase A Pickup and Trip • Total Overcurrent Phase B Pickup and Trip •...
Page 236: Monitor/Live Oscillograph
M‑7651A D‑PAC Instruction Book Monitor/Live Oscillograph Selecting the Live Oscillograph submenu item displays the Live Oscillograph confirmation screen. Select Yes and IPScom will display the Live Oscillograph screen 4‑35). Select Start to display live data for (Figure the eight channels with Power, Power Quality, Phasors and Harmonics. Select Stop during the live display to pause the screen.
Page 237: Monitor/Breaker Accumulator Status
IPScom Remote Setup and Operation – 4 ® Monitor/Breaker Accumulator Status When the Breaker Monitor function is enabled, the Breaker Accumulator Status screen (Figure 4‑37) will display the Accumulator Status based on the Breaker Monitor Timing selection of the active profile. Preset Accumulator values for each phase may also be set.
Page 238: Setup Menu
Scom Header – File Mode: displays Smart String .199 (Modbus Ethernet Ch1) M‑7651A D‑PAC Instruction Book Header – Connected Mode: displays Connection Status Setup Menu nitor Setup Utility Help Setup The Setup menu provides access to the screens used to Select Active Profile Profile 1 configure, monitor or interrogate the relay.
Page 239: Configuration/Front Panel Functions
IPScom Remote Setup and Operation – 4 ® Configuration/Front Panel Functions This selection displays the interactive Front Panel Setup screen (Figure 4‑40). To customize the Front Panel, click on the Pushbutton or LED directly on the Front Panel image to access the configuration settings. Figure 4-40 Front Panel Setup Screen Reset Button State The default state of all front panel pushbuttons is OFF (e.g.
Page 240: Programmable Pushbuttons Feature
M‑7651A D‑PAC Instruction Book Programmable Pushbuttons Feature The Programmable Button feature allows the user to customize the functionality of the front panel pushbuttons S10 through S17. The S10 (TRIP), S11 (HLT/Maint), S13 (LOCK) and S14 (CLOSE), S15 (REMOTE DISABLE) pushbuttons are preprogrammed to default functions, but can be reprogrammed as needed. Pushbuttons S12, S16 and S17 are also user programmable.
Page 241: Pushbutton Programming (Initiate Action/Block)
IPScom Remote Setup and Operation – 4 ® Pushbutton Programming (Initiate Action/Block) 1. Select Setup/Configuration/Front Panel Functions. IPScom will display the "Front Panel Setup" interactive screen. Hovering the cursor over a pushbutton will initiate a popup screen that displays the currently programmed function. Figure 4-41 Pushbutton Information Popup Screen 2.
Page 242: Front Panel Setup/Remote Disable Pushbuttons
M‑7651A D‑PAC Instruction Book 2. Expand either Initiate or Blocks to display the available functions. Select the function to be added to the Smart Function pushbutton. The selected function will be displayed in one of the twenty Assigned Function slots. Add or Clear assigned functions as necessary. To require a user confirmation, before the programmed function is executed, select the "User Conf."...
Page 243: Front Panel Setup/Leds
IPScom Remote Setup and Operation – 4 ® Example: Pushbutton S12 is assigned to Close Command, and pushbutton S14 is assigned to Remote Disable Initiate: • If the checkbox is CHECKED for pushbutton S12 (pushbutton S12 is participating in the Remote/ Local Disable Active Pushbutton feature): –...
Page 244: Figure 4-44 Led Editor Screen
M‑7651A D‑PAC Instruction Book Figure 4-44 LED Editor Screen There are predefined collective function LED inputs. These can also be used as inputs. See Table 4‑1 the collective function input definitions. 4–36...
Page 245: Table 4-1 Predefined Led Collective Function Input Definitions
IPScom Remote Setup and Operation – 4 ® Predefi ned LED Collective Function Input Defi nitions 27_1A_Pickup / 27_1B_Pickup / 27_1C_Pickup / 27_2A_Pickup / 27_2B_Pickup / ANY_F27_P 27_2C_Pickup / 27_3A_Pickup / 27_3B_Pickup / 27_3C_Pickup / 27_4A_Pickup / 27_4B_Pickup / 27_4C_Pickup ANY_F50_A_Z_P 50_1A_Pickup / 50_2A_Pickup / 50_3A_Pickup / 50_4A_Pickup / 50_5A_Pickup ANY_F50_B_Z_P...
Page 246: Programming Leds
M‑7651A D‑PAC Instruction Book Programming LEDs 1. From the IPScom Main Menu, select Setup/Configuration/Front Panel Functions. IPScom will display the "Front Panel Setup" screen. 2. Click directly on the LED color (green, red or amber) to program that LED. IPScom will activate the LED Editor Screen that provides an interactive worksheet for programming the logic to activate or deactivate the LEDs based on the status of the relay functions.
Page 247: Configuration/Profile Manager
IPScom Remote Setup and Operation – 4 ® Figure 4-46 Wake Up Screen List Selection Screen Configuration/Profile Manager Profile Manager allows the user to assign a custom name to each profile, and set the Maximum Number of Profiles in use. Profile Manager/Profile Names Each Profile Name can have up to 20 ASCII characters (excluding "~", "\", "{"...
Page 248: Fault Type Detection
M‑7651A D‑PAC Instruction Book The fault distance is not available when no voltage, or only a single‑phase voltage, is connected. The fault distance does not operate for ground faults on ungrounded, high‑impedance grounded, or Petersen Coil grounded systems. Figure 4-47 Fault Distance Parameters Triggers Triggers are selectable to each individual element level (e.g., 67G3).
Page 249: Configuration/Breaker Interrupting Time
IPScom Remote Setup and Operation – 4 ® Fault Location – Sequence of Events The fault location is displayed in the Sequence of Events file and can be selected at any point along the event. Line Settings Line impedance settings Z1MAG, Z1ANG, Z0MAG, and Z0ANG are used in the fault locator where: = Z1MAG...
Page 250: Setup/Setpoints
M‑7651A D‑PAC Instruction Book SETUP/SETPOINTS The Setpoints menu selection displays the Setpoints screen from which the individual Function Setting screens can be accessed. Figure 4‑51 represents a typical example of the Setpoints screen. Depending on the Configuration, some functions might be grayed out. Selecting a Function Setting button will display the corresponding function screen.
Page 251: Setup/Overcurrent Quick Editor
IPScom Remote Setup and Operation – 4 ® SETUP/OVERCURRENT QUICK EDITOR The Overcurrent Quick Editor provides one combined settings screen to configure Overcurrent functions 50P, 50N, 50G/GS, 51P, 51N, and 51G/GS in each function element #1 through #5, for every Profile. Each setting status can be readily viewed in this form.
Page 252: Setup/Alarms
M‑7651A D‑PAC Instruction Book SETUP/ALARMS The Alarms selection displays the Alarms screen (Figure 4‑53). The following Alarms can be enabled or disabled: • Trip Close Alarm – occurs if the 52A and 52B contacts are in the same state. • Battery Status Alarm – occurs if the battery is not present, fails the load test, or is not charging. •...
Page 253: Figure 4-54 Data Logging Setup Screen
IPScom Remote Setup and Operation – 4 ® Figure 4-54 Data Logging Setup Screen Each record captures the following data: • Active Profile • Current & Voltage (A, B, C, G, Vz1): Maximum/Inst./Average/Minimum Voltage shown on both Y and Z sides, based on LEA Input Configuration •...
Page 254: Setup/Oscillograph
M‑7651A D‑PAC Instruction Book Data Logging/Retrieve NOTE: When a firmware update is performed, the data log must be retrieved and then cleared, prior to the firmware update. Failure to do so may result in loss of the data log record or corrupted data.
Page 255: Figure 4-56 Setup Oscillograph Recorder Screen
IPScom Remote Setup and Operation – 4 ® Figure 4-56 Setup Oscillograph Recorder Screen Figure 4-57 Oscillograph Trigger Selection Screen Oscillograph/Trigger To manually trigger the Oscillograph recorder, select Oscillograph/Trigger. IPScom will display the Oscillograph Trigger confirmation screen. Select YES. IPScom will display an "Oscillograph was triggered successfully"...
Page 256: Setup/Sequence Of Events
M‑7651A D‑PAC Instruction Book SETUP/SEQUENCE OF EVENTS Protective function Pickup, Trip, Dropout and/or Output/Input Pickup or Dropout are selected to trigger the Sequence of Events Recorder. The Setup command displays the Sequence of Events Trigger Setup screen (Figure 4‑58). To enable a trigger, scroll through the Trigger listing on the left side of the screen and drag the desired triggers to the "Enable Trigger"...
Page 257: Setup/Display I/O Map
IPScom Remote Setup and Operation – 4 ® SETUP/DISPLAY I/O MAP The Display I/O Map submenu displays the I/O Map screen (Figure 4-62), which contains a chart of programmed input and output contacts, and allows scrolling through all relay output and blocking input configurations.
Page 258: Setup/Display All Settings
M‑7651A D‑PAC Instruction Book SETUP/DISPLAY ALL SETTINGS Selecting Display All Settings displays the All Setpoints interactive screen (Figure 4‑60). This screen contains the settings for each control function within a single window to allow scrolling through all control setpoint and configuration values. The All Setpoints screen includes Hyperlinks to allow the user to access the individual control function screen, review and/or change settings, then return to the scrolling All Setpoints screen.
Page 259: Utility Menu
IPScom Remote Setup and Operation – 4 ® Utility Menu File Communication Monitor Setup Utility Help Utility Help The Utility menu provides access to support features and Remote Control Contents Update Firmware functions, including Hardware Calibration, Cybersecurity Remote Output Control Calibrate About Account Management, and access to powerful Data Analysis...
Page 260: Utility/Remote Output Control
M‑7651A D‑PAC Instruction Book If the Disable Hot Line Tag and the Channel ID, or the Mac Address, does not match the Source, the firmware will not allow the command. If the command is not accepted, the state of the "Disable Hot Line Tag" button will not change.
Page 261: Utility/Hardware
IPScom Remote Setup and Operation – 4 ® UTILITY/HARDWARE Hardware/Update Firmware This menu allows the user to upload firmware updates to the relay. Firmware updates may be uploaded at any time, as the relay settings are not affected. Remove the relay from service before performing a firmware update.
Page 262: Hardware/Front Panel Labels
M‑7651A D‑PAC Instruction Book Hardware/Front Panel Labels Selecting Utility/Hardware/Front Panel Labels opens a pdf form file in Adobe Acrobat (Figure 4‑63). This form allows the user to create and print custom labels for the user programmable front panel LEDs and Pushbuttons.
Page 263: Cybersecurity/Sd Card Key Generator
IPScom Remote Setup and Operation – 4 ® Cybersecurity/SD Card Key Generator The SD Card Key Generator feature allows a User Name and Encrypted Password to be saved to an SD Card. The SD Card with Key Generated User Name and Encrypted Password can be inserted into the SD Card slot on the unit and all security privileges (from the HMI) will be available to the user.
Page 264: Data Analysis/Message Log
M‑7651A D‑PAC Instruction Book Figure 4-66 Sequence of Events Detailed Record Screen Data Analysis/SOE Viewer/PQ Viewer The PQ Events Viewer (Figure 4‑67) allows the user to open and print ITIC data from a Sequence of Events file. Hovering over a plotted point will display the details of the event in the "Event Data" portion of the screen. Select the PQ Table Form tab to view the ITIC event parameters in a Table format.
Page 265: Data Analysis/Fault Recorder
IPScom Remote Setup and Operation – 4 ® Data Analysis/Fault Recorder The Fault Recorder submenu allows the user to Retrieve, Clear and View Fault Recorder record files. The Retrieve command downloads and saves the record to a (*.flt) file. The Clear command clears all Fault Recorder records in the relay.
Page 266: Data Analysis/Firmware Update Log
M‑7651A D‑PAC Instruction Book Figure 4-69 Trip Sequence Viewer Screen Data Analysis/Firmware Update Log This feature allows the user to download and save a Firmware Update Log text file (*.txt). Firmware Update Log/View allows the user to open a saved log file and displays the contents of the file which contains the timestamp, the firmware version and the User ID associated with each update.
Page 267: 4.10 Help Menu
• Company Info: End user Company Name • Location: describes the location of a relay • Relay Manufacturer: Beckwith Electric Co, Inc. (Constant) • System Information: any relevant system information • Date/Time when SUP file was last SAVED: this field is filled automatically when the user saves a SUP file to the local hard drive •...
Page 268: Help/E-Mail Support
M‑7651A D‑PAC Instruction Book Help/E‑mail Support When connected to a relay, the E‑mail Support feature allows the user to easily generate and send an E‑mail request for technical support that contains all the pertinent data files associated with the technical support issue to support@beckwithelectric.com.
Page 269: 4.11 Becoplot Analysis Software
IPScom Remote Setup and Operation – 4 ® 4.11 BecoPlot Analysis Software The BecoPlot Analysis Software operates in conjunction with all IPScom Communications Software on any computer running Windows . BecoPlot allows the user to plot and print relay data contained in Comtrade ®...
Page 270: Figure 4-71 Becoplot Window With Data Logging Data Example With Voltage Group Filter
M‑7651A D‑PAC Instruction Book Figure 4-71 BecoPlot Window with Data Logging Data Example with Voltage Group Filter Figure 4-72 BecoPlot Window with Oscillograph Data Example 4–62...
Page 271: Markers
IPScom Remote Setup and Operation – 4 ® Markers BecoPlot includes two user selectable markers. The first is positioned by double clicking on the plotted wave form data. The second is positioned by pressing and holding the SHIFT key and then double clicking on the plotted wave form data.
Page 272: Becoplot/View Menu
M‑7651A D‑PAC Instruction Book BecoPlot/View Menu • Display the Device Information for the corresponding BecoPlot data file • Display the Original Waveform • Display the Fundamental • Display the RMS Value • Display the Frequency • Display the Phase Diagram •...
Page 273 Testing – 5 Testing Equipment/Test Setup ................5–2 Functional Test Procedures ..............5–4 Power On Self Tests ................5–5 25 Sync Check ..................5–6 27 Phase Undervoltage ................ 5–8 27PP Phase‑to‑Phase Undervoltage ............ 5–9 27Vz1 Undervoltage ................5–10 32 Directional Power ................5–11 40 Loss of Field (Zones 1 or 2, Zones 1 or 2 with Voltage Control) ...
Page 274: Equipment/Test Setup
M‑7651A D‑PAC Instruction Book Equipment/Test Setup No calibration is necessary, as the M‑7651A D‑PAC is calibrated and fully tested at the factory. If calibration is necessary due to a component replacement, follow the auto calibration procedure detailed in Section 5.3 Auto Calibration.
Page 275: Figure 5-2 Voltage Inputs: Configuration V2
Testing – 5 Q NOTE: If the Relay is purchased with four voltage inputs, the is the Sync voltage input. If the Relay is purchased with six voltage inputs, then the user can select which Phase is for Sync. For example Vz , or Vz Figure 5-2 Voltage Inputs: Configuration V2 Balanced Current...
Page 276: Functional Test Procedures
M‑7651A D‑PAC Instruction Book Functional Test Procedures This section details the test quantities, inputs and procedures for testing each function of the relay. The purpose is to confirm the function’s designated output operation, the accuracy of the magnitude pickup settings, and the accuracy of time delay settings. Whereas the first test described, "Power On Self Test," does not require electrical quantity inputs, all other functional tests require inputs, and the necessary connection configurations are shown.
Page 277: Power On Self Tests
Testing – 5 POWER ON SELF TESTS VOLTAGE INPUTS: none CURRENT INPUTS: none 1. Apply proper power to the power input terminals. 2. The following sequence of actions will take place in the following order: a. Each time the relay is powered up, it will briefly display a series of screens that include: •...
Page 278: 25 Sync Check
M‑7651A D‑PAC Instruction Book 25 SYNC CHECK VOLTAGE INPUTS: Configuration V1 CURRENT INPUTS: None TEST SETTINGS: Undervoltage Permission Dead Line‑Dead Bus Dead Line‑Live Bus Live Line‑Dead Bus (DLDB) (DLLB) (LLDB) Parameter Range Unit Accuracy Live Line Min. Voltage 0.0 to 200.0 V Volts ±...
Page 279 Testing – 5 • Dead Line-Dead Bus is less than BM and V is less than LM. 1. Slowly decrease V and V magnitude until V sync sync The 25 SYNC CHECK green virtual LED will illuminate. 2. Increase V and V to the nominal voltage.
Page 280: 27 Phase Undervoltage
M‑7651A D‑PAC Instruction Book 27 PHASE UNDERVOLTAGE VOLTAGE INPUTS: Configuration V1 CURRENT INPUTS: None TEST SETTINGS: Parameter Range Unit Accuracy Pickup 10.00 to 300.00 V Volts ± 0.2 V or ± 0.5% Time Delay 0.00 to 600.00 s Seconds ± 0.01 s or ± 1% Programmed Outputs (1 to 12) –...
Page 281: 27Pp Phase-To-Phase Undervoltage
Testing – 5 27PP PHASE‑TO‑PHASE UNDERVOLTAGE VOLTAGE INPUTS: Configuration V1 CURRENT INPUTS: None TEST SETTINGS: Parameter Range Unit Accuracy Pickup 10.00 to 300.00 V Volts ± 0.2 V or ± 0.5% Time Delay 0.00 to 600.00 s Seconds ± 0.01 s or ± 1% Programmed Outputs (1 to 12) –...
Page 282: 27Vz1 Undervoltage
M‑7651A D‑PAC Instruction Book 27Vz1 UNDERVOLTAGE VOLTAGE INPUTS: Configuration V1 CURRENT INPUTS: None TEST SETTINGS: Parameter Range Unit Accuracy Pickup 10.00 to 300.00 V Volts ± 0.2 V or ± 0.5% Time Delay 0.00 to 600.00 s Seconds ± 0.01 s or ± 1% Programmed Outputs (1 to 12) –...
Page 283: 32 Directional Power
Testing – 5 32 DIRECTIONAL POWER VOLTAGE INPUTS: Configuration V1 CURRENT INPUTS: Configuration C1 TEST SETTINGS: Parameter Range Unit Accuracy Pickup ‑3.00 to +3.00 PU Watts or VArs ± 0.02 PU or ± 6% Time Delay 0.00 to 600.00 s Seconds ±...
Page 284 M‑7651A D‑PAC Instruction Book NEGATIVE REAL POWER: Pickup Test: 1. Verify the pickup setting is negative and the operating power is reactive. 2. Inject balanced nominal three‑phase voltage. Pickup TEST 3. Calculate test current magnitude as follows: 3 • V 4.
Page 285: Loss Of Field (Zones 1 Or 2, Zones 1 Or 2 With Voltage Control)
Testing – 5 40 LOSS OF FIELD (ZONES 1 OR 2, ZONES 1 OR 2 WITH VOLTAGE CONTROL) VOLTAGE INPUTS: Configuration V1 CURRENT INPUTS: Configuration C1 TEST SETTINGS: Parameter Range Unit Circle Diameter (0.1 to 100) Ohms – 1 Amp CT Rating (0.5 to 500) –...
Page 286 M‑7651A D‑PAC Instruction Book Pickup Test: 1. Press and hold the RESET pushbutton, then slowly increase the three‑phase currents until the 40 LOSS OF FIELD pickup indicator illuminates on the IPScom Function Status screen. The level will be equal to "I" calculated in Test Setup Step 6 with the resulting impedance within ± 0.1 ohms or ±...
Page 287: 46Dt Negative-Sequence Definite Time Overcurrent
Testing – 5 46DT NEGATIVE‑SEQUENCE DEFINITE TIME OVERCURRENT VOLTAGE INPUTS: None CURRENT INPUTS: Configuration C1 TEST SETTINGS: Parameter Range Unit Accuracy Pickup 1 A CT 0.10 to 100.00 A Amps ± 0.1 A or ± 3% 5 A CT 0.10 to 100.00 A Amps ±...
Page 288: 46It Negative-Sequence Inverse Time Overcurrent
M‑7651A D‑PAC Instruction Book 46IT NEGATIVE‑SEQUENCE INVERSE TIME OVERCURRENT VOLTAGE INPUTS: None CURRENT INPUTS: Configuration C1 TEST SETTINGS: Parameter Range Unit Accuracy Pickup 1 A CT 0.02 to 3.20 A Amps ± 0.02 A or ± 3% 5 A CT 0.10 to 16.00 A Amps ±...
Page 289 Testing – 5 Pickup Test: 1. Use IPScom Communications Software to monitor the 46IT function status. Slowly increase the Phase A Current Input until the 46IT NEGATIVE‑SEQUENCE INVERSE TIME OVERCURRENT green virtual LED illuminates on the IPScom function status screen. The current level of operation will equal 3P amps ±...
Page 290: 47 Negative-Sequence Overvoltage
M‑7651A D‑PAC Instruction Book 47 NEGATIVE‑SEQUENCE OVERVOLTAGE VOLTAGE INPUTS: As described CURRENT INPUTS: None TEST SETTINGS: Parameter Range Unit Accuracy Pickup 0.00 to 300.00 V Volts ± 0.2 V or ± 0.5% Definite Time 0.00 to 600.00 s Seconds ± 0.01 s or ± 1% Programmed Outputs (1 to 12) –...
Page 291: 50P Phase Instantaneous/Definite Time Overcurrent
Testing – 5 50P PHASE INSTANTANEOUS/DEFINITE TIME OVERCURRENT VOLTAGE INPUTS: None CURRENT INPUTS: Configuration C1 TEST SETTINGS: Parameter Range Unit Accuracy Pickup 1 A CT 0.02 to 20.00 A Amps ± 0.02 A or ± 3% 5 A CT 0.10 to 100.00 A Amps ±...
Page 292: 50N Residual Instantaneous/Definite Time Overcurrent
M‑7651A D‑PAC Instruction Book 50N RESIDUAL INSTANTANEOUS/DEFINITE TIME OVERCURRENT VOLTAGE INPUTS: None CURRENT INPUTS: As described TEST SETTINGS: Parameter Range Unit Accuracy Pickup 1 A CT 0.02 to 20.00 A Amps ± 0.02 A or ± 3% 5 A CT 0.10 to 100.00 A Amps ±...
Page 293: 50G Ground Instantaneous/Definite Time Overcurrent
Testing – 5 50G GROUND INSTANTANEOUS/DEFINITE TIME OVERCURRENT VOLTAGE INPUTS: None CURRENT INPUTS: As described TEST SETTINGS: Parameter Range Unit Accuracy Pickup 1 A Gnd CT 0.02 to 20.00 A Amps ± 0.02 A or ± 3% 5 A Gnd CT 0.10 to 100.00 A Amps ±...
Page 294: 50Gs Sensitive Ground Instantaneous/Definite Time Overcurrent
M‑7651A D‑PAC Instruction Book 50GS SENSITIVE GROUND INSTANTANEOUS/DEFINITE TIME OVERCURRENT VOLTAGE INPUTS: None CURRENT INPUTS: As described TEST SETTINGS: Parameter Range Unit Accuracy Pickup 10 mA Gnd CT 0.001 to 0.160 A Amps (TBD) 50 mA Gnd CT 0.001 to 0.800 A Amps 0.0015 A or ±...
Page 295: 50Bf Breaker Failure
Testing – 5 50BF BREAKER FAILURE VOLTAGE INPUTS: None CURRENT INPUTS: Configuration C1 TEST SETTINGS: Parameter Range Unit Accuracy Pickup Phase Current 1 A CT 0.02 to 2.00 A Amps ± 0.02 A or ± 3% 5 A CT 0.10 to 10.00 A Amps ±...
Page 296: 51P Phase Inverse Time Overcurrent
M‑7651A D‑PAC Instruction Book 51P PHASE INVERSE TIME OVERCURRENT VOLTAGE INPUTS: None CURRENT INPUTS: Configuration C1 TEST SETTINGS: Parameter Range Unit Accuracy Pickup 1 A CT 0.02 to 3.20 A Amps ± 0.02 A or ± 3% 5 A CT 0.10 to 16.00 A Amps ±...
Page 297 Testing – 5 Time Test: 1. Connect a timer to output contacts (Z) so that the timer stops timing when the contacts (Z) close. 2. Apply current equal to the chosen test level calculated in Test Setup Step 5 to Phase A current input and start timing.
Page 298: Load Encroachment Logic (Lel)
M‑7651A D‑PAC Instruction Book 51P LOAD ENCROACHMENT LOGIC (LEL) NOTE: This procedure demonstrates how to test 51P when Load Encroachment Logic (LEL) is ▲ enabled. VOLTAGE INPUTS: Configuration V1 CURRENT INPUTS: Configuration C1 TEST SETTINGS: Forward Impedance 1 to 200 Ohms Reverse Impedance 1 to 200 Ohms Maximum Positive Angle Forward...
Page 299: 51N Residual Inverse Time Overcurrent
Testing – 5 51N RESIDUAL INVERSE TIME OVERCURRENT VOLTAGE INPUTS: None CURRENT INPUTS: Configuration C1 TEST SETTINGS: Parameter Range Unit Accuracy Pickup 1 A CT 0.02 to 3.20 A Amps ± 0.02 A or ± 3% 5 A CT 0.10 to 16.00 A Amps ±...
Page 300 M‑7651A D‑PAC Instruction Book Time Test: 1. Connect a timer to output contacts (Z) so that the timer stops timing when the contacts (Z) close. 2. Apply current equal to the chosen test level calculated in Test Setup Step 5 to Phase A current input and start timing.
Page 301: 51G Ground Inverse Time Overcurrent
Testing – 5 51G GROUND INVERSE TIME OVERCURRENT VOLTAGE INPUTS: None CURRENT INPUTS: Configuration C1 TEST SETTINGS: Parameter Range Unit Accuracy Pickup 1 A CT 0.02 to 3.20 A Amps ± 0.02 A or ± 3% 5 A CT 0.10 to 16.00 A Amps ±...
Page 302 M‑7651A D‑PAC Instruction Book Time Test: 1. Connect a timer to output contacts (Z) so that the timer stops timing when the contacts (Z) close. 2. Apply current equal to the chosen test level calculated in Test Setup Step 5 to ground current input and start timing.
Page 303: 51Gs Sensitive Ground Inverse Time Overcurrent
Testing – 5 51GS SENSITIVE GROUND INVERSE TIME OVERCURRENT VOLTAGE INPUTS: None CURRENT INPUTS: Configuration C1 TEST SETTINGS: Parameter Range Unit Accuracy Pickup 10 mA Gnd CT 0.001 to 0.160 A Amps (TBD) 50 mA Gnd CT 0.001 to 0.800 A Amps 0.0015 A or ±...
Page 304 M‑7651A D‑PAC Instruction Book Time Test: 1. Connect a timer to output contacts (Z) so that the timer stops timing when the contacts (Z) close. 2. Apply current equal to the chosen test level calculated in Test Setup Step 5 to ground current input and start timing.
Page 305: 59P Phase Overvoltage
Testing – 5 59P PHASE OVERVOLTAGE VOLTAGE INPUTS: Configuration V1 CURRENT INPUTS: None TEST SETTINGS: Parameter Range Unit Accuracy Pickup 10.00 to 300.00 V Volts ± 0.2 V or ± 0.5% Time Delay 0.00 to 600.00 s Seconds ± 0.01 s or ± 1% Input Voltage Select –...
Page 306: 59Pp Phase-To-Phase Overvoltage
M‑7651A D‑PAC Instruction Book 59PP PHASE‑TO‑PHASE OVERVOLTAGE VOLTAGE INPUTS: Configuration V1 CURRENT INPUTS: None TEST SETTINGS: Parameter Range Unit Accuracy Pickup (line‑to‑line) 10.00 to 300.00 V Volts ± 0.2 V or ± 0.5% Time Delay 0.00 to 600.00 s Seconds ±...
Page 307: 59I Peak Overvoltage
Testing – 5 59I PEAK OVERVOLTAGE VOLTAGE INPUTS: Configuration V1 CURRENT INPUTS: None TEST SETTINGS: Parameter Range Unit Accuracy Pickup 100 to 150 % % of nominal voltage ± 3% Time Delay 0.01 to 140.00 s Seconds ± 0.05 s Programmed Outputs (1 to 12) –...
Page 308: 59N Residual Overvoltage
M‑7651A D‑PAC Instruction Book 59N RESIDUAL OVERVOLTAGE VOLTAGE INPUTS: Configuration V1 CURRENT INPUTS: None TEST SETTINGS: Parameter Range Unit Accuracy Pickup 10.00 to 300.00 V Volts ± 0.2 V or ± 0.5% Time Delay 0.00 to 600.00 s Seconds ± 0.01 s or ± 1% Input Voltage Select –...
Page 309: 59Vz1 Overvoltage
Testing – 5 59Vz1 OVERVOLTAGE VOLTAGE INPUTS: Configuration V1 CURRENT INPUTS: None TEST SETTINGS: Parameter Range Unit Accuracy Pickup 10.00 to 300.00 V Volts ± 0.2 V or ± 0.5% Time Delay 0.00 to 600.00 s Seconds ± 0.01 s or ± 1% Input Voltage Select –...
Page 310: 60Fl Vt Fuse Loss Detection
M‑7651A D‑PAC Instruction Book 60FL VT FUSE LOSS DETECTION VOLTAGE INPUTS: Configuration V1 CURRENT INPUTS: Configuration C1 TEST SETTINGS: Parameter Range Unit Accuracy Time Delay 0.03 to 600.00 s Seconds ± 0.01 s or ± 1% Programmed Outputs (1 to 12) ±...
Page 311: 67P Directional Phase Overcurrent
Testing – 5 67P DIRECTIONAL PHASE OVERCURRENT VOLTAGE INPUTS: Configuration V1 CURRENT INPUTS: Configuration C1 TEST SETTINGS: Parameter Range Unit Accuracy Direction (No‑Direction, Directional) – – – – Polarization Voltage Max. Sensitivity Angle 0° to 359° Degrees – – – Angle Band + −...
Page 312: Figure 5-7 Function 67 Directional Trip Characteristic (Forward Looking)
M‑7651A D‑PAC Instruction Book Block Zone 0° Test Trip Zone MSA = 270° (-90°) Figure 5-7 Function 67 Directional Trip Characteristic (Forward Looking) MSA = 90° Trip Zone 0° Block Zone Figure 5-8 Function 67 Directional Trip Characteristic (Reverse Looking) 5–40...
Page 313: 67N Residual Directional Overcurrent
Testing – 5 67N RESIDUAL DIRECTIONAL OVERCURRENT VOLTAGE INPUTS: Configuration V1 CURRENT INPUTS: Configuration C1 TEST SETTINGS: Parameter Range Unit Accuracy – Direction (No‑Direction, Directional) Operate Current – – – – – – Polarization Voltage Max. Sensitivity Angle 0° to 359° Degrees –...
Page 314: 67G Ground Directional Overcurrent
M‑7651A D‑PAC Instruction Book 67G GROUND DIRECTIONAL OVERCURRENT VOLTAGE INPUTS: Configuration V1 CURRENT INPUTS: Configuration C1 TEST SETTINGS: Parameter Range Unit Accuracy – Direction (No‑Direction, Directional) Operate Current – – – – – – Polarization Voltage Max. Sensitivity Angle 0° to 359° Degrees –...
Page 315: 67Q Negative-Sequence Directional Overcurrent
Testing – 5 67Q NEGATIVE‑SEQUENCE DIRECTIONAL OVERCURRENT VOLTAGE INPUTS: Configuration V1 CURRENT INPUTS: Configuration C1 TEST SETTINGS: Parameter Range Unit Accuracy – Direction (No‑Direction, Directional) Operate Current – – – – – – Polarization Voltage Max. Sensitivity Angle 0° to 359° Degrees –...
Page 316: 67Gs Sensitive Ground Directional Overcurrent
M‑7651A D‑PAC Instruction Book 67GS SENSITIVE GROUND DIRECTIONAL OVERCURRENT VOLTAGE INPUTS: Configuration V1 CURRENT INPUTS: Configuration C1 TEST SETTINGS: Parameter Range Unit Accuracy Direction (No‑Direction, Directional) Operate Current – – – – – – Polarization Voltage Max. Sensitivity Angle 0° to 359° Degrees ±...
Page 317: Recloser (Trip Recloser Sequence, 50Hcl And 27Bsvs)
Testing – 5 79 RECLOSER (TRIP RECLOSER SEQUENCE, 50HCL AND 27BSVS) VOLTAGE INPUTS: Configuration V1 CURRENT INPUTS: Configuration C1 TEST SETTINGS: Trip Reclose Sequence (per trip) Function           50G(GS)   ...
Page 318 M‑7651A D‑PAC Instruction Book Parameter Range Unit Accuracy Bus Side Voltage Supervision VMINCL Min. Closing Voltage 0.00 to 300.00 V Volts ± 0.2 V or ± 0.5% TVMINCL Supervision Time 0.00 to 600.00 s Seconds ± 0.01 s or ± 1% Programmed Outputs Phase Fault Trip: TRIP_PH...
Page 319: Figure 5-9 Recloser Status Monitoring Screen
Testing – 5 Figure 5-9 Recloser Status Monitoring Screen Real Time Function Status Monitoring: 1. Use S‑7600 IPScom Communications Software to monitor the Function Status. 2. Select Monitor/Function Status from the IPScom Main screen menu bar. IPScom will display the Function Status screen (Figure 5‑10) which displays the status of the following: •...
Page 320: Figure 5-11 Two Shot Reclose Auto-Reclose Cycle
M‑7651A D‑PAC Instruction Book Reclose Delay Time Tests: Figure 5‑11 illustrates a two shot auto‑reclose cycle that goes to lockout following the third trip. Observe the reclose delay time following each trip by monitoring the close output. NOTE: Reclose delays for phase and ground each trip can be set independently. ▲...
Page 321: Figure 5-13 Sequence Coordination Example
Testing – 5 Sequence Coordination Test: illustrates how sequence coordination works: Figure 5‑13 Substation time Slow Curves Fast Curves Multiples of Pickup 1.5 x Figure 5-13 Sequence Coordination Example Example: Recloser R is located at the substation while recloser R is a recloser located further downstream in the distribution system.
Page 322 M‑7651A D‑PAC Instruction Book High Current Phase Lockout Time Test: 1. Connect a timer to the trip output contact so that the timer stops timing when the contacts close. 2. Repeat steps 1 and 2 from the High Current Phase Lockout Pickup Test. 3.
Page 323: 81 Frequency
Testing – 5 81 FREQUENCY VOLTAGE INPUTS: Configuration V1 CURRENT INPUTS: None TEST SETTINGS: Parameter Range Unit Accuracy Pickup 40.00 to 65.00 Hz ± 0.02 Hz Time Delay 0.00 to 600.00 s Seconds ± 0.01 s or ± 1% Hysteresis 0.0 to 1.0 Hz –...
Page 324: Rate Of Change Of Frequency (#1, #2)
M‑7651A D‑PAC Instruction Book 81R RATE OF CHANGE OF FREQUENCY (#1, #2) VOLTAGE INPUTS: Configuration V1 CURRENT INPUTS: None TEST SETTINGS: Parameter Range Unit Accuracy Pickup 0.20 to 5.00 Hz/s Hz/Sec ± 0.02 Hz/s Time Delay 0.00 to 2.00 s Seconds ±...
Page 325: Figure 5-15 Function 81R Connection Diagram
Testing – 5 (F81 #1) (F81 #2) Blocking Input Figure 5-15 Function 81R Connection Diagram Pickup Test: 1. Apply nominal voltage to all three phases. Calculate the time for the pickup setting and apply a sweep rate 25% less than the pickup (P). 2.
Page 326: Clp Cold Load Pickup
M‑7651A D‑PAC Instruction Book CLP COLD LOAD PICKUP VOLTAGE INPUTS: Configuration V1 CURRENT INPUTS: Configuration C1 TEST SETTINGS: Parameter Range Unit Time Locked Out to Activate Cold Load Seconds (1 to 60000) Number of Recloses – (0 to 4) Restore to Normal: Active Duration Seconds (1 to 10000)
Page 327 Testing – 5 Parameter Range Unit 51N1 or 51G1 (Minimum Ground Trip): Pickup Amps (0.02 to 3.20) – – Curve: IEC – Inverse, Very Inverse, Extremely Inverse US – Moderately Inverse, Standard Inverse, Very Inverse, Extremely Inverse, Short Time Inverse IEEE –...
Page 328: Figure 5-16 Restore To Normal Logic Diagram
M‑7651A D‑PAC Instruction Book Overcurrent Pickup and Time Tests: Repeat the pickup and time tests for the following overcurrent elements using the governing settings while the recloser is in the Cold Load Pickup state: 50P1, 50G(GS)1*, 50N1*, 51P1, 51N1*, 51G(GS)1*, High Current Phase Lockout, High Current Ground Lockout * The neutral operating current configuration (3I or I...
Page 329 Testing – 5 Active Duration Time Test: 1. Place the recloser in the lockout state with no current applied to the recloser. 2. Use the IPScom Recloser Status Monitoring screen to monitor the Cold Load Pickup virtual LED. The recloser must be in the Cold Load Pickup state before proceeding to the next step. NOTE: The breaker must be closed.
Page 330: Hlt Mm Hot Line Tag/Maintenance Mode
M‑7651A D‑PAC Instruction Book HLT MM HOT LINE TAG/MAINTENANCE MODE NOTE: The M‑7651A D‑PAC will trip for a fault then go to lockout when Hot Line Tag/Maintenance ▲ Mode is enabled and the relay switches over to reserved settings for 50P, 51P, 50G/GS and 51G/GS.
Page 331: Tcm Trip Circuit Monitoring
Testing – 5 TCM TRIP CIRCUIT MONITORING VOLTAGE INPUTS: As Described CURRENT INPUTS: None TEST SETTINGS: Parameter Range Unit Accuracy Time Delay 0.01 to 600.00 s Seconds ± 0.01 s or ± 1% Programmed Outputs (1 to 12) – Test Setup: 1.
Page 332: Ccm Close Circuit Monitoring
M‑7651A D‑PAC Instruction Book CCM CLOSE CIRCUIT MONITORING VOLTAGE INPUTS: As Described CURRENT INPUTS: None TEST SETTINGS: Parameter Range Unit Accuracy Time Delay 0.01 to 600.00 s Seconds ± 0.01 s or ± 1% Programmed Outputs (1 to 12) – Test Setup: 1.
Page 333: Bm Breaker Monitor And Accumulator
Testing – 5 BM BREAKER MONITOR AND ACCUMULATOR VOLTAGE INPUTS: None CURRENT INPUTS: As Described TEST SETTINGS: Parameter Range Unit Pickup (1 to 60,000) Cycles* Delay (0.00 to 600.00) Seconds – T, IT or I – Timing Method Preset Accumulators: Phase A, B, or C –...
Page 334: Psm Ied Power Supply Monitoring
M‑7651A D‑PAC Instruction Book PSM IED POWER SUPPLY MONITORING VOLTAGE INPUTS: + and – Terminals on the Power Supply inputs CURRENT INPUTS: None TEST SETTINGS: Power Supply Type Low Voltage High Voltage (24/48 Vdc) (125/220 Vac/Vdc) Parameter Unit Accuracy Time Delay Seconds (0 to 60000) Reference High Voltage...
Page 335: Auto Calibration
Testing – 5 Auto Calibration VT CALIBRATION PROCEDURE The M‑7651A D‑PAC System includes an Auto Calibration feature. To perform an automatic calibration proceed as follows: Required Equipment • Voltage source capable of providing a 120 Vac source voltage • Voltage source capable of providing a 0.1 to 12.5 Vac source voltage •...
Page 336: Figure 5-19 Lea Calibration Voltage Screen
M‑7651A D‑PAC Instruction Book 8. Select OK. IPScom will respond in one of the following manners: • If LEA input hardware is not present on the unit, the calibration process will initiate. Go to Step 11. • If LEA input hardware is present on the unit, then IPScom will display the LEA Calibration Voltage dialog screen Figure 5‑19.
Page 337: Figure 5-22 Calibration Voltage Input Configuration
Testing – 5 120 Vac Neutral Input Input 5 Vac Neutral Input 120 Vac Input Input Input Figure 5-22 Calibration Voltage Input Configuration 5–65...
Page 338: Figure 5-23 Calibration Current Input Configuration
M‑7651A D‑PAC Instruction Book 1 Amp Neutral 50 mA Neutral Figure 5-23 Calibration Current Input Configuration 5–66...
Page 339: Chapter 6 Installation
Installation – 6 Installation General Information ................. 6–1 Mechanical/Physical Dimensions............. 6–2 External Connections ..............6–7 General Information The person or group responsible for the installation of the control will find all mechanical information required for physical installation, equipment ratings, and all external connections in this chapter. For reference, the Three‑Line Connection Diagram is repeated from Chapter 3.
Page 340: Mechanical/Physical Dimensions
9.47 [24.1] 0.38 8.72 [24.15] [0.97] 1.47 [3.73] 2.25 5.20 [5.72] [13.21] 4 x Ø .22 [.56] 7.25 [18.42] 5.85 6.22 [14.86] 5.06 [15.8] [12.85] 0.15 [0.381] 5.20 [13.21] Figure 6-1 M-7651A D-PAC Horizontal External Dimensions 6–2...
Page 341: Figure 6-2 M-7651A D-Pac Vertical External Dimensions
Installation – 6 5.20 [13.21] 6.22 [15.80] 0.37 [0.94] 5.85 [14.86] 6.00 [15.24] 5.06 [12.85] 8.00 7.25 [20.32] [18.42] Figure 6-2 M-7651A D-PAC Vertical External Dimensions 6–3...
Page 342: Figure 6-3 M-7651A D-Pac 19 Inch Rack Mount Adapter Frame Dimensions
M‑7651A D‑PAC Instruction Book Figure 6-3 M-7651A D-PAC 19 Inch Rack Mount Adapter Frame Dimensions 6–4...
Page 343: Figure 6-4 Horizontal Panel Mount Cutout Dimensions
Installation – 6 Figure 6-4 Horizontal Panel Mount Cutout Dimensions 6–5...
Page 344: Figure 6-5 Vertical Panel Mount Cutout Dimensions
M‑7651A D‑PAC Instruction Book Minimum Clearance For Case Mounting Latch 0.38 [0.97] Optional, for mounting with #6 screws 2.50 instead of latch [6.35] Ø 0.16 X 4 5.00 [12.7] 5.30 [13.46] 2.65 2.65 [6.73] [6.73] 3.81 [9.68] 3.67 [9.32] 7.35 7.62 [18.67] [19.36]...
Page 345: External Connections
Installation – 6 External Connections WARNING: The protective grounding terminal must be connected to an earthed ground anytime external connections have been made to the unit. WARNING: Do not open live CT circuits. Live CT circuits should be shorted prior to disconnecting CT wiring to the M‑7651A D‑PAC.
Page 346: Relay Outputs
Figure 6-6 M-7651A D-PAC Typical External Connections WARNING: The protective grounding terminal must be connected to an earthed ground any time external connections have been made to the unit. OUT 13 OUT 14 OUT 15 OUT 16 Figure 6-7 M-7651A D-PAC Optional Arc Flash Module 6–8...
Page 347: Figure 6-8 Three-Line Connection Diagram
Installation – 6 M-7651A Typical Source Connection Diagram M-7651A Three VT Wye-Wye Connection 1 A / 5 A CT Configuration (Source) R Power sync (Feeder) F Load Figure 6-8 Three-Line Connection Diagram 6–9...
Page 348 M‑7651A D‑PAC Instruction Book This Page Left Intentionally Blank 6–10...
Page 349 Appendix – A HMI Menus Figure A‑1 Monitor Menu Flow ..............A–2 Figure A‑2 Setpoints Menu Flow ...............A–5 Figure A‑3 Configuration Menu Flow ............A–7 Figure A‑4 Utilities Menu Flow ..............A–8 Figure A‑5 Communications Menu Flow ............A–9 Q CYBER SECURITY NOTE: When Cyber Security is enabled, access to any feature described in this Chapter is subject to the Access Permissions Policy as designated by the Security Policy Administrator.
Page 350: Hmi Monitor Menu
M-7651A Instruction Book HMI MONITOR Menu MONITOR UTIL SETP At any menu screen: Press EXIT to go to the Menu Header. Press  or  to move sideways to the adjacent Menu Header. Figure A-1 Monitor Menu Flow (1 of 3) A–2...
Page 351 Appendix – A HMI MONITOR Menu (cont.) Secondary Metering Continued At any menu screen: Press EXIT to go to the Menu Header. Press  or  to move sideways to the adjacent Menu Header. Figure A-1 Monitor Menu Flow (2 of 3) A–3...
Page 352 M-7651A Instruction Book HMI MONITOR Menu (cont.) MONITOR UTIL SETP Continued At any menu screen: Press EXIT to go to the Menu Header. Press  or  to move sideways to the adjacent Menu Header. Figure A-1 Monitor Menu Flow (3 of 3) A–4...
Page 353: Hmi Setpoints Menu
Appendix – A HMI SETPOINTS Menu SETPOINTS MNTR CNFG With Autoreclose Option PROFILE 79 Recloser Edit Profile 79 ABC Profile 1 Active Profile Enable Profile 1 DISABLE Ground Precedence DISABLE Sequence Coord None Max Phase Trips Max Ground Trips Rst Time Reclose xxxx s Rst Time Lockout xxxx s...
Page 354 M-7651A Instruction Book HMI SETPOINTS Menu (cont.) SETPOINTS MNTR CNFG Continued Setpoint Profile Selected for Editing Overcurrent Phase ABC Gnd(Gnd Sensitive) Residual Element #1 Elements #2-#5 Element #1 Elements #2-#5 When HCL Operating Current With Autoreclose Option Reference is "G" 50PABC #1 51PABC #1 HCL PABC #1...
Page 355: Hmi Configuration Menu
Demand Interval Nominal Voltage Date and Time Recorded events cnt. User Line 1 P1 15 Min xxx.xx V l-g MM/DD/YR HH:MM:SS:MS BECKWITH ELECTRIC P1 Nominal Current Daylight Saving User Line 2 P1 Max Demand IA xxx.xx DISABLE M-7651A xxx.xx A...
Page 356: Hmi Utilities Menu
M-7651A Instruction Book HMI UTILITIES Menu UTILITIES COMM MNTR Optional About Battery Charger Comm Status Disk Info Serial Number Accessory Power DSP COMM STATUS COM1 COM4 Ethernet Status Free Space XXXXX DISABLE ERR STATUS ERR STATUS XXXX.XX MB Firmware Version Battery load test RX OK Frame Count Life Remained...
Page 357: Hmi Communications Menu
Appendix – A HMI COMMUNICATIONS Menu COMMUNICATIONS CNFG UTIL PORT1 PORT4 Comm ports security Comm Settings Memory Settings Settings Physical Ports Protocol access Modbus Address Sett Protocol MODBUS USB Port Modbus Protocol DNP Address Save Sett Baud Rate ENABLE ENABLE Press ENT 115200 bps COM1 Port...
Page 358 M-7651A Instruction Book HMI COMMUNICATIONS Menu (cont.) COMMUNICATIONS CNFG UTIL Continued ings omm Settings Memory Card Memory Card Ethernet Ethernet bus Address Settings Settings Save Data Files Save Data Files Load Load Firmware Firmware Datalogging Datalogging Settings Settings Address Save Settings Save Settings Save Datalog range Save Datalog range...
Page 359 Appendix – A HMI COMMUNICATIONS Menu (cont.) COMMUNICATIONS CNFG UTIL Ethernet Set LCD Contrast Datalogging Settings Status ************* Enable Ext Datalog Static IP Address IP Address begin DISABLE X. X. X. X X. X. X. X Net Mask Net Mask date X.
Page 360 M-7651A Instruction Book This Page Left Intentionally Blank A–12...
Page 361 Appendix – B Relay I/O Configuration Worksheet This Appendix contains a copy of the M‑7651A D‑PAC System Input/Output Configuration Table and is provided to define and record the blocking inputs and output configuration for the relay. For each function, check if DISABLED or ENABLED, then check the output contacts to be operated by the function. Also check the inputs designated to block the function operation.
Page 362: Table B-1 Relay I/O Configuration Worksheet - Profile Setpoints
M‑7651A D‑PAC Instruction Book Table B-1 Relay I/O Configuration Worksheet – Profile Setpoints (1 of 7) B–2...
Page 363 Appendix – B Table B-1 Relay I/O Configuration Worksheet – Profile Setpoints (2 of 7) B–3...
Page 364 M‑7651A D‑PAC Instruction Book Table B-1 Relay I/O Configuration Worksheet – Profile Setpoints (3 of 7) B–4...
Page 365 Appendix – B Table B-1 Relay I/O Configuration Worksheet – Profile Setpoints (4 of 7) B–5...
Page 366 M‑7651A D‑PAC Instruction Book Table B-1 Relay I/O Configuration Worksheet – Profile Setpoints (5 of 7) B–6...
Page 367 Appendix – B Table B-1 Relay I/O Configuration Worksheet – Profile Setpoints (6 of 7) B–7...
Page 368 M‑7651A D‑PAC Instruction Book Table B-1 Relay I/O Configuration Worksheet – Profile Setpoints (7 of 7) B–8...
Page 369: Table B-2 Relay I/O Configuration Worksheet - Common Setpoints
Appendix – B Table B-2 Relay I/O Configuration Worksheet – Common Setpoints B–9...
Page 370 M‑7651A D‑PAC Instruction Book This Page Left Intentionally Blank B–10...
Page 371: Table C-1 Self-Test Error Codes
Appendix – C Self‑Test Error Codes FLASH configuration has invalid page size FLASH access timeout FLASH is missing configuration FLASH configuration is invalid FLASH configuration section is missing FLASH configuration has invalid section range FLASH configuration section is out of memory FLASH configuration error FLASH is out of memory FLASH file system is out of memory...
Page 372 M‑7651A D‑PAC Instruction Book SPDB DATABASE HASH OUT OF MEMORY ERROR DURING USER LOGOUT PASSWORD FILE IS MISSING ERROR IN PASSWORD FILE BBRAM BATTERY FAILURE BACKGROUND TASK FIFO ERROR BACKGROUND TASK COMMAND POINTER IS NULL OUT OF MEMORY DURING RSA INIT IP SOCKET MUTEX ERROR BBRAM RAMDISK INITIALIZATION FAILURE MESSAGE LOG BUFFER OVERFLOW...
Page 373: Appendix D Inverse Time Curves
Appendix – D Inverse Time Curves The M‑7651A D‑PAC offers over 50 different time curves plus four user programmable curves to facilitate coordination with other elements in the network. The phase or ground fast‑ and delay‑curves can be set either with the user‑designed curves or with the curve selection choices listed in Table D‑1.
Page 374: Setting Time Delay On Overcurrent Relays
M‑7651A D‑PAC Instruction Book Setting Time Delay on Overcurrent Relays Table D‑2 illustrates the ANSI/IEEE and IEC Constants for Overcurrent Relays. IDMT Curve Description Standard Moderately Inverse IEEE 0.02 0.0515 0.114 Very Inverse IEEE 19.61 0.491 Extremely Inverse IEEE 28.2 0.1217 Standard Inverse 0.02...
Page 375: Iec Curve Equations
Appendix – D CURVE EQUATIONS IEC Curve Equations 0.14 13.5 IEC Curve Type Operate Time Reset Time Figure × × Inverse Figure D‑1 13.5 47.3 × × Very Inverse Figure D‑2 × × Extremely Inverse Figure D‑3 IEEE Curve Equations 0.0515 4.85 IEEE Curve...
Page 376: Iec Curves (Iec 60255-151
M‑7651A D‑PAC Instruction Book IEC CURVES (IEC 60255‑151) 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup] Figure D-1 IEC Inverse Curve (TM=1.00, TA=0.00, MRTA=0.00) 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup] Figure D-2 IEC Very Inverse Curve (TM=1.00, TA=0.00, MRTA=0.00) 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup] Figure D-3 IEC Extremely Inverse Curve (TM=1.00, TA=0.00, MRTA=0.00)
Page 377: Ieee Curves (Ieee C37.112
Appendix – D IEEE CURVES (IEEE C37.112) 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup] Figure D-4 IEEE Moderately Inverse Curve (TM=1.00, TA=0.00, MRTA=0.00) 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup] Figure D-5 IEEE Very Inverse Curve (TM=1.00, TA=0.00, MRTA=0.00) 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup] Figure D-6 IEEE Extremely Inverse Curve (TM=1.00, TA=0.00, MRTA=0.00)
Page 378: Us Curves
M‑7651A D‑PAC Instruction Book US CURVES 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup] Figure D-7 US Moderately Inverse Curve (TM=1.00, TA=0.00, MRTA=0.00) 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup] Figure D-8 US Standard Inverse Curve (TM=1.00, TA=0.00, MRTA=0.00) 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup] Figure D-9 US Very Inverse Curve (TM=1.00, TA=0.00, MRTA=0.00)
Page 379: Figure D-10 Us Extremely Inverse Curve (Tm=1.00, Ta=0.00, Mrta=0.00
Appendix – D 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup] Figure D-10 US Extremely Inverse Curve (TM=1.00, TA=0.00, MRTA=0.00) 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup] Figure D-11 US Short Time Inverse Curve (TM=1.00, TA=0.00, MRTA=0.00) D–7...
Page 380: Traditional Recloser Curves
M‑7651A D‑PAC Instruction Book TRADITIONAL RECLOSER CURVES 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup] Figure D-12 Recloser Curve 101 (A) (TM=1.00, TA=0.00, MRTA=0.00) 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup] Figure D-13 Recloser Curve 102 (1) (TM=1.00, TA=0.00, MRTA=0.00) 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup] Figure D-14 Recloser Curve 103 (17) (TM=1.00, TA=0.00, MRTA=0.00)
Page 381: Figure D-15 Recloser Curve 104 (N) (Tm=1.00, Ta=0.00, Mrta=0.00
Appendix – D 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup] Figure D-15 Recloser Curve 104 (N) (TM=1.00, TA=0.00, MRTA=0.00) 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup] Figure D-16 Recloser Curve 105 (R) (TM=1.00, TA=0.00, MRTA=0.00) 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup] Figure D-17 Recloser Curve 106 (4) (TM=1.00, TA=0.00, MRTA=0.00)
Page 382: Figure D-18 Recloser Curve 107 (L) (Tm=1.00, Ta=0.00, Mrta=0.00
M‑7651A D‑PAC Instruction Book 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup] Figure D-18 Recloser Curve 107 (L) (TM=1.00, TA=0.00, MRTA=0.00) 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup] Figure D-19 Recloser Curve 111 (8*) (TM=1.00, TA=0.00, MRTA=0.00) 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup] Figure D-20 Recloser Curve 112 (15) (TM=1.00, TA=0.00, MRTA=0.00)
Page 383: Figure D-21 Recloser Curve 113 (8) (Tm=1.00, Ta=0.00, Mrta=0.00
Appendix – D 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup] Figure D-21 Recloser Curve 113 (8) (TM=1.00, TA=0.00, MRTA=0.00) 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup] Figure D-22 Recloser Curve 114 (5) (TM=1.00, TA=0.00, MRTA=0.00) 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup] Figure D-23 Recloser Curve 115 (P) (TM=1.00, TA=0.00, MRTA=0.00)
Page 384: Figure D-24 Recloser Curve 116 (D) (Tm=1.00, Ta=0.00, Mrta=0.00
M‑7651A D‑PAC Instruction Book 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup] Figure D-24 Recloser Curve 116 (D) (TM=1.00, TA=0.00, MRTA=0.00) 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup] Figure D-25 Recloser Curve 117 (B) (TM=1.00, TA=0.00, MRTA=0.00) 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup] Figure D-26 Recloser Curve 118 (M) (TM=1.00, TA=0.00, MRTA=0.00)
Page 385: Figure D-27 Recloser Curve 119 (14) (Tm=1.00, Ta=0.00, Mrta=0.00
Appendix – D 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup] Figure D-27 Recloser Curve 119 (14) (TM=1.00, TA=0.00, MRTA=0.00) 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup] Figure D-28 Recloser Curve 120 (Y) (TM=1.00, TA=0.00, MRTA=0.00) 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup] Figure D-29 Recloser Curve 121 (G) (TM=1.00, TA=0.00, MRTA=0.00)
Page 386: Figure D-30 Recloser Curve 122 (H) (Tm=1.00, Ta=0.00, Mrta=0.00
M‑7651A D‑PAC Instruction Book 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup] Figure D-30 Recloser Curve 122 (H) (TM=1.00, TA=0.00, MRTA=0.00) 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup] Figure D-31 Recloser Curve 131 (9) (TM=1.00, TA=0.00, MRTA=0.00) 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup] Figure D-32 Recloser Curve 132 (E) (TM=1.00, TA=0.00, MRTA=0.00)
Page 387: Figure D-33 Recloser Curve 133 (C) (Tm=1.00, Ta=0.00, Mrta=0.00
Appendix – D 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup] Figure D-33 Recloser Curve 133 (C) (TM=1.00, TA=0.00, MRTA=0.00) 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup] Figure D-34 Recloser Curve 134 (Z) (TM=1.00, TA=0.00, MRTA=0.00) 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup] Figure D-35 Recloser Curve 135 (2) (TM=1.00, TA=0.00, MRTA=0.00)
Page 388: Figure D-36 Recloser Curve 136 (6) (Tm=1.00, Ta=0.00, Mrta=0.00
M‑7651A D‑PAC Instruction Book 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup] Figure D-36 Recloser Curve 136 (6) (TM=1.00, TA=0.00, MRTA=0.00) 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup] Figure D-37 Recloser Curve 137 (V) (TM=1.00, TA=0.00, MRTA=0.00) 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup] Figure D-38 Recloser Curve 138 (W) (TM=1.00, TA=0.00, MRTA=0.00)
Page 389: Figure D-39 Recloser Curve 139 (16) (Tm=1.00, Ta=0.00, Mrta=0.00
Appendix – D 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup] Figure D-39 Recloser Curve 139 (16) (TM=1.00, TA=0.00, MRTA=0.00) 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup] Figure D-40 Recloser Curve 140 (3) (TM=1.00, TA=0.00, MRTA=0.00) 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup] Figure D-41 Recloser Curve 141 (11) (TM=1.00, TA=0.00, MRTA=0.00)
Page 390: Figure D-42 Recloser Curve 142 (13) (Tm=1.00, Ta=0.00, Mrta=0.00
M‑7651A D‑PAC Instruction Book 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup] Figure D-42 Recloser Curve 142 (13) (TM=1.00, TA=0.00, MRTA=0.00) 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup] Figure D-43 Recloser Curve 151 (18) (TM=1.00, TA=0.00, MRTA=0.00) 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup] Figure D-44 Recloser Curve 152 (7) (TM=1.00, TA=0.00, MRTA=0.00)
Page 391: Figure D-45 Recloser Curve 161 (T) (Tm=1.00, Ta=0.00, Mrta=0.00
Appendix – D 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup] Figure D-45 Recloser Curve 161 (T) (TM=1.00, TA=0.00, MRTA=0.00) 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup] Figure D-46 Recloser Curve 162 (KP) (TM=1.00, TA=0.00, MRTA=0.00) 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup] Figure D-47 Recloser Curve 163 (F) (TM=1.00, TA=0.00, MRTA=0.00)
Page 392: Figure D-48 Recloser Curve 164 (J) (Tm=1.00, Ta=0.00, Mrta=0.00
M‑7651A D‑PAC Instruction Book 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup] Figure D-48 Recloser Curve 164 (J) (TM=1.00, TA=0.00, MRTA=0.00) 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup] Figure D-49 Recloser Curve 165 (KG) (TM=1.00, TA=0.00, MRTA=0.00) 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup] Figure D-50 Recloser Curve 200 (TM=1.00, TA=0.00, MRTA=0.00)
Page 393: Definite Time Curve
Appendix – D 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup] Figure D-51 Recloser Curve 201 (TM=1.00, TA=0.00, MRTA=0.00) 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup] Figure D-52 Recloser Curve 202 (TM=1.00, TA=0.00, MRTA=0.00) DEFINITE TIME CURVE 0.01 Current in Multiples of Pickup [(I/I'), where I' = Pickup]...
Page 394 M‑7651A D‑PAC Instruction Book This Page Left Intentionally Blank D–22...
Page 395: Appendix E Hardware Variation Specifications
Appendix – E Hardware Variation Specifications UNIT SERIAL NUMBERS PRIOR TO #2001 – HARDWARE SPECIFICATIONS Refer to the diagrams and tables in this Appendix for hardware specifications that are applicable to Unit Serial Numbers 1 to 500, and 501 to 2000. Hardware specifications for Unit Serial Numbers greater than #2001, are defined in the latest M‑7651A D‑PAC Specification.
Page 396: Figure E-1 External Connections (Typical Configuration - Serial Numbers 1 To 2000
M-7651A-XXXXXXXXXXXXXXXX P/S=90−315 , 90-280~ 60 Hz, DIG. INPUTS=90−300 IΦ=5A, Ig=5A,Vy=120 =120 FW: D-XXXX V00.00.00 SN:XXXXXX Ny Vz NOT USED BECKWITH ELECTRIC CO. INC. LARGO, FL 727-544-2326 www.beckwithelectric.com Figure E-1 External Connections (Typical Configuration – Serial Numbers 1 to 2000) E–2...
Page 397 Appendix – F Index NUMERICAL 51P Load Encroachment Logic (LEL), 5‑1, 5‑26 25 Sync Check, 3‑29:3‑30, 4‑26, 5‑1, 5‑6:5‑7 51P Phase Inverse Time Overcurrent, 3‑48, 5‑1, 5‑24 27 Bus Side Voltage Supervision Setpoints, 3‑106 59 Phase Overvoltage, 3‑45 27 Phase Undervoltage, 3‑31, 5‑1, 5‑8 59I Peak Overvoltage, 3‑46:3‑47, 5‑1, 5‑35 27 Vz1 Undervoltage, 3‑31 59N Residual Overvoltage, 3‑46, 5‑1, 5‑36...
Page 398 M‑7651A D‑PAC Instruction Book About, 4‑59 Calibrate, 3‑5, 3‑80, 4‑53:4‑54, 5‑63:5‑64 AC Current Inputs, 30 Calibrate ARC Flash, 3‑80, 4‑54 AC Voltage Inputs, 30 CCM Close Circuit Monitoring, 5‑1, 5‑60 Accessing, 2‑11 Clear All Logged Data, 4‑30, 4‑50 Accumulator, 24, 3‑75:3‑76, 4‑20, 4‑29, 5‑1, 5‑61 Close Block Function, 3‑90:3‑91 Active Setpoint Profile, 3‑25, 4‑30 Close Circuit Monitor, 3‑83:3‑84...
Page 399 Appendix – F Equipment Required, 5‑2 Ethernet Port Setup, 4‑5:4‑6 Data Analysis, 1‑2, 2‑2, 4‑46:4‑48, 4‑51, 4‑55:4‑58 Ethernet Settings, 2‑15, 4‑6, 4‑16 Data Entry Screens, 2‑8 EXIT Pushbutton, 2‑2, 2‑4, 2‑8, 4‑38 Data Logging, 1, 3, 24, 2‑10, 4‑30, 4‑44:4‑46, 4‑53, Extended Data Logging Feature, 24, 4‑44 4‑61:4‑62 External Connections, 4, 35, 1‑1, 3‑84, 5‑4, 6‑1,...
Page 400 M‑7651A D‑PAC Instruction Book General Information, 4‑46, 6‑1 IEC, 3, 19, 29, 32, 34:35, 1‑2:1‑3, 3‑37, 3‑42, 4‑17, D‑1:D‑4 General Overview of M‑7651A, 1‑1:1‑2 IEC Curve Equations, D‑3 General Specifications, 30 IEC Curves, 19, D‑4 Ground Count Exceeded Lockout Algorithm, 3‑102 IED Power Supply, 3‑82, 4‑28, 5‑1, 5‑62, 6‑7 Ground Directional Overcurrent, 3‑54:3‑56, 3‑59:3‑60, 5‑1, 5‑42, 5‑44...
Page 401 Appendix – F Message Log, 4‑56, C‑1:C‑2 Metering, 1, 3, 19:22, 29, 32, 1‑2:1‑3, 2‑1, L4, 3‑2:3‑3, 3‑6, 3‑9, 4‑21 2‑11:2‑12, 2‑15, 3‑2:3‑3, 3‑6, 3‑8:3‑9, 3‑12, 3‑16, 3‑81, 3‑88, 3‑96:3‑97, 4‑20:4‑25, 4‑29, 4‑39, L6, 3‑2:3‑3, 3‑6, 3‑9, 3‑12, 4‑21 4‑58, C‑2 LAMP TEST, 2‑6 Minimum Load, 3‑61 LCD Screen Contrast, 2‑1...
Page 402 M‑7651A D‑PAC Instruction Book Optional Features, 3 Power Quality Monitoring, 1, 3, 20 Opto‑Isolated, 30, 3‑83, E‑1 Power Supplies, 30 Oscillograph, 23, 29, 2‑10, 2‑12, 2‑15, 3‑68, 3‑88, Power Supply, 3:4, 30, 32, 2‑11, 3‑2, 3‑22, 3‑82, 4‑20, 4‑28, 4‑30, 4‑46:4‑47, 4‑50, 4‑55, 4‑58, 3‑95, 4‑28, 5‑1:5‑2, 5‑62, 6‑7 4‑61:4‑63, C‑1 Power Up Screens, 2‑1, 2‑14...
Page 403 Appendix – F Relay Outputs, 4‑52, 6‑8 Sensitive Ground Inverse Time Overcurrent, 3‑45, 3‑59, 5‑1, 5‑31 Remote Control, 3‑18, 3‑90, 3‑104, 4‑51:4‑52 Sequence Coordination, 3‑103, 3‑105, 3‑116, REMOTE DISABLE, 2‑4, 2‑6, 3‑18, 4‑22, 4‑31:4‑32, 3‑120, 5‑46, 5‑49 4‑34:4‑35 Sequence of Events, 1, 3, 23, 29, 2‑15, 3‑68, 3‑88, Remote Output Control, 2‑6, 4‑34, 4‑51:4‑52 4‑27, 4‑30, 4‑41, 4‑48, 4‑50, 4‑55:4‑56 Remote Reboot, 4‑51, 4‑58...
Page 404 M‑7651A D‑PAC Instruction Book USB, 1, 3, 31, 1‑3, 4‑1:4‑2, 4‑4:4‑6, 4‑14 User Defined Custom Curves, 3‑37, D‑2 TCCM Trip, 3‑83 User Lines, 1‑2, 2‑1:2‑2, 2‑4, 2‑10, 2‑13, 3‑19, 3‑25, TCM Trip Circuit Monitoring, 5‑1, 5‑59 3‑70, 3‑110, 4‑7, 4‑30, 4‑38, 5‑5 TCP/IP, 32, 1‑3, 4‑14:4‑15 Utility, 32, 2‑2, 2‑7:2‑8, 3‑5, 3‑80, 3‑95, 3‑97, 4‑1:4‑2, 4‑10, 4‑46:4‑48, 4‑51:4‑55, 4‑57:4‑58,...
Page 405 There shall be no warranties which extend beyond those contained in the Beckwith Electric Co., Inc. terms of sale. All rights reserved by Beckwith Electric Co., Inc. No reproduction may be made without prior written approval of the Company.
Page 406 This Page Left Intentionally Blank...
Page 408 BECKWITH ELECTRIC CO., INC. 6190 ‑ 118th Avenue North • Largo, Florida 33773‑3724 U.S.A. PHONE (727) 544‑2326 • FAX (727) 546‑0121 marketing@beckwithelectric.com www.beckwithelectric.com ISO 9001:2015 © 2013 Beckwith Electric Co. All Rights Reserved. 800‑7651A D‑PAC‑IB‑10 12/19 Printed in U.S.A.

BECKWITH ELECTRIC M-7651A D-PAC Instruction Book

Chapter 1 Introduction

Chapter 2 Front Panel Operation

Appendix C Self-Test Error Codes

Appendix D Inverse Time Curves

Appendix E Hardware Variation Specifications

Chapter 3 System Application & Function Setpoints

Quick Links

Need help?

Questions and answers

Subscribe to Our Youtube Channel

Related Manuals for BECKWITH ELECTRIC M-7651A D-PAC

Summary of Contents for BECKWITH ELECTRIC M-7651A D-PAC