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Basler BE1-DFPR Instruction Manual

Distribution feeder protection relay
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Summary of Contents for Basler BE1-DFPR

  • Page 1 +05647%6+10/#07#. &+564+$76+10(''&'4 2416'%6+104'.#; $'&(24 7PKV4GXKUKQP4#PF5WDUGSWGPV 2WDNKECVKQP  4GXKUKQP # ...
  • Page 2 This manual provides information concerning the operation and installation of the BE1-DFPR, Distribution Feeder Protection Relay, Unit Revision R and subsequent. BE1-DFPR Relays, Unit Revision Q and previous require Instruction Manual 9 2315 00 990. accomplish these goals, the following information is provided.
  • Page 3 First Printing: December 1995 Printed in USA © 1995, 1996, 1997 Basler Electric Co., Highland, IL 62249 September 1997 CONFIDENTIAL INFORMATION OF BASLER ELECTRIC COMPANY, HIGHLAND, IL. IT IS LOANED FOR CONFIDENTIAL USE, SUBJECT TO RETURN ON REQUEST, AND WITH THE MUTUAL UNDERSTANDING THAT IT WILL NOT BE USED IN ANY MANNER DETRIMENTAL TO THE INTEREST OF BASLER ELECTRIC COMPANY.

  • Page 4: Table Of Contents

    $$# SECTION 1 GENERAL INFORMATION Description ........1-1 Functions .
  • Page 5 %106'065 - Continued SECTION 3 FUNCTIONAL DESCRIPTION (continued) Modes of Operation ....... . . 3-6 Settings Mode .
  • Page 6 Connection Diagram ....... . 4-5 BE1-DFPR Rear View ....... 4-6 Communications Interface .

  • Page 7: General Information

    SECTION 1 GENERAL INFORMATION DESCRIPTION BE1-DFPR Distribution Feeder Protection Relays are microprocessor controlled devices with communications that provide complete real time protection, monitoring, control, and instrumentation for distribution circuits. In summary, it is an integrated feeder supervision system. DFPR relay communication provides for collection of real time operational data on both protected distribution circuits and controlled circuit breakers.

  • Page 8: Features

    BE1-DFPR General Information Built-in breaker trip circuit monitor. FEATURES Each DFPR relay function has many different features. These features are also listed in the following paragraphs and elaborate on the expanded functions. Protection Features Programmable integrating reset characteristics available for 51 functions.

  • Page 9: Set-Up And Test Provisions Features

    BE1-DFPR General Information computer terminal. Rear RS-232 port for connection to a communications link. Communications provides access to set-up parameters, real time data, and stored information. Settings upload and download. Set-up and Test Provision Features Access to the connection/test plugs is achieved by removing the left section of the front panel.
  • Page 10 BE1-DFPR General Information Figure 1-1. Terminal Screens Flow Diagram (Sheet 1 Of 2)
  • Page 11 BE1-DFPR General Information...
  • Page 12 BE1-DFPR General Information Figure 1-2. Terminal Screens Flow Diagram (Sheet 2 Of 2)

  • Page 13: Application

    Quantity of data and status information that can be collected is limited by the space available to mount discrete devices and the capability of SCADA terminals to collect and process data. BE1-DFPR relays are multi-phase, multi-function devices in economical, standard 19-inch rack units and require less space than the equivalent electromechanical overcurrent relays.

  • Page 14: Specifications

    DFPR relays store minimum and maximum demand values. This information can be retrieved periodically to keep track of load peaks and growth for planning purposes. SPECIFICATIONS BE1-DFPR relays are available with the following features and capabilities. Accuracies of Measured Currents Refer to Table 1-1 for accuracies of front panel instrumentation measured currents.
  • Page 15 BE1-DFPR General Information...
  • Page 16 BE1-DFPR General Information Current Pickup For Phase and Neutral Dropout/pickup ratio: 95% or higher Time Elements (51, 51N) 5 Ampere CT Range 0.5 to 12 A Increments 0.1 A Pickup accuracy ±2% or 50 mA 1 Ampere CT Range 0.1 to 2.4 A Increments 0.02 A...
  • Page 17 BE1-DFPR General Information Trip Characteristic Refer to Table 1-4 for the time characteristic curve con- Continued stants. Constants have been selected to conform to the characteristics of electromechanical relays over a range of pickup multiples from 1.3 to 40. Values of the constants are available for use in computer relay setting programs.
  • Page 18 BE1-DFPR General Information Fixed Time Parameters (For 50T, 50TN Elements) Characteristic: Fixed time for any current exceeding pickup Time Range: 30 to 5000 ms Time Increments: 10 ms Reset: Reset is instantaneous Timing accuracy: ±5% or 15 ms, whichever is greater Current Pickup For Phase And Neutral Dropout/Pickup ratio: 90%.
  • Page 19 BE1-DFPR General Information Current Pickup (50, 50N) - Continued 1 Ampere CT Range 0.1 to 30 A Increment 0.2 A Overvoltage Response characteristic (For 59 Element) NOTE A time dial (time range) setting of 0.0 inhibits the 59 function. Characteristic:...

  • Page 20: General Specifications

    BE1-DFPR General Information Acceptable Setting Example: If 59 = 120, then 27 must be  120 Underfrequency Response Characteristics (For 81 Element) Characteristic: Fixed time Time range: 100 to 500 ms Setting increments: 10 ms Reset: Two cycles or less...
  • Page 21 BE1-DFPR General Information One second rating: 320 V Burden: Less than 1.0 VA at 120 V phase-to-neutral AC Current Inputs On Unit For 5 A CTs Continuous: 20 A One second rating: 500 A Saturation limit: 250 A Burden: Less than 1.0 ohm...

  • Page 22: Standard Accessories

    Sample Style Number Style number identification chart (Figure 1-4) defines the electrical characteristics and operational features included in BE1-DFPR Relays. For example, if the style number were 5 A2 V F T H A, the device would have the following: Five ampere system current transformer secondaries.
  • Page 23 BE1-DFPR General Information 1-17...
  • Page 24 BE1-DFPR General Information Figure 1-4. Style Number Identification Chart 1-18...

  • Page 25: Time Overcurrent Characteristic Curves

    BE1-DFPR General Information TIME OVERCURRENT CHARACTERISTIC CURVES Figures 1-5 through 1-16 illustrate the characteristic curves that are programmed into the nonvolatile memory of this relay. A drawing number is given under each caption. Use this number to order a full-size (10 inch x 12 inch) Characteristic Curve graph.
  • Page 26 BE1-DFPR General Information (KIWTG6KOKPI1RVKQP55JQTV+PXGTUG  1-20...
  • Page 27 BE1-DFPR General Information 1-21...
  • Page 28 BE1-DFPR General Information (KIWTG6KOKPI1RVKQP..QPI+PXGTUG  1-22...
  • Page 29 BE1-DFPR General Information 1-23...
  • Page 30 BE1-DFPR General Information (KIWTG6KOKPI1RVKQP&&GHKPKVG6KOG  1-24...
  • Page 31 BE1-DFPR General Information 1-25...
  • Page 32 BE1-DFPR General Information (KIWTG6KOKPI1RVKQP//QFGTCVG+PXGTUG  1-26...
  • Page 33 BE1-DFPR General Information 1-27...
  • Page 34 BE1-DFPR General Information (KIWTG6KOKPI1RVKQP++PXGTUG  1-28...
  • Page 35 BE1-DFPR General Information 1-29...
  • Page 36 BE1-DFPR General Information (KIWTG6KOKPI1RVKQP88GT[+PXGTUG  1-30...
  • Page 37 BE1-DFPR General Information 1-31...
  • Page 38 BE1-DFPR General Information (KIWTG6KOKPI1RVKQP''ZVTGOGN[+PXGTUG  1-32...
  • Page 39 BE1-DFPR General Information 1-33...
  • Page 40 BE1-DFPR General Information (KIWTG6KOKPI1RVKQP#$55VCPFCTF+PXGTUG  1-34...
  • Page 41 BE1-DFPR General Information 1-35...
  • Page 42 BE1-DFPR General Information (KIWTG6KOKPI1RVKQP$$58GT[+PXGTUG  1-36...
  • Page 43 BE1-DFPR General Information 1-37...
  • Page 44 BE1-DFPR General Information (KIWTG6KOKPI1RVKQP%$5'ZVTGOGN[+PXGTUG  1-38...
  • Page 45 BE1-DFPR General Information 1-39...
  • Page 46 BE1-DFPR General Information (KIWTG6KOKPI1RVKQP)$5.QPI6KOG+PXGTUG  1-40...
  • Page 47 BE1-DFPR General Information 1-41...
  • Page 48 BE1-DFPR General Information (KIWTG6KOKPI1RVKQP((KZGF6KOG  1-42...

  • Page 49: Controls And Indicators

    CONTROLS AND INDICATORS LOCATION OF CONTROLS AND INDICATORS The BE1-DFPR, horizontal mount is shown in Figure 2-1, and the BE1-DFPR, vertical mount is shown in Figure 2-2. A description and an illustration of the controls and indicators for the Control Module, Contact Sense Module, and Magnetics Module is provided in the following paragraphs.
  • Page 50 BE1-DFPR Controls and Indicators Figure 2-1. BE1-DFPR, Horizontal Mount...
  • Page 51 BE1-DFPR Controls and Indicators...
  • Page 52 BE1-DFPR Controls and Indicators Figure 2-2. BE1-DFPR, Vertical Mount...

  • Page 53: Control Module

    BE1-DFPR Controls and Indicators CONTROL MODULE (Figure 2-3) Function/Data One line, 12 character display to monitor function status and settings. Status/Targets Reset Resets targets in display window and the two electromechanical front panel targets (TRIP 1 and TRIP 2) mounted on the relay module assembly behind the contact sense front panel.

  • Page 54: Contact Sense Module

    BE1-DFPR Controls and Indicators CONTACT SENSE MODULE (Figure 2-4) Pull Test Switch Relay is in normal operation when Pull Test Switch is pushed in and Operate Mode LED is lit. Relay is in test mode when Pull Test Switch is pulled out and the Test Mode LED is lit.

  • Page 55: Magnetics Module

    Current and voltage inputs and control outputs can be tested by removing the connection plugs and replacing them with test plugs (Basler part number 10095 or G.E. model XLA12A). Doing this disconnects these inputs and outputs from the relay internal circuits.
  • Page 56 BE1-DFPR Controls and Indicators (KIWTG9[G&GNVC5YKVEJ.QECVKQP+P/CIPGVKEU/QFWNG*QTK\QPVCN/QWPV...
  • Page 57 BE1-DFPR Controls and Indicators Figure 2-3. Control Module, Front Panel, Horizontal Mount...

  • Page 58: Functional Description

    FUNCTIONAL DESCRIPTION GENERAL BE1-DFPR relays are multi-phase, multi-function, microprocessor based relays. A functional description is provided for each BE1-DFPR function and refers to the functional block diagram, Figure 3-1. BLOCK DIAGRAM ANALYSIS General External contact inputs (control inputs) are routed through an optional test panel module if the test panel module is present.
  • Page 59 BE1-DFPR Functional Description...
  • Page 60 BE1-DFPR Functional Description...
  • Page 61 BE1-DFPR Functional Description (KIWTG(WPEVKQPCN$NQEM&KCITCO...

  • Page 62: Close Outputs

    BE1-DFPR Functional Description Close Outputs Two isolated sets of close contacts are provided on terminals 3A, 4A and 11A, 12A. When a reclose occurs, one or both of the outputs close if selected using the RECLOSE LOGIC screens (3, 6, 9, J and M) under REVIEW/EDIT SETTINGS menu as described in publication 9 2315 00 991, Terminal Displays and Settings .

  • Page 63: Control Outputs

    BE1-DFPR Functional Description  RESET TARGETS  RESET WATT-VAR HOURS  ENABLE NORMAL SETTINGS  ENABLE AUX1 SETTINGS  ENABLE AUX2 SETTINGS  ENABLE AUX3 SETTINGS  ENABLE AUX4 SETTINGS These functions are selected from the PROGRAMMABLE INPUTS screen under REVIEW/EDIT SETTINGS menu as describe in publication 9 2315 00 991, Terminal Displays and Settings .

  • Page 64: Alarm Outputs

    BE1-DFPR Functional Description Alarm Outputs Separate pairs of isolated contacts are provided for 5 alarm outputs. These outputs and the appropriate terminals (indicated in parenthesis) are as follows:  Prog 1 (21-22), Prog (programmable). These alarm outputs may be programmed by the user to Prog 2 (23-24) operate for one or more conditions established during the setting up process.

  • Page 65: Modes Of Operation

    BE1-DFPR Functional Description connectors on the front and rear panels. Connection to the front panel automatically disables the rear port. MODES OF OPERATION DFPR relays have two primary modes of operation. They are: Status mode Settings mode These modes are selected by momentarily pushing or rocking (either up or down) the front panel Status/Targets select or Settings select switches.
  • Page 66 BE1-DFPR Functional Description 81 RTD Underfrequency restore time delay 1 - 1000 seconds 81 UV Underfrequency voltage inhibit 40 - 120 volts Front Panel Display Description Range 27 PU Undervoltage pickup 50 - 120 volts 27 TD Undervoltage time delay...

  • Page 67: Status Mode

    Only the normal settings group can be edited from the front panel settings mode. In addition to the normal operational settings for distribution circuit protection, the BE1-DFPR can program settings for additional tripping schemes. Each of these schemes is user definable in terms of pickup settings for elements, the operation of each tripping element, and the response of the reclosing section.

  • Page 68: Overcurrent Protection

    - Three-phase, three wire delta - Single-phase using phase B voltage and current BE1-DFPR relays include three independent overcurrent functions for each sensed current input: Time Overcurrent (51, 51N) Phase settings adjustable over the range of 0.5 to 12 amperes in 0.1 ampere increments for a 5 ampere sensing input range and 0.1 to 2.4 amperes in 0.02 ampere increments for a 1 ampere...

  • Page 69: Frequency Tripping And Restoration

    BE1-DFPR Functional Description to 150 amperes in 1 ampere increments for a 5 ampere sensing input range and 0.1 to 30 amperes in 0.02 ampere increments for a 1 ampere sensing input range.  Neutral settings adjustable over the range of 0.5 to 99 amperes in 0.1 ampere increments and 100 to 150 amperes in 1 ampere increments for a 5 ampere sensing input range and 0.1 to 30 amperes...
  • Page 70 BE1-DFPR Functional Description and 50TN). 3-13...

  • Page 71: Automatic Reclosing

    Figure 3-3. Typical Breaker Failure Sequence AUTOMATIC RECLOSING BE1-DFPR relays include a reclosing section that provides up to 4 reclosing attempts. CLOSE 1 and CLOSE 2 outputs operate in parallel and remain closed for a minimum of 200 milliseconds upon receipt of a CLOSE command.

  • Page 72: Zone Sequence Coordination

    BE1-DFPR Functional Description The number of reclosing attempts may be limited by setting any of the reclose time delays to zero. A reclosing attempt time delay set to zero forces the reclose logic to LOCKOUT and will not allow any further reclosing attempts.

  • Page 73: Reclose Disable (Rds)

    CONTROL FUNCTIONS Supervisory Trip/Supervisory Close (Trip/Close) In addition to providing protection for the feeder, the BE1-DFPR is capable of accepting breaker TRIP and CLOSE commands from momentary contact closures of the SCADA system or breaker control switch and issuing the actual commands to the breaker.

  • Page 74: System Diagnostics And Alarm Outputs

    BE1-DFPR Functional Description SYSTEM DIAGNOSTICS AND ALARM OUTPUTS Relay Trouble This NC contact will be energized after an initial power-up delay and remain energized (open) unless one of the following problems is detected within the relay: Power Supply failure (Relays may be supplied with an optional redundant power supply. Each power supply is capable of supplying the total requirements of the package.

  • Page 75: Instrumentation

    Protective element pickup status and target status Data Collection and Storage BE1-DFPR relays collect and store data in memory for interrupted current values, demand values, and breaker operations. The stored values are: Energy accumulation in the form of watt hours, var hours and number of hours since last reset...

  • Page 76: Communications

    BE1-DFPR Functional Description Breaker limit status (breaker failure or maximum breaker operation) Time and date (10 millisecond resolution) Type of event (trip, close, external trigger, or zone sequence) Reclose status Operational setting (Normal, Aux 1, Aux 2, Aux 3, or Aux 4)

  • Page 77: Rs 232-C Format

    BE1-DFPR Functional Description RS 232-C Format The following parameters or settings should be set in the external terminal or computer configuration.  Baud rate ..... 300, 600, 1200, 2400, 4800, 9600, or 19200  Data bits .
  • Page 78 BE1-DFPR Functional Description Figure 3-6. Terminal Emulation Pull down the Settings menu again, select Terminal Preferences, and a dialog box similar to Figure 3-7 should appear. Choose settings as shown. Figure 3-7. Terminal Preferences Next specify the communications settings. From the Settings menu, choose Communications and a dialog box similar to Figure 3-8 should appear.

  • Page 79: Serial Communication

    BE1-DFPR Functional Description computer. The same baud rate selected for the relay must also be selected on the external terminal or computer. Serial Communication Front and rear serial port communication cannot take place at the same time. Priority is given to the front panel port.
  • Page 80 BE1-DFPR Functional Description communication command. Procomm V2.4 Select download file: Select download with the page down key and ASCII format (protocol).. Windows 3.1 Under the program group Accessories, select Terminal. Under the Terminal, Settings menu select Text Transfers and the parameters as shown in Figure 3-9. Then from the Transfers menu, select Receive Text File as shown in Figure 3-10 and the parameters as shown in Figure 3-11.
  • Page 81 BE1-DFPR Functional Description Figure 3-10. Transfers Menu Figure 3-11 Receive Text File Settings Name the file: Procomm V2.4 Type the file name. Windows Type the file name. Procomm V2.4 Save the file: After typing the name of the file, execute Cntl- O.

  • Page 82: Capturing Data To A File

    BE1-DFPR Functional Description Terminal. Under the Terminal, Settings menu select Text Transfers and the parameters as shown in Figure 3-9. Then from the Transfers menu, select Send Text File and the parameters as shown in Figure 3-12. Figure 3-12. Send Text File Settings Name the file: Procomm V2.4...
  • Page 83 BE1-DFPR Functional Description When you have completed a communications procedure, you may want a printed or file copy for later reference. You can use the following procedures to capture computer communications screen data when you are using either Windows or Procomm®.

  • Page 84: Installation

    INSTALLATION GENERAL When not shipped as part of a control or switchgear panel, BE1-DFPR relays are shipped in a sturdy carton to prevent damage during transit. Immediately upon receipt, check the model and style number against the requisition and packing list to see that they agree. Visually inspect for damage that may have occurred during shipment.
  • Page 85 BE1-DFPR Installation...

  • Page 86: Outline Dimensions (Rack Mounting)

    BE1-DFPR Installation Figure 4-1. Outline Dimensions (Rack Mounting)
  • Page 87 BE1-DFPR Installation...

  • Page 88: Outline Dimensions (Panel Mounting)

    BE1-DFPR Installation Figure 4-2. Outline Dimensions (Panel Mounting)

  • Page 89: Connections

    Typical DC control connections are shown in Figure 4-3. A typical Connection Diagram is shown in Figure 4-4. BE1-DFPR relay terminals as seen from the back of the relay are identified in Figure 4-5. All terminals are suitable for use with wire sizes of 12 AWG or smaller. Terminal strips mounted on the rear of the relay have 6-32 screws that accept wire sizes of 12 AWG and smaller or 0.312 inch wide rings and spade...

  • Page 90: Dc Control Connections (Typical)

    BE1-DFPR Installation Figure 4-3. DC Control Connections (Typical)
  • Page 91 BE1-DFPR Installation...

  • Page 92: Connection Diagram

    BE1-DFPR Installation Figure 4-4. Connection Diagram...
  • Page 93 BE1-DFPR Installation 4-10...

  • Page 94: Be1-Dfpr Rear View

    BE1-DFPR Installation Figure 4-5. BE1-DFPR Rear View 4-11...
  • Page 95 BE1-DFPR Installation 4-12...

  • Page 96: Communications Interface

    BE1-DFPR Installation Figure 4-6. Communications Interface 4-13...
  • Page 97 BE1-DFPR Installation 4-14...
  • Page 98 BE1-DFPR Installation Figure 4-7. RS-232 Connection Diagram For IBM Type Computers 4-15...
  • Page 99 BE1-DFPR Installation Figure 4-8. RS-232 Connection Diagram for Protective Relay Terminals 4-16...
  • Page 100 BE1-DFPR Installation Figure 4-9. RS-232 Interconnection Diagram For RFL 9660 Switch 4-17...

  • Page 101: Testing

    TESTING GENERAL A BE1-DFPR Test Simulator (shown in Figures 5-1 and 5-2) makes testing BE1-DFPR relays much easier. All contact sensing inputs and enable inputs are simulated by toggle switches that are easily accessable on the front panel. Appropriate LEDs provide BE1-DFPR relay functional indications. Additionally, the test procedures in this section use the Test Simulator switch and LED names.
  • Page 102 BE1-DFPR Testing Step 6. Operate the Status/Targets Select switch and verify that the time and date are correct.
  • Page 103 BE1-DFPR Testing...

  • Page 104: Be1-Dfpr Test Simulator, Front View

    BE1-DFPR Testing Figure 5-1. BE1-DFPR Test Simulator, Front View...
  • Page 105 BE1-DFPR Testing...

  • Page 106: Be1-Dfpr Test Simulator, Rear View

    BE1-DFPR Testing Figure 5-2. BE1-DFPR Test Simulator, Rear View...
  • Page 107 BE1-DFPR Testing...

  • Page 108: Be1-Dfpr Test Simulator, Schematic Diagram

    BE1-DFPR Testing Figure 5-3. BE1-DFPR Test Simulator, Schematic Diagram (Sheet 1 of 2)
  • Page 109 BE1-DFPR Testing...
  • Page 110 BE1-DFPR Testing Figure 5-4. BE1-DFPR Test Simulator, Schematic Diagram (Sheet 2 of 2) 5-10...
  • Page 111 BE1-DFPR Testing 5-11...

  • Page 112: Test Setup Diagram

    BE1-DFPR Testing Figure 5-5. Test Setup Diagram 5-12...

  • Page 113: Entering Settings

    BE1-DFPR Testing Entering Settings Step 1. Perform the Preliminary setup procedure. Step 2. Use the Settings Select switch to enter Settings Mode. Only the Address, Baud Rate, CT and PT ratios, Demand Interval, and normal mode settings can be changed on the front panel in Settings Mode.
  • Page 114 BE1-DFPR Testing 5-14...
  • Page 115 BE1-DFPR Testing Step 4. From the Review/Edit Settings Menu, select 1, 4, 7, H, or K to enter the Relay Settings screen for the desired settings group. Step 5. Enter S for the 51P CURV and 51N CURV settings and enter 0 for 51P TD and 51N TD settings.
  • Page 116 BE1-DFPR Testing Step 20. Enter 0.03 for the 50TP TD and 1.0 for the 50TN TD settings. Press ESC to save these settings, then press ESC again to return to the Review/Edit Settings menu. This will give a fast trip time for the 50TP and 50TN elements so the pickup can be checked accurately.
  • Page 117 BE1-DFPR Testing Step 37. From the Review/Edit Settings Menu, select 1, 4, 7, H, or K to enter the Relay Settings screen for the desired settings group. Step 38. Enter 0.10 for the 81 T TD and enter 1 for the 81 R TD settings. Press ESC to save these settings, then press ESC again to return to the Review/Edit Settings menu.

  • Page 118: Timing Verification

    BE1-DFPR Testing Timing Verification Step 1. Perform the Preliminary setup procedure. 51 Timings Step 2. From the Review/Edit Settings Menu on the terminal, select 2, 5, 8, I, or L to enter the Tripping Logic screen for the desired settings group.
  • Page 119 BE1-DFPR Testing Settings menu. This disables all other functions from tripping the relay so just the 50T function can be checked. Step 16. Connect a current source to any phase current input or the neutral current input. Step 17. Close the breaker on the test set and wait for the RST LED to illuminate on the relay.
  • Page 120 BE1-DFPR Testing Step 31. Step the frequency up to a point above the 81 R HZ setting and measure the time from when the frequency is stepped up until the Close 1 contacts close. This timing should be within ±5% or 200 ms, whichever is greater, of the 81 R TD setting that is set in the Relay Settings screen.

  • Page 121: Breaker Duty Timers

    BE1-DFPR Testing 30 milliseconds, whichever is greater, of the desired 79 4 TD setting in the Relay Settings screen. Reset Timer Step 45. Close the RI switch on the test set. Connect a voltage source to the voltage inputs and apply a voltage that is greater than the 27 PU setting in the Relay Settings screen.

  • Page 122: Control Inputs

    BE1-DFPR Testing voltage inputs and apply a voltage that is greater than the 27 PU setting in the Relay Settings screen for the desired settings group. Step 5. Enable the slow breaker trip alarm on programmable alarm 1 in the PROGRAMMABLE ALARMS SETTING screen under the REVIEW/EDIT SETTINGS screen.
  • Page 123 BE1-DFPR Testing Step 14. Connect a current source to the phase current inputs and the neutral current input connected in series. Step 15. Close the breaker on the test set and wait for the RST LED to illuminate on the relay.

  • Page 124: Outputs

    BE1-DFPR Testing Step 32. Connect a voltage source to the voltage inputs and apply a voltage that is greater than the 27 PU setting in the Relay Settings screen for the desired settings group. Step 33. Close the breaker on the test set and wait for the RST LED to illuminate on the relay.
  • Page 125 BE1-DFPR Testing Step 6. Close the breaker on the test set and wait for the RST LED to illuminate on the relay. Step 7. Apply an appropriate current to trip the breaker. When the relay trips the 51 LED should illuminate.
  • Page 126 BE1-DFPR Testing The output will close if the relay trips and that element is marked Y under one of the trips. All phases of the operational test procedures are complete. Self test continues on the following page. 5-26...

  • Page 127: Self Test

    BE1-DFPR Testing SELF TEST To execute the self test diagnostic program (TEST), perform the following steps. Step 1. Perform the Preliminary setup procedure. Step 2. Operate the Settings Select switch and observe that SETTINGS MDE is indicated on the display.
  • Page 128 BE1-DFPR Testing RST Reclosing LED ON INH Reclosing LED ON 81 Reclosing LED ON CLP Control LED ON EP Control LED ON BT1 Control LED ON BT2 Control LED ON TRIP LED ON CLOSE LED ON 27/59 LED ON STATUS LED ON...

  • Page 129: Trip Test

    BE1-DFPR Testing TRIP TEST Step 1. Operate the Settings Select switch and observe that SETTINGS MDE is indicated on the display. Step 2. Operate the Settings Select switch until TST MODE NO is displayed on the display. Step 3. Operate (up) the Settings Raise/Yes Lower/No switch and observe that TST MODE YES is indicated on the display.

  • Page 130: Loading Factory Default Settings

    BE1-DFPR Testing LOADING FACTORY DEFAULT SETTINGS Factory default settings are primarily used during factory test. The factory default settings are: Normal, AUX 1, AUX 2, AUX3, And Aux4 Settings 51 PU = 2.5 A 51P CURV 51P TD = 2.0 SEC 51N PU = 2.5 A...

  • Page 131: Other Parameters

    = 19200 485 BAUD RATE (REAR PORT) = 9600 52b RECOGNITION TIME 52a ENABLE Other Parameters RELAY ID = BE1-DFPR CUSTOMER ID ALL PASSWORDS = DFPR ALL PROG TRIP LOGIC = NO ALL PROG OUTPUTS = NO FRONT PANEL DISPLAY...

  • Page 132: Resetting Demand Values

    BE1-DFPR Testing RESETTING DEMAND VALUES To reset the demand values from the front panel, perform the following procedures. Step 1. Operate the Settings Select switch and observe that SETTINGS MDE is indicated on the display. Step 2. Operate the Settings Select switch until RST DMDS NO is displayed on the display.

  • Page 133: Maintenance

    If a relay fails to function properly and is to be repaired in-house, consult the Service Manual (publication number 9 2315 00 620). If factory repair is desired, contact the Customer Service Department of the Power Systems Group, Basler Electric, for a return authorization number prior to shipping. IN-HOUSE REPAIR In-house replacement of individual components may be difficult and should not be attempted unless appropriate equipment and qualified personnel are available.
  • Page 134 BE1-81 O/U Maintenance...

  • Page 135: Manual Change Information

    Added Overvoltage Function to Specifications, Page 1-10; Changed Style 16329 09-05-97 Chart, Figure 1-4 to reflect changes in the BE1-DFPR; Changes Figures 2-1, 2-2, and 2-3; Added 59 function to appropriate occurrances of 27 function and added Overvoltage Pickup and Overvoltage Tripping Functional Descriptions to Sections 3 and 5;...

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