INSTRUCTION MANUAL RFL 9300 Charge Comparison System · 2017. 5. 23. · RFL Electronics Inc. reserves the right to re-vise this manual and make changes to its contents from time

INSTRUCTION MANUAL

RFL 9300 Charge Comparison System

U.S. Patent Nos. 4,939,617, 5,111,358, and 5,150,270 (Foreign Patents Pending)

NOTICE

The information in this manual is proprietary and confidential to RFL Electronics Inc. Any re-production or distribution of this manual, in whole or part, is expressly prohibited, unless writ-ten permission is given by RFL Electronics Inc.

This manual has been compiled and checked for accuracy. The information in this manual does not constitute a warranty of performance. RFL Electronics Inc. reserves the right to re-vise this manual and make changes to its contents from time to time. We assume no liability for losses incurred as a result of out-of-date or incorrect information contained in this manual.

RFL 9300 RFL Electronics Inc. September 5, 2007 i (973) 334-3100

RFL Electronics Inc. 353 Powerville Road ● Boonton Twp., NJ 07005-9151 USA

Tel: 973.334.3100 ● Fax: 973.334.3863 Email: [email protected] ● www.rflelect.com

Publication Number MC9301C Printed in U.S.A.

Revised September 5, 2007

Because RFL™ and Hubbell® have a policy of continuous product improvement, we reserve the right to change designs and specifications without notice.

WARRANTY The RFL 9300 comes with a ten-year warranty from date of shipment for replacement of any part which fails during normal operation. RFL will repair or, at its option, replace components that prove to be defective at no cost to the Customer. All equipment returned to RFL Electronics Inc. must have an RMA (Return Material Au-thorization) number, obtained by calling the RFL Customer Service Department. A defective part should be re-turned to the factory, shipping charges prepaid, for repair or replacement FOB Boonton, N.J.

RFL Electronics Inc. is not responsible for warranty of peripherals, such as printers and external computers. The warranty for such devices is as stated by the original equipment manufacturer. If you have purchased peripheral equipment not manufactured by RFL, follow the written instructions supplied with that equipment for warranty information and how to obtain service.

WARRANTY STATEMENT The RFL 9300 is warranted against defects in material and workmanship for ten years from the date of ship-ment. During the warranty period, RFL will repair or, at its option, replace components that prove to be defective at no cost to the customer, except the one-way shipping cost of the failed assembly to the RFL Customer Ser-vice facility in Boonton, New Jersey. RFL warrants product repair from the one-year from the date of repair or the balance of the original factory warranty, whichever is longer.

This warranty does not apply if the equipment has been damaged by accident, neglect, misuse, or causes other than performed or authorized by RFL Electronics Inc.

This warranty specifically excludes damage incurred in shipment to or from RFL. In the event an item is re-ceived in damaged condition, the carrier should be notified immediately. All claims for such damage should be filed with the carrier.

NOTE

If you do not intend to use the product immediately, it is recommended that it be opened im-mediately after receiving and inspected for proper operation and signs of impact damage.

This warranty is in lieu of all other warranties, whether expressed, implied or statutory, including but not limited to implied warranties of merchantability and fitness for a particular purpose. In no event shall RFL be liable, whether in contract, in tort, or on any other basis, for any damages sustained by the customer or any other per-son arising from or related to loss of use, failure or interruption in the operation of any products, or delay in maintenance or for incidental, consequential, indirect, or special damages or liabilities, or for loss of revenue, loss of business, or other financial loss arising out of or in connection with the sale, lease, maintenance, use, performance, failure, or interruption of the products.

RFL 9300 RFL Electronics Inc. September 5, 2007 ii (973) 334-3100


CAUTION

FOR YOUR SAFETY THE INSTALLATION, OPERATION, AND MAINTENANCE OF THIS EQUIPMENT

SHOULD ONLY BE PERFORMED BY QUALIFIED PERSONS.

WARNING: The equipment described in this manual contains high voltage. Exercise due care during operation and servicing. Read the

safety summary on the reverse of this page

RFL 9300 RFL Electronics Inc. September 5, 2007 iii (973) 334-3100


SAFETY SUMMARY The following safety precautions must be observed at all times during operation, service, and repair of this equipment. Failure to comply with these precautions, or with specific warnings elsewhere in this manual, violates safety standards of design, manufacture, and intended use of this product. RFL Elec-tronics Inc. assumes no liability for failure to comply with these requirements.

RFL 9300 RFL Electronics Inc. September 5, 2007 iv (973) 334-3100

GROUND THE CHASSIS

The chassis must be grounded to reduce shock hazard and allow the equipment to perform prop-erly. Equipment supplied with three-wire ac power cables must be plugged into an approved three-contact electric outlet. All other equipment is pro-vided with a rear-panel ground terminal, which must be connected to a proper electrical ground by suitable cabling. Refer to the wiring diagram for the chassis or cabinet for the location of the ground terminal.

DO NOT OPERATE IN AN EXPLOSIVE ATMOSPHERE OR IN WET OR DAMP AREAS

Do not operate the product in the presence of flammable gases or fumes, or in any area that is wet or damp. Operating any electrical equipment under these conditions can result in a definite safety hazard.

KEEP AWAY FROM LIVE CIRCUITS

Operating personnel should never remove cov-ers. Component replacement and internal ad-justments must be done by qualified service per-sonnel. Before attempting any work inside the product, disconnect it from the power source and discharge the circuit by temporarily grounding it. This will remove any dangerous voltages that may still be present after power is removed.

DO NOT SUBSTITUTE PARTS OR MODIFY EQUIPMENT

Because of the danger of introducing additional hazards, do not install substitute parts or make unauthorized modifications to the equipment. The product may be returned to RFL for service and repair, to ensure that all safety features are main-tained.

READ THE MANUAL

Operators should read this manual before at-tempting to use the equipment, to learn how to use it properly and safely. Service personnel must be properly trained and have the proper tools and equipment before attempting to make adjustments or repairs.

!

Service personnel must recognize that whenever work is being done on the product, there is a po-tential electrical shock hazard and appropriate protection measures must be taken. Electrical shock can result in serious injury, because it can cause unconsciousness, cardiac arrest, and brain damage.

Throughout this manual, warnings appear before procedures that are potentially dangerous, and cautions appear before procedures that may result in equipment damage if not performed properly. The instructions contained in these warnings and cautions must be followed exactly.


RFL 9300 RFL Electronics Inc. September 5, 2007 v (973) 334-3100

TABLE OF CONTENTS TABLE OF CONTENTS......................................................................................................................................................... v LIST OF ILLUSTRATIONS .................................................................................................................................................. ix LIST OF TABLES ................................................................................................................................................................ xiv

SECTION 1: PRODUCT INFORMATION ........................................................................................................................... 1

SECTION 2: SYSTEM OPERATION ................................................................................................................................... 1 2.1 INTRODUCTION......................................................................................................................................................... 1 2.2 SYSTEM INITIALIZATION ....................................................................................................................................... 1 2.3 COMMUNICATIONS CONTROLLER MODULE .................................................................................................... 4 2.4 CHANNEL IMPAIRMENT CHARACTERISTICS .................................................................................................... 6 2.5 SUPERVISOR CONTROLLER ................................................................................................................................... 9 2.6 AUXILIARY CURRENT TRANSFORMER (ACT) ................................................................................................. 12 2.7 PHASE CONTROLLERS........................................................................................................................................... 12 2.8 BACKUP MODE OPERATION ................................................................................................................................ 25 2.9 DIRECT TRANSFER TRIP (DTT) ............................................................................................................................ 26 2.10 DISPLAY CONTROLLER....................................................................................................................................... 26 2.11 OSCILLOGRAPHY BOARD................................................................................................................................... 30 2.12 IRIG-B....................................................................................................................................................................... 30 2.13 DIAGNOSTICS ........................................................................................................................................................ 30

SECTION 3: APPLICATIONS .............................................................................................................................................. 1 3.1 INTRODUCTION......................................................................................................................................................... 1 3.2 SERIES COMPENSATED LINES............................................................................................................................... 1 3.3 VERY SHORT LINES.................................................................................................................................................. 3 3.4 EFFECT OF INFEED/OUTFEED................................................................................................................................ 4 3.5 STRONG BUS TIE....................................................................................................................................................... 4 3.6 HIGH-RESISTANCE GROUND FAULT ................................................................................................................... 5 3.7 PREFAULT LOAD SUBTRACTION.......................................................................................................................... 6 3.8 ULTRA HIGH-SPEED TRIPPING .............................................................................................................................. 9 3.9 SATURATED MAIN CURRENT TRANSFORMERS ............................................................................................. 11 3.10 WEAK INFEED APPLICATIONS .......................................................................................................................... 15 3.11 RECLOSE BLOCKING FOR THREE-PHASE FAULTS....................................................................................... 16 3.12 UNDERGROUND CABLES.................................................................................................................................... 16 3.13 STUB-BUS PROTECTION...................................................................................................................................... 18 3.14 TAPPED LOAD........................................................................................................................................................ 20 3.15 OPEN CONDUCTOR WITH SINGLE LINE-TO-GROUND FAULT................................................................... 25 3.16 OPEN CONDUCTOR WITHOUT SINGLE LINE-TO-GROUND FAULT........................................................... 29

SECTION 4: SETTING GUIDELINES ................................................................................................................................. 1 4.1 INTRODUCTION......................................................................................................................................................... 1 4.2 PROGRAMMABLE PARAMETERS.......................................................................................................................... 1

SECTION 5: INSTALLATION.............................................................................................................................................. 1 5.1 INTRODUCTION......................................................................................................................................................... 1 5.2 UNPACKING ............................................................................................................................................................... 1 5.3 MOUNTING................................................................................................................................................................. 2 5.4 VENTILATION............................................................................................................................................................ 5 5.5 ELECTRICAL CONNECTIONS ................................................................................................................................. 5 5.6 MODEM CONNECTIONS ........................................................................................................................................ 10 5.7 FIBER OPTIC CONNECTIONS................................................................................................................................ 11 5.8 DIRECT DIGITAL CONNECTIONS ........................................................................................................................ 11 5.9 IRIG-B CLOCK CONNECTIONS............................................................................................................................. 11


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SECTION 6: FAMILIARIZATION ....................................................................................................................................... 1 6.1 INTRODUCTION......................................................................................................................................................... 1 6.2 CONTROLS AND INDICATORS............................................................................................................................... 1 6.3 START-UP PROCEDURES......................................................................................................................................... 1 6.4 DISPLAY MODES..................................................................................................................................................... 14 6.5 ACCESSING THE RFL 9300 FROM A PC OR TERMINAL .................................................................................. 32 6.6 RFL 9300 ADDRESSING .......................................................................................................................................... 61 6.7 DESCRIPTION OF INSTANTANEOUS OVERCURRENT BACKUP TRIP ALGORITHM and INVERSE TIME OVERCURRENT BACKUP TRIP ALGORITHM........................................................................................................... 64 6.8 TIME-OVERCURRENT CURVE EQUATIONS...................................................................................................... 67

SECTION 7: LABORATORY ACCEPTANCE TESTS........................................................................................................ 1 7.1 INTRODUCTION......................................................................................................................................................... 1 7.2 EQUIPMENT REQUIREMENTS................................................................................................................................ 1 7.3 SYSTEM SETUP.......................................................................................................................................................... 2 7.4 TEST PROCEDURES .................................................................................................................................................. 4

SECTION 8: FIELD COMMISSIONING.............................................................................................................................. 1 8.1 INTRODUCTION......................................................................................................................................................... 2 8.2 SINGLE-RELAY TESTS (optional) ............................................................................................................................ 2 8.3 VERIFICATION OF END-TO-END COMMUNICATIONS ................................................................................... 18 8.4 STARTUP MODE ..................................................................................................................................................... 22 8.5 FINAL COMMISSIONING ....................................................................................................................................... 38

SECTION 9: DISPLAY MODULE........................................................................................................................................ 1 9.1 INTRODUCTION......................................................................................................................................................... 1 9.2 DISPLAY CONTROLLER BOARD........................................................................................................................... 1 9.3 OSCILLOGRAPHY BOARD....................................................................................................................................... 6 9.4 FRONT PANEL............................................................................................................................................................ 9

SECTION 10: SUPERVISOR CONTROLLER MODULE ................................................................................................... 1 10.1 DESCRIPTION........................................................................................................................................................... 1 10.2 CONTROLS AND INDICATORS............................................................................................................................. 1 10.3 THEORY OF OPERATION....................................................................................................................................... 3

SECTION 11: AUXILIARY CURRENT TRANSFORMER I/O MODULE ........................................................................ 1 11.1 DESCRIPTION........................................................................................................................................................... 1 11.2 CONTROLS AND INDICATORS............................................................................................................................. 1 11.3 THEORY OF OPERATION....................................................................................................................................... 2

SECTION 12: PHASE CONTROLLER MODULE............................................................................................................... 1 12.1 DESCRIPTION........................................................................................................................................................... 1 12.2 CONTROLS AND INDICATORS............................................................................................................................. 1 12.3 THEORY OF OPERATION....................................................................................................................................... 3

SECTION 13: COMMUNICATIONS CONTROLLER MODULE....................................................................................... 1 13.1 DESCRIPTION........................................................................................................................................................... 1 13.2 CONTROLS AND INDICATORS............................................................................................................................. 1 13.3 THEORY OF OPERATION....................................................................................................................................... 3

SECTION 14: MODEM MODULE ....................................................................................................................................... 1 14.1 DESCRIPTION........................................................................................................................................................... 1 14.2 CONTROLS AND INDICATORS............................................................................................................................. 1 14.3 THEORY OF OPERATION....................................................................................................................................... 3


RFL 9300 RFL Electronics Inc. September 5, 2007 vii (973) 334-3100

SECTION 15: LINE COUPLER I/O MODULE .................................................................................................................... 1 15.1 DESCRIPTION........................................................................................................................................................... 1 15.2 CONTROLS AND INDICATORS............................................................................................................................. 1 15.3 THEORY OF OPERATION....................................................................................................................................... 2

SECTION 16: DIRECT DIGITAL INTERFACE I/O MODULE.......................................................................................... 1 16.1 DESCRIPTION........................................................................................................................................................... 1 16.2 CONTROLS AND INDICATORS............................................................................................................................. 1 16.3 THEORY OF OPERATION....................................................................................................................................... 3

SECTION 17: SINGLE WIDTH FIBER OPTIC TRANSCEIVER MODULE ..................................................................... 1 17.1 INTRODUCTION....................................................................................................................................................... 1 17.2 DESCRIPTION........................................................................................................................................................... 2 17.3 SPECIFICATIONS ..................................................................................................................................................... 2 17.4 CONTROLS AND INDICATORS............................................................................................................................. 4 17.5 THEORY OF OPERATION....................................................................................................................................... 6

SECTION 18: SINGLE WIDTH FIBER OPTIC I/O MODULE ........................................................................................... 1 18.1 INTRODUCTION....................................................................................................................................................... 2 18.2 DESCRIPTION........................................................................................................................................................... 3 18.3 SPECIFICATIONS ..................................................................................................................................................... 3 18.4 CONTROLS AND INDICATORS............................................................................................................................. 4 18.5 THEORY OF OPERATION....................................................................................................................................... 7

SECTION 19: POWER SUPPLY MODULE......................................................................................................................... 1 19.1 DESCRIPTION........................................................................................................................................................... 1 19.2 SPECIFICATIONS ..................................................................................................................................................... 2 19.3 THEORY OF OPERATION....................................................................................................................................... 3

SECTION 20: RELAY I/O MODULE ................................................................................................................................... 1 20.1 DESCRIPTION........................................................................................................................................................... 1 20.2 CONTROLS AND INDICATORS............................................................................................................................. 1 20.3 THEORY OF OPERATION....................................................................................................................................... 5

SECTION 21. ALARM I/O MODULE .................................................................................................................................. 1 21.1 DESCRIPTION........................................................................................................................................................... 1 21.2 CONTROLS AND INDICATORS............................................................................................................................. 1 21.3 THEORY OF OPERATION....................................................................................................................................... 4

SECTION 22. SHORT HAUL FIBER INTERFACE MODULE AND FIBER SERVICE UNIT......................................... 1 22.1 INTRODUCTION....................................................................................................................................................... 2 22.2 SHORT HAUL FIBER INTERFACE MODULE ...................................................................................................... 3 22.3 FIBER SERVICE UNIT ............................................................................................................................................. 5

SECTION 23: G.703 INTERFACE I/O MODULE................................................................................................................ 1 23.1 DESCRIPTION........................................................................................................................................................... 1 23.2 CONTROLS AND INDICATORS............................................................................................................................. 1 23.3 THEORY OF OPERATION....................................................................................................................................... 3

SECTION 24: SINGLE POLE CHASSIS .............................................................................................................................. 1 24.1 DESCRIPTION........................................................................................................................................................... 1 24.2 CONROLS AND INDICATORS ............................................................................................................................... 1 24.3 THEORY OF OPERATION - HARDWARE............................................................................................................. 6 24.4 THEORY OF OPERATION - SOFTWARE .............................................................................................................. 8


RFL 9300 RFL Electronics Inc. September 5, 2007 viii (973) 334-3100

SECTION 25. CHASSIS AND FRONT PANEL RS-232 MODULE.................................................................................... 1 25.1 DESCRIPTION........................................................................................................................................................... 1 25.2 FRONT PANEL RS-232 INTERFACE MODULE.................................................................................................... 2

SECTION 26: EXPANSION CHASSIS.................................................................................................................................. 1

SECTION 27. PROTOCOL CONVERTERS......................................................................................................................... 1 27.1 DESCRIPTION........................................................................................................................................................... 1 27.2 CONFIGURATIONS.................................................................................................................................................. 1 27.3 CONVERTER OPERATION ..................................................................................................................................... 2 27.4 9300 SETUP............................................................................................................................................................... 2 27.5 CONVERTER ADDRESS SELECTION................................................................................................................... 2 27.6 SPECIFICATIONS ..................................................................................................................................................... 2 27.7 CONNECTIONS......................................................................................................................................................... 3 27.8 CABLES ..................................................................................................................................................................... 3 27.9 TERMINAL BLOCK PINOUTS................................................................................................................................ 3 27.10 BLOCK DIAGRAM ................................................................................................................................................. 4 27.11 MODBUS MAP (Version A3, M13, 9/12/01) ........................................................................................................ 5 27.12 DNP PROFILE DOCUMENT ................................................................................................................................ 10 27.13 DNP POINT LIST (Version A1,M13,8/3/01)......................................................................................................... 12

SECTION 28. MAINTENANCE............................................................................................................................................ 1 28.1 INTRODUCTION....................................................................................................................................................... 1 28.2 ALARM CODES ........................................................................................................................................................ 1 28.3 REMOVAL AND REPLACEMENT ......................................................................................................................... 3 28.4 FUSE REPLACEMENT............................................................................................................................................. 5 28.5 CORRECTIVE MAINTENANCE.............................................................................................................................. 6 28.6 HOW TO ARRANGE FOR SERVICING.................................................................................................................. 6 28.7 INSTRUCTIONS FOR CONVERTING A 3-TERMINAL 9300 TO A 2-TERMINAL 9300 .................................. 7

SECTION 29: MODEM APPLICATION INFORMATION.................................................................................................. 1 29.1 INTRODUCTION....................................................................................................................................................... 1 29.2 TRANSMITTER LEVELS AND WIRING................................................................................................................ 1 29.3 RECEIVER LEVELS AND WIRING........................................................................................................................ 1 29.4 S/N RATIO VS DEPENDABILITY........................................................................................................................... 1 29.5 TELEPHONE SERVICE REQUIREMENTS ............................................................................................................ 3 29.6 MICROWAVE, RADIO, AND T1 ANALOG CHANNELS..................................................................................... 3 29.7 CHANNEL ROUTING VS DEPENDABILITY........................................................................................................ 3 29.8 MODEM SECURITY................................................................................................................................................. 3 29.9 SQUELCH RULES..................................................................................................................................................... 3 29.10 CHANNEL DELAY LIMITS................................................................................................................................... 6 29.11 TEST POINTS .......................................................................................................................................................... 7

SECTION 30: GLOSSARY OF TERMS ............................................................................................................................... 1

SECTION 31: INDEX ............................................................................................................................................................ 1

SECTION 32: SCHEMATICS................................................................................................................................................ 1

Application Notes


RFL 9300 RFL Electronics Inc. September 5, 2007 ix (973) 334-3100

LIST OF ILLUSTRATIONS Figure 2-1. Block diagram, RFL 9300 Charge Comparison System (two terminal)............................................................... 2 Figure 2-2. Logic diagram, composite fault detector ............................................................................................................ 14 Figure 2-3. Logic diagram, strong-feed trips (for 2- and 3- terminal systems) ..................................................................... 15 Figure 2-4. Differential Characteristics for 9300 in 2- and 3- terminal modes ..................................................................... 16 Figure 2-5. Logic diagram, weak-feed trip (for 2- and 3- terminal systems) ........................................................................ 18 Figure 2-6. Logic diagram, switch-into-fault with communications (2- and 3- terminal systems) ....................................... 19 Figure 2-7. Logic diagram, ultra high-speed trip .................................................................................................................. 20 Figure 2-8. Logic diagram for open conductor and loss of load algorithm........................................................................... 21 Figure 2-9. Logic diagram, stub-bus applications................................................................................................................. 23 Figure 2-10. Logic diagram, switch-into-fault without communications.............................................................................. 25 Figure 2-11. Logic diagram, trip seal-in................................................................................................................................ 28 Figure 2-12. Logic diagram, DTT trip seal-in....................................................................................................................... 29

Figure 3-1. Voltage inversion ................................................................................................................................................. 2 Figure 3-2. Phase unbalance ................................................................................................................................................... 2 Figure 3-3. High source-to-line impedance ratio .................................................................................................................... 3 Figure 3-4. Effect of infeed/outfeed........................................................................................................................................ 4 Figure 3-5. Strong bus tie........................................................................................................................................................ 4 Figure 3-6. High-resistance ground fault with heavy through-load, causing an outfeed condition ........................................ 5 Figure 3-7. Polar diagram,....................................................................................................................................................... 5 Figure 3-8. Prefault load subtraction eliminates generator angles .......................................................................................... 7 Figure 3-9. Currents before pre-fault subtraction.................................................................................................................... 8 Figure 3-10. Currents after pre-fault subtraction..................................................................................................................... 8 Figure 3- 11. Operation of the RFL 9300’s UHS circuit during an internal fault ................................................................. 10 Figure 3-12. Operation of the RFL 9300’s UHS circuit during and external fault ............................................................... 10 Figure 3-13. Saturated main current transformers during close-in internal fault .................................................................. 11 Figure 3-14. External fault with very severe CT saturation at one end................................................................................. 13 Figure 3-15. Weak infeed application ................................................................................................................................... 15 Figure 3-16. Double line-to-ground (DLG) fault .................................................................................................................. 17 Figure 3-17. Sub-bus protection............................................................................................................................................ 19 Figure 3-18. Typical tapped line application......................................................................................................................... 20 Figure 3-19. Transformer in-rush.......................................................................................................................................... 21 Figure 3-20. Zero-sequence current flows through transformer ........................................................................................... 22 Figure 3-21. Typical tapped line application......................................................................................................................... 22 Figure 3-22. Open conductor with two single-line-to-ground faults (OC/2-SLG) ............................................................... 25 Figure 3-23. Open conductor with one single-line-to-ground fault (OC/SLG)..................................................................... 26 Figure 3-24. Phasor analysis of ground strong-feed operation, based on a load current of 0.5 amperes or more, with the

SLG fault occurring on the load sending end side of the open conductor ..................................................................... 27 Figure 3-25. Phasor analysis of ground strong-feed operation, based on a load current of 0.5 amperes or more, with the

SLG fault occurring on the load receiving end side of the open conductor ................................................................... 28 Figure 3-26. Open conductor without single-line-to-ground fault ........................................................................................ 29 Figure 3-27. Possible miscoordination of loss-of-load plus Zone 2 timer ............................................................................ 30

Figure 5-1. Mounting dimensions of RFL 9300 chassis without single pole option............................................................... 3 Figure 5-2. Mounting dimensions of RFL 9300 chassis with single pole option.................................................................... 4 Figure 5-3. Rear view, typical RFL 9300 Charge Comparison System.................................................................................. 6 Figure 5-4. Electrical connections between RFL 9300 and current transformers on protected line ....................................... 7 Figure 5-5. Electrical connections between RFL 9300 with optional test switch chassis and current transformers on

protected line .................................................................................................................................................................... 8 Figure 5-6. Overview of a typical 9300 two-terminal installation .......................................................................................... 9 Figure 5-7. Overview of a typical RFL 9300 three-terminal installation ................................................................................ 9


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Figure 6-1. Controls and indicators, typical three-terminal RFL 9300 Charge Comparison System...................................... 2 Figure 6-2. The RFL 9300 keypad .......................................................................................................................................... 4 Figure 6-3. RFL 9300 module position numbers .................................................................................................................... 6 Figure 6-4. Front Panel RS-232 cable connections............................................................................................................... 32 Figure 6-5. Cable connections between RFL 9300 and PC or terminal using XON/XOFF handshaking ............................ 33 Figure 6-6. APRIL commands for use with RFL 9300 (for two-terminal and three-terminal mode) ................................... 35 Figure 6-7. Typical alarm display for two-terminal mode .................................................................................................... 36 Figure 6-8. Typical alarm display for three-terminal mode .................................................................................................. 37 Figure 6-9. Typical values display for two-terminal mode ................................................................................................... 39 Figure 6-10. Typical values display for three-terminal mode ............................................................................................... 39 Figure 6-11. Typical read settings menu for two-terminal single-pole mode ....................................................................... 41 Figure 6-12. Typical read settings menu for two-terminal three-pole mode......................................................................... 42 Figure 6-13. Typical read settings menu for three-terminal single-pole mode ..................................................................... 43 Figure 6-14. Typical read settings menu for three-terminal three-pole mode....................................................................... 43 Figure 6-15. Typical configuration and software version display for two-terminal and three-terminal systems.................. 44 Figure 6-16. Typical Remote Parameters Display for a two-terminal single-pole system.................................................... 45 Figure 6-17. Typical Remote Parameters Display for a two-terminal three-pole system ..................................................... 45 Figure 6-18. Typical Remote Parameters Display for a three-terminal single-pole system.................................................. 46 Figure 6-19. Typical Remote Parameters Display for a three-terminal three-pole system ................................................... 47 Figure 6-20. Typical UPDATE screen for a two-terminal system........................................................................................ 51 Figure 6-21. Typical UPDATE screen for a three-terminal system...................................................................................... 51 Figure 6- 22. Sequence of events menu ................................................................................................................................ 52 Figure 6-23. Typical alarm sequence of events display – page 1.......................................................................................... 53 Figure 6-24. Typical alarm sequence of events display – page 2.......................................................................................... 53 Figure 6-25. Typical trip sequence of events display – page 1 ............................................................................................. 54 Figure 6-26. Typical Oscillography data table ...................................................................................................................... 54 Figure 6-27. A typical oscillography data plot...................................................................................................................... 56 Figure 6-28. Typical programming menu ............................................................................................................................. 57 Figure 6-29. Typical parameter settings list for a three-terminal system.............................................................................. 58 Figure 6-30. A typical two-terminal installation where addressing is required .................................................................... 61 Figure 6-31. A typical two-terminal installation where addressing is not required .............................................................. 62 Figure 6-32. Typical RFL 9300 three-terminal addressing scheme ...................................................................................... 63 Figure 6-33. Time Curve USA 1........................................................................................................................................... 69 Figure 6-34. Time Curve USA 2........................................................................................................................................... 70 Figure 6-35. Time Curve USA 3........................................................................................................................................... 71 Figure 6-36. Time Curve USA 4........................................................................................................................................... 72 Figure 6-37. Time Curve IEC 1 ............................................................................................................................................ 73 Figure 6-38. Time Curve IEC 2 ............................................................................................................................................ 74 Figure 6-39. Time Curve IEC 3 ............................................................................................................................................ 75 Figure 6-40. Time Curve IEC 4 ............................................................................................................................................ 76

Figure 7-1. Back-to-back relay, test setups ............................................................................................................................. 3 Figure 7-2. Test connections simulating an external A-G fault .............................................................................................. 8 Figure 7-3. Test connections simulating an external A-B fault............................................................................................. 10 Figure 7-4. Test connections simulating an external three-phase fault ................................................................................. 10 Figure 7-5. Phasor diagram, single-phase test simulation of an external three-phase fault .................................................. 11 Figure 7-6. Phasor diagram, real external three-phase fault.................................................................................................. 11 Figure 7-7. Test connections simulating an internal A-G fault ............................................................................................. 12 Figure 7-8. Test connections simulating an internal A-B fault ............................................................................................. 15 Figure 7-9. Test connections simulating an internal three-phase fault.................................................................................. 16 Figure 7-10. Test connections simulating an internal A-G fault with weak infeed at the right terminal .............................. 17 Figure 7-11. Test connections simulating an internal A-G fault with breaker open at the right terminal............................. 19 Figure 7-12. Test connections for oscillography test ............................................................................................................ 21 Figure 7-13. Oscillography Test data plot............................................................................................................................. 22


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Figure 8-1. Single relay test setups ......................................................................................................................................... 4 Figure 8-2. Test connections simulating an internal A-G fault ............................................................................................. 12 Figure 8-3. Test connections simulating an internal A-B fault ............................................................................................. 15 Figure 8-4. Test connections simulating an internal three-phase fault.................................................................................. 16 Figure 8-5. Electrical connections between RFL 9300 and current transformers on protected line ..................................... 27 Figure 8-6. Correctly wired two-terminal system ................................................................................................................. 31 Figure 8-7. Phase inversion at remote 1 relay ....................................................................................................................... 31 Figure 8-8. Phase inversion at local relay ............................................................................................................................. 32 Figure 8-9. Correctly wired three-terminal system ............................................................................................................... 33 Figure 8-10. Phase inversion at remote 2 .............................................................................................................................. 34 Figure 8-11. Phase inversion at remote 1 .............................................................................................................................. 35 Figure 8-12. Phase inversion at local station......................................................................................................................... 36 Figure 9-1. RFL 9300 display module for horizontal chassis ................................................................................................. 1 Figure 9-2. Controls and indicators for display controller board, used in RFL 9300 display module .................................... 3 Figure 9-3. Controls and indicators for oscillography board, used in RFL 93B DISPLAY module ...................................... 7 Figure 9-4. Component locator drawing for display controller board, used in RFL 9300 display module .......................... 12 Figure 9-5. Component locator drawing for oscillography board, used in RFL 9300 display module................................. 15 Figure 9-6. Component locator drawing for front panel assembly, used in RFL 9300 display module ............................... 17 Figure 9-7. Oscillography Board, part of RFL 9300 display module (Assembly No. 106330; Schematic No. D-106764-A)

Sheets 1 of 5 through 5 of 5 ........................................................................................................................................... 18 Figure 10-1. RFL 9300 supervisor controller module............................................................................................................. 1 Figure 10-2. Controls and indicators, RFL 9300 supervisor controller module ..................................................................... 2 Figure 10-3. Component locator drawing, supervisor controller modules for RFL 9300..................................................... 12 Figure 10-4. Supervisor Controller module for RFL 9300 Charge Comparison System(Assembly No. 106300; Schematic

No. D-106304-1-B) Sheets 1 of 2 and 2 of 2 ................................................................................................................ 13 Figure 11-1. RFL 93B ACT I/O Auxiliary Current Transformer I/O Module........................................................................ 1 Figure 11-2. Controls and indicators, RFL 93B ACT I/O Auxiliary Current Transformer I/O Module................................. 2 Figure 11-3. Block diagram, RFL 93B ACT I/O Auxiliary Current Transformer I/O Module .............................................. 3 Figure 11-4. Component locator drawing, RFL 93B ACT-5 5-Ampere Auxiliary Current Transformer I/O Module ........... 6 Figure 11-5. RFL 93B ACT-5 5-Ampere Auxiliary Current Transformer I/O Module (Assembly No. 106345; Schematic

No. D-105814, Rev. C) .................................................................................................................................................... 7 Figure 12-1. RFL 9300 phase controller module .................................................................................................................... 1 Figure 12-2. Controls and indicators, RFL 9300 phase controller modules ........................................................................... 2 Figure 12-3. Component locator drawing, phase controller modules for RFL 9300 Charge Comparison System................. 7 Figure 12-4. Phase Controller modules for RFL 9300 Charge Comparison System (Assembly No. 106370; Schematic No.

D-103819, Rev. D) Sheets 1 of 2 an 2 of 2 ..................................................................................................................... 8 Figure 13-1. RFL 9300 communications controller module ................................................................................................... 1 Figure 13-2. Controls and indicators, RFL 9300 communications controller module............................................................ 2 Figure 13-3. Block diagram, RFL 9300 communications controller module.......................................................................... 4 Figure 13-4. Transmitter timing diagram, RFL 9300 communications controller module ..................................................... 7 Figure 13-5. Receiver timing diagram, RFL 9300 communications controller module.......................................................... 8 Figure 13-6. Logic diagram for programmable logic device U24......................................................................................... 10 Figure 13-7. Component locator drawing, communications controller module for RFL 9300............................................. 13 Figure 13-8. Communications Controller modules for RFL 9300 Charge Comparison System (Assembly No. 106365;

Schematic No. D-103824, Rev. A) Sheets 1 of 2 and 2 and 2 ...................................................................................... 14 Figure 14-1. RFL 9300 modem module.................................................................................................................................. 1 Figure 14-2. Controls and indicators, RFL 9300 modem module........................................................................................... 2 Figure 14-3. Component locator drawing, modem module for RFL 9300 Charge Comparison System................................ 8 Figure 14-4. Modem module for RFL 9300 Charge Comparison System (Assembly No. 106355; Schematic No. D-

103829, Rev. B) ............................................................................................................................................................... 9


RFL 9300 RFL Electronics Inc. September 5, 2007 xii (973) 334-3100

Figure 15-1. RFL 93 LC I/O Line Couple I/O Module........................................................................................................... 1 Figure 15-2. Component locator drawing, RFL 93 LC I/O Line Couple I/O Module ............................................................ 3 Figure 15-3. RFL 93 LC I/O Line Coupler I/O Module ......................................................................................................... 4

Figure 16-1. RFL 93 DD I/O Direct Digital Interface I/O Module......................................................................................... 1 Figure 16-2. Controls and indicators, RFL 93 DD Direct Digital I/O Module ....................................................................... 2 Figure 16-3. Component locator drawing, RFL 93 DD I/O Direct Digital I/O Module ......................................................... 5 Figure 16-4. RFL 93 DD I/O Direct Digital I/O Module (Assembly No. 103830-1; Schematic No. D-103834-1, Rev. A).. 6

Figure 17-1. RFL 93 B FT/FR Single width fiber optic transceiver module .......................................................................... 1 Figure 17-2. Controls and indicators, RFL 93B FT/FR single width fiber optic transceiver mode........................................ 5 Figure 17-3. Block diagram, RFL 93B FT/FR single width fiber optic transceiver module .................................................. 7 Figure 17-4. RFL 9300 Fiber Optics Hot Standby Signal Routing Diagram.......................................................................... 8 Figure 17-5. Component locator drawing, RFL 93B FT/FR single width fiber optic transceiver module ........................... 11 Figure 17-6. RFL 93 FT/FR Singlewidth Fiber Optic Transceiver Module (Assembly No. 106360; Schematic No. D-

105849, Rev. B) ............................................................................................................................................................. 12

Figure 18-1. Typical RFL 93 FT/FR single width fiber optic I/O module.............................................................................. 2 Figure 18-2. Controls and indicators, RFL 93 FT/FR I/O-8M single width fiber optic I/O module ...................................... 4 Figure 18-3. Controls and indicators, RFL 93 FT/FR I/O-13S and 13 M single width fiber optic I/O modules .................... 5 Figure 18-4. Controls and indicators, RFL 93 FT/FR I/O-13SL and 15SL single width fiber optic I/O modules ................. 6 Figure 18-5. Block diagram, RFL 93 FT/FR I/O-8M 850 nm Multimode Fiber Optic I/O Module....................................... 7 Figure 18-6. Block diagram, RFL 93 FT/FR-13M (Multimode) and RFL 93 FT/FR-S (Singlemode) 1300-nm Fiber Optic

I/O Module ....................................................................................................................................................................... 9 Figure 18-7. Block diagram, RFL 93 FT/FR 13SL (1300-nm Singlemode) and RFL 93 FT/FR 15SL (1550-nm

Singlemode) ................................................................................................................................................................... 11 Figure 18-8. Component locator drawing, RFL 93 FT/FR I/O-8M 850-nm Multimode Singlewidth Fiber Optic I/O Module

(Assembly No. 105850; Drawing No. 105853-A) ......................................................................................................... 15 Figure 18-9. RFL 93 FT/FR Singlewidth Fiber Optic I/O Module -8M (Assembly No. 105850; Schematic No. D-105854,

Rev. D) ........................................................................................................................................................................... 16 Figure 18-10. Component locator drawing, RFL 93 FT/FR I/O-3M and RFL 93 FT/FR I/O-13S....................................... 19 Figure 18-11. RFL 93 FT/FR Singlewidth Fiber Optic I/O Modules, -13M (Assembly No. 105855; Schematic No. D-

105864, Rev. A), -13S (Assembly No. 105860; Schematic No. D-105864, Rev. A) .................................................... 20 Figure 18-12. Component locator drawing, RFL 93 FT/FR I/O-13SL and RFL 93 FT/FR I/O-15SL ................................. 23 Figure 18-13. RFL 93 FT/FR Singlewidth Fiber Optic I/O Modules, -13SL (Assembly No. 105865; Schematic No. D-

105869, Rev. A), -15SL (Assembly No. 105870; Schematic No. D-105869, Rev. A).................................................. 24

Figure 19-1. Typical RFL 9300 power supply module ........................................................................................................... 1 Figure 19-2. Component locator drawings, 50-watt power supply module ............................................................................ 6 Figure 19-3. 9300 PS 48/125 DC power supply module for RFL 9300 Charge Comparison System, (Assembly No.

106715-1; Schematic No. 106719-E)............................................................................................................................... 7

Figure 20-1. RFL 93B Relay I/O Module, rear panel ............................................................................................................. 1 Figure 20-2. Rear panel connectors and terminal blocks, RFL 93B Relay I/O Module ......................................................... 2 Figure 20-3. Controls and indicators, power/RF-232 board for RFL 93B Relay I/O Module................................................ 3 Figure 20-4. Component locator drawing, RFL 93B Relay I/O module, Power/RS-232 board ............................................. 8 Figure 20-5. Component locator drawing, RFL 93B Relay I/O module, Current Sense Board............................................ 10 Figure 20-6. Component locator drawing, RFL 93B Relay I/O module, Relay Output board ............................................. 12 Figure 20-7. RFL 93B RELAY I/O module, Power/RS-232 board (Assembly No. 106388-1; Schematic No. D-106389,

Rev. D) Sheets 1 of 3 through 3 of 3............................................................................................................................. 13


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Figure 21-1. RFL 93 Alarm I/O Module................................................................................................................................. 1 Figure 21-2. Controls and indicators, RFL 93 Alarm I/O Module.......................................................................................... 2 Figure 21-3. Component locator drawing, RFL 93 Alarm I/O Module, ................................................................................. 8 Figure 22-1. Front panel view of RFL 93 SH FIBER short haul interface module and RFL FSU fiber service unit ............. 2 Figure 22-2. Controls and indicators, RFL 93 SHFI short haul fiber interface module.......................................................... 4 Figure 22-3. Typical Fiber Service Unit Installation............................................................................................................... 5 Figure 22-4. Component locator drawing, RFL 93 short haul fiber interface module (Assembly No. 107500) .................... 8 Figure 22-5. Schematic, RFL 93 Short Haul Fiber Module (3 sheets) (Assembly No. 107500; Schematic No. D-107504-C)

.......................................................................................................................................................................................... 9 Figure 23-1. RFL 93 G.703 Interface I/O Module .................................................................................................................. 1 Figure 23-2. Controls and indicators, RFL 93 G.703 Interface I/O Module........................................................................... 2 Figure 23-3. Setting J5 for Normal or Loops Operation ......................................................................................................... 4 Figure 23-4. Component locator drawing, RFL 93 G. 703 Interface I/O Module .................................................................. 8 Figure 23-5. Schematic, RFL 93 G.703 module (Assembly No. 106730; Drawing No. D-106734-B).................................. 9 Figure 24-1. Typical RFL 9300 Single Pole Chassis, front panel view .................................................................................. 1 Figure 24-2. Typical RFL 9300 Single Pole Chassis, front panel view showing LED indicators .......................................... 2 Figure 24-3. Typical RFL 9300 Single Pole Chassis, rear panel view.................................................................................... 3 Figure 24-4. Target Message Word sent from the Display Controller to the Single-Pole Chassis ......................................... 8 Figure 24-5. 16-bit Status messages transmitted by the Single-Pole logic to the Supervisor at 250ms intervals ................... 9 Figure 24-6. Component locator drawing, RFL 9300 single pole chassis, main circuit board ............................................. 13 Figure 24-7. Schematic, 9300 Single Pole Chassis (Drawing No. D-106714-B) Sheet 1 of 2 ............................................ 14 Figure 24-8. Component locator drawing, RFL 9300 single pole chassis, rear panel........................................................... 16 Figure 24-9. Schematic, 9300 Single Pole Chassis, Rear Panel (Drawing No. D-106709-C) .............................................. 17 Figure 25-1. Typical RFL 9300 chassis .................................................................................................................................. 1 Figure 25-2. Block diagram of RS-232 front board ................................................................................................................ 2 Figure 25-3. Component locator drawing, RFL 93 INTER Interconnect Motherboard.......................................................... 4 Figure 25-4. RFL 93 INTER Interconnect Motherboard (Assembly No. 103905-1; Schematic No. D-103909-1-D) ........... 5 Figure 25-5. Component locator drawing, RFL 9300 front panel RS-232 module ................................................................ 6 Figure 25-6. RS-232 Front Panel Interface (Assembly No. 106755; Schematic No. C-106759-B) ....................................... 7 Figure 26-1. Typical RFL 9300 Expansion Chassis, rear view............................................................................................... 1 Figure 26-2. Component locator drawing, RFL 9300 expansion chassis power supply (Assembly No. 106350).................. 2 Figure 26-3. Schematic, Power Converter I/O – 250 Vdc, For RFL 9300 Charge Comparison System................................ 3 Figure 27-1. Protocol converter block diagram....................................................................................................................... 4 Figure 29-1. RFL 9300 modem dependability versus S/N ratio (measured)........................................................................... 2 Figure 29-2. RFL 9300 probability of passing false words (theoretical) ................................................................................ 4 Figure 29-3. RFL 9300 modem security (theoretical)............................................................................................................. 5


RFL 9300 RFL Electronics Inc. September 5, 2007 xiv (973) 334-3100

LIST OF TABLES Table 2-1. Valid Hot-Standby Configurations ........................................................................................................................ 6

Table 4-1. Programmable parameters, RFL 9300 Two-Terminal Charge Comparison System ............................................. 2 Table 4-2. Programmable parameters, RFL 9300 Three-Terminal Charge Comparison System............................................ 3

Table 5-1. Pin assignment for DC-37 connector on RFL 93 DD I/O Direct Digital I/O Module......................................... 12

Table 6-1. Controls and indicators, typical three-terminal RFL 9300 Charge Comparison System....................................... 3 Table 6-2. Keypad functions, RFL 9300 Charge Comparison System ................................................................................... 4 Table 6-3. RFL 9300 Module, General Information ............................................................................................................... 5 Table 6-4. Alarm codes for Two-Terminal and Three-Terminal RFL 9300 Charge Comparison System ........................... 15 Table 6-5. READ mode parameters for RFL 9300 Two-Terminal Charge Comparison Systems ........................................ 19 Table 6-6. READ mode parameters for RFL 9300 Three-Terminal Charge Comparison Systems ...................................... 21 Table 6-7. STARTUP mode parameters for RFL 9300 Two-Terminal Charge Comparison Systems ................................. 26 Table 6-8. STARTUP mode parameters for RFL 9300 Three-Terminal Charge Comparison Systems ............................... 26 Table 6-9. Programmable parameters, RFL 9300 Two-Terminal Charge Comparison System ........................................... 28 Table 6-10. Programmable parameters, RFL 9300 Three-Terminal Charge Comparison System........................................ 29

Table 8-1. Programmable parameters, RFL 9300 Two-Terminal Charge Comparison System ............................................. 8 Table 8-2. Programmable parameters, RFL 9300 Three-Terminal Charge Comparison System............................................ 9 Table 8-3. Acceptable received fiber optic power levels, RFL 9300 Charge Comparison System ...................................... 20 Table 8-4. STARTUP mode parameters for RFL 9300 Two-Terminal Charge Comparison Systems ................................. 25 Table 8-5. STARTUP mode parameters for RFL 300 Three-Terminal Charge Comparison Systems ................................. 25

Table 9-1. RFL 93B Display Module, general information .................................................................................................... 2 Table 9-2. Replaceable parts for display controller board, used in RFL 9300 display module. (Assembly No. 106325-2). 10 Table 9-3. Replaceable parts for oscillography board, used in RFL 9300 display modules (Assembly No. 106330).......... 13 Table 9-4. Replaceable parts for front panel assembly, used in RFL 9300 display module (Assembly No. 106335).......... 16

Table 10-1. Replaceable parts, supervisor controller module for RFL 9300 ........................................................................ 10

Table 11-1. Replaceable parts, RFL 93B ACT-5 5-Ampere Auxiliary Current Transformer to I/O Module......................... 4

Table 12-1. Replaceable parts, phase controller modules for RFL 9300 Charge Comparison System................................... 5

Table 13-1. Replaceable parts, communications controller modules for RFL 9300 Charge Comparison System ............... 11

Table 14-1. Replaceable parts, modem modules for RFL 9300 Charge Comparison System ................................................ 6

Table 15-1. Replaceable parts, RFL 93 LC I/O Line Coupler I/O Module............................................................................. 2

Table 16-1. Replaceable parts, RFL 93 DD I/O Direct Digital Interface I/O Module ............................................................ 4

Table 17-1. Replaceable parts, RFL 93B FT/FR single width fiber optic transceiver module. .............................................. 9

Table 18-1. Differences between Single Width Fiber Optic I/O Modules.............................................................................. 3 Table 18-2. Replaceable parts, RFL 93 FT/FR I/O-8M Singlewidth fiber optic I/O module ............................................... 13 Table 18-3. Replaceable parts, RFL 93 FT/FR I/O Singlewidth fiber optic I/O modules .................................................... 17 Table 18-4. Replaceable parts, Singlewidth fiber optic I/O modules.................................................................................... 21


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Table 19-1. 9300 Power Supply Specifications ...................................................................................................................... 2 Table 19-2. Replaceable parts, 50-watt power supply module for RFL 9300 Charge Comparison System........................... 4 Table 20-1. Replaceable parts, RFL 93B Relay I/O, Power/RS-232 board ............................................................................ 7 Table 20-2. Replaceable parts, RFL 93 Relay I/O module, Current Sense board................................................................... 9 Table 20-3. Replaceable parts, RFL 93 Relay I/O module, Relay Output board .................................................................. 11 Table 21-1. Replaceable parts, RFL 93 Alarm I/O Module. ................................................................................................... 5 Table 21-2. Replaceable parts, RFL 93 Alarm I/O Module. ................................................................................................... 6 Table 22-1. General Information, Short Haul Fiber Interface Module ................................................................................... 3 Table 22-2. Replaceable parts, RFL 93 SHFI short haul fiber interface module .................................................................... 6 Table 23-1. Replaceable parts, RFL 93 G.703 Interface I/O Module ..................................................................................... 6 Table 24-1. RFL 9300 Single Pole Chassis, General Information .......................................................................................... 1 Table 24-2. Replaceable parts, RFL 9300 single pole chassis .............................................................................................. 12 Table 24-3. Replaceable parts, RFL 9300 single pole chassis, rear panel assembly............................................................. 15 Table 25-1. Replaceable parts, RFL 93 INTER Interconnected Motherboard........................................................................ 3 Table 25-2. Replaceable parts, RFL 9300 front panel RS-232 interface module ................................................................... 6 Table 26-1. Expansion Chassis, General Information............................................................................................................. 1 Table 26-2. Replaceable parts, RFL 9300 expansion chassis power supply........................................................................... 2 Table 27-1. Protocol Converters currently available............................................................................................................... 1 Table 27-2. Modbus Map........................................................................................................................................................ 5 Table 27-3. Modbus RTU Format Table................................................................................................................................. 9 Table 27-4. POINT LIST FOR: 16 bit Analog without Flag (Object 30 Var 4) ................................................................... 12 Table 27-5. POINT LIST FOR: Binary Input Change with Tim (Object 02 Var 2) ............................................................. 13 Table 27-6. POINT LIST FOR: 16 bit Analog With Time (Object 32 Var 4)...................................................................... 14 Table 27-7. POINT LIST FOR: 16 bit Analog Output Status (Object 40 Var 2) ................................................................. 14 Table 27-8. Format Table...................................................................................................................................................... 15 Table 28-1. Fuse replacement data, RFL 9300 power supply module .................................................................................... 6


RFL 9300 RFL Electronics Inc. September 5, 2007 xvi (973) 334-3100

LIST OF EFFECTIVE PAGES

When revisions are made to the RFL 9300 Instruction Manual, the entire section where revisions were made is replaced. For the edition of this manual dated September 5, 2007, the sections are dated as follows:

Front Matter September 5, 2007 Section 1 June, 2002 Section 2 October 29, 2001 Section 3 August 25, 2000 Section 4 August 9, 2001 Section 5 October 20, 2004 Section 6 January 30, 2002 Section 7 October 20, 2004 Section 8 October 20, 2004 Section 9 August 9, 2001 Section 10 October 29, 2001 Section 11 March 26, 1999 Section 12 March 26, 1999 Section 13 February 7, 2000 Section 14 May 1, 1998 Section 15 May 1, 1998 Section 16 May 1, 1998 Section 17 May 1, 1998 Section 18 January 19, 2005 Section 19 May 5, 2002 Section 20 May 5, 2002 Section 21 May 5, 2002 Section 22 October 20, 2004 Section 23 February 7, 2000 Section 24 August 25, 2000 Section 25 May 5, 2002 Section 26 February 7, 2000 Section 27 October 20, 2004 Section 28 May 5, 2002 Section 29 May 5, 2002 Section 30 May 5, 2002 Section 31 May 5, 2002 Section 32 September 5, 2007


RFL 9300 RFL Electronics Inc. September 5, 2007 xvii (973) 334-3100

REVISION RECORD

Rev Description Date Approval 06-15-97

New Document Release (updated manual to three-terminal opera-tion)

06-15-97

CS

10-01-97

Sections 2, 3 and 4 revised in accordance with new engineering Documentation

10-01-97

CS

12-15-97

Sections 6 and 8 revised in accordance with new engineering documentation, Added time-overcurrent parameters.

12-18-97

CS

04-15-98

Added Time Overcurrent function to Sections 6 and 8. Added warning “to prevent potential mis-operation” to the first page of Section 8.

09-16-98

CS

05-01-98

Added solid front panel, Added new product information sheet (Section 1), Added new relay I/O module, Added ne section on expansion chassis, Deleted sections on double width modules, Deleted all references to vertical mount chassis, Updated glos-sary, and other miscellaneous corrections.

10-21-98

CS

11-30-98

Added new Section 22 on Short Haul Fiber Interface module and Fiber Service Unit. Shifted existing Sections 22 through 27 up by one section number to Sections 23 through 28.

11-30-98

CS

03-26-99

Revised in accordance with ECO No. 9300-160 as follows: Added new pre-fault buffer switching algorithm, added new stub-bus function, synchronized clock to line frequency, and revised trip release algorithm to improve security.

04-03-99

CS

02-07-00

Revised in accordance with ECO No. 9300-208 (200ms limit, re-vised Section 2). Revised in accordance with RFA No. 6569 (Up-dated Section 22). Added new Section 23 (G.703 Interface I/O), added new Section 24 (Single Pole Tripping) and shifted existing Sections 23 through 28 up by two section numbers to Sections 25 to 30. Added Table 2-1, Valid Hot-Standby Configurations.

05-17-00

CS

08-25-00

Revised Sections 0, 1, 2, 3, 4, 6, 8, 9, 10, 24 and 25 in accor-dance with new software documentation. Revised in accordance with ECO Nos. 9300-220, -225 and –226.

08-25-00

CS

10-27-00

Revised Sections 0, 6, 7, 8, 9, and 27 in accordance with new en-gineering documentation.

10-27-00

CS


RFL 9300 RFL Electronics Inc. September 5, 2007 xviii (973) 334-3100

8-9-01 Added RS-232 connector to front panel in accordance with ECO No. 9300-253. Revised the following sections: 0, 4, 5, 6, 7, 9 and 25.

8-9-01 CS

10-29-01 Revised in accordance with new engineering documentation as follows: Revised Hot-Standby Configurations Table (Table 2-1), in Section 2, added new schematic to Section 10, revised parts list in Section 10.

11-2-001 CS

1-30-02 Revised in accordance with ECO No. 9300-266: added 24 Volt version of 93 Alarm I/O to Section 21. Revised the following Sec-tion: 0, 6, 21. Revised in accordance with CAR # C9300-0061: deleted RTS/CTS references from Section 6.

3-12-02 CS

5-5-02 Added new Section on Protocol Converters. Changed existing sections 27 to 30 to new section numbers 28 to 31. Revised Section 5 in accordance with ECO No. 9300-260. Revised Section 19 (new schematic revision). Revised Section 20 in accordance with CAR# C9300-0056 Revised Section 21 in accordance with ECO No. 9300-254 & 272. Revised Section 22 in accordance with ECO No. 9300-276 & 279. (deleted old and added new SHFI and FSU). Revised Section 25 (new motherboard schematic and assy. no.) Revised Section 28 in accordance with CAR# C9300-0083 (added 3T to 2T conversion instructions).

5-5-02 CS

12-15-02 Revised Sections 7 & 8 in accordance with CAR#.C9300-0089. Revised Section 22 in accordance with a note from BH on 1-28-03 (Changed Tx level to –19dBm on page 22-2)

12-15-02 CS

10-20-04 Incorporated Errata sheet MC9301C-001 dated 11-05-03. See CAR# C9300-0122. (Revised Section 27) Incorporated Errata sheet MC9301C-002 dated 11-11-03. See CAR# C9300-0124. (Revised Section 27) Incorporated Errata sheet MC9301C-003 dated 1-29-04. See CAR# C9300-0126. (Revised Sections 7 and 8) Incorporated Errata sheet MC9301C-004 dated 5-10-04. See CAR# C9300-0132. (Revised Section 22) Incorporated Errata sheet MC9301C-005 dated 6-01-04.

Documents

INSTRUCTION MANUAL RFL 9300 Charge Comparison System · 2017. 5. 23. · RFL Electronics Inc. reserves the right to re-vise this manual and make changes to its contents from time