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EEC 6500 Series User Manual

High power programmable ac power source
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6500 Series
6510/6520/6530/6540/6560/6580
High Power Programmable
AC Power Source
User Manual
E2.00

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Summary of Contents for EEC 6500 Series

  • Page 1 6500 Series 6510/6520/6530/6540/6560/6580 High Power Programmable AC Power Source User Manual E2.00...
  • Page 3 (2) year from date of shipment. During the warranty period, you must return the instrument to EEC or its branches or its authorized distributor for repair. EEC reserves the right to use its discretion on replacing the faulty parts or replacing the assembly or the whole unit.

  • Page 5: Table Of Contents

    CONTENTS CHAPTER 1: INTRODUCTION ................1 1.1 Safety Precaution ........................1 1.2 Installing Preparation ......................1 1.3 Storage And Packing ......................2 1.4 Field Installation Options ...................... 2 CHAPTER 2: SPECIFICATION ................3 2.1 SPECIFICATION ........................3 CHAPTER 3: PANELS .................... 7 3.1 Front Panel Description ......................

  • Page 7: Chapter 1: Introduction

    If the instrument is damaged, notify the carrier and the EEC Customer Support department immediately. Please keep the shipping carton and packing material for the carrier’s inspection. Our Customer Support department will provide assistance for the repair or replacement of the broken instrument.

  • Page 8: Storage And Packing

    Please keep all original shipping carton and packing materials and if it is needed to send for repair, then it can be used for repacking purpose. Kindly contact the EEC Customer Support department for service assistance. Upon delivering goods for repair, please attach along the power cord cable and other accessories along with the instrument and state clearly the actual problem encountered.

  • Page 9: Chapter 2: Specification

    CHAPTER 2: SPECIFICATION 2.1 SPECIFICATION Model 6510 6520 6530 6540 6560 6580 OUTPUT Phase 1 Ø Power Rating 10 kVA 20 kVA 30 kVA 40 kVA 60 kVA 80KVA 0 - 150 V / 0 - 300 V or 0 - 175 V / 0 - 350 V Selectable (Option 0 - 350 V) or 0 - 300 V / Range 0 - 600 V Selectable (Option 0 - 600 V) Voltage...
  • Page 10 Frequency 47 - 63 Hz Power Factor MEASUREMENT Range 0.0 - 300.0 V / 0.0 - 600.0 V Voltage Resolution 0.1 V / 0.2 V Accuracy ± (1% of reading + 2 counts) at Voltage > 5 V 0.00 - 35.00 A 0.0 - 350.0 A Range 30.0 - 350.0 A...
  • Page 11 430 x 472 430 x 732 600 x 972 600 x 972 800 x 1557 800 x 1557 Dimension (W x H x D), mm (579) x 650 (839) x 650 (1079) x 900 (1079) x 900 (1662) x 900 (1662) x 900 (730) (730)
  • Page 12 • OPT.672 RCP function for models 6540, 6560, 6580 & with PFC models • OPT.673 Earthquake proof • OPT.674 Output voltage 350V • OPT.675 Output frequency 400 / 800Hz only for without PFC models...

  • Page 13: Chapter 3: Panels

    CHAPTER 3: PANELS 3.1 Front Panel Description 21 22 23 24 25 26 1. Frequency Display. When the output is OFF, it shows the frequency setting. Otherwise, it shows the frequency of the output. 2. Voltage Display. When the output is OFF it shows the output voltage setting. Otherwise it shows the voltage of the output.
  • Page 14 10. ﹀ Key. To decrease high limit of current, as well as SYSTEM and PROGRAM parameters. 11. SYSTEM Key. Enter or exit from the setting of SYSTEM parameter. 12. PROGRAM Key. Enter or exit from the setting of PROGRAM parameter. 13.
  • Page 15 27. T Indicator. When this LED is ON, the MULTIMETER display shows the time duration. 28. P-S Indicator. When this LED is ON, the MULTIMETER display shows the current memory of Program-Step. 29. AUTO Indicator. Indicates the output is at Auto ranging mode. 30.

  • Page 16: Panel Description

    3.2 Panel Description A. 14U’S REAR PANEL 11 10 6 7 9 12 8 1. Handle 7. Output Circuit Breaker 2. Caster Wheels 8. Input Circuit Breaker 3. Front Panel Output Switch 9. Input Supply Terminal 4. Universal AC Output Socket (15A) 10.
  • Page 17 B. 17U’S PANEL DESCRIPTION 7. Output Circuit Breaker 1. Handle 8. Input Circuit Breaker 2. Caster Wheels 9. Input Supply Terminal 3. Front Panel Output Switch 10. Output Terminal 4. Universal AC Output Socket (15A) 11. PLC Remote D-Type Connector 5.
  • Page 18 C. 22U’S PANEL DESCRIPTION 12 9 7. Output Circuit Breaker 1. Handle 8. Input Circuit Breaker 2. Caster Wheels 9. Input Supply Terminal 3. Front Panel Output Switch 10. Output Terminal 4. Universal AC Output Socket (15A) 11. PLC Remote D-Type Connector 5.
  • Page 19 D. 28U’S PANEL DESCRIPTION 12 9 7. Output Circuit Breaker 1. Handle 8. Input Circuit Breaker 2. Caster Wheels 3. Front Panel Output Switch 9. Input Supply Terminal 4. Universal AC Output Socket 10. Output Terminal 11. PLC Remote D-Type Connector (Trip Current: 15A) 5.

  • Page 20: Chapter 4: Manual Operation

    CHAPTER 4: MANUAL OPERATION 4.1 Manual Operation 1. Power On Condition Every time when turning on the AC Power Source, the voltage and current displays will indicate model and version respectively for the particular AC Power Source. After that the CPU will provide a beep sound to show the pervious setting.
  • Page 21 the setting are 0.1Hz/step for normal setting and 1Hz/step for coarse setting. In 100-500 Hz range, each change on the setting are 1Hz/step for normal setting and 10Hz/step for coarse setting. 4. Setting of Voltage Range If the output voltage is from 0 to 300 V and the desired voltage is lower than 150V, press the 0 – 150 V Range Key first.
  • Page 22 If the indicator is blinking that shows an abnormal operation is encountered, thereby the output voltage will be cut off immediately. By pressing the OUTPUT/RESET key will reset the audible alarm, an error message is indicated. 8. Terminating Output Upon reaching to complete the testing time, the output operation will terminate automatically, and while the testing time (test - t) is set to "Cont", the output operation will continue until a RESET key from the front panel has been pressed.

  • Page 23: System Parameter Setup

    4.2 System Parameter Setup At RESET condition, press “SYSTEM” key to enter SYSTEM parameter setup and SYSTEM indicator will light up. The indication of SYSTEM setup menu will be shown at the Voltage display and the setup parameter for each SYSTEM setup will be shown at Current display. By pressing the “︿” or “﹀”...
  • Page 24 SYSTEM PARAMETER MENU 1. Auto Run Mode Selection The Frequency display will indicate “Auto” and the Voltage display shows “run”. Press the “︿” or “﹀” key from the Current display to select OFF (Manual Mode) or ON (Auto Mode). Upon selecting the Auto run mode, the settings for this Auto mode will further be shown.
  • Page 25 controlled by a remote control box from the rear panel. Once the setting is ON, the Current display will indicate “PLC-ON” and the buzzer will sound beeps twice whenever a key is being pressed. At this time, all keys at front panel are disabled except the LOCK/LOCAL, SYSTEM and METER keys are functioning as normal.
  • Page 26 value of ”LooP CyCL” setting under the PROGRAM parameter. 9. Frequency Hi Limit Setting The Frequency display will indicate “FrEq” and the Voltage display shows “HI”. Press the “︿” or “﹀” key from the Current display to adjust the high limit frequency within the range of 47.0-63.0Hz.

  • Page 27: Program Parameter Setting

    4.3 Program Parameter Setting At RESET condition, press “PROGRAM” key to enter PROGRAM parameter setup whereby the “PROGRAM LED” indicator is lit. In the meanwhile, the indication of PROGRAM setup menu will be shown at the Voltage display and the setup parameter for each PROGRAM setup will be shown at Current display.
  • Page 28 PROGRAM PARAMETERS 1. Program Memory Selection When the voltage display indicates “Prog” under PRORAM parameter setup, press “ ︿ “ or “ ﹀ “ key to select “1 ~ 8” of memories. If the program memories (P1~P8) have to be interconnected, it can be achieved by turning ON the “Auto run”.
  • Page 29 2. Auto Loop Cycle Setting The Frequency display will indicate “LooP” and the Voltage display shows “CyCL”. Press the “︿” or “﹀” key from the Current display to select “Cont”, “OFF” and “2”~”999”. Setting of “Cont” means continuous, and “OFF” is single operation. For “2”~“9” setting, it becomes the number of sequence to be repeated for running operation.
  • Page 30 7. Delay Judgment Time Setting As the Frequency display indicates “dLAy” and the Voltage display indicates “t”, press the “︿” or “﹀” key from the Current display to adjust the delay time between “0” ~ “9999”. The delay judgment time is set to assign time period that will not make any judgment to all limits (Ex: A,P,PF High／Low Limit Setting).

  • Page 31: Displayed Messages

    Check the cause of error to ensure the problem is eliminated before restarting the operation, or contact EEC or our official distributors for further assistance. If the input voltage is below the CPU setting level when turning on the AC Power Source, the Voltage display will indicate “FAIL”...
  • Page 32 voltage and current respectively. If the output voltage is under 5V of setting voltage at 0-150V range or under 10V of setting voltage at 0-300V range for 3 second, the Frequency display will indicate “LVP” and the alarm will sound. Consequently, the “FAIL” indicator will blink while the “PROTECT” indicator will light up. The Voltage and Current displays will show the overloaded voltage and current respectively.
  • Page 33 the alarm will sound. Consequently, the “FAIL” indicator will blink and the Voltage or Current displays will show the overloaded voltage or current respectively. If the output power has exceeded the high limit power, the Frequency display will indicate “HI-P” and the alarm will sound.
  • Page 34 If the input voltage exceeds the 20% of the operating voltage, the Frequency display will indicate “HIdc” and the alarm will sound, since the input voltage has reached above the requirement range of operating voltage for this AC Power Source. Consequently, the “FAIL” indicator will blink while the “PROTECT”...

  • Page 35: Chapter 5: Description Of Operation

    This chapter provides information on the proper use and configuration of bus remote interface for RS232 and GPIB interface, whereby both interfaces are using exactly same command lists. These interfaces are optional on 6500 Series AC Power Source. 5.1 RS-232 Interface...

  • Page 36: Gpib Interface

    GPIB Address All the above commands are required by the IEEE-488.2 GPIB Interface BUS. The factory default address of the 6500 Series AC Power Source is set to 8. 5.3 RS-232/GPIB Interface Command List The following is the commands list for ON/OFF output operation and all other parameter settings.
  • Page 37 Basic Commands: Command Value Description By PHASE FREQ,VOLT,CURR,WATT,PF,TIMER TEST Power On RESET Power Off METER X Power Reading Power Factor Reading Timer Reading Program -Step METER? Displayed parameter of meter Query RANG X Low 0 - 150V (or 0=Low 0-300V) High 0 - 300V (or 1=High 0-600V) RANG? Setting Range Query...
  • Page 38 CHI? High limit Current Query CLO XXX.X 0.0 - max. A Low Limit Current CLO? Low Limit Current Query PHI XXX.X 0.0 - max. P High Limit Power PHI? High Limit Power Query PLO XXX.X 0.0 - max. P Low Limit Power PLO? Low Limit Power Query TUP XXX.X...
  • Page 39 LRATE X Loop Rate 1 Loop Rate 10 Loop Rate 100 LRATE? VHI XXX.X VHI? VLO XXX.X VLO? FHI XXX.X FHI? FLO XXX.X FLO? OF X OC Fold Off OC Fold On OF ? IEEE 488.2 Common Commands Command Description Acknowledgement Company, Model Number, Serial *IDN?

  • Page 40: Non Volatile Memory

    02H(2) FAIL 04H(4) ABORT 08H(8) Processing 20H(32) ESB BIT 40H(64) MSS 80H(128) Prompt *SRE XXX Service Request Enable *SRE? Service Request Enable Query 0 - 255 *PSC X Power-On Status *PSC? Power-On Status Query 5.4 Non Volatile Memory The instrument saves each parameter in non-volatile memory when the file save "FS" command is used to save the file.

  • Page 41: Chapter 6: Description Of Application

    CHAPTER 6: DESCRIPTION of APPLICATION 6.1 Remote Interface There is a remote interface connector attached on the rear panel of 6500 Series AC Power Source and thus can control any test operation via remote once the PLC Remote setting from SYSTEM setup parameter is turned on.

  • Page 42: Analog Card (Option)

    6.2 Analog Card (Option) This function provides two BNC connections, one for the control voltage and the other for the control frequency. User can input 0 - 10Vdc from outside to control the output voltage and frequency. If user want to control the voltage, then user must to connect the external input signal to EXT.

  • Page 43: Chapter 7: Calibration Procedure

    CHAPTER 7: CALIBRATION PROCEDURE The calibration procedure is with model 6510 and output voltage 0-300V for its example. 7.1 Calibration Procedure 1. All the AC Power Sources are calibrated at the factory before delivery. Unless necessarily, kindly do not re-calibrate within the first 12 months. 2.
  • Page 44 order to set the voltage according to the RMS Voltmeter. After it is finished, press “LOCK/LOCAL” key to save the data stored and the high range voltage calibration is completed. 5. Low Range Current (A-LO) Calibration: Press “︿” or “﹀” key from the Frequency display to select “A-LO".
  • Page 45 Increase load to 80A (10KVA=80A) 7. Low Range Power (P-LO) Calibration: Press “︿” or “﹀” key from the Frequency display to select “P-LO". Connect a variable resistor as load and a calibrated true RMS Power Meter on one of the output socket and press TEST key in order to activate the CPU to read a low range offset power and send a 120VAC output voltage.
  • Page 46 Increase load to 9KW 9. If the calibration has to be terminated half way, user can just press RESET key to exit the calibration mode. 10. After the calibration is completed, turn OFF the AC Power Source.

  • Page 47: Chapter 8: Appendix

    Power Source are for reference purpose. Consistency of Service 6500 Series AC Power Source with the input circuit and all related parts are required to be checked and calibrated at least once every year. This is to protect user in terms of safety and to ensure a high accuracy of this AC Power Source all times.

  • Page 48: Input And Output Terminal Size

    200 A 80 mm 225 A 125 mm 250 A 125 mm 275 A 150 mm 300 A 200 mm 350 A 250 mm 400 A 300 mm 500 A 400 mm 1. Conductors are suggested to have multi-core wires. 2.
  • Page 49 6530 6530P 6540 6540P Input Output Input Output Input Output Input Output Input Output Voltage Voltage Terminal Terminal Terminal Terminal Terminal Terminal Terminal Terminal 300V 33208 600V 300V 33200 600V 300V 33220 600V 300V 33380 600V 33400 300V 300V 33415 600V 33440 600V...
  • Page 50 600V 33440 600V 34208 300V 300V 34380 600V 34400 300V 300V 34415 600V...

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651065206530654065606580

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