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Operation Manual／8.3MB - Kikusui Electronics Corp.

1. Terminal screw size M4 PCR1000LE PCR2000LE M5 PCR3000LE PCR4000LE M6 PCR6000LE PCR9000LE OUTPUT SENSING INPUT OUTPUT screw size M3 screw size M6 screw size M6 SENSING screw less terminal LE e e 42 LIN JF e Wiring the LIN3020JF EUT KHA3000 1P2W 1P3W 3P3W 3P4W Terminal U N G Terminal V N G Terminal V 6 Terminal Terminal SOURCE KHA3000 the 1P2W power is E S o S 5 D E amp de 5 Voltage input terminals are L1 L2 and L3 inputs only 28 D o 5 E 3 o 0 2 de 5 o de Em o E o 6 Ze 2 o o z 5 a e o fs 5 gt H x Ex VOLTAGE SENSING INPUT de GO EST Voltage input screw less terminal terminal Current input terminal LOAD screw size M6 Current input terminal CURRENT SOURCE screw size M6 LIN JF 44 Wiring the LIN3020JF LIN3020JF one PCR LE2 single phase PCR LE2 Single phase LIN3020JF
2. 18 17 16 19 NO OO 11 shaped bracket for mounting the product on a rack Expansion terminal for controlling the OPO1 LIN1020JF L shaped bracket for fixing the product to the installation location Lights when the internal overheat alarm occurs Control power supply input terminal Lights when impedance bypass is selected Lights when the Z3 impedance is selected Lights when the Z2 impedance is selected Lights when the Z1 impedance is selected Lights when the POWER switch is turned on Power switch for the control power supply Lights when remote control is selected Air inlet for internal cooling Caster with a lock Air outlet for internal cooling Caster without a lock Output terminal block G W V Input terminal block G W V Function L ue impepance network OPO1 LIN1020UF The OP01 LIN1020JF is used in combination with the LIN1020JF It cannot be used by itself IKUSUT 6 i bessen E EE Ir IRANIAN NANI EE D RO NR S S S RASA OT OK HHI A RANA RH HI KKH HIKING NNN NNN NNN NNN REMOTE D DD mmm IMPEDANCE SELECT NNN NENNEN SE KANN Ee Wi VOLTAGE SENSING OUTPUT Sensing terminal BYPASS indicator Z3 indicator Power indica
3. 460 18 1 430 16 9 lt 1 f 1 O 65 x ES DE 5 S a 65 0 sete N N EN SN gt lt D o o 2 o Su E A Q N 0 9 2 ES A 8 mss Se e LIN JF LIN1020JF LIN3020JF OPO1 LIN1020JF outline drawing Specifications 300 11 6 4 014 o Pa N 1 x 9 1 N N Ki el Ei 5 Bg LON 8 S S 40 570 22 4 40 1 57 1 57 650 25 6 4 M5 400 15 7 80 08 o SS 6 Lei 0 0 N 150 5 91 250 9 84 50 150 5 91 1 97 Unit mm inches 61 62 Appendix A Troubleshooting This section introduces troubleshooting measures Check whether any of the items listed below apply to your case If following the remedy does not solve your problem contact your Kikusui agent or distributor Symptom Inspection Remedy Voltage is not The product s POWER switch Turn on the POWER switch p 48 applied to the EUT is turned off The AC power supply outputis Turn on the AC power supply turned off output The impedance is not The impedance switches are p 48 selected not inte
4. 66 Output terminal 66 SENSING E 68 Appendix C KHA3000 Input Terminal 69 Voltage input terminal 69 Current input terminal 69 Delta transformation star delta transfor mation zu cet nate 70 LIN JF Checking the package contents When you receive the product check that all accessories are included and that the accessories have not been damaged during transportation If something is damaged or missing contact your Kikusui agent or distributor We recommend that you save all packing materials in case the product needs to be transported at a later date Accessories for LIN1020JF LIN3020JF and OP01 LIN1020JF Plug NEMAS 15 For nominal power supply voltages 100 V and 120 V Use these when the rack mount bracket is removed Control power cable 1 pc 3 m 85 10 0650 ES Heavy object warning label 1 pc A8 900 157 Screws 8 pcs Accessories for LIN1020JF and LIN3020JF Control cable 1 pc 3 m 85 50 0390 Control board 1 card UA 1894 01 CD ROM 1 disc API USBP WDM driver software by CONTEC Operation manual 1 copy Accessories for OP01 LIN1020JF OP01 LIN1020JF Control cable 1 pc 91 80 9922 Accessory manual 1 pc LIN JF The following options can b
5. Nominal cross sectional area of wires SENSING 22 mm 2 lt 0 75 mm 2 OOOO PCR LE2 SENSING e screw less terminal Three phase output Terminal screw size W M5 PCR6000LE2 PCR9000LE2 M8 2700002 The output terminal shape on the PCR27000LE2 is different from what is shown above For details see the PCR LE2 setup guide or user s manual 1P2W PCR LE2 LIN1020JF De nmm 2820 Single phase prese L U 5 L U LIN JF Wiring the LIN1020JF KHA3000 EUT source town Terminal Terminal N i gt L L U 2 Se a E ee eee eee N N LIN1020JF ao cS 2 In this wiring diagram the 1P2W power is I A VOLTAGE SENSING OUTPUT one third of the three wire power SENSING NALE Likewise the 1P3W power will be two thirds screw size M3 L 4 Ce eS LSS 1 m KHA3000 ee b ay Voltage input terminals are L1 SENSING INPUT e l L2 and L3 in Voltage input puts only 889909 terminal D ee 4 2 screw
6. PS 1 1 Ads l Y SENSING l 7 screw less terminal 1 1 67 Ga J 4 Single phase output N SENSING INPUT OUTPUT Terminal screw size M8 PCR6000LE2 PCR9000LE2 L M8 PCR27000LE2 The output terminal shape on the PCR27000LE2 is different from what is shown above For details see the PCR LE2 setup guide or user s manual screw size M3 screw size M6 screw size M6 LIN JF Wiring the LIN1020JF EUT KHA3000 1P2W Terminal Terminal SOURCE o L N G L U KHA3000 Voltage input terminals are L1 L2 and L3 inputs only V Current input terminal 5 2 AS 22 Fa 58 ECH screw less Voltage input terminal terminal A LOAD screw size M6 Current input terminal SOURCE screw size M6 LIN JF Combination Wiring of LIN1020JF and OP01 LIN1020JF LIN1020JF 0201 two PCR LEs single phase and single phase three wire 1P2W PCR LE LIN1020JF OUTPUT INPUT OUTPUT c HS U RE 1 L U L U N LUA H Nominal cross sectional PCR LE Single phase three wire and three phase operations require a PCR LE option For details see the PCR LE manual Terminal screw size M4 PCR1000LE PCR2000LE M5 PCR3000LE
7. Interface connector Connect to a PC s USB port ot Connectors CN1 and CN2 are screw terminal blocks The nominal cross sectional area of wires is 0 08 mm AWG28 to 0 75 mm AWG18 The length of stripped wires is 9 mm to 10 mm Controlling the Product Using USB A DIO is built into this product You can remotely control this product through the USB port For details on the operation see the CONTEC API USBP WDM help file USB port LiN1020JF LIN3020JF The USB port is available on the LIN1020JF and LIN3020JF To use remote control connect the USB port to a USB port on your PC The figure below shows how the USB port is connected internally For details how to use the DIO see the CONTEC API USBP WDM help file USB port CONTROL INPUT terminal STATUS OUTPUT terminal Isolated digital I O terminal built into the product Es 9 LIN JF 55 56 Controlling the Product Using USB p 54 B Using the USB port and CONTROL INPUT terminal simultaneously In remote control through the USB port the control signal from the CN1 terminal see the fig ure on the previous page is connected to the product s CONTROL INPUT terminal The out put from the CN1 terminal is a
8. 22 mm 0 75 mm PCR LE require a PCR LE option For details see the PCR LE manual Terminal screw size M4 PCR1000LE PCR2000LE M5 PCR3000LE PCR4000LE M6 PCR6000LE PCR9000LE SENSING 40 Single phase three wire and three phase operations screw less terminal INPUT screw size M6 OUTPUT screw size M6 LIN JF Wiring the LIN3020JF KHA3000 EUT source Terminal Terminal 1P2W U j V E V 1 5 In this wiring diagram the 1P2W power is one half of the single phase three wire power H oe KHA3000 Voltage input terminals are L1 L2 and L3 inputs only VOLTAGE SENSING INPUT Voltage input terminal screw less terminal Current input terminal LOAD screw size M6 Current input terminal CURE SOURCE screw size M6 LIN JF Wiring the LIN3020JF LIN3020JF three PCR LEs single phase and three phase 1P2W PCR LE LIN3020JF Nominal cross sectional area of wires 22 mm 0 75 mm PCR LE LIN3020JF Single phase three wire and three phase operations pues EE require a PCR LE option For details see the PCR LE manual
9. LIN1020JF LIN3020JF PCR LE Outlet below the terminals LIN1020JF LIN3020JF PCR LE2 Outlet below the terminals 3 Attach the terminal cover on the rear panel of the LIN JF LIN JF 23 24 Connecting the Control Terminals Connecting the EXPAND Terminal iini0205F 6601 00102007 The EXPAND terminal is used when the LIN1020JF and OP01 LIN1020JF are used in combi nation to construct a single phase three wire test circuit three phase three wire test circuit or three phase four wire test circuit The 0201 control cable is supplied with the OP01 LIN1020JF Connecting the supplied OP01 control cable 1 Check that the POWER switches of the LIN JF and AC power supplies are turned off O 2 Connect the OP01 control cable as shown in the following figure Connect one end of the cable to the EXPAND terminal of the LIN1020JF Connect the other end of the cable to the EXPAND terminal of the OPO1 LIN1020JF LIN1020JF OP01 LIN1020JF AS EXPAND AC INPUT 100 240 50 60Hz 5001 MAX Outlet below the terminals 3 Attach the terminal cover on the rear panel of the LIN JF LIN JF A Wiring the LIN1020JF This chapter provides wiring diagrams of test circuits that use the LIN1020JF and OPO1 LIN1020JF See p 21 F
10. i 0 1 I 1 1 M el Appendix C KHA3000 Input Terminal This section describes how to use the KHA3000 input terminal One phase input channel is described For details on each phase see the KHA3000 operation manual Voltage input terminal Use input terminal V and input terminal to connect to the EUT We recommend that you use UL1015 wires or equivalent with a wire size of AWG18 Strip 10 mm of insulation To secure the wires in place use the screwdriver supplied with the KHA3000 to fasten the terminal screws Twist the wires as much as possible Current input terminal There are SOURCE and LOAD terminals Connect the SOURCE terminal to the impedance output and the LOAD terminal to the EUT Voltage input terminal Current input terminal Spring washer M6 CN 8 g aue v Knob Terminal cover Attach the wire so that it passes through this section LIN JF 69 70 KHA3000 Input Terminal Delta transformation star delta transformation The delta transformation feature is used to convert phase voltage measurements of three phase four wire circuits to line voltages Therefore even if the actual circuit is wired using a three phase four wire system line voltage measurement of a three phase three wire system is possible The following figure shows a three phase three w
11. Le 5 i lt 2 gt tul gt 25 2 2 gt lt gt 2 2 2 2 o z o o Z 2 S E 8 0 5 0 gt gt D 2 7 268 2 8 amp us 2 2 FE 5 N 3 4 oll Si Si zi 2 2 mm Ga z g lt Qc x 2 bat Si WE ae 65 E E E 2 co 2 5 5 8 8 6 soe 2 S o 8 LI o 5 5 52 5 2 DEE B o go 2 85 5 g SO 65 E O lt 12 16 2 o 2 Description of Parts 12 22 21 20 CN CO sb 10 O 11 Expansion terminal for controlling the OPO1 LIN1020JF L shaped bracket for fixing the product to the installation location Control power supply input terminal L shaped bracket for mounting the product on a rack Caster without a lock Lights when the internal overheat alarm occurs Air outlet for internal cooling Remote control switch illuminated type Power switch for the control power supply Caster with a lock Output terminal block G N N N L U Input terminal block G N L U Lights when the POWER switch is turned on VOLTAGE SENSING OUTPUT Sensing terminal Impedance bypass switch illuminated type
12. niit 7 Precautions for moving the product 8 General Description Product Features 9 Impedance Construction 10 Overview of the Test System 11 Device test system 12 Grid connected device test system 14 Description of Parts OPO1 LIN1020JF 17 INPUT and OUTPUT terminals 18 VOLTAGE SENSING OUTPUT terminal 18 AC INPUT control power supply input ter 18 minal PCR CONTROL terminal 19 EXPAND terminal 19 CONTROL INPUT and STATUS OUTPUT terminals Mm 19 USB port Assesses pex xe 19 Wiring the Test System Removing the Terminal Cover 20 Connecting the Control Power Cable 20 Wiring the Test Circuit 21 Connecting the Control Terminals 22 Connecting the PCR CONTROL terminal 22 Connecting the EXPAND Terminal 24 Wiring the LIN1020JF LIN1020JF one PCR LE single phase 26 LIN1020JF one PCR LE2 single phase 28 Combination Wiring of LIN1020JF and OPO1 LIN1020JF 30 LIN1020JF 0201 two PCR LEs sin gle phase and single phase three wire 30 LIN1020JF 0201 three PCR LEs sin gle phase and three phase 32 LIN1020JF 0201 one PCR LE2 sin gle phase and three phase 34 Wiring the LIN3020JF LIN3020JF one PCR LE single phase 38 LIN3020JF two PCR LE
13. uct s impedance is set to BYPASS for such an EUT if the AC power supply response is set to MEDIUM normal speed the AC power supply response may become unstable may oscil late LIN JF 49 50 Configuring the KHA3000 Output current limit of the AC power supplies Z CAUTION Power leve The maximum rated current of this product is 20 Arms continuous To ensure safety of this product and EUT set the output current of the AC power supplies to 20 A or less Set a current limit on the AC power supply output to prohibit the output from exceeding 20 A We recommend that you use the current limit feature on the AC power supplies to prevent the test circuit from overheating due to overcurrent and to protect the EUT The overheat protec tion of this product shuts off the current if the internal resistive element heats up due to over current supplied from the test circuit to the EUT With the test circuit common to single phase and three phase the 1P2W power will be one third that of three phase power Likewise the 1P3W power will be two thirds Example If the three phase power is 6000 W the 1P2W power will be 2000 W and the 1P3W power will be 4000 W Configuring the KHA3000 For three phase three wire circuits When used in a three phase test circuit the KHA3000 voltmeter is designed to be used ina three phase four wire system To use it in a three phase three wire circuit you can use the delta t
14. OUTPUT 15 16 overheat alarms handling P parts to have ready 16 15 1 PCR CONTROL POWER eee 15 16 R REMOTE sss seren 15 16 17 remote control switching sass enss S SENSING Gish 18 65 STATUS OUTPUT ee 15 16 storage temperature and humidity range LIN JF 54 60 51 19 17 53 52 68 19 T temperature range in which specifications are guaran 1680 60 1651 CINCU as 21 U USB soar detener vates 15 16 USB BONE S M 19 55 V VOLTAGE SENSING OUTPUT 15 16 17 18 21 gh eati iei es 15 16 17 53 272 are 15 16 17 53 LD 15 16 17 53 71 72 e 2 8 S 7 RRETARA Ea THR RIPE FHA ER Environment friendly Use Period Hem Mil EH SAS 5 15 a TIN RIP FA FEA MTANH ER AB 30 er 2317 5 7 7 8 E A H AEN T Bab 437 http www kikusui co jp pi EXCEL 1919 7021 1011 5117 Name of hazardous materials and sym
15. PCR4000LE M6 PCR6000LE PCR9000LE SENSING screw less terminal 30 LIN JF Wiring the LIN1020JF ee SENSING screw size M3 SENSING screw size M3 LIN JF KHA3000 i CS 1 EE A VOLTAGE SENSING OUTPUT N N N L U 4 a SS qo pou 1 A OUTPUT 0777117 17 enee G N N N i LG N 0 99s 5 4 INPUT OUTPUT screw size M6 screw size M6 VES EDU ITIN WM 5 IE A VOLTAGE SENSING OUTPUT nw LE Ss Eege d PSS ee A INPUT A OUTPUT i G l N G q 0 2222 4 SS 4 INPUT OUTPUT screw size M6 screw size M6 Terminal Terminal 1P2W KHA3000 Voltage input terminals are L1 L2 and L3 inputs only Ai Current input terminal LOAD screw size M6 Voltage input terminal screw less terminal Current input terminal SOURCE s
16. This reduces the effects of wiring impedance and increases the degree of free dom in the wiring length when integrating the impedance into the test system The size of the terminal block screws is M3 The nominal cross sectional area of wires is 0 75 mm AWG18 minimum VOLTAGE SENSING OUTPUT LIN3020JF 7 WARNING Risk of electric shock This product conforms to IEC Safety Class equipment that has a protective con ductor terminal Be sure to earth ground the product to prevent electric shock Z CAUTION Connect the protective conductor terminal to earth ground If the voltage distortion of the AC power line is large the product may malfunction The product cannot be connected to a generator or the like Use the AC line for the input power supply Do not supply power from the output of the AC power supplies that are connected to this product The product can receive a nominal line voltage in the range of 100 Vac to 240 Vac at 50 Hz or 60 Hz The size of the terminal block screws is M4 LIN JF Description of Parts PCR CONTROL terminal 01020057 CLN30209F The PCR CONTROL terminal is available on the LIN1020JF and LIN3020JF It is a terminal for controlling the AC power supplies A signal is transmitted when the overheat protection of this product is activated and turns off the AC power supply output Use the supplied exclusive cable for connecting this terminal NCAUTION
17. single phase and single phase three wire 40 LIN3020JF three PCR LEs single phase and three phase 42 LIN3020JF one PCR LE2 single phase 44 LIN3020JF one PCR LE2 single phase and three phase 46 Operation Powering 3 48 Turning on the POWER switch 48 Panel Operation 48 Selecting the impedance 48 Configuring the AC Power Supplies 49 Setting hardware sensing 49 Setting the response 49 Output current limit of the AC power sup BUS 50 Power level supplied from the test circuit to the 5 50 Configuring the KHA3000 50 Handling Overheat Alarms 51 Remote Control Switching to Remote Control Mode 52 Switching between panel control and re mote 60 561 52 Controlling the Product Using Contact Signals es 53 CONTROL INPUT terminal 53 STATUS OUTPUT terminal 53 Controlling the Product Using USB 55 USB POR s 55 Installing the driver 56 Checking the feature 56 8 Specifications Appendix A Troubleshooting 62 Appendix B Connecting the PCR LE and PCR LE2 63 PCRCEE saan asas Es 64 Output terminal 64 Sensing 0 70 65 68 52
18. 1 Q or less control power supply terminal No damage at 40 Aac for 1 minute protective ground terminal G of the I O terminal Safety Complies with the requirements of the following standard IEC61010 1 2001 Class I3 Pollution degree 2 Accessories Control cable 1 pc Not available Control board 1 card Not available OP01 LIN1020JF Control cable Not available 1 pc Control power cable Screws Heavy object warning label Operation Manual 1 disc CD ROM API USBP WDM driver soft ware by CONTEC Not available 1 n Harmonic 50 Hz fundamental frequency 2 Between each of the internal sensing points and the OUTPUT terminal when using the sensing function of the PCR LE or PCR LE2 series AC power supplies 3 This product confirms to Class Be sure to ground the protective conductor terminal of this product If not grounded properly safety is not guaranteed 4 Pollution is addition of foreign matter solid liquid or gaseous that may produce a reduction of dielectric strength or surface resistivity Pollution Degree 2 assumes that only non conductive pollution will occur ex cept for an occasional temporary conductivity caused by condensation oa 6 Accessory manual Used when the rack mount bracket is removed LIN JF MAX485 MAX19 1
19. In this manual the following AC power supplies are also referred to collectively as the AC power supply PCR LE Series PCR LE2 Series The term PC is used to refer generally to both personal computers and workstations This manual also uses the following abbreviations to refer to the following wiring systems Single phase two wire as 1P2W Single phase three wire as 1P3W Three phase three wire as 3P3W Three phase four wire as 3P4W This manual refers to each phase of a wiring system as U phase V phase W phase and N phase These phases cor respond respectively to the R S T and N phases used in other manufacturers products The following markings are used in the explanations in this manual Indicates a potentially hazardous situation which if ignored could result in death or serious injury NCAUTION Indicates a potentially hazardous situation which if ignored may result in damage to the product or other property NOTE Indicates information that you should know DESCRIPTION Explanation of terminology or operation principle See Indicates a reference to detailed information LIN JF Contents LIN JF Notations used in this guide 2 Checking the package contents 5 OPTIONS 1 1 1 1 eege ge 5 Safety markings sss 6 Safety precautions 6 Precautions when choosing the installa tion lOCatlOn
20. N 6 IThree phase SENSING 7 Nominal cross sectional 0 ce 1 area of wires Ge 4 22mm 0 75 mm 4 N MOT EC ee 5 PCR LE2 Single phase output N Terminal screw size M8 PCR6000LE2 PCR9000LE2 M8 PCR27000LE2 The output terminal shape on the PCR27000LE2 is different from what is shown above For details see the PCR LE2 setup guide or user s manual NOW Vou aa 2 E E ea 22 1 2 SENSING screw less terminal SENSING INPUT OUTPUT screw size M3 screw size M6 screw size M6 LIN JF Wiring the LIN3020JF EUT KHA3000 wv _ Ka lo cc rs CH 4 z o T zo 6 T ZS o dB s ipo e H E S j S e 89 Je e _ e O Sas Vx o o 2 3 lt pei 20 2 54 8 ZE mx 7E E oz 5 Q x G lt 2s Els ef 0 cc 2 SI e JS 4 Z5 amp 5 EWS o BLS 2 7 85 5 2 SER 2g 22 SESE age 222 520 coz an gt 22 2769 E oz Lu SM c 5 t S o o o 2 a
21. The PCR CONTROL terminal must be connected properly to the AC power supplies for the AC power supply output to be turned off when the overheat protection of this product is activated ALARM indicator turns on EXPAND terminal 25102015 OPO1 LIN1020JF The EXPAND terminal is available on the LIN1020JF and OPO01 LIN1020JF Use the OPO1 control cable to connect between the terminals When the LIN1020JF and OP01 LIN1020JF are used in combination a single phase three wire test circuit three phase three wire test circuit and three phase four wire test circuit can be constructed The 0201 control cable is supplied with the OPO1 LIN1020JF CONTROL INPUT and STATUS OUTPUT terminals LIN1020JF LIN3020JF The CONTROL INPUT and STATUS OUTPUT terminals are available on the LIN1020JF and LIN3020JF You can use the CONTROL INPUT terminal to control the product s impedance externally You can use the STATUS OUTPUT terminal to check the product status The size of the terminal block screws is M3 The nominal cross sectional area of wires is 0 75 mm AWG18 minimum The following figure shows the internal equivalent circuits of both terminals BYPASS LIN OVERHEAT REMOTE LOCAL CONTROL INPUT terminal STATUS OUTPUT terminal USB port LiN1020JF LIN3020JF See 55 The USB port is available on the LIN1020JF and LIN3020JF You can use the USB port to remotely control the product To do so connect
22. Z3 impedance switch illuminated type Z1 impedance switch illuminated type Z2 impedance switch illuminated type Air inlet for internal cooling Contact signal control input terminal Status output terminal AC power supply control terminal Remote control USB port Function 4 OC MSSM AMARI NNN E REMOTE unewireoancenerwork LINTOBOUF 5 IMPEDANCE SELECT mm 994 lt gt Se lt gt SC lt gt d lt gt lt 2 lt gt SS lt 2 o lt 2 lt gt eo SS o lt gt lt 2 lt gt lt gt co lt gt lt gt lt gt lt o lt o oo lt 2 lt gt 2 SxS SS 3 SS SS SSS SoS oS Ses Se SCH Ge YOOX XXX NNN f 1 Wee Ip 0 ae Name ALARM indicator REMOTE BYPASS Power indicator POWER switch Caster Rack mount bracket Air outlet CONTROL INPUT STATUS OUTPUT USB PCR CONTROL EXPAND AC INPUT Caster OUTPUT INPUT Base hold angle the system components namely the PCR LE PCR LE2 and KHA3000 are provided in the 23 22 21 This chapter explains the details of the product s parts The descriptions of the terminals of appendixes IG KIKUSUI Air inlet No 1 2
23. a rated voltage of 600 V or higher will ensure safety up to the maxi mum output voltage of the AC power supplies We recommend that you use terminals wires and the like with appropriate safety e g UL certifications AC power supplies that can be used The LIN JF can be used with PCR LE and PCR LE2 AC power supplies Because the sensing functions that are equipped in the PCR LE and PCR LE2 series are used to reduce the effects of wiring impedance conventional power supplies such as the PCR L and PCR LA series or AC power supplies made by other manufacturers cannot be used CAUTION Ifthe sensing cables become disconnected or the polarities are incorrect an overvolt age will be generated in the output of the AC power supplies This will cause the pro tection function of the AC power supplies to be activated and will turn off the output 21 22 Connecting the Control Terminals Connecting the PCR CONTROL terminal 0071020057 LIN3020JF The PCR CONTROL terminal is for controlling the AC power supplies A signal is transmitted when the overheat protection of this product is activated and turns off the AC power supply output Use the supplied exclusive cable for connecting this terminal If you want to use this product with the DSI series dip simulator in the test system connect the DSI series to the AC power supplies first and connect this product last For details see the operation manual for the DSI seri
24. guide or user s manual Output terminal The screw size of the output terminal block varies depending on the model Terminal block screw size vocal Single phase output Single phase Three phase output three wire output PCR6000LE2 M8 M5 M5 PCR9000LE2 M8 M5 M5 PCR27000LE2 M8 M8 M8 Single phase two wire output 1 Pull out the OUTPUT Terminal block from the bottom of the AC power supply s rear panel To connect cables to the OUTPUT terminal block of the AC power supply the terminal block tray needs to be pulled out Loosen the six terminal box cover screws and then slide the three covers up Remove the two terminal block tray screws and then pull the tray out Pull out the stopper to lock the terminal block tray in place 66 LIN JF LIN JF Connecting the PCR LE and PCR LE2 3 Connect the AC power supply s OUTPUT Terminal to the LIN JF input terminal The connection to the AC power supply OUTPUT terminal is shown in a figure on the next page Single phase three wire three phase three wire and three phase four wire output 1 Pull out the OUTPUT Terminal block from the bottom of the AC power supply s rear panel The procedure for pulling out the OUTPUT terminal block is the same as with the sin gle phase two wire output terminal 2 Connect the AC power supply s OUTPUT Terminal to the LIN JF input terminal The connection to the AC power supply OUTPUT terminal is shown in the fi
25. less T INPUT OUTPUT E terminal screw size M6 screw size M6 OP01 LIN1020JF l TEENS a Current input terminal 1 7 LOAD l VOLTAGE SENSING OUTPUT i screw size M6 NW NV SENSING 1 Ei BEI screw size M3 Lk 4 1 Current input terminal 4 SOURCE A OUTPUT screw size M6 Ww l l G V l eee LlI 4 SSS a INPUT OUTPUT screw size M6 screw size M6 LIN JF 36 Wiring the LIN1020JF This page has been intentionally left blank LIN JF wiring the LIN3020JF This chapter provides wiring diagrams of test circuits that use the LIN3020JF For general information related to the wiring of test circuits see chapter 3 Wiring the Test SA 1 Circuit The wiring diagrams of test circuits provided in the following pages contains the following types Select the test circuit appropriate for your EUT Wiring diagram types five types 162 gt PCR LE 1P2W 1P3W 1P2W 1P3W 3P3W 3P4W 1P2W 1P2W 1P3W 3P3W 3P4W LIN3020JF lt 2 10 j WARNING Risk of electric shock Never connect the terminals on the INPUT or OUTPUT terminal blocks of the LIN JF to the AC line The internal circuit of th
26. referred to as the reference impedance or line impedance The test systems have single phase two wire sin gle phase three wire three phase three wire and three phase four wire circuits for the differ ent wiring systems LIN JF 11 Overview of the Test System Device test system This section provides a typical example of a device test system using this product Single phase 2 kVA JIS harmonic test IEC flicker test Component Model and function AC power supply PCR2000LE Impedance LIN1020JF The use of impedance is optional for JIS C61000 3 2 2005 and later The BYPASS function is used on the LIN1020JF 21 JIS 100 V harmonic test 22 JIS 200 V harmonic test Z3 IEC flicker test Power analyzer KHA3000 PCR LE LIN3020JF KHA3000 EUT OUTPUT INPUT OUTPUT Gi MP REED it 1 ena B Lu 7 SENSING 4 0 Single phase 2 kVA three phase 6 kVA JIS harmonic test IEC flicker test Component Model and function AC power supply Three PCR2000LEs Impedance LIN3020JF or a combination of a LIN1020JF and OPO1 LIN1020JF The use of impedance is optional for JIS C61000 3 2 2005 and later The BYPASS function is used on the LIN3020JF or the combi nation of a LIN1020JF and OP01 LIN1020JF Z1 JIS 100 V harmonic test Z2 JIS 200 V harmonic test Z3 IEC flicker test Power analyzer KHA3000 12 LIN JF
27. the input power supply signal contains large amounts of distortion or noise Doing so may cause the product to malfunction Noise generated by this product may affect other devices Use the product in an industrial environment Using this product in a residential area may interfere with radio and TV broadcast reception In such case users may need to take special measures to reduce the electromagnetic radiation Affix the heavy object warning label Affix the heavy object warning label to the product where it can be readily seen For this product s weight see the specifica tions LIN JF Pass the screws through the top screw holes Do not install the product on an inclined surface or in a location subject to vibrations The product may fall or tip over and cause damage and injury Lock the casters Use the caster lock levers to lock the casters a Caster lock lever Use the base hold angles To prevent the product from falling over use the base hold angles to fix the product to the installation location When the product is shipped from the factory base hold angles are attached to the left and right sides of the bottom of the product Remove the base hold angles from the product Face the base hold angles away from the product and fix them in place using the screws that you removed Screw hole for anchor 2 M14 Precautions for moving
28. the USB port to a USB port on your PC LIN JF 3 Wiring the Test System This chapter describes how to wire the product to the test system Z WARNING Risk of electric shock For the devices that will be used in the test circuit be sure to remove the power cable from the AC power line turn off the switchboard that the power cable is connected to and turn off the POWER switch Removing the Terminal Cover Remove the terminal cover and then connect the terminals After connecting the terminals be sure to attach the terminal cover back on using the left and right screws 1 Check that the POWER switch is turned off Check that the power indicator on the front panel is off 2 Unfasten the screws from the terminal cover attached to the lower part of the rear panel of this product Leave the cover open until all wiring is finished Connecting the Control Power Cable 1 Connect the supplied control power cable to the AC INPUT terminal on the rear panel Connect the power wires from the power cable to the L and N terminals and the ground wire to the protective conductor terminal 2 Connect the control power cable plug to a properly grounded outlet The product can receive a nominal line voltage in the range of 100 Vac to 240 Vac at 50 Hz or 60 Hz 20 LIN JF Wiring the Test Circuit p 25 8 57 p 15 p 63 p 69 LIN JF NOTE The details of wiring the test circuits are provided in chapter 4 for the
29. the appropriate bits by referring to the following table Impedance Bit7 86 815 84 83 82 81 80 21 0 1 0 0 1 22 0 1 0 1 0 23 0 1 1 0 0 BYPASS 1 1 0 0 0 0 OFF OPEN displayed in green 1 ON LOW displayed in red N A no effect even if set Checking the input port operation You can check the product status r Selected Board I0 Direction Switch Device 8 Chip No Device Name f Port amp C Input C Output f Port B 22 Input Output droit Port Pott OFF E CN C Input f Output 1 j Bit De 805 814 PG Bit2 Bil 810 Port 1 1 JE Input port 1 E ES EI Lee 4 Input Output 1616 r Output Port ZI o OFF amm ON Count Bit 85 D Du Bits 802 Bil 810 Port Interrupt 0 Sal ai al el 88 d Sat Interrupt 1 7 E Interrupt 2 LS E zl Interrupt 3 ES Measurement Time Show Diagnosis Report Close To do so use the input port Status Bit7 86 815 814 813 812 Bit1 810 Normal 0 1 0 0 1 Overheat alarm acti 0 1 1 0 1 vated 0 OFF OPEN displayed in green 1 ON LOW displayed in red N A no effect even if set LIN JF 8 Specifica
30. the product Note the following points when moving the prod uct to the installation location or when transport ing the product Turn off the POWER switch Moving the product with the POWER switch turned on may cause electric shock or damage to the product Remove all wiring Moving the product with the cables connected may cause wires to break or injuries due to the product falling over Remove the base hold angles Remove the base hold angles or return them to the factory default condition Factory default condition d Unlock the casters Use the caster lock levers to unlock the casters Moving the product without releasing the lock may cause injuries due to the product falling over Move the product over a surface that is as flat as possible Do not move the product by yourself Be sure to have two or more people move the product Exer cise special care when carrying the product over a slope or across steps Check the weight that is indicated on the heavy object warning label that you affixed at the time of installation If you are using a forklift be sure to slide the forks under the bottom of the product check that the product is stable and then raise the product If you are using a band or similar item to raise the product with a crane be sure to slide the band under the bottom of the prod uct check that the product is stable and then raise the product There are four M10 eye bolt scre
31. wire single phase three wire three phase three wire and three phase four wire systems The rated current of each phase is 20 A Impedance bypass function Impedance elements can be shorted if they are not necessary such as in harmonic tests Designed specifically for JIS and IEC standards The product contains impedances required for harmonic and flicker testing of devices connected to power distribution systems Reduction of effects caused by wiring impedance between AC power supplies and LIN JF The sensing functions that are equipped in the PCR LE and PCR LE2 series AC power supplies can be used to reduce the effects of wiring impedance Communication function The available contact signal input terminal can be used to remotely control impedance selection Remote control using USB is also available 10 Impedance Construction This product s impedance consists of resistance inductance and short circuit switch for each phase The N phase impedance has a switch for selecting between resistance and induc tance The following tables contain the defined resistance and inductance values for the U V W and N phases The impedances made up of these components are generally referred to as Z1 Z2 and Z3 LIN1020JF Phase 21 22 23 BYPASS L U 0 19 0 0 23 mH 0 19 2 0 23 MH 0 240 jn0 15Q Impedance element N 0 240 0 14mH 0 190 0 23mH 0 160 jn0 1Q Shorted Resistor Inductance L U S
32. 1P2W In this wiring diagram the 1P2W power is one third of the three wire power Likewise the 1P3W power will be two thirds 47 48 6 Operation This chapter describes how to turn on the product how to select the impedance and how to handle alarms Powering On Turning on the POWER switch Turn on the POWER switch of this product The power indicator turns on and the cooling fan starts running Panel Operation LIN1020JF LIN3020JF The panel control described below is for the LIN1020JF and LIN3020JF The OPO1 LIN1020JF is used in combination with the LIN1020JF and is controlled from the LIN1020JF panel The OPO1 LIN1020JF panel is for display only It shows information according to the operations performed on the LIN1020JF panel Selecting the impedance There are impedance IMPEDANCE SELECT switches for Z1 Z2 Z3 and BYPASS Each switch is an independent bi stable push switch The switch is on when the button is pressed in illumination area is turned on and off when the button is not illumination area is turned off The button toggles between on and off each time you press it The switches are not interlocked As such if multiple switches are on at the same time all the selected circuits will be connected in parallel If all switches are off no impedance is selected and the N phase circuit is open 1 Turn off the AC power supply output 2 Turn off the REMOT
33. 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 10 LIN1020JF See p 63 p 69 LIN JF 18 LIN JF HH 17 p lejeje 3 m NV Je 21 Yt O 11 L shaped bracket for fixing the product to the installation location L shaped bracket for mounting the product on a rack Output terminal block G N W N VeNeU Impedance bypass switch illuminated type Input terminal block Control power supply input terminal Status output terminal Remote control USB port Caster without a lock Function Lights when the internal overheat alarm occurs Remote control switch illuminated type Z3 impedance switch illuminated type Z2 impedance switch illuminated type Z1 impedance switch illuminated type Lights when the POWER switch is turned on Power switch for the control powe
34. 35 cR ee 4 1 eS SSS 1 A OUTPUT Im Nm 1 G N LU I N N N eee 1 i em SENSING INPUT OUTPUT screw size M3 screw size M6 screw size M6 LIN JF Wiring the LIN1020JF EUT KHA3000 1P2W Terminal L N G Terminal SOURCE L U KHA3000 Voltage input terminals are L1 ML 5r n 1 1 E 2 EI 9 5 tz fr 8 E 5 gt L2 and L3 inputs only 28 Voltage input terminal screw less terminal H Current input terminal LOAD screw size M6 Current input terminal SOURCE screw size M6 LIN JF 28 Wiring the LIN1020JF Nominal cross sectional area of wires LIN1020JF one PCR LE2 single phase 1P2W PCR LE2 LIN1020JF oe Single phase L Liu N IG SENSING Three phase 2 Se LIN1020JF er ee VOLTAGE SENSING OUTPUT NN LU 2 L es sl pce a
35. DIO 0808LY USB DIO1000 Properties appear 3 Click Diagnosis on the Common Settings tab The diagnosis program starts General Common Setings Diver 0966 Setting Device Name Board ID 110210100176 Diagnosis Tencel 57 Controlling the Product Using USB Checking the output port operation By controlling specific bits you can check whether the impedance can be switched properly lt 2 CONTEC DIAG 5 PI r Selected Board IO Direction Switch Device E 8 Chip No E Device Name D10003 f Port Input Output m Port B r Input Port OFF BN ON NI Bit D BiS Du D Bi2 Bil 810 Port 0 2 0 1 0 4 7 z Input32 E 2 E utpu Input Output 1616 q Output Part sir Bi amp D Du Bits 2 8 811 810 Port Interrupt OFF Emm ON Interrupt l Count R E B Interrupt 1 552 E Output port l E 3 Interrupt 2 E Interrupt 3 Measurement Time Show Diagnosis Report Close Click the bits in the output port to change the internal I O port output To switch the imped ance set
36. E switch on the front panel Set the switch so that the button is not pressed in The illumination area of the REMOTE switch will turn off and panel control will be enabled 3 Turn off all impedance IMPEDANCE SELECT switches on the front panel Press one of the Z1 Z2 Z3 and BYPASS switches The illumination area of the selected switch will turn on 4 To select another impedance press the impedance switch that you want to turn on and then the switch you want to turn off LIN JF Configuring the AC Power Supplies B Operation example The following procedure is for switching from Z1 to Z2 1 Press Z2 The Z1 and Z2 illumination areas turn on Both impedance switches are on in this con dition 2 Press Z1 The Z1 illumination area turns off leaving only Z2 selected Configuring the AC Power Supplies The configuration of the AC power supplies provided below is necessary when using this product For details see the manual for the PCR LE or PCR LE2 series Setting hardware sensing To cancel out the effects of wiring impedance between the AC power supply output and LIN JF be sure to enable hardware sensing SENS H Otherwise there will be errors in the impedance value and will prohibit accurate measurements Setting the response To perform harmonic or flicker evaluation of an EUT with a large capacitor in its input power supply circuit set the AC power supply response to SLOW highly stable When this prod
37. EUT U To the KHA3000 Sep gt z o gt Overview of the Test System OUTPUT KHA3000 OUTPUT 1 1 1 1 J LIN1020JF INPUT OP01 LIN1020JF INPUT o z eo LIN3020JF OUTPUT B combination of a LIN1020JF and OP01 LIN1020JF PCR LE SENSING LSENSING 6 L SENSING PCR LE SENSING M LIN3020JF LIN JF Overview of the Test System Grid connected device test system This section provides a typical example of a grid connected device test system using this product LIN JF 2 Q 4 v 5 6 Lu kaft 5 9 EDETE gt gt 5 2 2 3 t lt x 8 5 0 8 5 EB c ie S n Eu 5 aS 3 e e 3 xs 5 E 2 2 N of 9 Boss 5 2 aveg a 5 2 3 3 38 2 2 gt E Se 9 5 21 z
38. LIN1020JF and OPO1 LIN1020JF and chapter 5 for the LIN3020JF The test circuits are grouped by the number of AC power supplies PCR LEs or PCR LE2s and the different input power supply systems single phase two wire single phase three wire three phase three wire and three phase four wire of the EUT are described The input power supply systems of the EUT will be denoted as 1P2W for single phase two wire 1P3W for single phase three wire 3P3W for three phase three wire and 3P4W for three phase four wire The wiring diagrams use schematic symbols to make the entire wiring easier to understand For details on how to connect the actual terminals see the description of each part the appendixes or the operation manual of the relevant product The G terminal in the wiring diagrams is not the protective conductor terminal Connecting to the G terminal will not ground the device Nominal cross sectional area of wires Circuit Nominal cross sectional Be sure to observe the nominal area cross sectional area Primary current circuit 22 2 This is especially important in the primary current circuit to Sensing 0 75 mm ensure proper impedance KHA3000 voltage measurement 9 75 mm characteristics Parts to have ready Please prepare your own wires and crimping terminals for connecting between the devices of the test circuit Select wires with sufficient withstanding voltage for the test voltage that will be used Using wires with
39. Part No 8026693 Jun 2015 GKIKUSUI Operation Manual 1 General Description Line Impedance Network LIN Series 2 Description of Parts 3 Wiring the Test System 4 Wiring the LIN1020JF LIN3020JF OP01 LIN1020JF LIN1020JF 5 Wiring the LIN3020JF LIN1O2OJF LINE IMPEDANCE NETWORK GIKIKUSUI 6 Operation REMOTE m IMPEDANCE SELECT ALARM Appendix 7 Remote Control 8 Specifications ROKK KKK KKK RR RR d E NENNEN NNN PN I ISI T AMAA IAN DONT DN RR BR KRY AAA NNN AAA ANNA AAA NANI RR PA NNN NNN RANA AAA AAA SOS PIII OIN DRRR AR E BE See POWER o Thank you for purchasing the LIN1020JF LIN3020JF or OP01 LIN1020JF Line Impedance Network About the manuals This manual provides an overview of the product and notes on usage It also explains how to configure it operate it perform maintenance on it and so on This manual only provides general information about the AC power supplies PCR LE and PCR LE2 series that are used in combination with this product For details on the AC power supplies see the operation manual
40. bol of element in the equipment and quantity EE EA ASA EVI SUUS 8 NOMS Smee 28 58 8 7 Pb Hg Cd PBB PBDE EPE FB KEK x x 0 0 O x x 0 O O AME x O x 0 0 0 ARER x x O O O RBIS x x 0 0 O APRA RHESI T 11364 KAE ato O iKBWMEBTGIJEUM RIBUS EE SOAS SNeUGB T 26572 Tic 011 7 HIKER ZE Ko X HEEE ROS 2120 NASA SANS Bed 7 26572 9 LIN JF If you find any misplaced or missing pages in the manuals they will be replaced If the manual gets lost or soiled a new copy can be provided for a fee In either case please contact your Kikusui agent or distributor At that time inform your agent or distributor of the Part No written on the front cover of this manual Every effort has been made to ensure the accuracy of this manual However if you have any questions or find any errors or omissions please contact your Kikusui agent or distributor After you have finished reading this manual store it so that you can use it for reference at any time KIKUSUI ELECTRONICS CORP 1 1 3 Higashiyamata Tsuzuki ku Yokohama 224 0023 Japan Tel 81 45 593 7570 Fax 81 45 593 7571 Website http www kikusui co jp en
41. crew size M6 VOLT SEN In this wiring diagram the 1P2W power is one half of the single phase three wire power AGE ISING INPUT 31 Wiring the LIN1020JF LIN1020JF 0201 three PCR LEs single phase and three phase 1P2W PCR LE LIN1020JF L U EE Gi 1P3W 0 L U P 1 lt Nominal cross sectional area of wires 22 mm 0 75 mm PCR LE OP01 LIN1020JF Single phase three wire and three phase operations require a PCR LE option 0 0 0059 33 7 For details see the PCR LE manual O We Terminal screw size d SENSING M4 PCR1000LE PCR2000LE M5 PCR3000LE PCR4000LE M6 PCR6000LE PCR9000LE SSS SENSING 2 screw less terminal 32 LIN JF Wiring the LIN1020JF I lt O KHA3000 EUT source tono Terminal Terminal i L U 11 lu 048 7 mmm u 0 PEN lt o as E E N LIN1 02007 In this wiring diagram the 1P2W power is A VOLTAGE SENSING OUTPUT one third of the three wi
42. d with the AC power supply Loosen the four terminal box cover screws and then slide the two covers up Pull the stopper out to fix the tray in place Remove the two terminal block tray screws and then pull the tray out LIN JF Connecting the PCR LE and PCR LE2 Connect the AC power supply s OUTPUT Terminal to the LIN JF input terminal The following figures show a connection example OUTPUT terminal block LIN1020JF input terminal g 5 NL Sensing The sensing functions that are equipped in the PCR LE and PCR LE2 series can be used to reduce the effects of output terminal wiring impedance This simplifies the wiring when they are incorporated in the test system Screw less terminals are used SENSING terminal N E While pressing here with a screwdriver Ou insert the wire STRIP GAUGE Ss 10 mm The shapes of the terminal blocks vary depending on the model Correct LG Incorrect W c The wire itself is in Wire scraps are in contact with the chassis contact with the chassis Sensing cables ws Sensing terminal LIN1020JF LIN JF 65 PCR LE2 This section describes the PCR6000LE2 and PCR9000LE2 For details on the PCR27000LE2 see the PCR LE2 series AC power supply setup
43. e LIN JF is not designed to be connected to the AC line LIN JF Wiring the LIN3020JF LIN3020JF one PCR LE single phase LIN3020JF Nominal cross sectional area of wires 22 mm 0 75 mm PCR LE require a PCR LE option For details see the PCR LE manual Terminal screw size M4 PCR1000LE PCR2000LE M5 PCR3000LE PCR4000LE M6 PCR6000LE PCR9000LE SENSING screw less terminal 38 SENSING Single phase three wire and three phase operations OUTPUT PHASE VOLTAGE 300 LINE VOLTAGE 500 1 54 OUTPUT screw size M6 SENSING screw size M3 INPUT screw size M6 LIN JF Wiring the LIN3020JF EUT KHA3000 Terminal 1P2W Terminal LOAD SOURCE KHA3000 Voltage input terminals are L1 L2 and L3 inputs only VOLTAGE SENSING INPUT a Voltage input terminal screw less terminal Current input terminal LOAD screw size M6 SOURCE screw size M6 LIN JF Wiring the LIN3020JF LIN3020JF two PCR LE single phase and single phase three wire LIN3020JF EET Nominal cross sectional area of wires
44. e used with this product Control power cable heavy PVC jacketed three core This cable is for connecting to the control power supply input AC INPUT terminal on the rear panel of the product Model AC5 5 3P3M M4C Type Heavy PVC jacketed three core cable For nominal power supply voltages 200 V and 240 V Length 3 m Nominal cross sectional area 5 5 mm AWG10 equivalent Crimping terminal size M4 as Safety markings For the safe use and safe maintenance of this product the fol lowing symbols are used throughout this manual and on the product Note the meaning of each of the symbols to ensure the safe use of the product Some symbols are not used depending on the product Indicates that a high voltage over 1000 V is hor AN used here Touching an area marked with this symbol without taking proper precautions may cause a fatal or serious electric shock If you must touch an area marked with this symbol ensure that the area is safe before you do so Indicates an imminently hazardous situation which if ignored will result in death or serious injury Indicates a potentially hazardous situation which if ignored could result in death or seri ous injury Indicates a potentially hazardous situation which if ignored may result in damage to the product and other property DANGER WARNING gt CAUTION Indicates a prohibited act Indicates a warning caution or danger When this symb
45. es Installing the supplied control boards into the AC power supplies CAUTION e et Se the circuit board area of the control board Static electricity may damage 1 Check that the POWER switches of the AC power supplies are turned off O In addition shut down the power supply from the switchboard 2 Touch a grounded metal object for example the metal parts of the rear panel to discharge any static electricity from your body 3 Remove the screws that are holding the SLOT 3 cover in place on the rear panel and remove the cover from the panel Keep the cover in a safe place The screws that you removed will be used in step 6 PCR LE PCR LE2 SLOT3 4 Flip the control board so that the side with the components is facing down and hold the panel area of the board Insert the board all the way into the slot so that the connector is firmly inserted into the slot 6 Use the screws that you removed earlier to fix the control board in place in the panel LIN JF Connecting the Control Terminals Connecting the supplied control cable 1 2 Check that the POWER switches of the LIN JF and AC power supplies are turned off O Connect the control cable supplied with the LIN1020JF or LIN3020JF as shown in the following figure Connect one end of the cable to the connector of the control board that was installed in the AC power supply Connect the other end to the PCR CONTROL connector of the LIN1020JF or LIN3020JF
46. for USB2 0 and check that the product can be controlled through the USB port For details on using the diagnosis program for checking the operation see the Isolated Digital UO Terminal for USB2 0 DIO 0808LY USB User s Guide LIN JF Controlling the Product Using USB LIN JF Starting the diagnosis program 1 On your PC choose Computer Properties and then Device Manager CONTEC Devices appears in the Device Manager window File View Help 23 EHS 4 2 gt Batteries 3 Computer 4 CONTEC Devices DIO DIO 0808LY USB D10003 b Disk drives s Display adapters gt DVD CD ROM drives Human Interface Devices IDE ATA ATAPI controllers IEEE 1394 Bus host controllers gt Keyboards gt D Mice and other pointing devices E Modems gt Monitors pli Network adapters PCMCIA adapters Ports COM amp LPT gt 18 Processors b a Sound video and game controllers jl System devices Universal Serial Bus controllers USB Virtualization 2 Right click CONTEC Devices DIO DIO 0808LY USB and then click Prop erties General Common Settings Driver Details Mu DIO DIO 0808LY USB DIOO03 ct Device type CONTEC Devices Manufacturer CONTEC Location Port 0003 Hub 0007 Device status This device is working properly Cancel DIO
47. gure below 67 68 Connecting the PCR LE and PCR LE2 Single phase i NAA Three phase three wire output Sensing The sensing functions that are equipped in the PCR LE and PCR LE2 series can be used to reduce the effects of output terminal wiring impedance This simplifies the wiring when they are incorporated in the test system Screw less terminals are used the same as with the PCR LE AC power supplies The figure below shows wiring examples for a single phase two wire circuit and three phase four wire circuit B Single phase two wire circuit LIN1020JF _ A VOLTAGE SENSING OUTPUT SENSING screw less terminal N N N LU lle INPUT A OUTPUT l DEE awa KEE Single phase IE output G N N N LU 6 N U OOE 1 4 LIN3020JF p Ire e ee tege 1 1 1 1 A VOLTAGE SENSING OUTPUT NW NV NU Ek slg 98 i 1 INPUT A OUTPUT PHASE VOLTAGE ACSOOV 204 PHASE VOLTAGE 300 20 Three phase output i LINE VOLTAGE AC500V LINE VOLTAGE AC500V IL I 11 T W N V N U G N w v_U
48. ire circuit and three phase four wire circuit used to test a three phase three wire EUT You can set the delta transformation from the wiring system menu For details see the KHA3000 operation manual Three phase three wire circuit KHA3000 SOURCE LOAD Three phase three wire EUT Uic gt i Does Sr Three phase four wire circuit KHA3000 SOURCE LOAD Three phase three wire EUT U o 2 LIN JF Index A ACINPUT 15 16 17 AC power supplies that can be used ALARM indicator 15 16 B base hold angle oen BYPASS 15 16 17 0 Caster lock lever sss contact signal control example CONTROL INPUT nnn 15 16 D delta transformation star delta transformation driver installation E dz pa O 15 19 EXPAND terminal external dimensions esee eye bolt screw hole assesses ns impedance selecting 5 55 5 5 555550 555555555959 INPUT ter 15 16 L LIN OVERHEAT overheat alarm 0 operating temperature and humidity range
49. l be trans mitted from the STATUS OUTPUT terminal Step Handling To secure safety when the ALARM indicator on the front panel turns on turn off the 1 AC power supply output Leave the products POWER switch turned on This will keep the fan running for cooling After cooling the product adequately turn on the POWER switch and investigate the cause of the overcurrent LIN JF 51 D Remote Control This chapter describes how to use remote control through the CONTROL INPUT terminal or USB In this manual contact signal control refers to the notion of remote control using the CONTROL INPUT terminal Switching to Remote Control Mode Switching between panel control and remote control You can select the impedance from the front panel or through remote control NOTE To switch between panel control and remote control use the REMOTE switch on the front panel You cannot set this from a PC B Switching to remote control mode 1 Press REMOTE on the front panel to turn it on The switch is on when the button is pressed in Remote control is enabled in this state 2 Apply a remote signal to the CONTROL INPUT terminal on the rear panel When the REMOTE switch is on and the remote signal is being received the p
50. l be turned off when the overheat protection of this product is acti vated Example of contact signal control The figure below shows a connection example for contact signal control Isolate the contact signal control circuit from the internal circuit of this product with a photocoupler The coil cur rent of this product s impedance selection relay is 100 mA or less BYPASS LIN OVERHEAT REMOTE LOCAL STATUS OUTPUT 1 Terminal LIN1020JF LIN3020JF O Contact signal control circuit Output circuit 0 858 Photocoupler Photocoupler Example of a contact signal control device reference To perform contact signal control we recommend that you use the DIO 0808LY USB Isolated Digital UO Terminal for USB2 0 hereafter abbreviated as DIO made by CONTEC The DIO connectors CN1 and CN2 are used for this purpose Connect the product s CONTROL INPUT terminal to CN1 and the STATUS OUTPUT terminal to CN2 Connect the interface connector to a PC s USB port For details on the DIO connectors see the Isolated Digital I O Terminal for USB2 0 DIO 0808LY USB User s Guide LIN JF Controlling the Product Using USB CONTROL INPUT terminal STATUS OUTPUT terminal Isolated digital I O terminal 6 616 8 6 6 8 518 8 6 85 86 2 NANNAN Y
51. l resistor temperature is detected the ALARM indica tor lights a make contact signal is transmitted to turn off open all phases at once Cooling operation continues Operation when the control power supply turns off All phase outputs are turned off opened at once Cooling method Forced air Control power supply Nominal input rating 100 Vac to 240 Vac 50 Hz 60 Hz approx 500 VA or less Input voltage range Within 10 of the nominal input voltage rating Input terminal Terminal block M4 screws Environ mental conditions Installation location Indoors altitude of up to 2000 m overvoltage category Temperature and humidity range in which specifications are guaranteed 23 C 5 C 73 4 F 41 F Operating temperature and humidity range 0 C to 50 C 32 F to 122 F 20 rh to 80 rh no condensation Storage temperature and humidity range 20 C to 70 C 4 F to 158 F 90 rh or less no condensation Withstand ing voltage Insulation resistance Control power supply input to case Input to case Output to case Current monitor output to I O 1 5 kVac for 1 minute 100 MO or greater at 500 Vdc External dimensions See the outline drawing Weight Approx 88 kg 194 Ib Approx 98 kg 216 Ib Approx 83 kg 183 Ib Earth continuity Protective conductor terminal to case 25 Aac 0
52. lies The following description is for connecting the AC power supplies to the LIN JF For other details see the PCR LE or PCR LE2 manual Risk of electric shock To prevent electric shock be sure to attach the transparent cover on the rear panel of the AC power supplies High voltage will be applied to the terminals Before you connect cables to the AC power supplies OUTPUT terminal blocks be sure to turn the POWER switch off and then shut off the power supply from the switchboard Be sure to ground the AC power supplies to prevent electric shock Never connect the INPUT terminal block of the LIN JF to the AC line The internal circuit of the LIN JF is not designed to be connected to the AC line Fasten the terminal screws securely Loose screws are dangerous because the cables may come loose or the connection may heat up 63 64 PCR LE Output terminal The screw size of the output terminal block varies depending on the model Terminal block screw size Model Single phase output PCR1000LE M4 PCR2000LE M4 PCR3000LE M5 PCR4000LE M5 PCR6000LE M6 PCR9000LE M6 Single phase two wire output 1 Pull out the OUTPUT Terminal block from the bottom of the AC power supply s rear panel To connect cables to the OUTPUT terminal block of the AC power supply PCR LE and PCR LE2 series except the PCR500LE the terminal block tray needs to be pulled out For details see the manual supplie
53. n open collector circuit If you connect an open collector circuit isolated by a photocoupler to the CONTROL INPUT terminal you will be able to use the USB port and the CONTROL INPUT terminal simultane ously The coil current of this product s impedance selection relay is 100 mA or less When the USB port and the CONTACT INPUT terminal are used simultaneously the CONTROL INPUT ter minal signal will be the logical sum of both signals Apply a signal appropriate for the terminal signal logic NCAUTION Risk of malfunction solate the contact signal control circuit from the internal circuit of this product with a photocoupler and use an open collector circuit Installing the driver 1 Set the supplied CD ROM API USBP WDM driver software by CON TEC in the PC s CD drive 2 Check that the USB cable is connected properly between the product s USB port and PC 3 Turn on the POWER switch of this product Found new hardware wizard starts If the wizard does not start automatically install the driver by double clicking Setup exe in the X INF WDM Dio folder where X is the CD ROM drive in the CD ROM and clicking API DIO WDM Installer 4 Select Install the software automatically and click Next The driver installation begins 5 When the installation is complete click Finish Checking the feature Use the CONTEC API USBP WDM software supplied with the CONTEC s DIO 0808LY USB Isolated Digital I O Terminal
54. ng Supports the hardware sensing functions of the PCR LE and PCR LE2 series using the internal sensing points of each phase Terminal U N V N and W N phases Terminal block M3 screws L N phase Terminal block M3 screws V and W phases Terminal block M3 screws Contact signal control Impedance selection using contact signals Operation current Approx 100 mAdc 24 Vdc open voltage or less per circuit internal relay operates through current absorption by the open col lector circuit Not available Status output Status output using contact signals Contact rating 5 Adc 35 Vdc Contact connected to the internal circuit com mon when shorted Not available USB remote control Impedance selection and status querying using an isolated digital I O terminal Controller DIOO808LY USB by CONTEC Complies with USB2 0 HighSpeed 480Mbps and USB1 1 USB port Type B Not available PCR control LIN JF Turns off AC power supply output when over heating protection is activated Output terminal Mini Din6P female Not available 59 60 Specifications Item LIN1020JF OP01 LIN1020JF OP01 LIN1020JF control Control output to the OP01 LIN1020JF alarm input from the Control input from the LIN1020JF alarm out ae ee put to the LIN1020JF terminal Dsub25P Dsub25P Protection functions When abnorma
55. o a De Sc 0 5 0 ow gt gt ii F z 46 Wiring the LIN3020JF LIN3020JF one PCR LE2 single phase and three phase PCR LE2 LIN3020JF wur Single phase ui 59 i N G L N Nominal cross sectional area of wires 22 mm 0 75 mm SENSING screw less terminal SENSING INPUT OUTPUT screw size M3 screw size M6 screw size M6 Three phase output Terminal screw size U M5 PCR6000LE2 PCR9000LE2 M8 PCR27000LE2 The output terminal shape on the PCR27000LE2 is different from what is shown above For details see the PCR LE2 setup guide or user s manual LIN JF G IG G 1 ee NT Ge KHA3000 Voltage input terminals are L1 L2 and L3 inputs only VOLTAGE SENSING INPUT Voltage input NASUN terminal E screw less x terminal 57 Wiring the LIN3020JF V LIN JF KHA3000 EXT CLAMP 7 Current input terminal 9 LOAD screw size M6 EXT INPUT MAX LOAD Current input terminal CURRENT SOURCE screw size M6 INPUT SOURCE Terminal d A a ee N eee Me ee EEE Terminal
56. ol is marked on the product see the relevant section in this manual Indicates that parts will become hot When this symbol is marked on the product see the relevant section in this manual Protective conductor terminal Chassis frame terminal On power supply Off power supply In position of a bi stable push control P PO 5 Out position of a bi stable push control AN Safety precautions The following safety precautions must be observed to avoid fire hazards electric shock accidents and device failures Keep them in mind and make sure to observe them Using the product in a manner that is not specified in this man ual may impair the protection functions provided by the prod uct Users EY oy This product must be used only by qualified per sonnel who understand the contents of this opera tion manual If unqualified personnel are to use the product be sure the product is handled under the supervision of qualified personnel those who have electrical knowledge This is to prevent the possibility of per sonal injury Line Voltage E S Purpose of use Never use the product for purposes other than the product s intended use Do not connect electrical appliances that are nor mally used with commercial power supplies as the PCR LE Series load This product is not designed or manufactured for general home or consumer use Input
57. or general information related to the wiring of test circuits see chapter 3 Wiring the Test A P Circuit The wiring diagrams of test circuits provided in the following pages contains the following types Select the test circuit appropriate for your EUT Wiring diagram types five types m PCR LE 1P2W LIN1020JF PCR LE2 11P2W 1P2W 1P3W LIN1020JF PCR LE 1P2W 1P3W 3P3W 3P4w OPO01 LIN1020JF PCR LE2 1P2W 1P3W 3P3W 3P4W ZN WARNING Risk of electric shock Never connect the terminals on the INPUT or OUTPUT terminal blocks of the LIN JF to the AC line The internal circuit of the LIN JF is not designed to be connected to the AC line LIN JF 26 Wiring the LIN1020JF LIN1020JF one PCR LE single phase PCR LE LIN1020JF Nominal cross sectional area of wires 22 mm 0 75 mm PCR LE operations require a PCR LE option Terminal screw size M4 PCR1000LE PCR2000LE M5 PCR3000LE PCR4000LE M6 PCR6000LE PCR9000LE G d 7 SENSING screw less terminal Single phase three wire and three phase or details see the PCR LE manual 4 A VOLTAGE SENSING OUTPUT N N N L U I 835
58. ple Selecting impedance Z1 Set the REMOTE terminal to low level connect to the circuit common Next set the Z1 ter minal to low level connect to the circuit common This will select impedance Z1 STATUS OUTPUT terminal 1 810207 201302007 LIN JF No Signal name Contact rating Function 1 24 Vdc Internal power supply output with a 470 Q protective resistor 2 RESERVE Reserved bit Fixed to low short circuit 3 RESERVE 5 Adc 35 Vdc Reserved bit Fixed to open 4 LIN OVERHEAT Overheat alarm 5 REMOTE LOCAL Remote mode 6 NC 7 NC 8 RESERVE Reserved bit Fixed to low short circuit 5 Adc 35 Vdc 9 RESERVE Reserved bit Fixed to low short circuit 10 Circuit common Contact output The contact is active when it is shorted When shorted the contact is con nected to the internal circuit common contact rating of 5 Adc 35 Vdc When the contact is opened the terminal potential is also opened 53 54 Controlling the Product Using Contact Signals NOTE e LIN OVERHEAT overheat alarm This status signal is transmitted when the product s internal overheat protection function is activated It is used to control external devices REMOTE LOCAL This status signal indicates that the product is operating in remote mode If the PCR CONTROL terminal is connected properly to the AC power supplies the AC power supply output wil
59. power Always use the product within the rated input line voltage range Use the power cable provided to apply power For details see the appropriate pages in this manual This product conforms to IEC Overvoltage Cate gory energy consuming equipment that is sup plied from a fixed installation Cover Some parts inside the product are hazardous Do not remove the external cover Grounding This product conforms to IEC Safety Class equipment that has a protective conductor termi nal To prevent electric shock be sure to connect the protective conductor terminal of the product to electrical ground safety ground Operation f you notice a malfunction or abnormality in the product stop using it immediately and remove the power cable plug from the outlet or remove the power cable from the switchboard Make sure the product is not used until it is completely repaired Make sure to use output cables load cables and other cables that run current have sufficient current capacity Do not disassemble or modify the product If you need to modify the product contact your Kikusui agent or distributor Maintenance Inspection and Calibration To maintain the performance and safe operation of the product we recommend periodic maintenance inspection cleaning and calibration To prevent the possibility of electric shock remove the power plug from the outlet or turn off the switchboard before car
60. provided with the respec tive product You can download the most recent version of these manuals from the Kikusui Electronics Corporation website http www kikusui co jp en download Target audience of these manuals This operation manual is intended for users who will use the LIN1020JF LIN3020JF or OPO1 LIN1020JF Line Impedance Network It is also intended for instructors who will teach these users Explanations are given under the presumption that the reader has knowledge of the electrical aspects of line impedance net works How to read this manual This manual is designed to be read from beginning to end We recommend that you read it thoroughly before using this prod uct for the first time Copyrights The contents of this manual may not be reproduced in whole or in part without the prior consent of the copyright holder The specifications of this product and the contents of this man ual are subject to change without prior notice Copyright 2014 Kikusui Electronics Corporation Notations used in this guide In this manual the following products are also referred to simply by their model names LIN1020JF Line Impedance Network as the LIN1020JF LIN3020JF Line Impedance Network as the LIN3020JF OP01 LIN1020JF Line Impedance Network as the OPO1 LIN1020JF or 1 In this manual the following line impedance networks are also referred to collectively as the LIN JF LIN1020JF LIN3020JF OP01 LIN1020JF
61. r supply Contact signal control input terminal Air inlet for internal cooling Air outlet for internal cooling AC power supply control terminal Caster with a lock LINEIMPEDANCE network LINSO2OJF 5 5 5 ANIN 407070076707670X 1 E i ANN NN IN OY LESSOR ANNA ROOK SDN SQ YO NOU ARS KI AU ANA ARATRI ANA RR RUIN ES DD lt 2 Eet s lt is VOLTAGE SENSING OUTPUT Sensing terminal Rack mount bracket STATUS OUTPUT PCR CONTROL AC INPUT Base hold angle CONTROL INPUT USB REMOTE BYPASS 3 Power indicator POWER switch Caster Caster OUTPUT INPUT Name ALARM indicator ANANAS RSI Air inlet Air outlet Are d 2 22 21 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 LIN3020JF Description of Parts an SS See Se cs Se Se tet Pete 2 SxS Se Se Sex Se Es No 10 12 15 Description of Parts CH W 0
62. ransformation feature of the KHA3000 rather than changing the actual wiring The delta transformation feature is used to convert phase voltage measurements to line voltages For the setup procedure see Delta transformation star delta transformation in the appen dix LIN JF Handling Overheat Alarms When the overheat protection function of this product is activated the internal phase circuits are opened shutting off the current If the PCR CONTROL terminal function is used the AC power supply output can also be turned off when the overheat protection function is activated The detailed operation is described below Overcurrent when the PCR CONTROL terminal function can be used The overheat protection function is activated and the AC power supply output is turned off The LINOVERHEAT status signal is transmitted from the STATUS OUTPUT terminal Step Handling Leave the products POWER switch turned on This will keep the fan running for cooling After cooling the product adequately turn on the POWER switch and investigate the cause of the overcurrent 1 Overcurrent when the PCR CONTROL terminal function cannot be used 22 When the PCR CONTROL terminal is not connected to the AC power supplies or the connection is incomplete In this situation the AC power supply output will not be turned off even when the product s overheat protection is activated However the LIN OVERHEAT status signal wil
63. re power NNN LU Likewise the 1P3W power will be two thirds SENSING Sek screw size M3 L 4 SSS SS SSS S pee 1 KHA3000 Voltage input terminals are L1 L2 and L3 inputs only PHASE VOLTAGE AC300V_ PHASE VOLTAGE AC300V_ LINE VOLTAGE 0 20A MAX GAN N N UW GN LU eesee Cee bcc i xe 4 4 2 INPUT OUTPUT m screw size M6 screw size M6 VOLTAGE SENSING INPUT Voltage input terminal screw less terminal OP01 LIN1020JF i Current input terminal DS CD E LOAD l A VOLTAGE SENSING OUTPUT screw size M6 Nw 1 SENSING 8 1 screw size M3 L 4 Current input terminal SOURCE Fu e ULL 0 screw size M6 A INPUT OUTPUT II 1 ome m l G WwW vV d G d WV d L 2 L d INPUT OUTPUT screw size M6 screw size M6 LIN JF 34 Wiring the LIN1020JF LIN1020JF OP01 one PCR LE2 single phase and three phase 8 3P3W 3P4W O 2 9 SENSING L a Three phase U
64. rlocked Therefore turn off all switches first and then press the appropriate Switch The EXPAND terminals of the Connect the EXPAND termi p 24 LIN1020JF and OPO1 nals of the LIN1020JF and LIN1020JF are not connected OP01 LIN1020JF with an with an 0201 control cable OP01 control cable Impedance cannot The product s remote control Turn off the product s remote 52 be selected from the switch is turned on the button control switch release the front panel is pressed in button The ALARM indica The product s ALARM indica The temperature inside the p 51 tor is lit tor is lit product is too high Allow the product to cool down ade quately Turn off the AC power supply output Remote control The illumination area of the Turn on the REMOTE switch p 52 does not work REMOTE switch on the front on the front panel panel is turned off The illumination area of the Enable the remote signal p 52 REMOTE switch on the front The product switches to panel is turned on remote control mode when the REMOTE switch is on and the remote signal is being received The impedance The AC power supply sensing Connect the AC power sup 18 error is large terminal is not connected or ply sensing terminal securely has become disconnected LIN JF Appendix B Connecting the PCR LE and PCR LE2 LIN JF This section describes how to use the output terminal of the PCR LE and PCR LE2 AC power supp
65. roduct switches to remote control mode and the illumination area of the REMOTE switch turns on B Switching to panel control mode 3 Press REMOTE on the front panel to turn it off The switch is off when the button is released illumination area is turned off The prod uct switches to panel control mode regardless of whether a remote signal is being received 52 LIN JF Controlling the Product Using Contact Signals You can use an external sequencer contact signal output or a digital I O controller through the CONTROL INPUT terminal to select the product s impedance You can use the STATUS OUTPUT terminal to check the product status CONTROL INPUT terminal 2 200 LIN3020JF No Signal name Relay operation current Function 1 24 Vdc Internal power supply output with a 470 Q protective resistor 2 21 Selects impedance 21 3 22 100 mA or less Selects impedance 2 4 23 Selects impedance Z3 5 NC 6 NC 7 NC 6 REMOTE Enables remote control 100 mA or less 9 BYPASS Bypasses the impedance 10 Circuit common The current absorption by an external circuit activates the internal relay Of Z1 Z2 Z3 and BYPASS only one can be selected at any given time If all switches are off no impedance is selected and the N phase circuit is open The internal relay operation current is approxi mately 100 mAdc 24 Vdc open voltage or less Exam
66. rying out maintenance or inspection Do not remove the external cover Check periodically that there are no tears or breaks in the power cable f the panel needs cleaning gently wipe it using a soft cloth with water diluted neutral detergent Do not use volatile chemicals such as benzene or thin ner To maintain the impedance characteristics of the product inspect the relay periodically and check that the relay contact resistance is sufficiently small Depending on the result of an inspection the relay may need to be replaced The product is calibrated before shipment To maintain long term performance we recommend periodic calibration To have your product cali brated contact your Kikusui distributor or agent Service Kikusui service engineers will perform internal ser vice on the product If the product needs adjust ment or repairs contact your Kikusui agent or distributor LIN JF Precautions when choosing the installation location Be sure to observe the following precautions SZ when installing the product 2 1 9 N A Do not use the product in a flammable environment Risk of explosion or fire Do not use the product near alcohol thinner or other combustible materials or in an environment containing such vapors Avoid locations where the product is exposed to high temperatures or direct sunlight Do not install the product near a heater or in areas sub ject to dra
67. stic temperature changes The product s operating temperature range is 0 C to 50 C Avoid humid environments Do not install the product in high humidity locations such as near a boiler humidifier or water supply Condensation may form even within the operating humidity range If this happens do not use the product until the conden sation dries up completely The product s operating humidity range is 20 rh to 80 rh no condensation Be sure to use the product indoors This product is designed for safe indoor use Do not install the product in a corrosive environment Do not install the product in a corrosive atmosphere or in an environment with a high level of sulfuric acid mist or other types of poisonous gas Doing so may damage the terminals or cause the internal conductors to corrode This can lead to mal function damage to the product or fire Do not install the product in a dusty location Accumulation of dust can lead to electric shock or fire Do not use the product in a poorly ventilated location Secure adequate space around the product so that air can cir culate around it Allow at least 50 cm of space between the air inlet outlet and the wall or obstacles Do not place objects on top of the product Placing objects especially heavy ones on top of the product can lead to malfunctions Do not use the product in a location subject to strong magnetic or electric fields or in a location where
68. tions This chapter lists the electrical and mechanical specifications of the product Item LIN1020JF LIN3020JF OP01 LIN1020JF Compliant standards JIS C61000 3 2 2011 JETGRO0003 1 2 0 2011 JIS C8962 2008 IEC 61000 3 3 2008 Supported wiring systems Single phase two wire Single phase three wire three phase three wire and three phase four wire are supported with the OP01 LIN1020JF option Single phase two wire single phase three wire three phase three wire and three phase four wire Single phase three wire three phase three wire and three phase four wire in combination with the LIN1020JF Impedance value Reference U V and W phases Z1 0 18 Q 0 23 mH Z3 0 24 Q jn 0 15 Q Phase impedance bypassing is possible N phase Z1 0 210 0 14 mH 0 19 Q 0 23 mH Z3 0 16 O jn 0 10 O Impedance bypassing is possible impedance Impedance erro r Resistance 5 Reactance 5 50 Hz 60 Hz 15 reference value at 1 kHz 20 reference value at 3 kHz Residual resistance during bypass Each phase 10 mO or less Maximum rated voltage Phase voltage 300 Vrms Line voltage 500 Vrms Maximum rated current Each phase 20 Arms continuous Rated frequency 50 Hz 60 Hz Z1 Z2 50 Hz Z3 Input and output terminals Terminal block M6 screws Voltage sensi
69. tor POWER switch Rack mount bracket Base hold angle REMOTE indicator Caster SS SS Es 35 pe Name ALARM indicator Z2 indicator Z1 indicator Air inlet Air outlet EXPAND AC INPUT Caster OUTPUT INPUT 0 OP01 LIN1020JF N 7 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 10 LIN JF 18 Description of Parts INPUT and OUTPUT terminals VOLTAGE SENSING OUTPUT terminal The INPUT and OUTPUT terminals are impedance input and output terminals There is a separate terminal for each phase U V W and N The input and output terminals are used according to the test circuit system The size of the terminal block screws is M6 The nominal cross sectional area of wires is 22 mm minimum AC INPUT control power supply input terminal The VOLTAGE SENSING OUTPUT terminal is connected to the sensing terminal of the PCR LE or PCR LE2 There is a separate terminal for each phase U V W and N Each terminal is used according to the wiring system The figure shows an example of the LIN3020JF When the sensing function is used the output terminal of the AC power supply appears as if it is the resistor connection point of the product As such the impedance between the output ter minal of the AC power supply and the resistor connection point of the product can be assumed to be zero
70. w holes on the top of the prod uct When you move the product do not tip the product on its side or turn it upside down When transporting the product be sure to use the orig inal packing materials Otherwise damage may result from vibrations or from the product falling during transportation Be sure to include this manual LIN JF 1 General Description This chapter describes the product s impedance features and impedance construction and provides an overview of the test system Product Features LIN JF This product contains JIS and IEC compliant impedances required for harmonic and flicker testing of devices connected to power distribution systems A test system can be configured easily by combining this product with AC power supplies Support for as many phases as there are in the input power supplies of EUTs The LIN1020JF is for single phase devices The LIN3020JF is for single phase and three phase devices You can use these to perform JIS harmonic tests 100 V and 200 V sys tems and IEC flicker tests Support for three phase devices with the OP01 LIN1020JF The OPO01 LIN1020JF is used in combination with the LIN1020JF You can use this com bination to perform JIS harmonic tests for single phase devices single phase three wire devices and three phase devices 100 V and 200 V systems and IEC flicker tests Impedance elements support different wiring systems Impedance elements support single phase two
71. witch N Short circuit switch N i N LIN3020JF Phase Z1 22 23 BYPASS U 0 19 0 0 23 mH 0 18 0 0 23 MH 0 24 Q0 jn 0 15 0 Impedance element 0 19 0 0 23 0 19 0 0 23 024 0 0 15 o Shorted w 0 19 040 22 mH 0 19 0 0 23 mH 0 224 0 15 N 0 210 0 14mH 0 190 0 23mH 0 16 0 1 Resistor Inductance Switch Short circuit switch LIN JF Overview of the Test System OP01 LIN1020JF Phase 21 22 23 BYPASS V 0 19 Q 0 23 mH 0 19 Q 0 23 mH 0 24 0 jn 0 150 Impedance element 0 19 0 0 23 0 18 0 0 23 MH 0 24 jn 0 15 O shorted Resistor Inductance Switch Short circuit switch a Overview of the Test System The test system can be divided into the following two categories depending on the EUT Atest system for devices that connect to an AC power line and consume its power Gen eral devices are applicable for this test system This manual refers to this test system as a device test system A test system for devices that connect to an AC power line and consume its power or regenerate power to the line Power conditioners and the like are applicable for this test system This manual refers to this test system as a grid connected device test system This product is a component of the above mentioned test systems and is

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