注 意 - 高砂製作所
Contents
1.2. LOAD INPUT
3. 11 O AC INPUT 3P 3P 2P EMI
4. 21 1 212 855C 60 000 O AC INPUT
5. SUM INPUT U 997 lt N MENU MENU DYNAMIC INTERRUPT PROGRAM SUB FUNC ADJUST SYSTEM Xi gt 116 t1 1 SUB FUNC MENU DYNAMIC INTERRUPT PROGRAM ADJUST SYSTEM ENTER
6. 5 7 0 2 8 0 044 822 4112 FAX 044 811 4705
7. CRLF CR LF 4 176 FK ALM128
8. A A SOA FK I
9. OFF PC FK SCPFI FK I
10. 1 3 4 AC90V 250V
11. AC INPUT O DY
12. P 54 17 MG O
13. FK L2 150V a PS Siwi Y SE 1000F FK 160L2Z FK 400L2 FK 1000L2 FK 480L2Z
14. AR R 3 OA
15. amp SWEEP t ATi e t STEP t 1 PAUSE t OFF LOAD OFF ETA a r o t STEP t 1 1 80 amp PATTERN 20
16. PL 0 00 0 000 a zo 0 00 w CC SET EJI IJ A AA 3 2mA s FK 200L2 H L L 5000A H 6 500A HH H gt L H 55 000A gt L 4 0800A H L H H 9 450A gt L 9 4500A a
17. 238 3 4 4 QY P 27 Q 1 11 FULL SCALE USER ADJUST EXIT CTRL EONS C ANE FULL SCALE FINE OFFSET DAMPING LEVEL SAVE Q 10V O 8
18. DYNAMIC 0 00 0 000 eA 0 00 w CC SET 40 000 A DYNAMIC YES PO 1 YES 0 00 OUU 1 0 00 w CC SET 40 000 A DYNAMIC BEZA Z NO ENTER 0 00 0 000 AT ia 0 00 CC SET 40 000 A SR LOAD 320mA zs OFF LOAD OFF LOAD ON LOAD ON DYNAMIC RELEASE YES NO YES ENTER 79 8 S amp S amp
19. OVP OCP lt gt ALM CLEar 154 IEEE488 8 IDN RST 1 MENU gt SYSTEM REMOTE SCPI ADDRess ADDRess ALM
20. B C ON OFF ON OFF ON OFF MAIN MENU MENU DYNAMIC INTERRUPT PROGRAM SUB FUNC ADJUST SYSTEM t1 1 SUB FUNC MENU DYNAMIC INTERRUPT PROGRAM SUB FUNGC ADJUST SYSTEM 122 ENTER SUB FUNC 0 00 Q SOFT START DIS A
21. 0 000 SR LOAD 0 0000 0 000 CR SET EI rs 3 2mA Z us RANGE RANGE VOLTAGE 1 CURRENT 5V 4A 11 11 VOLTAGE H t 11 CURRENT OFF LOAD OFF V H A
22. 3 4 4 P 27 Q 1 11 FULL SCALE USER ADJUST EXIT CTRL v IFULL SCALE 3 0 FULL SCALE FINE 180 OFFSET 180 DAMPING LEVEL 180 SAVE 230 Q 10V O 8 8
23. P 269 15 E V L u H X A u s E V L 1m 1H A us
24. INTerrupt z x EXTernal STATe ON OFF INTT INTerrupt Time CYCLe NORT NORmal Time SLEW FALLing RISing STATe ON OFF DYNamic DYNamic DUTY FREQuency EVENt LEVel IMMediate k AMPLitude TIMe NORMal LEVel E x IMMediate AMPLitude TIMe SLEW STATe ON OFF 156
25. B B C 2 R1 R2 E No 4 17 V INZA COM No 3 16 B EXT CTHL RB C EXT CTRL RC MAX X Maap Z Haam Z RB SIBE V V x PERKO RC V V V x kK 10 FK L2 150V
26. 0 A 0 4V l BE Me 50 0 1MO 19 5OmV CURR MONI FK 200L2 0 4A 0 4V H O 40A 0 4V VS A COM 137 138 EXT CONTROL
27. CL 0 00 0 000 PNS tion 0 00 w CP SET 200 0 W 52 OVP Over Voltage Protector 1109 OFF OFF 0 00 0 eR 0 00 u PUSH ENTER RESET ENTER MAQ Lio OCP Over Current Protector 1109 OFF OFF
28. l l 8 r Saxswer m FK L2 1 5V FK L2Z 0 5V FK L2 150V _ CV MAIN MODE MODE CV AR DIS CR CP 38 t 1 CV MODE cc FE R pis CR CP OFF LOAD OFF ENTER 0 000 0 0000 0 000 w CV SET 1 500 V Q RANGE RANGE VOLTAGE 15V CURRENT 4A
29. 200L2 L 4A CURR _ 4 CURR 4 0000 SOURce CURRent PROTection LEVel RE SOURce CURRent PROTection LEVel _ lt NRf gt lt NRf gt 200L2 L 4 08A CURR PROT _ 4 08 CURR PROT 4 08 SOURce CURRent RANGe SOURce CURRent RANGe lt Stirng gt L H H G LOAD ON CURR RANG _ L CURR RANG L SOURce FUNCtion MODE
30. CL PL 0 00 0 000 0 00 v CV SET 100 V AR 4 000 Q 41 4 R 4 R CV CV 4 R 0 4 R 4R 0 _ av AR PT zma CV DY STEE A R 4 R MAIN Q 4 R ENA ENTER
31. D t 1 FULL SCALE FINE USER ADJUST EXIT CTRL FULL SCALE V 180 180 180 180 OFFSET DAMPING LEVEL SAVE D P 3 P 243 B vas JEVE 9 USER ADJUST EXT CTRL RB USER ADJUST t OFFSET USER ADJUST EXIT CTRL RB FULL SCALE 180 FULL SCALE FINE 180 IOFFSET _ 2o DAMPING LEVEL 180 SAVE 100 0 B
32. 0 10V 0 A 1mA B C 2 R1 R2 E No 4 17 V INZA COM No 3 16 EXT CTRL V wa S4 1 0 10V EXT V wr m A A x
33. UVL 118 ON OFF ON OFF EXT CONTROL EXT CONTROL 1 MA
34. V A W mS ohm R bps mA us bit SYST COMM SER UNIT _ 1 174 SYST COMM SER UNIT 1 VOLT 80 0V SYSTem EEPRom WRITe EEPROM SYSTem EEPRom WRITe _ lt NRf gt lt NHf gt RB 0O 1 SYST
35. B 1 1 CYCLE CREATE SEQUENCE RECALL PRG No 1 CYCLE a 9999 SEQUENCE No 3 LOOP 15 PATTERN No END v CYCLE W SEQUENCE No 1 3 1 2 3 CREATE SEQGUENCE RECALL PRG No 1 2 SEQUENCE No I 3 LOOP 15 PATTERN No END v 92 8 amp EE CREATE SEQUENCE 1 1 SAVE TO PRG No S SAVE TO PRG No CREATE SEQUENCE RECALL PRG No 1 SAVE TO PRG No R INITIALIZE A
36. MAQ OFF LOAD OFF EEA Ag z IMODE Sirt i i bB RT i RANGE USER ADJUST LIMIT STEP ADJUST CURSOR ENTER HUE Z ESC _ LOCK KEY
37. gt RESTART ENTER 96 10096 HALT RESTART lt gt RESTART ENTER 96 amp 1 H STOP 0 00 0 000 Su 0 00 w SWEEP amp STEP PRG No 1 HALT STOP 100 ENTER PROGRAM EXECUTE PROGRAM No EXECUTE D ESC 3 MAIN 97 OFF
38. RES DELT_ 3 RES DELT 3 000 SOURce RESistance DELTa STATe A REDER 88 SOURce RESistance DELTa STATe_ String gt lt String gt STATe ON OFF 169 SCPI SOURce VOLTage LEVel IMMediate CV LOAD ON RES DELT STAT _ ON RES DELT STAT ON AMPLitude SOURce VOLTage LEVel IMMediate AMPLitude _ NRf gt lt NRf gt 200L2 L 15V VOLT_ 15 VOLT 15 000 SOURce VOLTage
39. COMPONENT 200L2 2 400L2 0 1000L2 0 2000L2B 0 TOTAL POWER 400W ON gt YES ENTER COMPONENT 2 00L2 3 400L2 0 1000L2 0 2000L2B 0 TOTAL POWER 600W PARALELL NUM MISMATCH APPROVE YES AKO 194 3 MAIN 0 000 0 00 2 0 000 w CC SET 120 00 A SR LOAD 960mA zs TY p FK 200L2 3 120A 1 40A BOOSTER D ON
40. EXTernal ALM CLEar CONTain CC_ param gt lt param gt LOAD STATe _ lt param gt EXTernal MODE _ lt param gt lt param gt SCPI LOAD STATe _ lt param gt LOAD EXTemal MODE _ lt param gt lt param gt LOAD LOAD LOAD LOAD
41. 1 11 FULL SCALE FINE USER ADJUST EXIT CTRL RB FULL SCALE 180 IFULL SCALE FINE 180 OFFSET 180 DAMPING LEVEL 180 SAVE 236 O P 3 P 243 C MAQ CV USER ADJUST EXT CTRL RC USER ADJUST t OFFSET USER ADJUST EXIT CTRL RC FULL SCALE 180 FULL SCALE FINE 180 OFFSET sss so DAMPING LEVEL 180 SAVE
42. P 134 OFF LOAD OFF INTERRUPT CYCLE 1 EXT CTRL EXECUTE OFF LOAD OFF ENA SR INTRP SR RECOV LOAD ON LOAD ON 1 1 EXECUTE ENA EXECUTE EXECUTE RELEASE
43. t1 1 FULL SCALE FINE USER ADJUST EXIT CTRL RB FULL SCALE 180 FULL SCALE FINE 180 OFFSET 180 DAMPING LEVEL 180 SAVE O P 3 P 243 C MAQ CC USER ADJUST EXT CTRL RC USER ADJUST 1 OFFSET USER ADJUST EXIT CTRL RC FULL SCALE 180 FULL SCALE FINE 180 IOFFSET _ 2o DAMPING LEVEL 180 SAVE 228
44. Q 0 00 0 000 0 00 cc SET EE SR LOAD 32mA zs 0 00 0 000 0 00 v CC SET o oooE A SR LOAD 32mAZus Y m 9 0 0 9 0 00 0 000 7 0 00 v CC SET o ooo SR LOAD 32MA xs 27 28 D gt 0 00 0 000 0 00 v CC SET o ofi A SR LOAD 32mA zs O
45. v x t t Y 98 MAN MENU MENU INTERRUPT PROGRAM SUB FUNC ADJUST SYSTEM t1 11 PROGRAM MENU DYNAMIC INTERRUPT PROGRAM SWEEP amp SUB FUNC STEP ADJUST AUTOMATIC SYSTEM LOAD OFF L MENU DYNAMIC INTERRUPT PROGRAM SWEEP amp SUB FUNC CANH ADJUST AUTOMATIC SYSTEM LOAD OFF t1 1 AUTOMATIC LOAD OFF MENU DYNAMIC INTERRUPT PROGRAM
46. CC CR 1 1 SR LOAD LOAD ON OFF 0 00 0 000 ion 0 00 w CC SET 40 000 A SR LOAD mA ks CC DY lt 61 62 Vr LOAD ON Vr V I 20 30ms TY vno FK L2 0 3V
47. LOAD STATe _ lt param gt LOAD EXTemal MODE _ lt param gt lt param gt LOAD STATe_ lt param gt 153 SCPI ADDRess LOAD STATe _ lt param gt EXTernal MUDE_ param gt lt param gt LOAD STATe 1 1 1 OK ERROR
48. ON OD 0 Gb FIYJ SWEEP amp STEP 1 1 PROGRAM EXECUTE SWEEP amp STEP PROGRAM EXECUTE CREATE SEQUENCE CREATE PATTERN ENTER PROGRAM EXECUTE PROGRAM No EXECUTE 95 amp PROGRAM No t 11 EXECUTE ENTER PROGRAM EECUTE PROGRAM No 1 EXECUTE START YES H YES PROGRAM EECUTE PROGRAM No 1 EXECUTE START NO ENTER 0 00 0 000 PS Ron 0 00 SWEEP amp STEP PRG No 1 HER STOP 100 w gt HALT ENTER
49. 30 23 5C ON NY RO FIYZ 214 aN MA tk namn OFF LOAD OFF DRETHYT lt EEU 5V 105 MAIN MENU MENU DYNAMIC INTERRUPT PROGRAM SUB FUNC ADJUST SYSTEM 11 11 ADJUST MENU DYNAMIC INTERRUPT PROGRAM SUB FUNC METER SYSTEM USER ADJUST O h MENU DYNAMIC INTERRUPT PROGRAM SUB FUNC SYSTEM USER ADJUST 215 METER Q ENTER METER CALIBRATION CURR METER 4A RNG CURR METER 40A RNG VOLT METER 15V RNG VOLT
50. TYPE1 TYPE3 FK I 11 11 X20 FK I I 0V DC500V 20MO 1 1 MEE 1 AC1500V 1 1 AC1500V 1 DC500V 1 259 0 40C
51. 0 9 1 2 vit35 I BE CR LF CR LF ALM 10 3 ASCII 128 ALM128 ses 128 160 OVP OCP 128 32 192 OHP
52. AC250V 60Hz 1mA 3P 2P ACB0V 250V 50 60Hz 3P AC125V NEMA 2 13
53. j T l BE ALARM STS S COM MGS ON 1 24V 5mA MEE DC500V 141 SCPI FK 144 SERIAL I F 1 SERIAL I F 2 COM RS 2320 RS 485 SERIAL I F 2 FK H IEEE488 2 SCPI FK 1
54. CCH Ei H CCH CCH CRL H CR CRL FK200L 2 FK160L2Z 0 0371 1000 000 0 1mS XS G S 1 R Q 183 FK CRL H CRL CRL x CRM H HH CR
55. P 244 1 FK ll 115 1 2 FK II 230 FK II 230 1 2 192
56. SFS SFS GFS SHT SHT 0 1 0 1 SHT SHT SHT SHT CUT CUT o 0 l 1 2 LOAD ON CUT CUT CUT CUT TCUT
57. 0 00 0 000 a 0 O 00 w CP SET RANGE RANGE VOLTAGE 15V CURRENT 40A t1 1 VOLTAGE H t 11 CURRENT OFF LOAD OFF A ENTER MAIN LMT
58. ATLF MEMory STORe _ lt NRf gt lt NRf gt 1 5 STOR__ 1 ON OFF ATLF STATe _ lt String gt lt String gt ON OFF amp ATLF _ ON ATLF ON ATLF TIMe ATLF TIMe_ NRf1 gt lt NFf gt 1 995959 hhmmss 000001 995959 1 23 ATLF TIM _ ATLF TIM 000123 123 ATLF TIMe ENABle ATLF TIMe ENABle _ lt NRf1 gt lt NRf gt
59. ON LOAD ON OFF LOAD OFF ON LOAD ON LOAD OFF 65 ms y AR CL PL UVL LOAD ON OFF EVENT VALUE TN TE FREQ DUTY SR DYNAMIC MAIN MEMORY MEMORY RECA
60. y dr Q A Eh e sel Be i 4 4 5 4N m 45 55kgf cm 80A ON ON ON
61. MENU DYNAMIC INTERRUPT PROGRAM SUB FUNC SYSTEM USER ADJUST 244 1 11 USER ADJUST ENTER MENU DYNAMIC INTERRUPT PROGRAM SUB FUNC ADJUST METER SYSTEM USER ADJUST USER ADJUST EXIT sC RE FULL SCALE FULL SCALE FINE OFFSET DAMPING LEVEL SAVE b h L OO Q t1 1 DAMPING LEVEL USER ADJUST EXIT CTRL FULL SCALE FULL SCALE FINE OFFSET DAMPING LEVEL SAVE 1 1 1 1 OO OO Q 0 LEVEL Min 855 LEVEL Max z 9 11 1 SAVE USER ADJUST EXIT CTRL FULL SCALE i FULL SCALE FINE OFFSET DAMPING LEVEL h L L O O lt 245 ENTER USER ADJUST
62. INITIALIZ LA SETTING MEMORY Q 1 11 ALL W OS ALL SETTING MEMORY ENTER x xk ATTENTION INITIALIZE ALL YES Z 1 YES x xk ATTENTION INITIALIZE ALL M NO ENTER WAIT 2 ATTENTION INITIALIZE ALL COMPLETE INITIALIZ SETTING MEMORY D ESC MAIN 25 26 4
63. L 1 DRAKE LOAD ON OFF OFF OFF OFF 1 2 3 4 DYNAMIC NORMAL 0 0000A EVENT 0 0000A T RATIO TIME FREQ 0 5Hz DUTY 50 0 TN 1000 000ms TE 1000 000ms SR DYNAMIC TRG EDGE EVENT INTERRUPT INTRP TIME 0 1ms NORMAL TIME 1ms SR INTRP SR RECOV CYCLE 1 EXT CTRL DIS 21 22 1 3 4 PROGRAM SWEEP amp STEP CREATE RECALL 1 SEQUENCE PROGRAM No CYCLE 1 SEQUENCE No 1 LOOP 1 PATTERN No 1 SAVE TO 1 PRG No CREATE RECALL PTN No 1 PATTERN gl VOLT RNG L gt CURR RNG L gt LIMIT
64. 8 8 t 1 FULL SCALE FINE USER ADJUST EXIT CTRL RB FULL SCALE 180 LFULL SCALE FINE 180 OFFSET 180 DAMPING LEVEL 180 SAVE D P 3 P 243 C MQ CR USER ADJUST EXT CTRL RC
65. DTY DTY 5 0 95 0 Hz 0 5 DTY DTY DTY RSP CC F RSP FK200L2 FK160L2Z 0 7 SL H 0 160mA us 1 64mA us O 1600mA us 1 640mA us 187 FK 2 32mA us 2 320mA us 3 16mA us 3 160mA us 4 6 4mA us 4 64mA us 5 3 2MA us 5 32mA us 6 1 6mA us 6 16mA us 7 0 64mA us 7 6 4mA us RSP RSP RSP
66. M S CONTROL OUT M S CONTROL IN 3 2 M S CONTROL OUT 3 M S CONTROL IN 4 MA FK IIl w 193 ON ELECTRONIC DC LOAD FK 200L2 VER 1 0O TAKASAGO 3
67. MENU DYNAMIC INTERRUP T TRE 4 PROGRAM SUB FUNC CONTRAST ADJUST KEY INPUT SYSTEM INFORMATION ESC 31 DY sta 1 1 gt 75 an O ENTER 0 00 0 000 0 00 w PUSH SENTER RESET OVP OCP ROP BIAS BST TRIP OHP
68. wa p D1 D1 PA D1 D1 D1 Vf D1 P Vf x W Vf 2V 00A P 400W 54 BIAS OFF OFF
69. 1 1 4 R 4 R 0 00 0 000 0 00 w CV SET 100 00 V AR i 4 00 9 42 AR D9 stss 4R CV MAIN MENU MENU DYNAMIC INTERRUPT PROGRAM SUB FUNC ADJUST SYSTEM 1 11 SUB FUNC MENU DYNAMIC INTERRUPT PROGRAM SUB FUNC ADJUST SYSTEM ENTER SUB FUNC 0 00 Q SOFT START DIS AC SUMMING DIS EXT CTRL DIS EXT CTRL LOAD DIS EXT CTRL MODE DIS Q t AR
70. 133 ON OFF ON OFF ON OFF 5V 1mA NG EXT ON OFF ENA FIYI P 1 22 EXT ON OFF 5 D COM w 134 wa NG P 109
71. DEVICE ADDR 1 31 BAUD RATE 9600bps 19200bps 38400bps DATA BIT 8 7 PARITY NONE ODD EVEN STOP BIT 1 COMMAND TYPE FK I FK COMMAND TYPE FK I SCPI MAIN MENU DYNAMIC INTERRUPT PROGRAM SUB FUNC ADJUST SYSTEM MENU MK 11 11 SYSTEM ADJUST MENU DYNAMIC INTERRUPT INITIALIZE PROGRAM REMOTE SUB FUNC CONTRAST KEY INPUT INFORMATION 146 L MENU DYNAMIC INTERRUPT PROGRAM REMOTE SUB FUNC CONTRAST ADJUST KEY INPUT INFORMATION
72. SRL SRH H SRH SHH H SCP SCP POW SCP SCP SGCP FRQ FRA 0 5 20000 0 Hz 0 1 Hz FRQ FRQ FRQN
73. 71 CC CR CP 2 CC CR CR
74. TTL T TL H L DFF 10Vp D CC 10 p p 10 p p DC 0kHz 3dB 10 258 CC CR CP 100 us 600ms 1ms 60s 1 4000 FK 200L FK 160L2Z FK 400L2 FK 1000L2 FK 480L2Z L 16mA us 1 6A us 32mA us 80MA us 48mA us 3 2A us 8A us 4 8A us 8mA us 16mA us 40mA us 24mA us RERE S 10 of set 0 5 of fs 2 us H 160mA us 16A us 320mA us 800mA us 480mA us 32A us 80A4A
75. B t 1 POWER LIMIT CURRENT 4 08A POWER 61 20W UNDER VOLT 40 ENTER MAIN QB P 27 0 00 0 000 TU 0 00 CV SET 100 oE v LOAD MAIN WS ILOAD ON OFF
76. TIME DUTY FREQ DUTY P 71 TIME 1 1 1 T RATIO DYNAMIC NORMAL 40 000A EVENT 0 0000A TIME TN 1000 000ms TE 1000 000ms v 73 TIME DYNAMIC NORMAL 40 000A EVENT 0 0000A T RATIO TN 1000 000ms TE 1000 000ms v t 1 TN DYNAMIC NORMAL 40 000A EVENT 0 0000A T RATIO TIME 1000 000ms TE 1000 000ms v TN DYNAMIC NORMAL 40 000A EVENT l 0 0000A T RATIO TIME TN 1000 00 ms TE 1000 000ms v t 1 TE DYNAMIC NORMAL 40 000A EVENT 0 0000A T RATIO TIME TN 1000 000ms 10
77. AR US P 27 Q ENTER 4R 43 CR NM r ak Sikap s DX FK L2 150V _ CR MAIN MODE MODE CV AR DIS CR CP t 1 CR MODE CC CV AR DIS CP 44 OFF LOAD OFF ENTER
78. Eg F INTERRUPT INTRP TIME I 0 1ms NORMAL TIME 1ms SR INTRP 1600mA cs SR RECOV v CRM A Z us 1 1 CYCLE D9 mmc CYCLE INTERRUPT CYCLE EXT CTRL ENA EXECUTE A INTERRUPT CYCLE 1 EXT CTRL DIS EXECUTE W CYCLE 0 B 1 1 EXT CTRL INTERRUPT CYCLE EXT CTRL DIS EXECUTE 112 W ENA DIS ENA NM ENA SR_ INTRP SR RECOV
79. EXT CTHL RC RB 8 8 x RC tk 10 S S X 1 R 0 10k Q 10V 1mA MAX 1mA B C
80. MENU DYNAMIC INTERRUPT PROGRAM REMOTE SUB FUNC CONTRAST ADJUST KEY INPUT INFORMATION t1 1 KEY INPUT MENU DYNAMIC INITIALIZE INTERRUPT P REMOTE PROGRAM METER SUB FUNC CONTRAST ADJUST INFORMATION ENTER CONTRAST hdi lol E ds s TYPE 2 PRESET TYPE DIRECT 1 11 Q NG KEY LOCK TYPE TYPE1 TYPE2 TYPE3 PRESET TYPE DIRECT ENTER ESC MAIN 204 MAN MENU
81. NM ENTER 10 ESC a ENTER ENTER X SYSTEM KEY INPUT PRESET TYPE ENTER ON SYSTEM KEY INPUT PRESET TYPE DIRECT MAIN MAIN c Cl S ET JWEEEN A SR LOAD 32mA zs
82. 128 64 4 OHP 128 64 32 OVP OCP 177 FK D1 po p1 p1 fo 1Ip2 p1 p2 y No ITA MOD MODp1 MOD MODpl 3 CRG CRGp1 CRG CRGpl 4 VRG VRGp1 VRG VRGpl 5 LOD LOADON OFF LODp1 LoD Loppl Pe CV 6 VT VLTp1 VLT VLTp1 2 7 cc ccp1 cc CCp1 s 8 POW Powp1 POW POWp1 ee 9 CR CRp1 CR CRp1 S 10 UMC LIMCp1 LIMC LMCpl 11 IMP
83. sesssssssssossssssssssssssssoossssssessssssss 3P AC125V NEMA 2 FAN 0 40C 80 8096RH
84. LOAD LOAD LOAD F EXTernal T MODE LOAD STATe LOAD ON OFF MEASure MEASure SCALar E CURRent gs DC OFFSet FULL POWer Sg DC VOLTage DC OFFSet FULL MEMory MEMory a RECall STORe RESPonse RESPonse SLEW
85. O 8 8 t 1 FULL SCALE FINE USER ADJUST EXIT CTRL RB FULL SCALE 180 FULL SCALE FINE 180 OFFSET 180 DAMPING LEVEL 180 SAVE D 3 P 243 C vas ens i jasa Pen CuiS USER ADJUST EXT CTRL RC
86. 1 208 2 12 P 197 209 210
87. 3 M3 4 NG Q M3 4 Q AC INPUT ON
88. 4 CC CV CR CP 4 CC CR CP UVL FK L2 1 5 150V FK L2Z 0 5 150V CPU LCD LCD
89. GS CC USER ADJUST EXT CTRL V USER ADJUST 1 OFFSET USER ADJUST EXIT CTRL V FULL SCALE 180 FULL SCALE FINE 180 OFFSET dq 180 DAMPING LEVEL 180 SAVE 0 1V 0 1V 3 P 27 1 11 FULL SCALE USER ADJUST
90. SERIAL I F 2 TERMINATION F OFF SERIAL I F G2 1 TERMINATION ON TERMINATION TERMINATION TERMINATION Por Hor Tor A 47 X eee m a RS 485 e B RS 2320 FK I 2 FK T 31 1 2 FK 200L2 FK I 145 1
91. 0 1 ATLF TIM ENAB__ 0 ATLF TIM ENAB 0 A TLF VOLTage LOWer AMPLitude ATLF VOLTage LOWer AMPLitude _ NRf1 gt FK200L2 FK400L2 FK1000L2 L 0 000 15 000V 1mV H 0 00 150 00V 10mV FK160L2Z L 0 500 15 000V 1mV H 0 50 150 00V 10mV CVL ATLF VOLT ATLF VOLT 10 00 ATLF VOLTage ATLF VOLT ATLF VOLT 1 ATLF WH LOW_ 10 LOW LOWer ENABle ATLF VOLTage LOWer ENABle_ NRf1 gt lt NRf1 gt 0 1 LOW ENAB_ 1 LOW ENAB ka ATLF WH _ lt NRf1 gt lt NRf1 gt
92. 5V 15096 160V 0 3A FXT V 0 10V F 4p a a 1mA MAX 223 R 0 10KO r Dani 10V 1mA MAX B C O ON 30 63 a MAIN MENU MENU DYNAMIC INTERRUPT PROGRAM SUB FUNC ADJUST SYSTEM tl 11
93. CR LF CR LF ENTER S3 0 Alk LOAD 0 00 F 0 000 aa 0 00w co SET A SR LOAD 320mAZuS LOCAL
94. 1 1bit 2 2bit G ON SYST COMM SER PACE THR STOP_ 1 173 SCPI SYST COMM SER PACE THR STOP 1 SYSTem COMMunicate SERial RECeive PARity TYPE SYSTem COMMunicate SERial RECeive PARity TYPE _ String gt lt String gt ODD EVEN NONE G ON SYST COMM SER PAR _ ODD SYST COMM SER PAR ODD SYSTem COMMunicate SERial UNIT SYSTem COMMunicate SERial UNIT _ lt NRf gt lt NRf gt O 1
95. F o SCPI l LOAD STATe _ lt param gt IDN EXTernal MODE _ lt param gt lt param gt CR LF CR Ox0d LF OxOA O ll
96. SOURce FUNCtion MODE _ lt String gt lt String gt CC CC CV CV CR CR CP CP G LOAD ON CC FUNC MODE _ CC FUNC MODE CC SOURce POWer LEVel IMMediate AMPLitude SOURce POWer LEVel IMMediate AMPLitude __ lt NRf gt lt NRf gt 200L2 L L 60W POW _ 60 POW 60 00 SOURce POWer PROTection LEVel SOURce POWer PROTection
97. CREATE PATTERN RECALL PTN No 1 SAVE TO PTN No 1 INITIALIZE COMPLATE COMPLETE 2 Q ESC SWEEP amp STEP SWEEP amp STEP PROGRAM EXECUTE CREATE SEQUENCE CREATE PATTERN wa CREATE PATTERN RECALL PTN No No ENTER CREATE PATTERN RECALL PTN No 1 SAVE TO PTN No 1 INITIALIZE No 88 8 amp a CREATE PATTE
98. VER Z VER 1x x2 189 FK II 1 1 ON OFF 1 NG FKl FK L2Z OV FK I FK I
99. ESC MAIN MAIN 0 00 0 000 S ion 0 00 cc SET EOIN A a m 4000AH 104 0 00 v UU e ai 0 00 w cc sET EEMI s z 20000Wh 0 00 0 000 ma 0 00 w cc SET EEMIIJ 00 00 00 z 99 59 59 105 6 6 108
100. No SAVE TO PRG No W 5 SAVE TO PRG No 1 5 ENTER CREATE SEQUENCE RECALL PRG No 1 SAVE TO PRG No 1 INITIALIZE EXECUTE YES Z A 1 YES CREATE SEQUENCE RECALL PRG No zo i SAVE TO PRG No 1 INITIALIZE EXECUTE M393 No 93 8 ENTER CREATE SEQUENCE RECALL PTN No 1 SAVE TO PTN No 1 INITIALIZE COMPLETE COMPLETE 2 Q ESC SWEEP amp STEP S WEEP amp STEP PROGRAM EXECUTE
101. STEP NO 1 SWEEP STEP PAUSE CREATE PATTERN STEP No 1 OPERATION WAA TIME 999 9S VALUE 20 000A YA 1 11 TIME CREATE PATTERN STEP No 1 OPERATION SWEEP TIME 999 9S VALUE 20 000A YA STEP NO 1 t CREATE PATTERN STEP No 1 OPERATION SWEEP TIME 999 Hs VALUE 20 000A 1 1 VALUE CREATE PATTERN STEP No s OPERATION SWEEP TIME 999 9S VALUE 20 000A YA 85 amp STEP NO 1 VALUE CREATE PATTERN STEP No OPERATION SWEEP TIME 999 9S VALUE 20 000A VA STEP NO 1 1 1 STEP No CREATE PATTERN STEP No 1 OPERATION SWEEP TIME 999 9S VALUE 20 000A YA
102. MEMORY RECALL 1 TAKASAGO MODE CC VOLT RNG 150V CURR RNG 40A v 1 1 70 2 90 NORMAL 10 1 1 1 1 1 1 1 H 1 SLEW RATE SLEW RATE TRG EDGE EVENT 2 s ios LI l TRG EDGE i NORMAL 2 s fon NORMAL EVENT TN TE SLEW RATE 10 gt 90 90 gt 10 FREQENCY Hz T TE TN DUTY 100 T TETTN
103. 1 8 1 H a el 5 1 HI L 20 103 FK 160L Z K 3 ze zn 23 166 5 e Bia s z md eod a ALL TRO a man 8 8 lt t 1 P a E 20 174 5 263 FK 400L2 2 M5 26 LOAD INPUT o Q 4 23 166 5 D 405 WEN bos 214 5 e t 14 5
104. 2 R1 R2 E No 4 17 V INZA COM No 3 16 B EXT CTRL RB C EXT CTRL RC RB A A Xx ABEN KO RC k O A A A 5 125 wa S4 R 0 10k Q 10V 1mA MAX 126
105. SERIAL I F 2 RS 485 No IN OUT No IN OUT 1 NC _ NC SERIAL I F 2 8 3 TX OUT 4 TX OUT 5 RX IN 6 RX IN 7 NC 8 GND HJ 45 SERIAL I F 2 FK I FK T 1 31 EO FK IL FK I RS 232C SERIAL I F 1 JN FK I FK T 1 FK I RS 485 SERIAL I F 2 JN FK I FK T 1
106. 8 1 1 FULL SCALE FINE USER ADJUST EXIT CTRL FULL SCALE FULL SCALE FINE OFFSET DAMPING LEVEL SAVE kh o 0 O O O O lt D P 3 P 243 239 B MQ CP USER ADJUST EXT CTRL RB USER ADJUST t OFFSET USER
107. 1096 9096 2 100 16 252 FK 200L2 FK 400L2 FK 1000L2 0 150V FK 160L2Z FK 480L2Z 0 5 150V 0 A 0 AX Tsec 99h59m59sec Ah 1 X 1h lt kWh 1 lt 1h LOAD ON FK 200L FK 1 60L Z CC CP 320mA us 32mA us 6 4mA us 3 2MA us 16mW us H 1 6mA us 640uA us 320uA us 160uA us 64uA us 32uA us 32mA us 3 2mA us 640uA us 320uA us 16mW us 160uA us 64uA us 32uA us 16uA us 6 4uA us 3 2uA us CR 32mA us 6
108. RST RST G MENU gt SYSTEM gt REMOTE SCPI ADDRess ADDRess ADDRess _ lt NRf gt lt NRf gt 0 l 31 ADDRess _ 0 LOAD STATe G ADDR_ 1 ALM ALM CLEar OCP OVP Z OHP RCP TRIP LOAD ON ACK ALM CLEar E
109. EXT V 0 10V 1mA MAX g DY A COM 127 128 Pihak B C 10V 1mA B C R1 R2 E No 4 12 V INZA COM No 3 16 B EXT CTRL RB C
110. Q CC CR 1 SR LOAD LOAD ON OFF 0 00 V S 0 000 _0 00 CC 40 000 A SR LOAD EAJn A Z s PY tomos REDEA E RONACH EEL CP LOAD LOAD V 63 OFF LOAD OFF ON LOAD ON FK 200L2
111. Bito 9 0 1 Bit 1 0 O OCP ALM apas UVL 1 UVL_STS UVL ys CL 2 CL_STS CL yk PL 3 IPL_STS PL JRR 4 OHP ALM 5 IOVP ALM 6 IRCP ALM Z TRIP_STS TRIP TRIP 8 BIAS ALM BOOSTER ai ii 9 ALM OCP STAT MEAS COND 1000000011 STATus MEASure PARallel STATus MEASure PARallel 11 0 SWST Sweep amp Step S amp S FK 200L2 FK 400L2 FK 100
112. Param66 20 0 1 Param67 20 1 0 0 999 9 s 1 Param68 20 EE x2 1 1 1 Param10 1 X SWST PATTern EDIT _ lt Param1 gt G Param1 Param68 swst patt edit _ 1 CC H L 10 4 100 O O 1 1 0 1 2 4 0 2 3 3 9 O 4 3 8 1 5 3 7 2 6 3 5 O 7 3 4 1 8 3 3 2 9 3 1 O 10 3 0 2 11 2 9 O 12 2 8 1 13 2 7 2 14 2 6 O 15 2 5 1 16 2 4 2 17 2 3 O 18 2 2 1 19 2 1 1 1 1 0 swst patt edit _ 1 1 CC H L 10 000 4 000 100 0 0 SWEEP 1 0 1 0000 STEP 0 4 0000 PAUSE 3 0 3 9000 SWEEP 4 0 3 8000 STEP 5 0 3 7000 PA
113. FK 200L2 L L L 3 55A gt 3 5A H H H gt L H 30 0A gt L H H H 3 5A gt L 3 50A 37 CV CV MQ
114. USER ADJUST t OFFSET USER ADJUST EXIT CTRL RB FULL SCALE 180 FULL SCALE FINE 180 OFFSET _ EBET DAMPING LEVEL 180 SAVE 100 Q B RB 100 QO 3 W P 27 227 t1 11 FULL SCALE USER ADJUST EXIT CTRL RB a 3 0 FULL SCALE FINE 180 OFFSET 180 DAMPING LEVEL 180 SAVE Q 10kQ Q
115. ta t DERES 1000000 us tn DYN EVEN TIM __ 100 DYN EVEN TIM 100 DYNamic FREQuency SCPI DYNamic FREQuency_ NRf gt lt NHf gt 0 5 20000 0Hz 0 1Hz DYN FREQ _ 100 DYN FREQ 100 0 DYNamic NORMal LEVel IMMediate AMPLitude DYNamic NORMal LEVel IMMediate AMPlitude _ lt NRf gt lt NRf gt G CV FK200L2 CC L 4A DYN NORM__ 4 DYN NORM 4 0000 DYNamic NORMal TIMe
116. CC CP LOAD ON OFF CV SWST PROG__ 1 SWST PROG 1 SYSTem SYSTem ACSumming ON OFF SYSTem ACSumming _ lt String gt lt String gt ON OFF SYST ACS_ ON SYST ACS ON SYSTem COMMunicate SERial RECeive BAUD SYSTem COMMunicate SERial HECeive BAUD _ lt NRf gt lt NRf gt O 9600bps 1 19200bps Z 2 38400bps 9600 19200 38400 G ON SYST COMM SER BAUD _ 2 SYST COMM SER BAUD 38400 SYSTem COMMunicate SERial RECeive BITS SYSTem COMMunicate S
117. 5 257 CC CV CR CP 0 10k B C DC0 10V 4V 10V ON OFF ON OFF ON OFF OVP OCP RCP BIAS BST OHP
118. MDL MDL zok z Sk 1 FK 200L FK 400L 2 FK 1000L8 FK 2000L2B FK 160L2Z FK 480L2Z FK 1000L2 LZ PAR PAR PARH kx 5 6 8 9 10 11 1 FK IIl 1 1 0 1 FK 200L2 2 FK 400L 8 3 FK 1000L 8 4 FK 2000L2B 5 FK 160L2Z 6 FK 480L2Z 7 FK 1000L2 LZ 188 PAR21100000000 FK 400L2 1 FK 00L FK 400L2 MMV MMV MMV V 4 MMC MMC
119. SEQUENCE No 1 PATTERN No 7 10 1 1 SEQUENCE No CR EATE SEQUENCE RECALL PRG No 1 CYCLE 9999 1 LOOP x 10 PATTERN No 7 v 10 SEQUENCE No 2 CREATE SEQGUENCE RECALL PRG No 1 CYCLE 9999 2 LOOP 9999 PATTERN No 1 v 10 SEQUENCE No 2 91 amp D 5 8 PATTERN No END 20 B 9 10
120. http www takasago ss co jp sess s 4 P 213 8558 1 24 16 TEL 044 811 9711 FAX 044 844 4248 320 0811 1 4 24 TEL 028 650 1200 FAX 028 623 4646 MSC 5F 460 0022 1 12 14 TEL 052 324 5670 FAX 052 331 6201 541 0042 2 4 10 TEL 06 6221 4550 FAX 06 6221 4560 2F 4F PO TARTS KISIR 3 2 8 TEL 092 418 1400 FAX 092 418 1401 7F 2014 08 U DOC 0952 03 20140 90 29000 http www takasago ss co jp
121. DYNamic NORMal TIMe_ NRf gt lt NRf gt 25 1000000 wus tu t tu 1000000 s ts DYN NORM TIM _ 100 DYN NORM TIM 165 SCPI 100 LOAD EXTernal MODE _ lt NRf gt lt NRf gt DYNamic SLEW 0 1 DYNamic SLEW _ NRf gt LOAD EXTernal MODE _ 1 FK200L2 LOAD EXTernal MODE 0 032mA s 1 320 000mA us HH 0 32MA us 3200 00mA us LOAD STATe LOAD ON OFF L LYS LOAD 0 032 0 32mA us 0 002mA us 0 32 3 2mA us 0 02mA us STATe _ lt String gt 0 32 3 2mA us 0 02mA us 3 2 lt 32mA us 0 2mA
122. MMC A 4 MMW MMW MMW kW 4 ALM ALM ALM ALM 1 G 4 5 6 7 B 9 10 O 1 1 OCP UVL 3 CL 4 PL 5 OHP 6 OVP RCP 8 9 10 FK ALMO000100000 OHP x2 VER
123. SCH SCH H SRL L1 SRL SRL L1 SRL FK SRL L x SRM L2 SRM SRM L2 SRM SRM L2 SRH H
124. VOLTA ERROR SYST ERR SCPI 100 Command error SYSTem PRESet MODE 2R SYST PRES SYST PRES 0 SYSTem RATed SYST RAT 150 00 200 00 40 000 SYSTem SHORt SYST SHOR SYST SHOR ON PRESET SYSTem PRESet 0 PRESET MODE_ NRf gt lt NRf gt ENTER 1 PRESET MODE _ O MODE SYSTem RATed SYSTem SHORt _ lt String gt lt String gt ON OFF
125. LIM IT CURRENT 40 A POWER 204 0 W UNDER VOLT 0 00 V D 1 1 CURRENT WS L B ENTER MAIN W WS P 27 0 00 0 000 MT 0 00 v CP SET 000 gw 51 B LOAD MAIN m LOAD ON OFF
126. is CC L 4A H 40A CV L OV H OV CR 1 7S 6 7S 3 6 7S 4 0 27S CP 1 60W 200W 3 200W 4 200W SHORT SHORT YES NO H YES ENTER ON 0 00 000 me a 0 00 CC SET 40 000 A SR LOAD 320mA zs ON LOAD SHORT RELEASE YES NO gt YES Q ENTER gt
127. Sequence i Sequence i sequence i Sequence i Sequence Sequencgi ga 2 EN Y x t 1 a 2 K cycle cycle 1 2 1 P X 8 GZ amp MAIN MENU MENU DYNAMIC INTERRUPT PROGRAM SUB FUNC ADJUST SYSTEM t1 11 PROGRAM MENU DYNAMIC INTERRUPT PROGRAM SWEEP amp SUB FUNC STEP ADJUST AUTOMATIC SYSTEM LOAD OFF L MENU DYNAMIC INTERRUPT PROGRAM SWEEP amp SUB FUNC STEP ADJUST AUTOMATIC SYSTEM LOAD OFF SWEEPSSTEP ENTER SWEEP amp STEP PROGRAM EXECUTE CREATE SEQUENCE CREATE PATTERN 82 amp 1 1
128. 32 F CC CC MA AWBE NSAANRE DD FK L2 1 5V FK L2Z O 5V FK L2 150V MAIN MODE MODE CV AR DIS CR CP t 1 CC OFF LOAD OFF 33 ENTER
129. V A W CC CC CV CV CR CH CP CP EXT TL T Fi 29 0 00 x 0 000 iX 0 00 CC SET 4 0000 A SR LOAD 32mA s 0 00 0 000 0 00 COC SE T 4 0000 A SR LOAD 32mA s V A ON AE 0 00 0 000 lt 0 00 cL PL w Co S
130. 1096 x12 193 5V OCP 1109 OFF OVP 11096 OFF OHP 95C OFF RCP FET OFF TRIP OFF BIAS OFF BST OFF 3 4R CL PL UVL LOAD ON OFF EVENT
131. DLT 4R 4R CV H DLT FK200L 0 000 4 000 0 1m Q DLT H DLT DLT 4HR SFS CC CR SFS FK200L2 FK160L2Z 0 8 L HH 0 1 32mA us 2 0 32mA us 3 0 16mA us 4 0 064mA us 5 0 032mA us 6 0 0 16mA us 7 0 0064mA us 8 0 0032mA us 0 1 320mA us 2 3 2MA us 3 1 6mA us 4 0 64mA us 5 0 32mA us 6 0 16mA us 7 0 064mA us 8 0 032mA us CR SFS1
132. O 4000 0 DST DST 0 1 0 1 DST 186 DST DST DST SCL L SCL CCL SCL L SCL SCL L SCH H SCH CCH SCH H
133. USER ADJUST EXIT CTRL EOTS C AE E FULL SCALE FINE OFFSET DAMPING LEVEL SAVE h L OO OO OO Q 10V Q 1 1 FULL SCALE FINE USER ADJUST EXIT CTRL V FULL SCALE 180 FULL SCALE FINE o OFFSET 180 DAMPING LEVEL 180 SAVE O Q P 3 P 243 B MQ CV USER ADJUST EXT CTRL RB 3
134. DYNamic DUTY _ lt NRf gt lt NRf gt 5 0 95 0 0 5 DYN DUTY_ 5 DYN DUTY 5 0 DYNamic EVENt LEVel IMMediate AMPLitude DYNamic EVENt LEVel IMMediate AMPlitude _ lt NRf gt lt NRf gt CV FK200L2 CC L 4A DYN EVEN_ 4 DYN EVEN 4 0000 DYNamic EVENt TIMe DYNamic EVENt TIMe_ NRf gt lt NRf gt 25 1000000us G t
135. 0 0001 0 6000 100us 0 6s 163 SCPI INT INTT __ 0 001 INT INTT 0 0010 INTerrupt CYCLe INTerrupt CYCLe_ NRf gt lt NRf gt 1 4000 O INT CYCL_ 1 INT CYCL 1 INTerrupt NORT INTerrupt NORT _ lt NRf gt NRf gt 0 001 60 000 Ims 60s INT NORT _ 0 001 INT NORT 0 001 INTerrupt SLEW FALLing INTerrupt SLEW FALLing_ NRf gt lt NRf gt FK 200L2 16 1600 16mA us 1600mA us SmA us HH 160 16000 160mA us 16000mA us 80mA us INT SLEW FALL _ 16 INT SLEW FALL 16 INTerrupt
136. MEMory STORe MEAS VOLT SOURce MEMory 10 000 STORe _ lt NRf gt lt NRf gt 1 3 MEASure SCALar VOLTage OFFSet MEASure SCALar MEM STOR _ 1 VOLTage OFFSet_ NRf gt lt NRf gt RESPonse DMM 4 167 SCPI RESPonse SLEW LOAD ON B RESPonse SLEW_ NRf gt lt NRf gt 1 10 FK 200L H L 1 320mA ZXus 32mA ZXus 32mA ZXus 3 mA us 3 6 4mA us 640uA us 4 3
137. VOLTage FULL _ lt NRf gt 4 lt NRf gt DMM 4 KT MEAS CURR FULL 4 0002 MEAS CURR FULL 4 0002 MEAS VOLT FULL 15 0002 MEAS VOLT FULL MEASure SCALar POWer DC 15 0002 MEASure SCALar POWer DC MEMory MEMory RECall REXEUJ OF MEAS POWER SOURce MEMory 100 00 RECall _ lt NRf gt NRf gt 1 3 MEASure SCALar VOLTage DC MEASure SCALar VOLTage DC MEM REC _ 1
138. CC CV CR CP MODE RANGE LIMIT 4R ON LOAD S OFF LOAD OFF
139. ON FK 200L 2 ELECTRONIC DC LOAD FK 200L2 VER 1 00 TAKASAGO 3 COMPONENT 2 00L2 1 400L2 0 1000L2 0 2000L2B 0 TOTAL POWER 200W 3 MAIN 0 000 0 0000 A F 0 000 w CC SET 4 0000 A SR LOAD 32mA s MAIN OFF 20 CC L L CC CV CR CP
140. REMOTE SYST INIT__ 0 SYSTem ERRor NEXT SYSTem ERRor 0 z 100 Command error 101 Invalid character 102 Syntax error 104 Data type error Missing e y 109 parameter 120 Numeric data error Character data Ssi yrn 140 error 150 String data error 902 No permission Command 903 Receive time out G R
141. LIMPp LIMP LMPpl 12 LIMV LIMVp1 LIMV LMVpl 2J 13 AR ARp1 14 DCL DCL SEN 15 CCL L CCLp1 CCL CCLp1 RE EX m z lt YEE 16 cCH pa H CCHp1 CCH CCHp1 Aia Pas TEN MESSOR ar ee a a CR s was TEN ANa rr T opam One Eam pam Cm 19 chn cmHp1 CRHo CRHp1 CR EXE CV 20 DLT ARE DLTp1 DLT pDLTp1 H CC CR 21 SFS SFSp1 SFS SFSpl 25 SHT SHTp1 SHT SHTpl 178 FK A No 1 CUT CUTp1 CUT cuUTp1
142. 2 MQA DSR ON DTR ON RTS CTS SERIAL I F 1 RS 232C SERIAL I F 1 No IN OUT No IN OUT 6 1 1 NC RX IN 3 TX OUT 4 DTR OUT 5 GND 6 DSR 9 5 7 RTS OUT 8 CTS IN 9 NC _ D SUB9 SERIAL I F 1 FK aii j DSe 065 D Sub din D Sub 9pin RX 2 RX 2 TX 3 x 3 DTR 4 DTR 4 GND 5 gt lt GND 5 J DSR 6 DSR 6 RTS 7 RTS 7 CTS 8 GTS 8
143. R1 R2 E No 4 17 V INZA COM No 3 16 EXTCTRL V 8 G x FBE EXT V 0 10V 1mA MAX A COM wa l 1 129 bwa d m E B C 10V 1mA
144. _ ON 175 FK FK CRLF CR LF L
145. FK II ON 195 ALL SETTING MEMORY MAIN MENU MENU DYNAMIC INTERRUPT PROGRAM SUB FUNC ADJUST SYSTEM t 1 SYSTEM MENU DYNAMIC INTERRUPTFINITIALIZE PROGRAM REMOTE SUB FUNC CONTRAST KEY INPUT INFORMATION ADJUST 198 L MENU DYNAMIC INTERRUPT
146. SCPI 0 999999 ATLF WH 100 ATLF WH 100 ATLF WH ENABIe ATLF WH ENABle_ NRf1 gt lt NHf1 gt 0 1 ATLF WH ENAB_ 1 ATLF WH ENAB 1 INTerrupt INTerrupt EXTernal STATel INTerrupt EXTernal STATe _ String gt lt String gt ON OFF G LOAD OFF INT EXT _ ON INT EXT ON INTerrupt INTT INTerrupt INTT_ NRf gt lt NHRf gt
147. USER ADJUST 1 OFFSET USER ADJUST EXIT CTRL RC FULL SCALE 180 FULL SCALE FINE 180 IOFFSET _ 3 0 DAMPING LEVEL 180 SAVE 9 1k Q G C RC 9 1k Q 241 242 O 4 4 WS P 87 Q 1 11
148. Q P 3 P 243 229 CR USER ADJUST EXT CTRL V USER ADJUST 1 OFFSET USER ADJUST EXIT CTRL V FULL SCALE 180 FULL SCALE FINE 180 OFFSET gq 180 DAMPING LEVEL 180 SAVE 0 1V 0 1V
149. SUB FUNC 0 00 Q SOFT START DIS AC SUMMING DIS EXT CTRL DIS EXT CTRL LOAD DIS EXT CTRL MODE DIS 1 11 AC SUMMING ENA DIS SUB FUNC AR 0 00 Q SOFT START DIS ENA EXT CTRL DIS EXT CTRL LOAD DIS EXT CTRL MODE DIS Q ENTER 117 CC CR CP UVL CC CV ES UVL t UVL CV 0 00 0 000 0 00 w CC SET 40 000 3 SR LOAD 320mA zs CC
150. CP NM FK L2 1 5V FK L2Z 0 5V TT FK L2 150V CP MAIN MODE MODE CC CV AR DIS CR CP 49 50 t 1 CP MODE CC CV AR DIS CR OFF LOAD OFF ENTER
151. ve 95C 72 LOAD ON OFF S amp S CR CV CP m 5VDC 2 5VDC Q3
152. ALM Ge CLEar ATLF AuTomatic Load Off ATLF E STATe Automatic Load Off AH Automatic Load Off ENABle Automatic Load Of CURRent AMPLitude Automatic Load Of DIRection ENABle Automatic Load Of MEMory g RECall Automatic Load Off STORe Automatic Load Off TIMe Automatic Load Of ENABle Automatic Load Of VOLTage Z LOWer E g AMPLitude Automatic Load Off ENABle Automatic Load Of WH Automatic Load Of ENABle Automatic Load Of SCPI 155 SCPI INTerrupt
153. OFF LOAD OFF P 109 123 II 124 5V 1mA MQ EXT CTRL MODE ENA P 122 B EXT MODE 0 EXT MODE 1 9 EXT MODE 2 EXT MODE 3 D COM D COM 4
154. OUTPUT OUTPut Output Outp OUTP 151 SCPI 152 SCPI LOAD STATe EXTernal MODE _ lt param gt lt param gt MODE 5 LOAD STATe LOAD STATe ALM CLEar LOAD EXTernal MODE _ lt param gt lt param gt
155. STATus MEASure 5 CONDition PARallel SCPI SWST Sweep amp Step S amp S SWST PATTern z EDIT Sweep amp Step MEMory Pag RECall Sweep amp Step STORe Sweep amp Step PROGram EDIT Sweep amp Step MEMory a Ei RECall Sweep amp Step STORe Sweep amp Step STATg Sweep amp Step 159 SCPI 160 SYSTem SYSTem z ACSumming COMMuni
156. TCUT 0 0001 0 6 TCUT TCUT FK TCUT TNOR TNOR 0 001 60 000 TNOR TNOR TNOR SLC SLC FK200L2 FK160L2Z 0 016 1 600 A us H 0 160 16 000 A us 8mA us H 80mA us SLC SLC SLC
157. TYPE1 LOCK TYPE2 LOCK LOAD TYPE3 LOCK LOAD MEMORY DIRECT ENTER ENTER DY ON DIRECT ENTER MAIN MENU MENU DYNAMIC INTERRUPT PROGRAM SUB FUNC ADJUST SYSTEM t 1 SYSTEM MENU DYNAMIC INTERRUPT PROGRAM SUB FUNC ADJUST INITIALIZE REMOTE CONTRAST KEY INPUT INFORMATION 203
158. 150V EXT V 0 10V 1mA MAX y QA PHOJIEVHF A COM 131 l B C 10V 1mA B B C 2 R1 R2 E No 4 17
159. INTERRUPT CYCLE 1 EXT CTRL DIS EXECUTE 113 ENTER 0 000 0 0000 0 000 CC SET INTRP 4 0000 A ERES lt srop RNG 15V START ENTER 0 000 0 0000 CC SET INTRP 0 000 4 O000 A START EESZHE guelz ps RNG 15V i gt STOP 0 000 0 0000 CC SET INTRP 0 000 4 0000 A START EzBgguelz FE RNG 15V 114 ENTER 0 000 0 0000 ia 0 000 CC SET 4 0000 A INTRP EAP STOP D ESC MAIN ESC MAIN 115
160. KEY LOAD KEY LOAD MEMORY 3 MEMORY LOCAL TRIGGER OUT O POWER ON Z OFF ON OFF SHORT DYNAMIC LOAD INPUT
161. SOFT SCPI 157 SCPI 158 SOURce SOURcg CURRent zE LEVel IMMediate ag AMPLitude PROTeotion n LEVel RANGe FUNCtion F MODE POWer LEVel IMMediate m AMPLitude PROTeotion LEVel RESistance LEVel IMMediate E AMPLitude DELTa gt LEVel 4 R STATe A R ON OFF VOLTage z F LEVel E IMMediate 7 AMPLitude PROTection 5 UNDer ij LEVel UVL RANGe STATus
162. ESC 3 MAIN NM MAIN MAIN OFF O ON NM OFF ON 148 A CR LF ADDR_ CR LF SCPI 1 31 _
163. S S M3 58 gt o 59 O 60 LOAD ON OFF LOAD ON OFF CC CR LOAD ON OFF
164. SS ba h aha um sasan kh 78 Z AAT Wa sa IIF atau EE 80 amp 80 IIE e ei ham E SE 82 PP PP 84 JA DE SRE sp uu OS 87 Contents SNR RR EI RR A AIEEE ERE ER tA Rt 89 NR ERE EE REE EN ECLA NR NE EE A RR AIN RR 93 NINE TEER RRR I NIRE NDINS EER EI ENG ERE EE ERIN RRS REE 95 HDORA IE 22 as qua aa Su h aaa aaa 98 NE ER RE ER CN EEI ER E NERY Cow EERE EE 98 IERE 44 EINA SE s wa qa pastuta qk IRE EET qa amana EEEE EET 99 NAR RIRS ERE ERO RE CE i gi iis id 0 1 US Sch EEA AEE E q ka a S RR KE RR RN RR AN ERE k naw alus Pta 04 ENRE e e ee e a i Rea 108 Sa aa pa a kapu w AS ER Panay a Chakuq a walpa RR RRR RA EEE EAE a 08 110 113 TAERE RS 116 NR NER PEETERS PE NRN NN RT PEES NE 6
165. ee 219 ee 223 PCYPP PP 223 CC ee 226 CR a50 CV s 234 CP E F oo 238 CPP Cf Pf CC PPP Fr 243 a a Bi saa 244 247 ppaki S ES 248 PIPIS asahan Sasha e A EE EE 248 Sasseeseeseeneeesesereeseeceeeeesseseeesesseeeerseseeeeeesseseeceeseeeereeeseeeee ceeeeeseeeee 248 TAE CC E Eana i eg ea Ee o da E 248 ERPE CV EER ea eaa A a O EE 249 EAA CR ESR aaa e a e a a Sasa aN e 249 EEE Gua ES EE 250 ree a a SE NS EE eroe 25 XE UJ DA a 251 RR RRR ARE E EEEE SEES AEE EE 251 Content
166. 1 1 1 FK L2Z ENTER ENTER ESC ENTER1 az P 27 EN t 1 gt MENU LCD P 29 LOAD ON OFF ON OFF ON
167. 101 ENTER AUTOMATIC LOAD OFF RECALL PRG No 1 SAVE TO PRG No 1 INITIALIZE EXECUTE YES Z A 1 YES AUTOMATIC LOAD OFF RECALL PRG No r SAVE TO PRG No 1 INITIALIZE EXECUTE M NO ENTER AUTOMATIC LOAD OFF RECALL PRG No s SAVE TO PRG No 1 INITIALIZE COMPLETE A COMPLETE 2 Q ESC AUTOMATIC LOAD OFF AUTO OFF E DIS AUTO OFF PRG No 1 AUTO OFF CONFIG 102 wa RECALL PRG No No ENTER AUTOMATIC LOAD OFF RECALL PRG No 1 SAVE TO PRG No 1
168. TRIP ee 55 OHP bessessssssssssosssssssecossesbeseesassoresesssrssesesesssesessssrscsssossssdsses 56 57 SS ua saa 8 002022EtRORS8 58 LOAD ON OFF DCCPCPPPPPFPFPPPPFPF PPP PP 6 1 SIRAI RSS uyu S DS Dh a p EE aE 62 SEES A aa aa huuu aaa hu aus 64 PPPPPFPPP PPPFPP PP PPP 66 P 66 OOP PP PP i PP 66 HRSA A a EE 68 CPPFPFPPFPPPFPPFPFPPPP PPP 71 SS RR a au a aba maskaq as 71 TH AAA i a a a iiaa 72 besseessosssessesssessossserssessscsssreessessssseeseeesosesosssseseessst seesessssesee 73 TRG EDGE revosveestesevrvkssktreseesssevsssetssvsscsrescssososrvvrkeo 76
169. 130 R 0 10k Q 10V 1mA MAX wa 0 10V 0 V l BE 1mA B C R1 R2 E No 4 12 V INZA COM No 3 16 EXT CTRL V AX 8 0 10V EXT V V V x FRE V 1 FK L2
170. H 5 H L 6 H H 7 H H MOD MOD MOD MOD CRG CRG CRG CRG CRG 180 0 1 0 1 H VRG VRG 0 1 0 L 1 H VRG VRG VRG 0 1 0 L 1 H LOD ON OFF LOD 0 1 O LOAD
171. MAIN MENU MENU DYNAMIC INTERRUPT PROGRAM SUB FUNC ADJUST SYSTEM 11 1 SYSTEM MENU DYNAMIC INTERRUPT INITIALIZE PROGRAM REMOTE SUB FUNC CONTRAST ADJUST KEY INPUT INFORMATION MENU DYNAMIC INTERRUPT PROGRAM SUB FUNC ADJUST REMOTE CONTRAST KEY INPUT INFORMATION 201 t 11 CONTRAST MENU DYNAMIC INTERRUPTFINITIALIZE PROGRAM REMOTE SUB FUNC CONTRAST KEY INPUT INFORMATION ADJUST SYSTEM ENTER CONTRAST CONTRAST x 190 150 240 ESC 3 MAIN 202
172. ADJUST MENU DYNAMIC INTERRUPT PROGRAM SUB FUNC EGEDEREEN ETER SYSTEM USER ADJUST 224 LI MENU DYNAMIC INTERRUPT PROGRAM SUB FUNC SYSTEM USER ADJUST t 1 USER ADJUST MENU DYNAMIC INTERRUPT PROGRAM SUB FUNC ADJUST METER SYSTEM USER ADJUST ENTER USER ADJUST EXIT CTR FULL SCALE FULL SCALE FINE OFFSET DAMPING LEVEL SAVE s hhh OO O O O O lt 1 11 EXT CTRL V RB RC V B RB C RC 225
173. FULL SCALE USER ADJUST EXIT CTRL RC H 3 0 FULL SCALE FINE 180 OFFSET 180 DAMPING LEVEL 180 SAVE 0 0 O Q 8 8 D 1 1 FULL SCALE FINE USER ADJUST EXIT CTRL RC FULL SCALE 180 FULL SCALE FINE 180 OFFSET 180 DAMPING LEVEL 180 SAVE D 6 3 P 243
174. ENTER MAIN 45 LMT LIM IT CURRENT 4 OBJA POWER 61 20W UNDER VOLT 0 000V 1 1 CURRENT B 1 1 POWER LIMIT CURRENT 4 POwER J 61 UNDER VOLT O 00A 20W 000V B ENTER MAIN 46 D Y P 27 gt 0 0 00 0 000 a 0 00 w CR SET 0000 mS 5000 000 Q 1 1
175. OFFSET 0 1 CURRENT METER 0 0 9oA FULL SCALE 4 0000A CC SET 0 0100A SAVE CURRENT 0 0100A D 1 1 CC SET D CC SET CURRENT METER OFFSET 0 0000A FULL SCALE 4 0000A 4 0 ooA SAVE CURRENT 4 0000A 1 1 FULL SCALE 217 Q FULL SCALE 0 196 CURRENT METER OFFSET 0 0000A 4 0 00A CC SET 4 0000A SAVE CURRENT 4 0000A D 1 1 SAVE CURRENT METER OFFSET i 0 0000A FULL SCALE 5 4 0000A CC SET 4 0000A CURRENT 4 0013A ENTER CURRENT METER OFFSET 0 0000A FULL S
176. 7 20 No 1 C MONI V MONI 31VIN 4 R1 5 EXT ON OFF ON OFF 6 CURR INTERR 7 EXT TRIP 8 EXT MODEO 9 EXT MODE2 10 NC NC 11 NC NC 12 ALM STS 13 SHORT STS 14 A COM 15 A COM 16 A COM 17 R2 18 D COM ON OFF COM 19 D COM COM 20 D COM COM 1 EXT MODE1 22 EXT MODE3
177. CURRENT CROSS DOWN CURRENT CROSS UP ACCUM CURR ACCUM POWER ACCUM TIME DIS kis 1 1 SAVE TO PRG No W SAVE TO PRG No 11 AUTOMATIC LOAD OFF RECALL PRG No 1 SAVE TO PRG No 1 INITIALIZE No SAVE TO PRG No 7 D 5 2 SAVE TO PRG No 1 5
178. RHZF J JIS A i 4804 R 460 10 Y e YA Ea i100 1 149 266 RHZF E EIA a a 482 6 4 X 2 1 B 465 8 8 H oj h 6 y H a N op 0 4 0 267 268 T485 0 3M 300mm T485 0 6M 500mm T485 01M 1m FKP 0 3M 300mm FKP 0 6M 600mm FKLW 50 0 5M 500mm 50A FKLW 50 01M 1m 50A FKLW 50 02M 2m 50A FKLW 100 0 5M 500mm 100A FKLW 100 1M 1m 100A FKLW 100 02M 2m 100A FKLW 200 0 5M 500mm
179. k ALM CLE G ATLF AuTomatic Load Off ATLF AH ATLF AH_ NRf1 gt lt NRf1 gt 0 999999 ATLF AH_ 1 ATLF AH 1 ATLF AH ENABle ATLF AH ENABle _ lt NRf1 gt lt NHf1 gt 0 1 ATLF AH ENAB _ 0 ATLF AH ENAB 0 ATLF CURRent AMPLitude 161 SCPI ATLF CURRent AMPLitude_ lt NRfI gt lt NRf1 gt 0
180. 0 V 0 10V NM 500 0 1MO 29 5OmV VOLT MONI T FK 200L2 L 0 15V 0 10V H O 150V O 10V VS A COM ON OFF ON OFF LOAD ON OFF LOAD STS T l BE S COM ON LOAD ON ON 1
181. 5 10 0 1 2 3 4 5 6 7 8 9 10 11 12 A l 213 15 5 1 0 005 1mV 100V 1 5A 50mV 0 1 50A 50mV 0 1 FK 200L FK 160L2Z 100A 50mV 0 1 FK 400L 200A 50mV 0 1 FK 1000L2 FK 480L2Z 16 SE 5V 1059 E 160V 0 3A
182. 1 5V SHORT STS 24V 5mA MEE DC500V 139 140 SHORT asan K SHORT STS S COM MC ON 1 1 5V SHORT STS 24V 5mA MEE DC500V wa OVP OCP RCP BST BIAS TRIP OHP
183. VOLTAGE FK 200L2 l HH L L H H L 2700 0mS gt H 270 00mS L lt L L 200 0mS gt H 200 00mS L L H gt H H 1 00mS gt L 1 0mS H L H 0 0 1mS gt L 0 1mS CP
184. OA 1 TES sa r OVEL EBA 2 1 L Z I Nu a s U e 90 90 10 10 ei E A TRIGGER OUT ie jf i 1 TTL 2 INTRP TIME NORMAL TIME 9096 gt 10 T 10 90 1 W cuu bube k A E E FEIA B QY P 1 1
185. CURRENT LIMIT POWER LIMIT UNDER VOLT STEP NO 0 OPERATION STEP TIME 0 1s VALUE 0 0000A RECALL 1 PTN No SAVE TO 1 PTN No AUTOMATIC AUTO OFF DIS LOAD OFF AUTO OFF 1 PRG No AUTO OFF UNDER VOLT DIS CONFIG CURRENT DIS CROSS UP ACCUM CURR DIS ACCUM POWER DIS ACCUM TIME DIS RECALL 1 PRG No SAVE TO 1 PRG No SUB FUNK AR 0 000 SOFT START DIS AC SUMMING DIS EXT CTRL DIS EXT ON OFF DIS EXT CTRL DIS MODE mg 8 1 3 4 ADJUST METER CURR METER OFFSET 0 00004 FULL SCALE CC SET 0 0000A CURR METER OFFSET 0 000A FULL SCALE H CC SET 0 000A VOLT METER OFFSET 0 000V FULL SCALE VOLT METER OFFSET 0 00V H LYX FULL SCALE H USER ADJUST EXT CTRL pis 2 FULL SCALE FULL SCALE FINE OFFSET DAMPING 230 LEVEL SYSTEM INITIALIZE ALL REMOTE DEVICE ADDR 1 BAUD RATE 9600 DATA BIT 8 PARITY NONE STOP BIT 1 COMMAND FK I TYPE CONTRAST CONTRAST 190
186. RB 100 Q 231 232 4 4 P 27 Q 1 11 FULL SCALE USER ADJUST EXIT CTRL RB IFULL SCALE so FULL SCALE FINE 180 OFFSET 180 DAMPING LEVEL 180 SAVE 10k O
187. 1 11 REMOTE MENU DYNAMIC INTERRUPT PROGRAM SUB FUNC ADJUST INITIALIZE CONTRAST KEY INPUT INFORMATION ENTER REMOTE 1 BAUD RATE 9600 DATA BIT 8 PARITY NONE STOP BIT 1 COMMAND TYPE FK ZI 1 11 Q DEVICE ADDR 1 31 BAUD RATE 9600 19200 38400 DATA BIT 8 7 PARITY NONE ODD EVEN STOP BIT 1 COMMAND TYPE FK ll FK FK II SCPI FK FK 147
188. 23 D COM COM 24 NC NC 25 LOAD STS LOAD 26 S COM 120 wa 00000000000 000000000000 oooSSGoooooGo SM 58 18AWG UL 7MM S gt e 0 121
189. EE FAN 9 00 12 00 13 00 17 00 tu amp FAX 0235 23 4814 0235 25 9783 EE 1 3
190. VOLT METER Y L H METER CALIBRATION CURR METER 4A RNG CURR METER 40A RNG Mon 15V RNG VOLT METER 150V RNG FACTORY SETTING ENTER VOLT METER OFFSET g o ooov FULL SCALE 15 000V SAVE VOLTAGE 0 000V 1 11 OFFSET D 196 220 D OFFSET 0 05 VOLT METER OFFSET FULL SCALE SAVE VOLTAGE o Boo v 15 000V 0 150V 1 1 FULL SCALE 8 FULL SCALE 0 0596 VOLT METER OFFSET FULL SCALE SAVE VOLTAGE 0 000V 1 oooV 15 001
191. 0 00 0 000 mmm 0 00 RESET POWER OFF ON OFF ON FK 160L2Z FK 160L2Z J29 RER BST BooSTer OFF OFF 0 00 0 000 ama 0 00 w lssr RESET POWER FF ON OFF ON TRIP P 135 55 56 OHP Over Heat Protector 95
192. CRM FK200L2 FK160L2Z 0 3704 10000 00 Q 0 1mS KS G S 1 R Q CRM H CRL CRL x CRH L CR CRH FK200L2 FK160L2Z 3 7037 100000 0 Q 0 01mS KS G S 1 R Q H 184 CRH CRH
193. MENU DYNAMIC INTERRUPT PROGRAM SUB FUNC ADJUST SYSTEM t1 1 SYSTEM MENU DYNAMIC INTERRUPTFINITIALIZE PROGRAM REMOTE SUB FUNC CONTRAST ADJUST KEY INPUT INFORMATION MENU DYNAMIC INTERRUPT PROGRAM SUB FUNC ADJUST REMOTE CONTRAST KEY INPUT INFORMATION 205 1 1 INFORMATION MENU DYNAMIC INITIALIZE INTERRUPT P REMOTE PROGRAM METER SUB FUNC CONTRAST ADJUST KEY INPUT SYSTEM m INFOMATION ENTER INFORMATION F W VERSION 0 00 COMPONENT 200L2 1 400L2 1 1000L2 1 2000L2B 1 TOTAL POWER 3600W Q ESC MAIN 206
194. STEP No 1 1 1 SAVE TO PTN No g D9 amc SAVE TO PTN No CREATE PATTERN RECALL PTN No 1 SAVE TO PTN No 1 INITIALIZE No SAVE TO PTN No 7 QB 10 SAVE TO PTN No 1 10 ENTER CREATE SEQUENCE RECALL PTN No 1 SAVE TO PTN No 1 INITIALIZE EXECUTE YES Z i 1 YES CREATE SEQUENCE RECALL PTN No 1 SAVE TO PTN No 1 INITIALIZE EXECUTE MIS NO 87 8 ENTER
195. USER ADJUST 1 1 SAVE USER ADJUST EXIT CTRL FULL SCALE FULL SCALE FINE OFFSET DAMPING LEVEL ENTER s b h L ooo0oo0o lt USER ADJUST FULL SCALE FULL SCALE FINE OFFSET DAMPING LEVEL SAVE YES EE kh 0 lt 1 H YES ENTER ESC MAIN 243 MAIN MENU MENU DYNAMIC INTERRUPT PROGRAM SUB FUNC ADJUST SYSTEM 1 11 ADJUST MENU DYNAMIC INTERRUPT PROGRAM SUB FUNC METER SYSTEM USER ADJUST
196. 235 USER ADJUST 1 OFFSET USER ADJUST EXIT CTRL RB FULL SCALE 180 FULL SCALE FINE 180 OFFSET ESEL DAMPING LEVEL 180 SAVE 100 Q 9 B RB 100 Q 3 w P 27 1 11 FULL SCALE USER ADJUST EXIT CTRL RB UUIII LTHWIIIFTYGWSSEE 3 0 FULL SCALE FINE 180 OFFSET 180 DAMPING LEVEL 180 SAVE 1ok 0 Q
197. D9 amc STEP No 1 STEP No STEP NO 2 CREATE PATTERN STEP No d 2 OPERATION SWEEP TIME 999 9S VALUE 20 000A VA 10 STEP No 2 D 3 8 N TIME END 20 10 86 8 amp 1 CREATE PATTERN
198. RPO PTE OTIIA EE E EE OEE E TTE O EER CR IRR Et 18 HEDRE n e ea ss aa aaa ahua TE 120 RN ER EEE REERNRA RT ERE ER EAR ERR Se RR ERARAS ESKK 22 PAE PE PEE T T 24 EAEE A OT ES EEE PE AEEA 25 KHR 25 RETETE EEN EE SEAE EEN E ET EE EEE NR 27 Cr COLE YY 28 128 KHR 29 fi TES 30 130 RE EER RE NE RRR A ER EIR EE iR ot tts 13 PEA EE OSE ET TEE A 32 132 DGG PS 2200 02080 HE 133 Contents ON Ja OFF CRAIN SR EE EERE 34
199. CONTROL MODE3 MODE2 MODE1 MODEO H 0 L x 1 0 H CC CR CP CV 0 1 d m E B C 10V 1mA B B C
200. G00A FKLW 200 01M 1m GO00A FKLW 200 02M 2m GO00A W 0914 AC250V10A RHZF J JIS RHZF E EIA 1000A 100A 10 100 1000 mm 269 FK L2 3 6 67 40 100 200 FK 1000L2 1000W 2 67 16 40 80 FK 400L2 400W 1 33 8 20 40 FK 200L2 200W A V 1 10 o4 t g 0 50 100 150 200 FK 1000L2 1000W 20 40 60 80 FK 400L2 400W 10 20 30 40 FK 200L2 200W A Maam 3 2 24 60
201. P9 amc SR DYNAMIC DYNAMIC SR DYNAMIC 320 000MAZ7 xs TRG EDGE EVENT 77 J Y DYNAMIC SR DYNAMIO EAEI s TRG EDGE EVENT A t1 1 TRG EDGE DYNAMIC SR DYNAMIC 320 000mA zs TRG EDGE EVENT TRG EDGE DYNAMIC SR DYNAMIC 320 000mA zs TRG EDGE EVENT ESC 2 MAIN ca D ON OFF
202. 9 1k Q G C RC 9 1k Q 3 US P 27 1 1 FULL SCALE USER ADJUST EXIT CTRL RC IFULL SCALE 3 0 FULL SCALE FINE 180 OFFSET 180 DAMPING LEVEL 180 SAVE O 0 0 237 Q 1 1 FULL SCALE FINE USER ADJUST EXIT C
203. CREATE PATTERN SWEEP amp STEP PROGRAM EXECUTE CREATE SEQUENCE CREATE PATTERN ENTER CREATE PATTERN RECALL PTN No 1 MODE CC VOLT RNG 150V CURR RNG 40A v 1 11 MODE t 1 VOLT RNG D t 1 CURR RNG B D 1 1 LIMIT CURRENT D 1 LIMIT D POWER D D 1 1 LIMIT O UNDER VOLT 83
204. L H 0 00 163 20 W H 0 00 163 20 W L 0 01W H L 0 01W L LYX 0 01W H 0 01W POW POW POW POW CR CR CR FK200L2 FK160L Z 0 3704 10000 00 0 H 0 0371 1000 000 0 L 3 7037 100000 0 0 H 181 FK 0 3704 10000
205. SUB FUNC ADJUST AUTOMATIC SYSTEM LOAD OFF 99 ENTER AUTOMATIC LOAD OFF AUTO OFF M DIS AUTO OFF PRG No 1 AUTO OFF CONFIG Q 1 1 AUTO OFF CONFIG AUTOMATIC LOAD OFF AUTO OFF DIS AUTO OFF PRG No 1 AUTO OFF CONFIG ENTER AUTOMATIC LOAD OFF UNDER VOLT DIS CURRENT DIS CROSS UP v AUTOMATIC LOAD OFF ACCUM CURR 4000Ah ACCUM POWER 20000Wh ACCUM TIME 99 59 59 YA WS o 1 1 9 1 100 DIS UNDER VOLT
206. 149 SCPI SCPI SCPI ASCII 1 _ ADDRess _ 1 ADDRess OUTPut 1 ALM CONTain CC SCPI OUTPut 150
207. 2 TCUT TCUTp1 TCUT TCUTp1 3 TNOR TNORp1 TNOR TNORp1 4 sLc SLCp1 SLC SLCpl 5 SLR SLRp1 SLR SLRpl 6 CCNT CCNTp1 CCNT CCNTp per I No 7 m CV tlper v DSTp1 DST DSTpl rumi SCL SCLp1 SCL SCLpI 3 SCH SCHp1 SCH SCHpl 4 SRL SRLp1 SRL SRLpl 5 SRM EEPE SRMp1 SRM SRMpl 6 SRH SRHp1 SRH2 SRHpl SCP SCPp1 SCP SCPpl 8lFRa ERGp1 FRA FRQp1 9 DTY 2 hTYp1 DTY DTYpl gt N CP 10 RSP We RSPp1 RSP RSPpl
208. EXT CONTROL HO ON OFF TERMINATION 1 ON 1 FK Il ON FK I OFF SERIAL I F 2 RS 485 1 FK II IEE PITIT EPILATOARE IOT ETELE AEE TESTE E S O IOV
209. LIMP LIMV LIMV FK200L2 FK400L2 FK1000L2 L 0 000 15 000 V 0 00 150 00 V L O 001V 0 01V FK160L Z L 0 500 15 000 V BEH 0 50 150 00 V 0 001V 0 01V LIMV LIMV LIMV AR AR 1 DCL DCL L L
210. MK CV USER ADJUST EXT CTRL V USER ADJUST 1 OFFSET USER ADJUST EXIT CTRL FULL SCALE FULL SCALE FINE OFFSET DAMPING LEVEL SAVE ooo0oo0o lt 0 1V 234 0 1V WS P 27 1 11 FULL SCALE
211. SR LOAD LOAD ON OFF TY LOAD MAIN LOAD ON OFF 47 48 wa CL PL 0 00 0 000 S ion 0 00 w CR SET ms SR LOAD 32mA s Fa
212. 0 00 0 000 0 00 w PUSH ENTER RESET ENTER RCP Reverse Current Protector FET 0 00 0 000 m 0 00 PUSH ENTER RESET ENTER NM LOAD sa
213. BASEE BABER 5 4S 13 5S 8 18 4 0 27S RADER 0 54S 1 35S 0 818 1 60W CP 120W 300W 180W 200W 160W 400W 1000W 480W 3 200W 160W 400W 1000W 480W 4 200W 160W 400W 1000W 480W 30kO TYP 5VDC 5 5VDC RS 232C RS 485 BNC Bus BNC 2 s
214. FULL SCALE i FULL SCALE FINE OFFSET DAMPING LEVEL SAVE YES EE h b L OO OO H YES D ENTER ESC MAIN 246 248 FK 200L2 FK 160L2Z FK 400L2 FK 1000L2 FK 480L2Z 0 150V 0 5 150V 0 150V 0 5 150V 40A 80A 200A 120A 200W 160W 400W 1000W 480W RABE 200V 200V 1 1 5V 1 5V FK 600L5 400L2 1000L2 0 5V FK 160L2Z FK 200L2 FK 160L2Z FK 400L2 FK 1000L2 FK 480L2Z AC90 250V 50Hz 60Hz VA 88VA 190VA 80VA 130VA 1530VA W 34W 190
215. 40A H 4A ATLF CURR AMPL_ 4 ATLF CURR AMPL 4 000 ATLF CURRent DIRection ATLF CURRent DIRection_ lt NRf1 gt lt NRf1 gt 0 FB 1 EBR ATLF CURR DIR_1 ATLF CURR DIR 1 ATLF CURRent ENABIe ATLF CURRent ENABle_ lt NRf1 gt lt NRf1 gt 0 1 Bl ATLF CURR ENAB_1 ATLF CURR ENAB 1 ATLF MEMory RECall 162 ATLF MEMory RECall _ lt NRf gt lt NRf gt 1 5 ATLF MEM ATLF MEMory 223 ATLF MEM ATLF STATe G REC_ 1 STORe
216. LEVel _ lt NRf gt lt NRf gt 200L2 L 60W AMPLitude SOURce RESistance LEVel IMMediate AMPLitude _ NRf gt lt NHRf gt SCPI POW PROT _ 60 POW PROT 60 00 SOURce RESistance LEVel IMMediate G MS 200L2 L 27000mS RES _ 27000 RES 27000 SOURce RESistance DELTa LEVel 4R SOURce RESistance DELTa LEVel _ NRf gt NRf gt 0 0000 4 0000 1m O G
217. SENSE O LINE INPUT D Q x 7 k M S CONTROL IN M S CONTROL OUT SERIAL I F 1 RS 232C PC
218. USER ADJUST 1 OFFSET USER ADJUST EXIT CTRL RC FULL SCALE 180 FULL SCALE FINE 180 180 DAMPING LEVEL 180 SAVE 9 1k 0 C RC 9 1k 0 4 4 P 27 Q 1 11 FULL SCALE USER ADJUST EXIT CTRL
219. ee 135 ee 136 SR EE 137 138 ON A OFF EIIE ETETE E T A T E NA T AT 39 eve ae E TET 40 ee 14 Sn SS i SE aw qass9 144 kaa i ARR EDR Doa a SD ERR dR RRR RNR SE SNR RE amaya a Pa 146 oo 149 SCPI SS Y 50 RIRS ae ie A 150 52 DURE AEE E EER ER REE REAR EIN RRR E GSE EERE SRA REIS ECR 53 SCPI PER EELEE EEE PLATESSA ELEL IIIS ETTET otis 54 SCPI 161 FK wuake SRE ua was ua ER T S S OS QN 76 RR RE RR RE SERN RAE RN EEE E EA 176 WE PNR REE Re RR RIERA RN Gn RA RE RRR ERNE RR 77 5 77 FK RRB 78 FK PEEPLES AE A Rh 80 osetia ae
220. t1 1 VOLTAGE 39 H RANGE VOLTAGE Hv CURRENT 4A t 1 CURRENT O OFF LOAD OFF DY ot V A ENTER MAIN LMT LIM IT CURRENT 4 opa POWER 61 20W UNDER VOLT D t 1 CURRENT DY Sauvon L L
221. 264 4 r FK 1000L2 FK 480L2Z LOAD INPUT 2 M12 Zei Zo S 305 55 4 M3 280 67 5 A lc j J y A O a Jik k eg GZ 86E 02 265 FK I JIS EIA JIS HHZF J JIS EIA RHZF E EIA ZX FK I 00W 160W 3 400W 1000W 480W 1 HHZF J JIS RHZF E EIA
222. 8 EE CREATE PATTERN 1 STEP No STEP No CREATE PATTERN Sie No OO O VALUE 40 000A YA STEP No g TY 1 80 STEP No 1 20 STEP No 1 gt STEP No 2 STEP No 20 CREATE PATTERN STEP No W 1 OPERATION SWEEP TIME 999 9S VALUE 20 000A VA 2 STEP No 1 1 11 OPERATION CREATE PATTERN STEP No 1 NB SWEEP TIME 999 9S VALUE 20 000A YA 84 amp O
223. CC F 1 10 MAIN MENU 1 1 DYNAMIC ENTER 72 DYNAMIC 0 0000A EVENT 0 0000A T RATIO TIME TN 1000 000ms TE 1000 000ms v ca PY MAIN BAC LOCAL DYNAMIC NODRMAL DYNAMIC NORMAL 4o 00 A EVENT 0 0000A T RATIO TIME TN 1000 000ms TE 1000 000ms v 1 1 EVENT DYNAMIC NORMAL 40 000A o_ooooA RATIO TIME TN 1000 000ms TE 1000 000ms v Q EVENT DYNAMIC NORMAL 40 000A EVENT o 000 A T RATIO TIME TN 1000 000ms TE 1000 000ms v
224. SCPI OUTPut OUTPut STAT SCPI OUTPut OUTP OUTPut STAT OUTPu SCPI
225. V INZA COM No 3 16 B EXT CTRL RB C EXT CTRL RC MAX X i Z yma di RB W W x RC W W W x FERKO KO 10 132 R 0 10k Q 10V 1mA MAX wa 0 10
226. 10 STEP SWEEP SWEEP SWEEP LOOP 1 ISTEP11 ISTEPSIS STERSIS STEPIIS STEP STEPxiS STEP1iS iSTEPZIS SS STERLIS STEP Pa Gi x Batam Parei loop U 1 x 3 1 CYCLE 1 RA 20 5 panem 1 pattern pattern pattern pattern pattern pattern pattern pattern pattern pattern patom H 10 i 10 4 9 9 9 5 10 1 10 9 9 I loop KN loop Ku loop KW loop i loop gy op 100p 3 x 1 2 1 2 3 ik X T loop gn loop ga loop i loop KN loop ij 1 208 108 2 3
227. 12 000A HD 40000A 40 000A oooA 200 00A 120 00A 15000V 15 000V 15000V 15 000V 15 0oov HD 150 00v 150 00V 150 00V 150 00V 15o oov 60000W 60 000W 12000W 300 00W 180 00W g soooow 1eooow 400 00w 1000 0W 480 00W 3 20000W 160 00w 400 00W 1000 0W 480 00W 4 20000W 160 00w 400 00w 1000 0W 480 00W FK 200L2 FK 160L2Z FK 400L2 FK 1000L2 FK 480L2Z L 0 2 of rdg 10digit 0 of rdg 10digit 0 1 of rdg 2digit 0 1 of rdg digit 17 CL FK 200L2 FK 160L5Z FK 400L2 FK 1000L2 FK 480L2Z 0 04 4 08A 0 08 8 16A 0 2 20 4A 0 12 12 24A 0 4 40 8A 0 8 81 6A 2 204A 1 2 122 4A 10mA 10mA 100mA 10mA 100mA 100mA MA 100mA PL FK 200L2 FK 160L2Z FK 400L2 FK 1000L2 FK 480L2Z 1 0 6 61 2W 1 2 122 4W 3 306W 4 183 6W e 2 2 204W 2 163 2W 4 408W 10 1020W 4 489W FEHU _ L
228. EXIT CTRL EUL SCALE m m FULL SCALE FINE OFFSET x DAMPING LEVEL SAVE kh o 0 10V Q 226 t1 1 FULL SCALE FINE USER ADJUST EXIT CTRL v FULL SCALE 180 FULL SCALE FINE o OFFSET 180 DAMPING LEVEL 180 SAVE O 6 3 P 243 B GS CC USER ADJUST EXT CTRL RB
229. INTRP TIME NORMAL TIME SR INTRP SR RECOV v 32 1600mA s 00mA s oms 1 ms 110 1 11 NORMAL TIME INTERRUPT INTRP TIME 0 1ms NORMAL TIME 1ms SR INTRP 1600mA s SR RECOV v 32 00mA ks NORMAL TIME INTERRUPT INTRP TIME 0 1ms NORMAL TIME ns SR INTRP 1600mA s SR RECOV v 32 OOmA Zeus t1 11 SR INTRP INTERRUPT INTRP TIME NORMAL TIME 1600mA s 0 1ms 1 ms SR RECOV v 32 00mA ks INTERRUPT INTRP TIME NORMAL TIME 1 ms SRH INTRP Dr as SR RECOV v 32 00mA s 0 1ms 1 11 SR RECOV INTERRUPT INTRP TIME NORMAL TIME SR INTRP 0 1ms ims 1600mA s SR RECO 00mA s v 3 2 111 O S gt
230. RA RA ARIE LOAD LOAD OFF CCL CC CCL FK200L2 FK160L2Z 0 0000 4 0800 A 100 A FK MOD1 CRG CCL CCL CCL CCH E H CC CCH FK200L 2 FK160L2Z 0 000 40 800 A BHH 1mA
231. 20C 70C 20 80 RH 20 80 RH FK 200L FK 160L Z FK 400L FK 1000L FK 480L2Z mm W 143 W 214 5 W 214 5 W 429 5 435 9 W 429 5 435 9 H 130 147 H 130 147 H 130 147 H 130 139 H 130 139 D 405 461 5 D 405 461 5 D 405 461 5 D 405 483 5 D 405 483 5 5kg 7 5kg 8kg 15kg 16kg FK 200L FK 160L2Z FK 400L FK 1000L FK 480L2Z M5x 12mm M12x30mm 260 AC125V 3P 2P AC125V BNC 262 103 LOAD INPUT 2 M5 p 34 405 130
232. 260 AATA e ea ESE 262 IE 7 E E E E ahus A 266 A 268 Ara OHH
233. 8 9000 9 E SWST PROGram MEMory RECall S SWST PROGram MEMory RECall_ NRf gt lt NHf gt 1 5 2 SWST PROG MEM REC _ 2 SWST PROGram MEMory STORe S SWST PROGram MEMory STORe _ lt NRf gt lt NHf gt 1 5 2 SWST PROG MEM STOR _ 2 SWST PROGram STATe amp SWST PROGram STATe _ lt NRf gt lt NRf gt 0 Z 1 2 G LOAD OFF
234. AE P 54 Q FK 200L2 1 60L2Z 400L2 M5 FK 1000L2 FK 480L2Z M12 O O FK 1000L2 FK 480L2Z O FK 1000L2 FK 480L Z
235. CC CR CP CC CR CP MAIN MENU MENU DYNAMIC INTERRUPT PROGRAM SUB FUNC ADJUST SYSTEM 1 1 SUB FUNC MENU DYNAMIC INTERRUPT PROGRAM SUB EUNC ADJUST SYSTEM ENTER SUB FUNC 0 00 Q SOFT START DIS AC SUMMING DIS EXT CTRL DIS EXT CTRL LOAD DIS EXT CTRL MODE DIS t1 11 SOFT START SUB FUNC AR 4 000 Q ENA AC SUMMING DIS EXT CTRL DIS EXT CTRL LOAD DIS EXT CTRL MODE DIS ENA DIS Q ENTER
236. CURR 10 000 DYN _ ON DYN MEASure SCALar CURRent OFFSet ON MEASure SCALar LOAD CURRent OFFSet_ NRf gt LOAD lt NFf gt LOAD EXTernal MODE DMM LOAD 4 SUB FUNC gt EXT CTRL LOAD 166 SCPI MEAS CURR OFFS 0 0001 MEAS CURR OFFS 0 0001 MEAS VOLT OFFS 0 0001 MEAS VOLT OFFS MEASure SCALar CURRent FULL 0 0001 MEASure SCALar MEASure SCALar VOLTage FULL CURRent FULL _ lt NRf gt lt NFf gt MEASure SCALar DMM
237. ENE TAKASAGO O D P 70 ENTER MEMORY RECALL EN TAK ASAGO RECALL FROM 1 EXECUTE YES Z 69 1 YES MEMORY RECALL ENE rakasaco RECALL FROM 1 EXECUTE YESA NO ENTER MEMORY RECALL EN TAK ASAGO COMPLETE COMPLETE 2 ESC MAIN Fa
238. us lt String gt 3 2 32mMA us 0 2MA us 32 320mMA us 2mA us 32 320mA us 2mA us 320 3200mA us 20mA us ON LOAD ON OFF LOAD OFF DYN SLEW_ 32 LOAD ON DYN SLEW LOAD 32 00 ON DYNamic STATel MEASure DYNamic STATe _ lt String gt MEASure SCALar CURRent DC String gt MEASure SCALar CURRent ON OFF DC 2 CV amp MEAS
239. us 48A us 80mA us 160mA us 400mA us 240mA us 10 of set 0 5 of fs 2 us 18 9096 1096 19 9096 1096 GZ Ts FK 200L2 FK 160L2Z FK 400L2 FK 1000L2 FK 480L2Z L 4A CC 8A 0A 12A 40A 80A 200A 120A L OV 0 5V OV 0 5V CV OV EMS 0 5V OV 0 5V 1 27S CR 54S 1358S 818 2 5 7S BRADER 5 4S 135S 8 18 3 6 7S
240. 0 000 0 0000 ia 0 000 CC SET 4 0000 3 SR LOAD 32mA s RANGE RANGE VOLTAGE 15V CURRENT 4A t1 11 VOLTAGE H 1 11 CURRENT RANGE VOLTAGE 15V CURRENT 4A O H OFF LOAD OFF TY A RANGE VOLTAGE 15V 40A ENTER MAIN LMT LIMIT 4 08 A POWER 61 20W UNDER VOLT 0 000 V D t 1 POWER LIM IT CURRENT 4 08
241. 00 0 L 0 1mS H 1mS H L 0 01mS H HH 0 1mS XS G S 1 R 0 CR CR CR CR LIMC LIMC FK200L2 FK160L2Z 0 040 4 080 A H 0 40 40 80 A 0 01 A 0 1 A LIMC LIMC LIMC L
242. 2 mA us 320uA us 5 1 6 mA us 1604A us 6 640 uA us 64uA us 7 320uA us 32uA us 8 1604A us 16uA us 9 64uA us 6 4uA Us 10 32uA us 3 2uA us G CV CC CR RESP SLEW_ 1 RESP SLEW 1 RESPonse SOFT RESPonse SOFT _ lt String gt lt String gt ON OFF Y G CV RESP SOFT _ ON RESP SOFT ON SOURce 168 SOURce CURRent LEVel IMMediate AMPLitude SOURce CURRent LEVel IMMediate AMPLitude _ lt NRf gt NRf gt
243. 3 2mA us 1 6mA us L 800uA us 320uA us 160uA us 80uA us 32uA us 16uA us 253 254 FK 480L2Z CC CP 960mA us 96mA us 19 2mA us 9 6mA us 48mW us SH VYY 4 8mA us 1 92mMA us 960 uA us 480uA us 192uA us 96uA us 96mA us 9 6mA us 1 92mMA us 960uA us 48mW us L 480uA us 192uA us 96uA us 48uA us 19 2uA us 9 6uA us CR 96mA us 19 2mMA us 9 6mA us SH 4 8mA us 1 92mMA us 960uA us 480uA us 192uA us 96uA us 9 6mA us 1 92mA us 960uA us 480uA us 192uA us 96uA us 48uA us 19 2uA us 9 6uA us FK 800L FK 160L Z CC CP 0 3V 0 3V 320mA us 32mA us 6 4mA us 3 2mA us 1 6 16mW us EH VYY mA us 640uA us 320uA us 160uA us 64uA us 32uA us 32mA us 3 2mA us 640uA us 320uA us 16mW us 160uA us 64uA us 32uA us 16uA us 6 4uA us 3 2uA us CR 0 3V 32 m A us 6 4 mA
244. 4mA us 3 2MA us H 1 6mA us 640uA us 320uA us 160uA us 64uA us 32uA us 3 2mA us 640uA us 320uA us L 160uA us 64uA us 32uA us 16uA us 6 4uA us 3 2uA us FK400L2 CC CP 640mA us 64mA us 12 8mA us 6 4mA us 3 2mA 3 mW us H us 1 28mA us 640uA us 320uA us 128uA us 64uA us 64mA us 6 4mA us 1 28mA us 640 uA us 32mW us L 320uA us 128uA us 64uA us 32uA us 12 8uA us 6 4uA us CR 64mA us 12 8mA us 6 4mA us 3 2mA us VYY 1 28mA us 640uA us 320uA us 128uA us 64uA us 6 4mA us 1 28mA us 640uA us 320uA us L 128uA us 64uA us 32uA us 12 8uA us 6 4uA us FK1000Lg CC CP 1 6A us 160mA us 32mA us 16mA us 80mW us SH 8mA us 3 2mA us 1 6mA us 800uA us 320uA us 160uA us 160mA us 16mA us 3 2mMA us 1 6mA us 80mW us L 800uA us 320uA us 160uA us 80uA us 32uA us 16uA us CR 160mA us 32mA us 16mA us SH L 8mA us 3 2mA us 1 6mA us 800uA us 320uA us 160uA us 16mA us
245. C OFF OFF 0 00 0 000 wam 0 00 w PUSH ENTER RESET ENTER MAQ 40 C P 204 P 201
246. KEY INPUT KEY LOCK TYPE TYPE PRESET TYPE DIRECT INFORMATION SUB FUNC EXT CTRL U DY 1 1 gt 23 24 MENU MENU DYNAMIC INTERRUPT PROGRAM SUB FUNC ADJUST SYSTEM t 1 SYSTEM MENU DYNAMIC INTERRUPTF INITIALIZE PROGRAM REMOTE SUB FUNC CONTRAST ADJUST KEY INPUT INFORMATION MENU DYNAMIC INTERRUPT PROGRAM SUB FUNC ADJUST REMOTE CONTRAST KEY INPUT INFORMATION INITIALIZE ENTER
247. METER 150V RNG FACTORY SETTING 1 CURR METER ENTER CCSET CURRENT CURRENT METER OFFSET 0 0000A FULL SCALE 4 0000A CC SET 0 0000A SAVE CURRENT 0 0000A 1 11 CC SET gt CC SET 0 01A w P 27 0 25 100 216 D LOAD ON LOAD ON CURRENT METER OFFSET 0 0000A FULL SCALE 4 0000A 0 0 ooA SAVE CURRENT 0 0100A tl 1 OFFSET B
248. PROTection UNDer LEVel 200L2 VOLT PROT VOLT PROT 15 000 SOUHRce VOLTage PROTection UNDer LEVel _ lt NRf gt lt NRf gt L 15V UND _ 15 UND SOURce VOLTage RANGe 170 ISOURce VOLTage RANGe lt Stirng gt L H G LOAD ON VOLT RANG _ L VOLT RANG L STATus STATus MEASure CONDition STATus MEASure CONDition
249. RC 180 FULL SCALE FINE 180 OFFSET 180 DAMPING LEVEL 180 SAVE Q 0 0 233 O 9 8 8 t 1 FULL SCALE FINE USER ADJUST EXIT CTRL RC FULL SCALE 180 FULL SCALE FINE 180 OFFSET 180 DAMPING LEVEL 180 SAVE D 3 P 243
250. SLEW RISing INTerrupt SLEW 164 RISing_ NRf gt lt NRf gt 88 FL 200L2 0 032 32 0 032mA us 32mA us H 0 32 320 0 32mA us 320mA us FL 500L2 L 0 032 0 32mA us 0 002mA us 0 32mA us 3 2MA us 0 02mA us 3 2MA us 32mA us 0 2mA us H 0 32mA us 3 2MA us 0 02mA us 3 2MA us 32mMA us 0 2mA us 32mA us 320mA us 2mA us INT SLEW RIS _ 0 05 INT SLEW RIS 0 050 INTerrupt STATe INTerrupt STATe _ lt String gt lt String gt ON OFF G LOAD OFF INT__ ON INT ON DYNamic DYNamic DUTY
251. eo No MDL MD MDLp1 2 PAR PAR PARp1 3 MMV MMV MMVpl 4 MMC MMCo MMCpl 5 MMW MMW MMWp1 B ALM TAM ALMpl 7 VER VER VERp1 F 179 FK 0 A L A 0 1 31 TAO LOD 1 MOD MOD 1 7 1 L H L H H 3 L1 L 4 L2 H
252. us 3 2 mA us 1 6mA us 640uA us E H 320uA us 160uA us 64uA us 32uA us 3 2 m A us 640uA us 320uA us 160uA us 64uA us 32 u A L us 16uA us 6 4uA us 3 2uA us FK 400Lg CC CP 0 3V 0 3V 640mA us 64mA us 12 8mA us 6 4mA us 3 2mA 32 mW us Sm H VYY us 1 28mA us 640uA us 320uA us 128uA us 64uA us 64mA us 6 4mA us 1 28mA us 640 uA us 32 mW us 320uA us 128uA us 64uA us 32uA us 12 8uA us 6 4uA us CR 0 3V 64mA us 12mA us 6 4mA us 3 2mA us 1 2MA Us EnH 640 uA us 320uA us 120uA us 64uA us 6 4mA us 1 2 m A us 640uA us 320uA us 120uA us L 64uA us 32uA us 12uA us 6 4uA us 1000L2 CC CP 0 3V 0 3V 1 6A us 160 m A us 32 mA us 16m A us 80 mW us H 8 m A us 3 2mA us 1 6mA us 800uA us 320uA us 160uA us 160mA us 16 m A us 3 2 mA us 1 6m A us 80 mW us 800uA us 320uA us 160uA us 80uA
253. us 32uA us 16uA us CR 0 3V 160 m A us 32 m A us 16m A us 8m A us 3 2mA us 1 6mA H us 800uA us 320uA us 160uA us 16mA us 3 2 mA us 1 6mA us 800uA us 320uA us 160uA us 80uA us 32uA us 16uA us FK 480L2Z CC CP 960mA us 96mA us 19 2mA us 9 6mA us 48mW us H 4 8mA us 1 92mA us 960uA us 480uA us 192uA us 96uA us 96mA us 9 6mA us 1 92mA us 960 uA us 48mW us 480uA us 192uA us 96uA us 48uA us 19 2uA us 6uA us CR 96mA us 19 2mA us 9 6mA us 4 8mA us 1 92mA us VYY 960 uA us 480uA us 192uA us 96 uA us 9 6mA us 1 92mA us 960LuA us 480uA us 192 4A us 96uA us 48uA us 19 2uA us 9 6uA us 255 256 FK 200L2 FK 160L2Z FK 400L2 FK 1000L2 FK 480L2Z 4 0000A 40000A 80000A 0000A
254. 00 000ms v 74 TE DYNAMIC NORMAL 40 000A EVENT 0 0000A T RATIO TIME TN 1000 000ms TE 1000 00 ms v TRG EDGE DUTY t T RATIO DYNAMIC NORMAL 40 000A EVENT 0 0000A TIME FREQ 1000 000ms DUTY 5 1000 000ms v DUTY DYNAMIC NORMAL 40 000A EVENT 0 0000A T RATIO FREQ 0 5HZ DUTY 95 0 M 1 11 FREQ DYNAMIC NORMAL 40 000A EVENT 0 0000A T RATIO DUTY 0 5HZ DUTY 95 0 v 75 O FREQ DYNAMIC NORMAL 40 000A EVENT l 0 0000A T RATIO DUTY FREQ o HHz DUTY 95 0 v 11 11 DUTY DYNAMIC NORMAL 40 000A EVENT 0 0000A T RATIO DUT
255. 00V CV FK 200L2 FK 160L2Z FK 400L8 FK 1000L FK 480L2Z SEE 0 5 150V 0 5 150V 0 5 15 3V 0 5 15 3V H 0 153V 0 5 15 3V 0 5 153V ARE 0 40 o 20 0 0 80 0 1 3330 L 1mV H 10mV AR lmQ 0 1 of set 15mV H 0 1 of set 80mV AR 1 of set 4m 1 of set 2mQ 10mVr m s 20mVr m s 10mVr m s 20mVr m s TYP 100ppm C 50mV 6 2R H H RMS 20Hz 1 MHz 10 1009 X8 Fr CR A 4R FK 200L2 FK 160L2Z FK 400L FK 1000L2 FK 480L2
256. 0L2 FK 2000L2B FK 160L2Z FK 480L2Z FK 1000L2 LZ NO OR WM O FK II 200L2 STAT MEAS PAR 1000000000 SWST PATTern EDIT Sweep amp Step Sweep amp Step SWST PATTern EDIT _ lt Param1 gt lt Param68 gt Paraml 1 10 Param2 CC Z CV Z CR CP Param3 HL Param4 H ZL Param5 Param6 Param7 Param8 0 Param9 1 O 1 Z B Param10 1 0 0 999 9 s 1 Param1 1 1 x2 Param1 5 2 O 1 2 Param13 1 0 0 999 9 s SCPI 1 Param14
257. 0L2Z 0 0000 4 0800 A H 0 000 40 800 A 1004A HH 1mA CC CC CC POW CP POW FK200L2 0 00 61 20 W L 0 00 204 00 W L H 0 00 204 00 W H 0 00 204 00 W L 0 01W L 0 01W H 0 01W H 0 01W FK160L2Z L 0 00 61 20 W L 0 00 163 20 W
258. 120 FK 480L2Z 480W 1 07 8 20 40 FK 160L2Z 160W A 270 Su 5 10
259. 9 P 141 TRIGGER OUT TRIGGER OUT FET TRIGGER OUT TRIGGER OUT TRIGGER OUT 30V 100mA HEE DC500V 109 Ei MENU MENU DYNAMIC INTERRUPT PROGRAM SUB FUNC ADJUST SYSTEM t1 1 INTERRUPT MENU DYNAMIC INTERRUPT PROGRAM SUB FUNC ADJUST SYSTEM ENTER INTERRUPT IINTRP TIME NORMAL TIME SR INTRP SR RECOV v 32 1600mA Zeus 00mA s 0 1ms ims INTRP TIME INTERRUPT
260. 9 1k 0 C RC 9 1k Q 3 Q P 27 1 11 FULL SCALE USER ADJUST EXIT CTRL RC IFULL SCALE 3 0 FULL SCALE FINE 180 OFFSET 180 DAMPING LEVEL 180 SAVE Q 0 0 Q 1 1 FULL SCALE FINE 7 fl r USER ADJUST EXIT CTRL RC FULL SCALE 180 IFULL SCALE FINE 180 OFFSET 180 DAMPING LEVEL 180 SAVE O
261. A POWER f 61i 20w UNDER VOLT 0 000V B ENTER MAIN D P 27 35 0 00 SR LOAD o mo 0 00 32mA s 1 1 SR LOAD LOAD ON OFF D 0 00 0 000 0 00 w CC SET t SR LOAD RNG 15V 4A 0000 A EAn A s 36 LOAD MAIN US ILOAD ON OFF w
262. ADJUST EXIT CTRL RB FULL SCALE 180 FULL SCALE FINE 180 180 DAMPING LEVEL 180 SAVE 100 Q B RB 100 Q O 3 4 4 P 27 Q 1 11 FULL SCALE USER ADJUST EXIT CTRL RB 180 FULL SCALE FINE 180 OFFSET 180 DAMPING LEVEL 180 SAVE 10k 240
263. C SUMMING DIS EXT CTRL DIS EXT ON OFF D1S EXT CTRL MODE D1S O 1 11 EXT CTRL RB RC V DIS DIS 9 1 11 EXT ON OFF EXT ON OFF ENA DIS EXT ON OFF ENA ON OFF 1 1 EXT CTRL MODE EXT CTRL MODE ENA DIS EXT CTRL MODE ENA D ENTER MA 2
264. CALE 4 0000A CC SET 4 0000A SAVE YES EE CURRENT 4 0013A 1 gt YES ENTER ESC 3 MAIN 218 Q OV 0 3A MAN MENU MENU DYNAMIC INTERRUPT PROGRAM SUB FUNC ADJUST SYSTEM t1 1 ADJUST MENU DYNAMIC INTERRUPT PROGRAM SUB FUNC ADJUST MMA SYSTEM USER ADJUST MENU DYNAMIC INTERRUPT PROGRAM SUB FUNC SYSTEM USER ADJUST 219 METER Q ENTER METER CALIBRATION CURR METER 4A RNG CURR METER 40A RNG VOLT METER 15V RNG VOLT METER 150V RNG FACTORY SETTING t
265. CREATE SEQUENCE CREATE PATTERN wa CREATE SEQUENCE RECALL PRG No No ENTER CREATE SEQUENCE RECALL PRG No SAVE TO PRG No 1 INITIALIZE A No 94 8 amp a CREATE SEQUENCE INITIALIZE ENTER CREATE SEQUENCE RECALL PRG No 1 SAVE TO PRG No 1 INITIALIZE gt YES ENTER
266. E RSE EE EE OE TSO CO EEE CE SEE ETE 2 3 YY 4 CEN SR ES NRE ENE NE pue cv EE SE ES E ETTE RTN 6 9 EN DIE OPII TETO TITIS IS TATS TIT AEI TEE TT IITTI TIT 10 saa a EKSEN SER PE AAAS PLANEAN SI LANENA RNA CRUSA SEKKEN TAEI SEN paw NDR ERNE RAI ET RA IAEA SEN 11 12 RA AR ERR E ARRON REE NANE CEERI ED RDNS 14 RNR EN ER E EE T EITE PORE NE RRR ET 17 19 ON RA NEE NN NRA RR CACC NR 20 A PEPEE Ap ET EAT TTE T TTET TETTE E T 21 PPPT AELE E EIE E ETETE ELIIT TEL ETETE PE 23 PA uwa LT CN ESR T EAE EET TE TTET 26 HERHOR a naa lt 27 SCS 29 MAIN PEELE SA EEEE LIE ESTE E NEEE ELLET EPELE kuu yaa 29 X RR RRNA ARAN RR SAETTA TREET AA RRR A ENESTE EET 3 EPOE CRED SE OR GR REE ERE RE qawayki es ceo 32 NAR RE SNR RAN RR RCS IE DAREA AEA Sasak ia Sua Na 33 CC Eq upay esta ya kiy DWS ceay ST E NR EPEE paw 33 CC Pe kiya a NOOTE Aa EE AA SESTE 33 ERR ES
267. EEPR WRIT _ O SYSTem EXTernal MODE Je SYSTem EXTernal MODE _ lt NRf gt 0 1 G SYST EXT MODE _ 1 SYST EXT MODE 1 SYSTem EXTernal CONTrol SYSTem EXTernal CONTrol _ lt NRf gt 0 1 B 3 C G SYST EXT CONT __1 SYST EXT CONT SYSTem INITialize SYSTem INITialize_ lt NRf gt 0O REMOTE 1
268. ERial RECeive SCPI BITS _ lt NRf gt lt NRf gt 2 7 7bit 8 8bit G ON SYST COMM SER BITS _ 8 SYST COMM SER BITS 8 SYSTem COMMunicate SERial RECeive PACE SYSTem COMMunicate SERial RECeive PACE _ lt String gt lt String gt ACK OK OFF OK ACK ON ACK OFF G SYST COMM SER PACE _ ACK SYST COMM SER PACE ACK ON SYSTem COMMunicate SERial RECeive PACE THReshold STOP SYSTem COMMunicate SERial RECeive PACE THReshold STOP _ lt NRf gt lt NRf gt RB
269. ET A SR LOAD 32mAZus 30 0 00 0 000 59tik 0 00 u CC SET 4 0000 A SR LOAD 32mA s CC CR LOAD ON OFF B CV 4 R 4 R CR MAIN 1 1 ENTER
270. H L I BE L 0 8V H 0 4V oN m DI D COM 135 OFF 5V 1mA EXT TRIP D COM F 136 wa EXT CONTROL
271. IMP LIMP FK200L2 0 6 61 2 W 182 L 2 0 204 0 W L LYX 2 0 204 0 W H 2 0 204 0 W L 0 1 W L 0 1 W L LYX 0 1 W H 0 1 W FK160L2Z L 0 6 61 2 W 1 6 163 2 W H 1 6 163 2 W 1 6 163 2 W L 0 1 W 0 1 W L H 0 1 W 0 1 W LIMP LIMP
272. INITIALIZE No Fa INITIALIZE ENTER AUTOMATIC LOAD OFF RECALL PRG No s 1 SAVE TO PRG No 1 INITIALIZE A gt YES ENTER 103 I AUTOMATIC LOAD OFF 1 AUTO OFF AUTO OFF ENA AUTOMATIC LOAD OFF AUTO OFF AUTO OFF PRG No 1 AUTO OFF CONFIG
273. LL t 1 SAVE ENTER MEMORY SAVE 66 O 1 3 DY 1 3 3 MEMORY SAVE EE E 10 MEMORY SAVE EN TraAkAsAGOo w Q ENTER MEMORY SAVE E rakas
274. OFF 1 LOAD ON LOD ON OFF LOD LOD LOD VLT CV VLT FK200L2 FK400L2 FK1000L2 L 0 000 15 300 V 0 00 153 00 V L O 001V 0 01V FK FK160L Z 0 500 15 300 V BEH 0 50 153 00 V L 0 001V H O O1V VLT VLT VLT CC CC CO FK200L2 FK16
275. PROGRAM SUB FUNC ADJUST REMOTE CONTRAST KEY INPUT INFORMATION INITIALIZE ENTER INITIALIZ SETTING MEMORY 1 ALL SETTING MEMORY ENTER ALL x x ATTENTION INITIALIZE ALL YES Z 199 H YES ALL x ATTENTION INITIALIZE ALL Ma NO ENTER 2 ALL x x ATTENTION INITIALIZE ALL COMPLETE INITIALIZE SETTING MEMORY D Esc MAIN 200
276. R NRE awka kuq uyaykuy a payo RE ENE RRR RRR 38 CV Wisa Siaka t aq EE ENE ES ATETEA EO RR 38 ET EE CV PAE E R E N IN E OTET EE 38 4 R EPEE PEE TPE EITEAN AEE ELILT ELETE ITET E 42 ieee 44 Contents CR F 44 CR ee 44 Pse UCE a e n ua ES 49 CP F 49 CP F over 49 aa ns OTR 53 OVP tessossoessssssosssessooseeecsossesussesovesssesseesosesseesesssesrsesssssssessess 53 OCP PIPPI yi 53 RCP PPP PP CPP 54 BIAS besssssesoecbissssessesssosssssoessesoressssesessssssosssessssesse 55 BST SSNS 55
277. RN INITIALIZE ENTER CREATE PATTERN RECALL PTN No 1 SAVE TO PTN No 1 INITIALIZE gt YES ENTER SWEEP amp STEP 1 1 CREATE SEQUENCE SWEEP amp STEP PROGRAM EXECUTE CREATE SEQUENCE CREATE PATTERN ENTER CREATE SEQUENCE 1 CYCLE 5 9999 SEQUENCE No 1 LOOP 9999 PATTERN No k 1 v 89 amp 1 11 SEQUENCE No CREATE SEQGUENCE RECALL PRG No i CYCLE 9999 1 LOOP 9999 PATTERN No 1 v SEQUENCE No 1 20 SEQUENCE No 1 20 SEQUENCE No 1
278. S REPRE E IEIET EEE E E TET 1 AC 1 25V 3P 2P AC1 25V E A T 1 1 126887WI82 18581828 Ka 15087 51831S288 188 M3xXB6mm e M5 x 12 mm FK 500L2 FK 1 60L2Z FK 400L M12 x 3O0mm FK 1000L2 e M3 x 6mm ZX 248 CPPPPPYPTTTFYPF FFPTFF PF PP 2 EPCPPPPPPPPPPPPPFPPPPPPPPFPPPPPPPPPP PP PPP FPP
279. SLR SLR FK200L2 FK160L2Z 0 032 32 000 mA us H 0 32 320 00 mA us 0 032mA us 0 32MA us 185 FK SLR 2uA us 0 32mA us 3 2MA us 20uA us 0 32mA us 32mMA us 200uA us HH 0 32mA us 3 2mA us 20uA us HH 3 mA us 32mA us 200 uA us HH 32mA us 320mA us 2mA us SLR SLR CCNT CCNT CCNT O 4000 0 CCNT CCNT
280. TRL RC FULL SCALE 180 IFULL SCALE FINE 2o OFFSET 180 DAMPING LEVEL 180 SAVE O Q P 3 P 243 CP CP USER ADJUST EXT CTRL V USER ADJUST 1 OFFSET USER ADJUST EXIT CTRL V FULL SCALE 180 FULL SCALE FINE 180 OFFSET g 180 DAMPING LEVEL 180 SAVE 0 1V G 0 1V
281. TSSTAK RSAGO DOC 0952 03 20140 90 29HHH PDF PDF PDF http www takasago SS CO jD Contents 1 CRI AERA EOT E N EE ET I EE 2 SE OO NE O
282. USE 6 0 3 5000 SWEEP 7 0 3 4000 STEP 8 0 3 3000 PAUSE 9 0 3 1000 SWEEP 10 0 3 0000 PAUSE 11 0 2 9000 SWEEP 12 0 2 8000 STEP 13 0 2 7000 PAUSE 14 0 2 6000 SWEEP 15 0 2 5000 STEP 16 0 2 4000 PAUSE 17 0 2 3000 SWEEP 18 0 2 2000 STEP 19 0 2 1000 STEP E 1 0000 SWEEP STEP PAUSE E 171 SCPI SWST PATTern MEMory RECall amp S SWST PATTern MEMory RECall_ NRf gt lt NRf gt 1 10 3 SWST PATT MEM REC__ 3 SWST PATTern MEMory STORe amp S SWST PATTern MEMory STORHe_ NRf gt lt NRf gt 1 10 SWST PATT MEM STOR __ 3 SWST PROGram EDIT Sweep amp Step 172 Swe
283. V D 1 1 SAVE OFFSET FULL SCALE VOLTAGE VOLT METER 0 000V 15 000V 15 001V 221 B ENTER CURRENT METER OFFSET 0 000V FULL SCALE 15 000V SAVE YES EI VOLTAGE 15 001V H YES D ENTER D ESC 3 MAIN 222 j 18 5 1 2 0 005 1mV 100V 16 BA Z 50mV 0 1 50A 50mV 0 1 FK 200L FK 160L2Z 100A 50mV 0 1 FK 400L 200A 50mV 0 1 FK 1000L2 FK 480L2Z 18
284. V 0 W l BE 1mA B C R1 R2 E No 4 17 V INZA COM No 3 16 EXT CTRL V AX I 8 J 0 10V EXT V puiss W W x REV sg EXT V 0 10V 1mA MAX A COM
285. V 120mA V 230kN 230kKN g30kO 2 Gxv 1 0 01 exW 001 GxV 14001 Gxv 1 001 10mA V 30kO 50mA V 50mA V 30mA V g30kO g30kO 30kO 3 GXV 1 0 01 GXV 1 0 01 GXV 10 01 GXV 1 0 01 40mA V 230kQ 80mA V 200mA V 120mA V g30kO g30kO g30kO 4 GXV 1 0 01 GXV 1 0 01 GXV 10 01 GXV 1 0 01 10mA V 30kO 50mA V 50mA V 30mA V g30kO g30kO g30kO TYP 00ppm C 10 V FK 200L2 FK 160L2Z FK 400L2 FK 1000L2 FK 480L Z 1 0 60W 0 60W O 120W 0 300W 0 180W O 200W 0 160W 0 400W 0 1000W 0 480W 3 O 200W O 160W 0 400W 0 1000W 0 480W 4 0 200W 0 160W 0 400W 0 1000W 0 480W 1 OW 61 2W 0 122 4W 0 306W 0 183 6W 11 1 2 OW 204W OW 163 2W 0 408W 0 1020W 0 489 6W 3 OW 204W OW 163 2W 0 408W 0 1020W 0 489 6W E L H 4 OW 204W OW 163 2W 10 408W 0 1020W 0 489 6W H 1 10mW 10mW 100mW 10mW 3 10mW 100mW 10mW 4 10mW 100mW 10mW 2 of f s TYP 1000ppm C 11
286. VALUE I CC CR CP 25us 1s 0 5Hz 0kHz 5 95 5 14 tg tu 15 CC CRH 251 FK 200L2 FK 160L2Z FK 400L2 FK 1000L2 FK 480L2Z L 1 32uA us 320uA us 64uA us 160uA us 96uA us 640uA us 1 6mA us 960uA us 2uA us 4uA us 10uA us 6uA us 10 of set 3 of f s S 5 us 320uA us 3 2
287. W 40W 68W 500W CC FK 200L2 FK 160L2Z FK 400L FK 1000L2 FK 480L2Z 0 4A 0 8A O 20A 12A H 0 40A 0 80A O 200A 120A L 0 4 08A 0 8 16A 0 20 4A 12 24A H 0 40 8A 0 81 6A O 204A 122 4A L 1004A 200 uA 1mA 1mA H 1mA mA 10mA 10mA T 5 P 0 2 of set 0 2 of set 0 2 of set L 0 2 of set 10mA 0mA 50mA 30mA 0 2 of set 0 2 of set O of set 9 H 0 2 of set 40mA 80mA 00mA 120mA 5 100ppm C 100ppm C 100ppm C TYP TOOppm 1mA7C mA C 8mA C 3mA C 3 4mA 8mA 20mA 12mA 4mAr m s 6mAr m s 8mAr m s 50mAr m S 18mAr m s P P 5 40mAp p 80mAp p 200mAp p 180mAp p X3 1 5V 150V FK 200L2 1 33A FK 160L2Z 1 33A FK 400L 66A FK 1000L2 6 66A 0Hz 1 MHz 2a0Hz 20MHz AC100V ACS00V x4 x5 AC100V AC
288. Y FREQ 0 5HZ 95 0 v DUTY DYNAMIC NORMAL 40 000A EVENT 0 0000A T RATIO DUTY FREQ 0 5HZ DUTY l 95 D v TRG EDGE TRG EDGE TRIGGER OUT TRIGGER OUT e HEH 76 WS TRIGGER OUT FET NORMAL EVENT TRIGGER OUT TRIGGER OUT TRIGGER OUT 3OV 100mA DC500V 1 1 SR DYNAMIC
289. Z 1 27S 1mS 54S5 2mS 135S 5mS 81S 5mS L _ 37mA 10000 18 5m0 5000 7 4m0 2000 12 3mA 2000 H 2 7 8 100uS 5 4S 200 uS 13 58 500u8S 8 185 500 uS Gn 370mN 10kQ 185m0 5k0 74m0 2k0 123mN 2kN L 3 2 7 8 100uS 5 4S 200 uS 13 58 500u8S 8 185 500 uS o 3 370mA 10k0 185MA 5KN 74m0 2k0 163m0 2kO H 4 0 278 10uS 0 54S8 20u8S 1 358 50 uS 0 818 50uS E H A 8 70 100kQ 1 850 50k0 0 740 20kQ0 1 230 20kO L 1 1mS mS 5mS 100 S 00 S 500uS 3 100 S 00 S 500 S 4 10 S 0 S 50 S 9 8S GS 0 S IE S 0 249 250 FK 200L2 FK 160L2Z FK 400L FK 1000L2 FK 480L2Z 1 GxV 1 0 01 GxV 1 0 01 GxV 1 0 01 GxV 1 0 01 um 40mA V 230kQ 80mA V 200mA
290. aco EXECUTE YES Z 67 YES MEMORY SAVE EN TAKASAGO EXECUTE M33 No ENTER MEMORY SAVE ENE TAKASAGO COMPLETE F RY COMPLETE 8 ESC 2 MAIN j MG ON OFF OFF T 68 MAIN MEMORY MEMORY RECALL 1 11 RECALL MEMORY SAVE RECALL ENTER MEMORY RECALL
291. ania nienke ia 192 SSR RS 193 eS 94 Contents CPPPPPFF FPPFPFPPP PPP 201 PPPPPF PPPFPP 203 CPPPPFPPPPPPFPF PPP PPP PP 205 207 eiaa e kia eb aE 208 oo 209 NN MAINSENIRNO OCSEo0 210 eeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeees 212 iE D AA spa qhasqas saus sas 513 CPPPPPPF FPPPPF 214 PPP Y 214 esse 215
292. cate SERial RECeive 2 BAUD BITS PACE THReshold STOP PARity lt a TYPE UNIT EEPRom WRITe EEPROM ERRor p z NEXT EXTernal S a MODE CONTrol INITial PRESet MODE PRESET HATed SHORt SCPI IEEE488 IDN IDN IDN TAKASAGO FK200L2 1 00 RST
293. ep amp Step SWST PROGram EDIT _ lt Param 1 gt lt Param41 gt Param1 1 9999 Param 1 1 9999 Param3 1 1 10 3 Param4 9999 Param5 0 1 10 3 Param40 20 1 9999 Param41 20 0 1 10 3 3 0 1 Param3 0 swst prog edit _ 9999 10 1 20 2 30 3 40 4 50 5 60 6 70 7 80 8 90 9 100 10 110 0 1000 1 2000 2 3000 3 4000 4 5000 5 6000 6 7000 7 8000 8 9000 9 SWSt prOg edit 9999 10 1 20 2 30 3 40 4 50 5 60 6 70 7 80 8 90 9 100 10 110 E 1000 1 2000 2 3000 3 4000 4 5000 5 6000 6 7000 7 8000
294. gt 3 2 204W 2 163 2W 4 408W 10 1020W 4 489W E 9 ES H L 4 2 204W 2 163 2W 4 408W 10 1020W 4 489W ee 1 100mW 100mW 1W 100mW ZELL A L gt 100mW 1W 3 100mW 1W e H 4 100mW 1W s 4 gt UVL FK 200L2 FK 160L2Z FK 400L2 FK 1000L2 FK 480L2Z L 0 15V 0 5 15V 0 15V 0 5 15V H 0 150V 0 5 150V O 150V 0 5 150V L 1mV H 10mV amp l FK 200L FK 160L Z FK 400L FK 1000L2 FK 480L2Z CC CR CV CP gt 10 1 20 9999 20 9999
295. gt SEQUENCE No 2 gt SEQUENCE No 20 4 SEQUENCE No 1 1 11 PATTERN No CREATE SEQUENCE RECALL PRG No 1 CYCLE 9999 SEQUENCE No 1 LOOP 9999 1 v PATTERN No SEQUENCE No 1 PATTERN No 7 CREATE SEQUENCE RECALL PRG No 1 CYCLE 9999 SEQUENCE No 1 LOOP 9999 7 v 90 amp 11 1 LOOP CREATE SEQGUENCE RECALL PRG No 1 CYCLE 9999 SEQUENCE No 1 ILOOP O PATTERN No 7 v 7 LOOP SEQUENCE No 1 10 CREATE SEQUENCE RECALL PRG No 1 CYCLE 9999 SEQUENCE No 1 10 PATTERN No 8 7 v
296. mA us 640uA us 1 6mA us 960uA us 6 4mA us 16mA us 9 6mA us 20uA us 40uA us 100uA us 60uA us 10 of set 3 of f s S 5 us 3 3 2mA us 32MA us 6 4mA us 16mA us 9 6mA us 64mA us 160mA us 96mA us 200uA us 400uA us 1mA s 600uA us 10 of set 3 of f s S 5 us 4 3 mA us 320mA us 64mA us 160mA s 96mA us 640mA us 1 6A s 960mA us 2mA us 4mA us 10mA us 6mA us 10 of set 3 of f s S 5 us H 1 320uA us 3 2mA us 640uA us 1 6mA us 960uA us 6 4mA us 16mA us 9 6mA us 20uA us 40uA us 100uA us 60uA us 10 of set 3 of f s 5us 3 2MA us 32mMA us 6 4mA us 16mA us 9 6mA us 64mA us 160mA us 96mA us 200uA us 400uA us 1mA us 600 uA us 10 of set 3 of f s S 5 us 3 32MA us 320MA us 64mA us 160mA s 96mA us 640mA us 1 6A us 960muA us 2mA us 4mA us 10mA us 6mA us 10 of set 3 of f s S 5 us 4 320MA us 3 2A us 640mA s 1 6A us 1960mA s 6 4A us 16A us 9 6A us 20mA us 40mA us 100mA us 60mA us 10 of set 3 of f s S 5 us
297. s Snae a e E E TE 252 LOAD ON PC Pr 253 YIKA paio e e e a a aus E 254 bssseesessssrsssssessrosoresesscsssssssteesussosssessesesssessssesteessstssenesssssssenies 256 UJ ssserossscesossersosssssesesssssesessesesesesevsessesessocesesssesseosssssooesssssisesssd sss 256 PENE a e a aa E E a ha ipana N 257 ARARA sasa a a a make A 258 sane a e ke 258 n a e A E SE 258 REP Oh Cr PC 259 Hate e MBE SRS 259 tesessssesessesscesesesscseossssesosssssesevesssdesssrrossesestsssoresseserssssssssssssestseeseeses 260 Yr Y 260 260 BITT e E EN up A E Ea Ss 260 PP PPP
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