HX0500-24M2_取扱説明書(DOC-1434
Contents
1. Q2. 1 V Sees eee ee ede OO OO OO OO OO OO OO OD TSS SC SO SC SC Se SC SC SO SC SC SC RLL CLD oO OO OO O OOO OO CO OE LOCK VOLTAGE 1 8 S S 1 SN lt 5 5 OVP
3. AC 3 DC N 2
4. CC LIMIT wwwmezsmw a 0A 129 2 2
5. 1 S Rs lt F 128
6. Vv 1 CC ON ON OFF ON OFF ON OFF 0 10V O oo 0 10kQ 0 10V
7. gt OUTPut gt 2 OUTPut OUTPut STAT 55 SCPI gt OUTPUT Output Outp OUTP OUTPut SCPI
8. 1V MEMO C1 100 1000F C2 1 lt 10F 4 M5 POWER OFF OVP OVP
9. gt SYST CONT CURR ISOLI 1 SYST CONT CURR ISOL 1 81 SYSTem CONTrol VOL Tage MODE gt FUNCTION 70 SYSTem CONTrol VOLTage MODE NRf gt 0 1 2 3 B 4 C SYST CONT VOLT MODE 1 SYST CONT VOLT MODE 1 SYSlem CONTrol VOLTage ISOLate CV 82
10. 1 PRESET OVP OCP ALARM RESET REMOTE DISPLAY BD DO BB OF Jp ET 5 COW ISOLATED CONTROL SERIES CONTROL
11. HXmk2 500V Q CQ 6kW 0 41 7 0 5 12kW 0 20 8 0 2 18kW 0 13 9 0 2 24kW 0 10 4 0 1 30kW 0 8 3 0 1 36kW 0 6 94 0 05 42kW 0 5 95 0 05 48kW 0 5 21 0 05 54kW 0 4 63 0 05 60kW 0 4 17 0 05 66kW 0 3 79 0 05 72kW 0 3 47 0 02 78kW 0 3 21 0 02 84kW 0 2 98 0 02 90kW 0 2 78 0 02 96kW 0 2 60 0 02 102kW 0 2 45 0 02 108kW 0 2 31 0 02 114kW 0 2 19 0 02 120kW 0 2 08 0 02 F gt RESH41 7 RES 41 7 74 SOURce VOLTage LEVel IMMediate AMPLitude D gt VOLTH500 VOLT 500 0 SOURc
12. ON OFF TRIP ON OFF TRIP LEVEL1_ALM LEVEL2_ALM CV CC P ON OIOIOIOIOIOIOIOIOIOIOIOIOIOIOIO OIOIOIOIOIOIxlxlxlxlxlxlxlxlx 2 5 7 10 ON OFF SOOO 105 5 ON OFF
13. gt MEM REC MODEH1 MEM REC MODE 1 SOURce MEMory STO Re A B C SOURce MEMory STORe String gt A A B B C C gt MEM STOR A 73 SOURce RESistancel LEVell IMMediate AMPLitude O SOURce RESistance LEVel IMMediate AMPLitude NRf gt 2
14. ON CV kW CC kW g aL 5 N 3 1 OVP OCP
15. EXTERNAL CONTROL MB CONTROLN M B CONTROL OUT HXPH G8 TERMINATION 1 ON 2 1 ON OFF 10 G9 SERIAL IF 2 RS 485 1
16. HXmk2 gt ADDRH1 59 ALM ALM ALM CLEar CONTain CC LEVEL1_ALM CC_STS CV LEVEL1_ALM CV _STS ALM CLEar ALM CLEar gt ALM CLE ALM GONTain CC LEveL1 ALM CC_STS LEVEL1_ALM CC_STS FUN
17. F gt VOLT SLEW RIS 1000 VOLT SLEW RIS 1000 SOURce VOLTage SLEW FALLing cv CV FUNOTION 3 SOURce VOLTage SLEW FALLing NRf gt 1 1000 F gt VOLT SLEW FALLHI1 VOLT SLEW FALL 1 STATus STATus ST
18. 8 10 OFF ON ON OFF 108 BB FUNC FUNC VOLTAGE 10 CURRENT O 2 0 ON OFF ON OFF 1 ON
19. OFF FUNC FUNC VOLTAGE 9 CURRENT 0 1 O OFF 1 TRIP SW OFF TRIP OVP COCP SW OFF FUNC 35 _ 9 9
20. 1 16 1 EEEEH BBBBBBBBBBBBE 9 Em or RE 14 26 NM B CONTROL o o e ee 99 9 9 EE lt 9909090909090909009099 Maker Phoenix Contact Maker Weidmuller Type MC1 5 16 STF 3 81 Type B2L 3 5 26LH Cat No 1827842 Cat No 1748590000 MEMO lt
21. 550V 1100V 119 3 B 120 RB 3 C 10kQ i EE Im LA x A A 0 59 gt 10kQ CC RC 6 19 0 lt 10k SO SS OS TST 0
22. 1 1 CD RIOIM 1 FAN
23. 42 202 Iro O MI 9 213 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 2F 541 0042 2 4 10 TEL 06 6221 4550 FAX 06 6221 4560 4F 812 0011 3 2 8 TEL 092 418 1400 FAX 092 418 1401 7F http www takasa
24. MEASure CORRection MODE MVAV SCALar CURRent DC VOLTage DC POWer a DC MEASure CORRection MODE FUNCTION 12 MEASure CORRection MODE NRf gt 0O OFF 1 ONOFF 2 gt MEAS CORR MODEH 0 MEAS CORR MODE 0 65 MEASure MVAV
25. MEMORY A C POWER ON A C TPOWER OFF EEPROM POWER ON POWER OFF OVP P30 OCP P P33 POWER MEMO POWER V A
26. F gt CURR SLEW RIS 24 00 CURR SLEW RIS 24 00 71 SOURce CURRent SLEW FALLing cc CC FUNCTION 5 SOURce CURRent SLEW FALLing NRf gt CC F gt CURR SLEW FALLI 24 00 CURR SLEW FALL 24 00 SOURce MEMory REOall
27. P48 8 500 0V 0 10A 9 FUNC 14 10 VOLTAGE 33 11 CURRENT 50 12 FUNC 157 JE lt
28. 24 ON OFF POWER ON OUTPUT OUTPUT OFF FUNCTION P26 FUNC FUNC VOLTAGE WSTEP VOLTAGE STEP CURRENT CURRENT FUNC FUNC
29. gt OUTP EXT MODEH1 OUTP EXT MODE 1 OUTPut HO TpowERoN POWERON FUNCTION 51 OUTPut HOT NRf gt O OFF 1 MODE1 HOTSTART ALM TRIP HOTSTART 2 MODE2 HOTSTART ALM TRIP OUTPUTOFF HOTSTART gt OUTP HOTH1 OUTP HOT 1 63 OUTPut MODE FUNCTION 1 OUTPut MODEH NRf gt
30. P132 1 4 VOLTAGE 24 POWER ON OFF 5 CURRENT 2 0 1V 0 1A 6 FUNC 3 FUNC 152 7 500 0V
31. 0 8V 2 0 010V 1 0V 3 FUNC 4 VOLTAGE 30 144 5 24 0mA CURRENT 6 FUNC
32. 1 gt A1 MV10 00 MC2 00 OT1 1 gt A1 OT1 A2 OT1 HX HXmk2 ALM128 LRRD ART TIOR LF CR LF 0 9 CS 1 2 gt MVI 35 gt mv35 1
33. FUNCTION 11 MEASure MVAVH NRf gt O 1 gt MEAS MVAV 0 MEAS MVAV 0 MEASure SCALar CURRent DC MEASure SCALar CURRent DC 2 gt MEAS CURR 12 00 MEASure SCALar VOLTage DC
34. POWER ON OFF 0 10kQ 0 8V 2 1 0V 0 Q B 3 FUNC 4 VOLTAGE 30 148 5 OA CURRENT 6 FUNC B 7 1 0V 10kQ 11 FUNC
35. gt OP IDN TAKASAGO HX MK2FI 500V 12000W FW_VER1 0 RST RST gt RST 58 SCPI SCPI ADDRess ADDRSess ADDRess ADDRess HXmk2 ADDRess NRf gt 0 50 0O HXmk2 ON OFF OUTPut STATe
36. 0 50 C 20 8096RH 180V 242V 45Hz lt 65Hz 3 AC180V 242V
37. 10 F 100F 130 1 2 9 00 17 00 rwy 3 0I20 963 213 12
38. 1 09 10mV 3 2 125 LO LEVEL1_ALM O LEVEL2_ALM CV_STS QO CC_STS O P ON M STS O S COM ON 1 11 LEVEL1_ALM OVP OCP 12 LEVEL2_ALM
39. gt 1 1 HXmk2 ADDRess1 ALM CLEar CONTain CC NRf gt ALM CONTain CV OK ERROR 57 HXmk2 IEEE488 2 IEEE488 2 IDN RST TD N IDN
40. gt OUTPut OUTP OUTPut STAT OUTPu SCPI SCPI gt ALM CLEar CONTain CCH NRf gt NRf gt CV gt 2 stat pres Stat pres
41. A 8 FUNC 9 VOLTAGE 31 C F C F 10 24 000A CURRENT CURRENT C F 11 FUNC A 12 A 147 BB 1 0 1
42. VOLTAGE 11 CURRENT 1 FUNC FUNC 47 DA ON 1 2 FUNC FUNC VOLTAGE 12 CURRENT 0 1 ON CV CC
43. TO SQ BS 4 VCT 22m nf_3m 1 1 x 1 M3 x 6mm x 2 _ 1 x 2 x 1 M3 x 6mm x 2 2 M5 x 10mm MB CONTROL 2 ISOLATED CONTROL 1 EXTERNAL CONTROL 1
44. gt ALM CLEAR IDN CONTAIN CC CR LF CR LF CR 0x0d LF 0x0A gt ALM CLEar ALM CLEar ALM CONTain CC NRf gt
45. RS 232C SERIAL I F 1 1 RS 485 SERIAL IF 2 1 FUNCTION 60 SERIAL I F 2 2 TERMINATION OFF SERIAL I F 2 1 TERMINATION ON RS 485 RS 232C ei 1 sm 1 5 ON a a ON OFF ONE TERMINATION le elec e j
46. 11 CURRENT 2 4 12 FUNC 159 HX0500 24M2 F 1 500V 24A 12000W HX0500 24M2 F 1 AC180V lt 242V 3 45Hz lt 65Hz 1 64A 2 0 6 3 909 AC240V 130A 1 2 AC200V 3 AC200V 160 4 HX0500 24M2 F I 0 0V lt 525 0V 11 0 1 0 1V 0 1V 4 0 01 0 005
47. 0 0 10V 10k 0 29 2mV 1 14 SOC0t OO OE SS CAAAAAAALALALALAL N 14 0 59 2mV 2 15 7 4
48. A 90 AR 90 CL 90 LC OCP 91 LV OVP 91 MC 92 MV 92 OT ON OFF 93 TP 93 TKO 94 TK1 94 TK2 HX 95 TK3 95 TK4 96 TK5 96 HX ASCII A Z O 9 HX
49. 13 CV _STS 14 CC_STS 15 P ON M STS 16 S COM MEMO LEVEL1_ALM 12 25 LEVEL2 ALM 13 26 DC1500V 24V 5mA 126 BB LEVEL ALM1 LEVEL1_ALM CV
50. 8 FUNC 9 VOLTAGE 23 10 24 000A CURRENT 11 FUNC 12 135 1 5 500mV CURRENT
51. TERMINATION 1 n D TERMINATION ON OFF 42 OUTPUTON tdon tdoff ON OFF 9 E MEMO tdon tdoff ON HXmk2 1 5 V or td1 on HXmk2 2 12V or td2 on 7 HXmk2 n 12V or 1 td3 on HXmk2 1 OUTPUT CD ON OFF ON OFF FUNC FUNC
52. OQ DO BS 4 VCT 22m nf_3M 1 1 x 1 M3 x 6mm x 2 1 x 2 x 1 M3x 6mm x 2 2 M5 x 10mm x 2 MB CONTROL 2 ISOLATED CONTROL 1 EXTERNAL CONTROL
53. OVP OCP OVP OCP ON OFF FUNC 51 0 POWER ON OUTPUT ON VOLTAGE OVP OFF E004 OUP ALARM RESET 1 CV 31 OVP OUTPUT OFF LT
54. EEES ER TO FAX 044 822 4112 044 811 4705 KODSi9 9 3 26 8 9 ol es
55. 0 1 POWER ON OFF 0 8V 2 1 0V 0 01A 3 FUNC 4 VOLTAGE 22 134 5 10 0mA CURRENT 6 FUNC 7 1 0V 24 00A
56. 5 18 0 10V A 18 A BB C 550V 5 1100V 119 1 122 RB I
57. 132 7 500 0V 0 10A 8 FUNC 9 VOLTAGE 21 10 500 00V CURRENT 11 FUNC 12 133 1
58. 28 16AWG UL 7 0mm MEMO 9 69 9 9 6 9 6 e90000600000 AkL LILTTITILI LOANJLTTTTHTTT e SSeeee U 28 18AWG UL 7 0mm V M 7 0mm 0 4mm 2 0mm 104 RB 1 14 2 15 3 16 4
59. POWER ON OFF 0 10k 2 10k 0 10A C 3 FUNC 4 VOLTAGE 28 142 0 000V CURRENT FUNC C EE 7 0Q 0 10A 12 C
60. 1 1 5 1 2 0 0059 1mV 1000V 1 POWER ON OFF 2 0 1V 0 10A 3 FUNC 4 VOLTAGE 20 2 30A 50mV 0 1 24A 5 100 0mV CURRENT 6 FUNC
61. 17 A C 550V w 1100V 113 3 B 114 RB 3 C 10k V V lt a k 9 10 gt 10k 0 1
62. 49 SERIAL I F 1 SERIAL IF 2 COM RS 232C RS 485 SERIAL IF 2 IEEE488 2 SCPI HX 2 lt DSR ON DTR ON RTS CTS SERIAL IF 1 RS 232C NN 4 9WNM 9 5 GND 6 pSR 7 RW our GTS NN 1 9 Ne
63. E004 STEP VOLTAGE OUP MEMO OVP ALARM RESET 1 OUP N ALARM RESET 1 OVP MEMO E006 OVP CV OVP OUTPUT
64. 0 1 POWER ON OFF 0 8V 1 0V 0 01A 3 FUNC VOLTAGE 26 154 5 CURRENT 6 FUNC
65. 2 0 10A A 3 FUNC 4 VOLTAGE 28 138 EE gt 7 0Q 0 10A 12 A A 8 FUNC 9 VOLTAGE 29 C F C F 10 500 00V CURRENT
66. 45 2 F 1 V FUNC FUNC VOLTAGE 72 CURRENT HXO0500 24M2F 0Q 20 8Q 0 5Q 74
67. 7 20 9 0 eo W 20 A BB C 113 2 A 112 BB FUNC FUNC VOLTAGE 70 CURRENT 0 1
68. 0 1 POWER ON OFF 0 8V 1 0V A FUNC VOLTAGE 30 146 5 OA CURRENT 6 FUNC A 7 1 0V 0Q
69. LEVEL1_ALM CV _STS CC_STS FUNC FUNC VOLTAGE 74 CV STS 75 CC_STS CURRENT 0 LEVEL1_ALM 1 LEVEL1_ALM FUNC MEMO FUNC FUNCTION FUNC 127
70. A B C SOURce MEMory RECall lt String gt A B C gt MEM REC A 72 SOURce MEMory RECall MODE A B C FUNCTION 54 SOURce MEMory RECall MODE NRf gt O 1
71. B B 8 FUNC CURRENT C F 12 B 9 VOLTAGE 31 C F C F 10 24 000A CURRENT 149 C 1 0 1
72. 134 136 136 A B C 144 144 A 146 BB 148 C es 150 meme 152 152 154 156
73. A 6kW 0 00 12 60 12kW 0 00 25 20 18kW 0 00 lt 37 80 24kW 0 00 50 40 30kW 0 00 63 00 36kW 0 00 75 60 42kW 0 00 88 20 48kW 0 0 100 8 54kW 0 0 113 4 60kW 0 0 126 0 66kW 0 0 138 6 72kW 0 0 151 2 78kW 0 0 163 8 84kW 0 0 176 4 90kW 0 0 189 0 96kW 0 0 201 6 102kW 0 0 214 2 108kW 0 0 226 8 114kW 0 0 239 4 120kW 0 0 252 0 gt CURRH12 CURR 12 00 69 SOURce CURRent PROTection LEVel ocp OCP SOURce CURRent PROTection LEVel NRf gt 3 KS tn HXmk2 500V A 6kW 0 12 13 20 12kW 0 24 26 40 18kW 0 36 39 60 24kW 0 48 52 80 30kW 0 60 66 00 36kW 0 72 79 20 42kW 0 84 92 40 48kW 1 0 105 6 54kW 1 1 11
74. 8 FUNC 9 VOLTAGE 31 C F C F 10 24 000A CURRENT CURRENT C F 10 000V 1 0V 11 FUNC 12 145 lt JE A 0 gt eo 2 3 4
75. TP 0 1 TRIP 2 TRIP OVP OCP 0 1 2 N A C WDT OHP AD OV P_ERR BST ALM P36 gt A1 TP1 93 HX HX TKO HXmk2 ON OFF TKO A 1 MV 2 M
76. 163 _ HX0500 24M2 F I LED OUT ON CV CC PRESET FUNC REMOTE LOCK 7 10 1 YX XV 7 2 1 F CV 100ms CV 300ms CV 500ms CC 10ms CC 100ms CC
77. HXmk2 ZX FK2 97 We b EC FUNCTION
78. 32 OCP OFF OCP 1 1109 OUTPUT OFF OVP OCP OCP OVP OCP CURRENT OVP OCP OSTEP CURRENT MEMO CURRENT 4 ov P OCP OVP OCP PA
79. 1 1 1 CD ROM 1 167 4 4 HHHHH HH HH HHHHHHHHHHH HH HHHHHHHHHHH HH I HHHHHHHHHHH HH HHHHHHHH HH HH HHHHHHHHHHH HH HHHHHHHHHHHHHH HHHHHHHHHHHHHH HI HHHHHHHHHHH HH I HHHHHHHHHHHHHH HI HHHHHHHHHHH HH I HHHHHHHHHHH HH I HHHHHHHH HH HHHHHHHHHH HH HHHHHHHHHHHHHHHHHHHH HHHHHHHHHHHHHHHHHHHH HHHHHHHH HHHHHH HH HH HHHHHHHHHHHHHHHHHHHH HHHHHHHHHHHHHHHHHHHH HHHHHHH HHH HHHHHHHHHHHHHHHHHHHH HHHHHHHHHHHHHHHHHHHH HHHHHHHHHHHHHHHHHHHH HHHHHHHHHHHHHHH HHHH HHHHHHHHH
80. 2 ON OFF OFF FUNC MEMO FUNC FUNCTION FUNC 107 5 ON OFF ON OFF 5V 2 5mA ON OFF FUNCTION
81. HXmk2 ON OFF OT HXmk2 gt A1 1 HXmk2 gt A1 OT1 A2 OT1 AR AR 1 0 1 0 gt A1 AR1 CL
82. 1 MEMO OUTPUT ON OFF OUTPUT ON OFF 38 PRESET CV CC OVP OCP FUNC CV CV CC CC ON co ij IO RI1OIND OFF E 7 F 1 CV
83. gt SYST SERI 0 SYST SER 0 85 SYSTem RIP TRrp TRIP SYSTem TRIP gt SYST TRIP SYS Tem TRIP MODE TRrpP TRIP FUNCTION 9 SYSTem TRIP MODEH lt NRf gt Oe 1 it TRIP 2 TRIP OVP OCP RESET WDT OHP AD OV P_ERR BST ALM
84. 5 0 01 0 003 6 50mV p p TYP 7 300mV 100ppm C 8 1ms 500ms 20 500ms 20 lol 500ms 30 1200ms 30 500mA 20 HX0500 24M2 F 1 0 00A 25 20A 12 0 5 10mA 10mA 10 0 05 0 01 5 0 05 0 005 6 24mA 200ppm C 0 100 5 10 6 20Hz 1MHz 7 20Hz 20MHz 8 50 1009 0 1
85. OCP MEMO OCP ALARM RESET 1 OCP OVP OCP 1 OCP MEMO E006 OCP CC OCP OUTPUT 34
86. 0 lt 10V 0 24A 1mA V 10 A V x 1ov CV EXT V 1 0 6 7 0 lt 10V A B C 41 1 119 1 123 5
87. 2400 9600 19200 38400bps 8bit NOT ODD EVEN 1bit FUNCTION 61 62 HXmk2 HXmk2 ERROR HX ALM128 2400bps 200ms 9600bps 50ms 19200bps
88. 550V 1100V 110 RB 5V 2 5mA MEMO a TRIP b TRIP 9 10 11 24 b
89. 40 1 113 1 117 5 1 A 10 k Q 10 A A 10k 19 10kQ gt co CC_RA 8 20 0 lt eo SS SOS TST W A 20
90. FUNCTION 50 0 PRESET FUNCTION 50 1 CURRENT VOLTAGE MEMO WO STEP VOLTAGE DSTEP CURRENT CV 22 PRESET PRESET OUTPUT OUTPUT CC MEMO PRESET OUTPUT 23
91. MEMO POWER V A OFF POWER ON FUNOCTION 52 1 PRESET kW PRESET PRESET PRESET PRESET PRESET CURRENT MEMO CURRENT 5TEP CURRENT 4
92. POWER ON OFF 0 10kQ 08V 1 1 0V 10kQ C 3 FUNC 4 VOLTAGE 30 150 5 OA CURRENT 6 FUNC C 7 1 0V 0Q C 8
93. HX mk2 4 3 e RN SSSSSN NSS S SNS RNN NN NNN RNN NN SSSSSN RN NNNNSN SNS RR RR RNNSSSN NN NNNNSN SNS RR RR NRN NN RENN RNN NNNS SS NR RN NR NN RN NN NNNN NN NR NN NN NN NN SNSN NR NN SS NNNNN NNNNNN RN RNNSS NN SS RN SS RNN RNNS RNNSN RR RNN SS NN NNNNSN SNS RR RR RNNSSN SS NNNNSN NN NNNSN RR RNNSN NN NNNNSN SS NNNSN SS NR NN NR NN RR NN NN NN NR NN NN NN RN SNSN NN NN SS RN SS RN SSSSSS NNN NNNNNN RN SS RNN RNNS NN SSSSSS RNN SS RN NNNNSN SNS RR SSSS RNNSSN NN NNNNSN SNS RR RR RNNSN NN NNNNS SSSS RR
94. A C A 550V 1100V 119 2 A 118 BB FUNC FUNC VOLTAGE 71 CURRENT 0 1 0 10V 2 O oo A 3 0 10k B 4 10kQ C FUNC MEMO FUNC FUNCTION
95. gt CV FUNCTION 40 SYSTem CONTrol VOLTage ISOLatell lt NRf 0 1 SYST CONT VOLT ISOLI 1 SYST CONT VOLT ISOL 1 SYSTem ERRor SYSTem ERRor 0 100 Commanderror 101 Invalidcharacter 102 Syntaxerror 104 Datatypeerro
96. 1 0 1 POWER ON OFF 0 8V 2 12 0 P48 3 1 0V 0 00A 4 FUNC 158 VOLTAGE
97. 7 a 11 24 TRIP b 11 24 TRI 24 TRIP 24 111 5 1 A 10 k 3 10 V V x 10k 0 296 10kQ gt co CV _RA
98. TRIP ON OFF 10 23 1 1 24 b 2 7 1 1 1 6 1 a 11 24 TRI SD 24 1 1 b 11 24 TRIP TRIP 23 24
99. 3 FUNC LOCK E 3 5 CURRENT o x O FUNC PRESET J 5 wll Ee OUTPUT LOCK 3 RN L OCP R Lu 2 WE Ne 1 A T Ne 119 Ia gt LL LL G 1 3 LL OO LN 8 Oo OR TL HH FUNC 3 ON O 4 K 6 iW NO m tp 5 r NE re 2 G
100. POWER ON OFF 6 FUNC 2 0 010V 0 10A 3 FUNC 4 VOLTAGE 28 136 7 10 000V 0 10A 12
101. 1 1 FUNC FUNC 44 LOCK LOCK LOCK FUNCTION 53 3 0 LOCK LOCK 0 1 OUTPUT LOCK DISPLAY A B C STORE OUTPUT LOCK LOCK LOCK
102. i 1 1 2 M3 x 6mm 2 3 1 4 M3 x 6mm 5 POWER ON kW STEP VOLTAGE STEP CURRENT STEP VOLTRGE STEP CURRE
103. OFF 2 HX0500 24M2 500mA 20 D1 2 OFF 2 10V S S OUT S OUT S C1 lt 2
104. HXmk2 T485 8 SERIAL I F 1 RS 232C LINE INPUT DC OUTPUT REMOTE SENSE 63 M B FG FG FG
105. RB 0 lt 10V 0 500V 1mA gt VI V x 1ov CV EXT V 0 29 4 5 0 10V A B C
106. OFF POWER ON FUNCTION 52 1 PRESET RR NT ORL PRESET PRESET PRESET PRESET PRESET VOLTAGE MEMO VOLTAGE STEP VOLTAGE STEP CURRENT 4 FUNCTION 50 0 PRESET OSTEP VOLTAGE OSTEP CURRENT FUNCTION 50
107. OUTPut OUTPut OUTPut DELay a ON ON OFF OFF EXTernal MODE HOT POWERON MODE STATe ON OFF OUTPut DELay ON ON ON FUNCTION 7 OUTPut DELay ON lt NRf gt 0 00 99 99 F gt OUTP DEL ON 12 34 OUTP DEL ON 12 34 OUTPut DELay OFF OFF
108. 2 200ms 1 FUNC FUNC 48 E FUNC FUNC VOLTAGE 90 CURRENT 1 0 VOLTAGE 91 CURRENT 1 0 FUNC FUNC
109. 34 OSTEP CURRENT OSTEP VOLTAGE 6 CURRENT 0 00V STEP VOLTAGE STEP CURRENT 7 FUNC 13 12 P48 8 1 0V 24 00A 9 FUNC 14 10 VOLTAGE 35
110. E009 E010 11 OVER E011 FUNC 2 TRIP E012 Shdn TRIP OVP OCP ALMREGCLEAR E013 E100 An E2P E110 OVP OCP ALMREGCLEAR
111. 26 FUNOCTION 0 5 10 131
112. VOLTAGE 6 CURRENT 1 ON OFF 0 00s 99 99s 0 00s ON VOLTAGE 7 CURRENT ON OFF VOLTAGE 8 CURRENT OFF td1 off Itd2 offi ha pitd3 off STEP VOLTAGE OSTEP CURRENT gt ON 33 33s STEP VOLTAGE DSTEP CURRENT gt OFF 11 11s 43 VOLTAGE 60 CURRENT
113. PRESET FUNCTION 50 SYSTem PRESet MODE NRf gt 0 PRESET 1 PRESET SYST PRES MODEH0 SYST PRES MODE 0 SYS Tem SERies FUNCTION 73 SYSTem SERies NRf gt 0 1
114. B C 17 B C 5 18 6 B C 19 B C 7 A 20 4 096V 8 A 21 9 ON OFF 22 10 TRIP 23 11 TRIP 24 12 LEVEL1_ALM 25 13 LEVEL2_ALM 26 14 15 16 18 22 23 24 25 26 OP OP x
115. REMOTE LED Cm REMOTE LED RS 232C RS 485 STORE 0VP OCP RLARH RESET 1 A 1 CR LF HX REMOTE LED REMOTE LED X REMOTE LED FUNC DISPLAY PRESET OUTPUT 53 HXmk2 2 1 RS 485 1 485 232C RS RS T485 0 ERR eee ed CELE 9 GOGOOOO 283 CC LLL ed oeSoSe CC 3 CLL EE OO MS SO OB 2 oO 5 5V EE
116. 128 gt MV100 99 MV100 9 HXmk2 OVP OCP OHP ALM160 LV LC AR TP TK HX HXmk2 CR LF CR LF CR LF CR LF 89 HX HX A HXmk2 A 0 50 0O
117. 1mA V 1 V V x 1ov CV_EXT V 0 196 3 16 0 10V A AN 16 A BB C 550V 1100V 116 113 1
118. FUNC 119 5 2 BB A1 A x 0 0 5 gt 10kQ CC_RB 6 19 0 lt 10k SO SS OTST ST B 19 A C
119. OFF ON OFF 2 ON OFF OFF FUNC MEMO FUNC FUNCTION FUNC 109 5 5V 2 5mA MEMO a TRIP b
120. TK2 A 1 2 MV 3 MC 4 LV 5 LC 6 1 6 1 HXmk2 2 3 1 4 92 5 1 6 91 OCP N gt HX0500 24M2FI OP Al TK2 Al HX MK2F I MV500 0 MC24 00 LV550 0 LC26 40 TK3 HXmk2 TK3 A 1 STAT 2 1 2 1 HXmk2 2 0 1 STAT 6 O Bit 1 O 0 P ON M _STS P ON
121. MEMO FUNC FUNCTION FUNC 39 F CV V CV s 1V s 1000V s DCV CV CC CV WS CC lo lo lt 50A 0 01 2 A s 0 01A 50A 2 lo lt 240A 0 1 2 A s 0 1A
122. uuu 89 HX 89 HX 89 HX ro 89 HX Ek 90 HX 94 RU 97 104 Luau 104 LL 105 ON OFF ee 106 ON OFF 108 110 111 112 112 A 112 B 114 C 115 uk 116
123. 8 FUNC 9 VOLTAGE 29 C F C F 10 500 00V CURRENT CURRENT C F 11 FUNC 137 A 1 5 0 000V CURRENT POWER ON OFF 0 oQ 6 FUNC A
124. AC180V 242V3 A 0
125. CL 1 0 1 0 gt A1 CL1 90 LC ocP OCP LC HXmk2 500V A 6kW 0 12 13 20 12kW 0 24 26 40 18kW 0 36 39 60 24kW 0 48 52 80 30kW 0 60 66 00 36kW 0 72 79 20 42kW 0 84 92 40 48kW 1 0 105 6 54kW 1 1 118 8 60kW 1 2 132 0 66kW 1 3 145 2 72kW 1 4 158 4 78kW 1 6 171 6 84kW 1 7 184 8 90kW 1 8 198 0 96kW 1 9 211 2 102kW 2 0 224 4 108kW 2 2 237 6 114kW 2 3 250 8 120kW 2 4 264 0 gt A1 LC13 2 LV OVP OVP LV 5 0 550 0 gt A1 LV550 0
126. STEP VOLTAGE 5 CURRENT 0 01A s 48 00A s 0 01A s 40 CC FUNC MEMO FUNC FUNCTION FUNC STEP CURRENT STEP CURRENT 41 ON OFF F HXmk2 ON OFF T485 M ON OFF 1 ON ON OFF TERMINATION
127. 0 CV 1 COV 2 CV 3 CV 4 CC 5 CO 6 CO 7 CC F gt OUTP MODEH 3 OUTP MODE 3 OUTPut STATel on OFF 64 gt OUTPHON OUTP ON ON OFF OUTPut STATe String gt ON ON OFF OFF MEASure MEASure
128. 1 VOLTAGE CURRENT WSTEP VOLTAGE STEP CURRENT MEMO CC 20 PRESET PRESET OUTPUT OUTPUT CV MEMO PRESET OUTPUT 21 OVP P30 OCP P33 POWER
129. 2 FUNCTION I Ge 20 t 21 22 23 24 25 26 27 28 t MM 09 C 30 ty 31 7 C F C 32 t 33 34 2 35 36 37 7 38
130. 2 CC FUNC FUNC VOLTAGE 1 CURRENT O 6 0 CV 1 CV 2 CV 4 CC 5 CC 6 CC MEMO OV 100msec CC 10msec CV 300msec CC 100msec OV 500msec CC 200msec FUNC
131. B 7 10kQ 0 10A B 8 FUNC 9 VOLTAGE 29 C F C F 10 500 00V CURRENT CURRENT C F 11 FUNC B 12 B 141 C 1
132. C 8 FUNC 9 VOLTAGE 29 C F C F 10 500 00V CURRENT CURRENT C F 11 FUNC B 143 1 0 1 POWER ON OFF
133. 36 A B C 3 MEMO 38 A B C 3 STORE STORE A B C 1 MEMO OUTPUT ON OFF OUT
134. FUNC MEMO FUNC POWER OFF POWER ON 25 26 FUNCTION I 0O Ar re 0 FW 1 00 0 CV 2 CV 1 CV 2 CV 0 3 CV 5 2 1 2 2 4 CC F 5 CC 6 CC 7 CC 2 CV 1V s 1000V s 1000V s 3 CV 1V s 1000V s F 48 00A s 4 CC
135. HK ST 5 lt 3 a OO NR mi 1 Oa MW OCLC RR RR RR RR RR RRRRD cedededede ede OOGOGOOOOGOGOOOOOSOOOOOOOGOO OSORIOEG S TSSTAKASABO OO OO QO QO QO QO QO QO 5 QO QO eee ee OR RR RRRRRRY SeEeseseseseseseseseseseseseSe OO OL OO OR GOO ORO OR RR RR RRERO OR ORR OR OOOOSO OR RRRRRE OCONEE OO OEE 9 SO SOC SO SO SO SO SO SO SO SO SO SO DO 5 ON A Q m Q V kz 3
136. 14 OCP_STS OCP 1 OCP OCP 13 O ON OFF 12 EXT ON ON OFF 11 AP 10 DD ON BUS STS DC DC ON OFF 9 MST BST STS 2 2 8 P ON B STS P ON ON 2 Eu 7 P ON M STS P ON ON OFF 6 O 5 OHP_ALM OHP 4 OCP ALM OCP 3 OVP ALM OVP 2 O 1 CC_STS CC CC CC O CVSTS CV CV CV Bit3OVP_ALM 2 7 HXmk2 gt STAT MEAS COND 300180 P ON B STS P ON A STS P ON B STS P ON M STS 1 OVP OCP 2
137. 0 01A s 48 00A s x 2 s 5 CC 0 01A s 48 00A s F 0 0 6 a 1 ON OFF F 7 ON 0 00s 99 99s 0 00s 8 OFF 0 00s 99 99s F 0 0 1 TRIP 9 TRIP 2 TRIP TRIP OVP OCP 0 0 10 ON OFF __ 4 OFF 2 ON OFF OFF 11 0 OFF 1 ON OFF 1 ON OFF a 12
138. 158 160 160 2 160 161 L 2 3 Tr 161 162 163 es 163 0 164 EEKKKKKRRNNMME 165 d IIiii lt ASi lt ild f acideil iia 166 RS Cs 166 166 ER lt dld Nldi rN Nk 166 167 168 NR 169 169 LLU 169 170 ee 171 172
139. EMI 1 3 180V 242V 45Hz 65Hz a 1 ee Se I et Lc EiZSZez72 SS mmer ed mms Re B leg M5
140. P36 gt SYST TRIP MODEI 1 SYST TRIP MODE 1 SYS Tem BUZzer BU Ttom ON OFF ON OFF FUNCTION 90 SYSTem BUZzer BUTtom lt NRf gt 0 OFF 1 FE ON gt SYST BUZ BUTH1 SYST BUZ BUT 1 86 SYS Tem BUZzer ALArm ON OFF ON OFF FUNCTION 91 SYSTem BUZzer ALArm lt NRP 0 OFF 1 ON gt SYST BUZ ALA 1 SYST BUZ ALA 1 SYSTem POWer kW
141. 19 A C 550V w 1100V 119 4 C 121 5 MA 3 0 lt 10V 0 24A 1mA lt A nu gt CC_EXT V 0 59
142. OCP ON OFF FUNC 51 0 POWER ON OUTPUT ON CURRENT OCP OFF E005 OCP OVP OCP 1 CC 33 OCP OUTPUT OFF LT E005
143. le elec T485 M G Td exe e 2 OFF ON OFF TERMINATION O12 A n ON ON OFF TERMINATION
144. CURRENT C F 11 FUNC A 139 1 POWER ON OFF 0 10k 2 0 0 10A B 3 FUNC 4 VOLTAGE 28 140 0 000V CURRENT FUNC
145. 4 17 0 10k SO SS SST TDT LALLALALALALAALAALLALL 17 A C 550V 5 1100V 113 4 CC 115 5 0 lt 10V 0 500V
146. 53 LOCK 2 VOLTAGE CURRENT lt PRESET FUNC OVP OCP 0 7 1 7 54 60 1 50 1 0 2400bps 1 9600bps ai 1 9600bps 61 2 19200bps 3 38400bps 0 0 62 1 ODD 2 EVEN 5 0 SCPI 0 SCPI 63 1 0 0 1 0 10V 2 70 ED 2 0 10KQA 3 0 10KQB 4 0 10kQO 0 0 1 0 lt 10V NE 8 2 0 10kQA 5 3 0 10kQB 4 0 10kQO 00 72 0 20 89 F 0 0 73 Zs 0 LEVEL1 ALM 0 LEVEL1 ALM i CV SIS 1 LEVEL1_ALM 0 LEVEL1 ALM 0 LEVEL1 ALM 1
147. 15 550V 1100V 124 RB 1 0 0 10V 10k 0 596 10mV 1 2
148. OVP OCP Bit40CP_ALM 77 SYSTem SYSTem FUNCTION SYSTem COMMunicate SERial RECeive BAUD PACE PARity 5 TYPE UNIT CONTrol a CURRent MODE ISOLate VOLTage MODE ISOLate ERRor bg NEXT KEYLock MODE LOCK MONitor MODE OFF PRESet MODE PRESET SERies TRIP TRIP BUZzer BUTtom
149. 0 10V 2 O oo A 3 0 10k B 4 10kQ C FUNC MEMO FUNC FUNCTION FUNC 113 5 2 B V V x k Q 10 0 196 gt 10kQ CV RB 4 17 0 lt 10k SO OS SS OTT ST OOS SP SSI SS SS SSS B
150. 37 es 37 38 39 40 ON OFF 42 ON OFF 42 43 RI 45 46 47 48 ee 49 50 50 51 52 NN 52 ui 53 53 54 cuore 55 HXmk2 55 HXmk2 55 HXmk2 es 58 IEEE488 2 58 SO 59 ADDRess i 59 ALM o ooauiuiattataanatunate raenatereanesaere ramas sna rmesemereeaneeare 60 OUTPut LL 62 MEASure 65 SOURce 68 STATus UIE 76 SYSTem 78 HHX 88 HX
151. 5 10 J NX lt A lt Pak FAN 9 00 12 00 13 00 17 00 FAX 0235 25 9783 0235 23 4814
152. J T485 M J 2 ES a ED cut Eo gl 3 OFF oll ON OFF TERMINATION le ellecl a ON ON OFF TERMINRTION HXmk2 51
153. 24A 12kW 2 0 01A s 48 00A s 0 01A s FUNC FUNC VOLTAGE 1 CURRENT 3 7 3 CV 7 CC 40 CV 1 3 VOLTAGE 2 3 2 3 CURRENT 1V s1000V s 1V s STEP VOLTNGE CC 1 7 VOLTAGE 4 5 4
154. 5 0V 550 0V 0 2 5digit 0 5V 10 002 OFF OFF 0 12A 26 40A 0 6 10digit 100mA 11 2 OFF OFF 90C OFF 135 C 50A 1V 10mV 105
155. OFF FUNCTION 8 OUTPut DELay OFF NRf gt 0 00 99 99 F gt OUTP DEL OFF 56 78 OUTP DEL OFF 56 78 62 OUTPut EXTernal MODE FUNCTION 10 OUTPut EXTernal MODE NRf gt 0 1 ON OFF 2 OFF
156. N AN A 1 As 200V div 1 a 1 50A div 1 i Measure P1 max C2 P2 P3 P4 P5 PB value 104 Vv status LeCroy 2012 03 27 16 38 32 171 1000A AWG1 0 AWG1 AWG3 AWG5 AWG AWG7 ANG8 4 AWG9 AWG10 AWG11 AWG12 AWG13 100A 10A AWG15 6 1 10 100 1000 m 172 HX0500 24M2 F 1 2013 3 Ver1 0 DOC 1434 01
157. SSITAKASAGO H mk TH series HXO500 24M2 F W Ver 1 06 oo 4 re 5 eol Leoe 5 1 6 ee 7 bk 8 8 I NiiiiiiI I 10 4 11 es 11 12 i 13 ei 14 es 16 III 18 18 LL 19 es 19 19 uk 20 ee 22 a i EL E 24 25 es 25 26 ON OFF es 30 OVP 4 30 LL 31 OCP 33 33 35 36 ww 36 Lk 37
158. 1 0 10mV CV CC P ON LEVEL1_ALM OVP OCP LEVEL2_ALM 5 165 HX0500 24M2 F I DC1000V 20M 0 AC2 5kV 1 AC1 5kV 1 1100V HX0500 24M2 F I HX0500 24M2 F I 0 50 C 20 C 70 C 20 80 RH 20 85 RH HX0500 24M2 F I mm 15 W 430mm x H 221mm x D 550mm mm 16 W 482 6mm x H 241mm x D 625mm 38 0kg M5 4P M6 166 15 16
159. ALArm POWer STORe FUNC EEPROM 78 SYSTem COMMunicate SERiall RECeive BAUD E FUNCTION 61 SYSTem COMMunicate SERial RECeive BAUD NRf gt 0 2400bps 1 9600bps 2 19200bps 3 38400bps 2400 9600 19200 38400 gt SYST COMM SER BAUDHI3 SYST COMM SER BAUD 38400 SYSTem COMMunicate SERiall RECeive PACE SYSTem COMMunicate SERial RECeive PACE lt Str
160. ON OFF 1 OHP_ALM OHP 2 O 3 OCP_ALM 4 OVP_ALM 5 CC STS CC CC CC 6 CV STS CV CV CV gt Al TK3 Al STAT1000001 95 TK HXmk2 TK4 V HXmk2 2 gt Al TK4 10 00V TK 96 HXmk2 TK5 A HXmk2 92 gt Al TK5 0 00A Ni 2
161. WDT E001 CPU OFF OHP E003 OHP OFF ON FAN OVP E004 OUP P32 OCP E005 OCP P34 BST E006 lt P ERR E007 BST_NRDY E008 7 ON
162. 2 VOLT CURR PRESET FUNC OVP OCP SYST KEYL MODEI 1 SYST KEYL MODE 1 SYS lem MONitor MODE oFF 84 gt OFF FUNCTION 52 SYSTem MONitor MODE NRf gt OE 1 SYST MON MODEHI0 SYST MON MODE 0 SYSTem gt PRESet MODE PREsET
163. MEASure SCALar VOLTage DC 2 gt MEAS VOLT 500 0 66 MEASure SCALar POWer DC D MEASure SCALar POWer DC gt MEAS POW 6 000 67 SOURce SOURce SOURce CURRent LEVel IMMediate AMPLitude
164. PROTection LEVel OCP SLEW RISing CC FALLing CC MEMory RECall MODE STORe RESistance LEVel IMMediate ca AMPLitude VOLTage LEVel IMMediate AMPLitude PROTection LEVel OVP SLEW RISing CV FALLing CV 68 SOURce CURRent LEVel IMMediate AMPLitude SOURce CURRent LEVel IMMediate AMPLitude NRf gt HXmk2 500V
165. SCPI HXmk2 HX HX 2 FUNCTION 63 HXmk2 HXmk2 IEEE488 2 SCPI SCPI HXmk2 ASCI 1 gt ADDRess 1 ADDRess OUTPut ALM CONTain CC
166. SERIAL I F 1 6 9 D SUB9E y SERIAL I F 1 HXmk2 D Sub 9pin 2 2 D Sub 9pin 2 D Sub 9pin 2 RX 2 RX 2 TX 3 TX 3 DTR 4 DTR 4 GND 5 gt eNo DSR 6 DSR 6 RTS 7 RTS 7 cTs 8 CTS 8 SERTAL I F 2 RS 485 SERIAL I F 2 RJ 45 2 SERIAL I F 2 50 1 HXmk2 HXmk2 1 31 HXmk2 HXmk2
167. 0 1A 8 FUNC 9 VOLTAGE 25 10 CURRENT 11 FUNC 12 153 mk P134
168. L HXmk2 1 1 RS 485 1 69 6 9 ooQoQoGcQoc 8 2258258 eos ee OO OOOGO eX OOOOOO OR CORRES OOOGOGO OOGOGOOOGOOOGO OOGOOOO OOOOOOO OOOGO OOO gt ooooooo CR39 89 OEE 0 0 0 0 232C RS 485 RS 2 A1 MV5 5 CRrLF 1 oO 7 5V HXmk2 2 1 RS 485 1 TI RR RR CLL CR OO eX 8 SH OO OOOOOO OO 6 ee OOOOOO OOOGOGOOOOOOOOO OOOGOSOOO eee OSGOOOOOGO SS OOOOOO OLS OO 3 8 OY 1 CRRERRORREORR OO 2 OO 8 OSOSOSOS OOSOSOS 232C RS 485 RS 2 PC A2 MV7 5 CRrLF 1 54 IEEE488 2
169. POWER ON OFF 2 12 0 P48 3 0 0V 0 10A 4 FUNC 156 5 VOLTAGE 32 6 CURRENT 0 00V 7 FUNC 13 12
170. SSSS RNN NN RR RN NRN NR RNN NRN RR NN NNN NN NNNSSS SNSNNN RR NN NNNNNN RN SSSSSS RN SSSSSS NNN NNNNNN RN SSSSSS RNN RR NN SSSSSS NRN SSSSSS RN NNNNSN SNS RR SSSS RNNSSN NN NNNNSN SNS RR SSSS RNNSSN RR SNNSS SSSS RR RR RNN RR RR RNN RNN NR NNNSSS RR 28 HX0500 24M2 24 20 CD H X mk 2 10 1 2 0 kW 1 RS 232C RS 485 3 1 T485 2012 07 ZX FKI HX TI 3
171. 117 118 118 A 118 B 120 C 121 kk 122 123 124 124 124 es 125 125 125 126 126 126 126 LEVEL ALM1 kk 127 5 128 128 es 129 2 130 131 131 es 131 131 lt 131 1 132 132 132
172. FUNC 9 VOLTAGE 31 C F C F 10 24 000A CURRENT CURRENT C F 11 FUNC C 12 C 151 1 1 2 5 1 2 30A 50mV 0 1 24A 0 005 1mV 1000V
173. LEVEL1_ALM 28 FUNCTION I a B15 6 B14 7 16 B13 ON OFF zz es 4 1 B11 OMOFF _ B10 YX 7 2 3 B09 7 29 B08 29 80 27 1 B07 B06 OHP BO5 0OVP BO4 0CP B03 B02 1 801 60 1 BOO CV B15 B14 7 7 16 B13 TRIP 3 E TRIP RR B10 3 509 B08 81 fj 2 7 2 5 B06 2 805 9 BO4 A B03 B02 1 UE BOO 82 HW FPGA 1 00 0
174. 0 0 0 20 8 0 5Q 0 08 0 58 1 08 20 08 20 58 20 89 20 8Q 20 3Q 19 80 0 86 0 3Q 00Q FUNC MEMO FUNC FUNCTION FUNC 46 2 200ms FUNC FUNC
175. 91 MC MC HXmk2 500V A 6kW 0 00 12 60 12kW 0 00 25 20 18kW 0 00 lt 37 80 24kW 0 00 50 40 30kW 0 00 63 00 36kW 0 00 75 60 42kW 0 00 88 20 48kW 0 0 100 8 54kW 0 0 113 4 60kW 0 0 126 0 66kW 0 0 138 6 72kW 0 0 151 2 78kW 0 0 163 8 84kW 0 0 176 4 90kW 0 0 189 0 96kW 0 0 201 6 102kW 0 0 214 2 108kW 0 0 226 8 114kW 0 0 239 4 120kW 0 0 252 0 gt A1 MC12 00 MV MV 5 0 525 0 gt A1 MV500 0 92 T oN OFF ON OFF OT 0 OUTPUT OFF 1 OUTPUT ON 0O 1 gt A1 0T0 TP
176. TON OFF 5V 2 5mA ON OFF ON OFF FUNCTION 9 22 1 oO G Go eo o oo oo OFF ON ON OF
177. 10mV 9 196 10 0 11 23C 5 C 12 23 C 5 C 161 _ HX0500 24M2 F I 4 999 9V 13 0 19 2digit 0 2V 100 p p m C 4 14 99 99A 13 14 0 596 4digit 20mA 200 p p m C 4 14 99 99kW 14 162 13 23 5 C 14 HX0500 24M2 F 1
178. M5 MEMO C1 C2 C1 C2 HHI C1 100 lt 1000F C2 1 10F 9 ET mu OAST mm s 14 1 P172 1
179. OFF 1 ON 90 1 ON 0 OFF 1 0N 91 29 OM OFF POWERON 1 2 POWERON OUTPUT FUNC FUNC VOLTAGE 51 CURRENT 0 1 O OFF COLD START OUTPUT ON OFF 1 8 ON HOT START 8 ON HOT START MODE2 ALM TRIP OFF
180. OUTPUT ON FUNC OVP 30 OFF OVP 5 0V 550 OV OUTPUT OFF OVP OCP OVP OVP OCP VOLTAGE OVP OCP DSTEP VOLTAGE WSTEP CURRENT RENOTE gt L MEMO VOLTAGE 4
181. eo Q A Eee DCO 10V DCO 10V 0 lt 10k B C 0 eo Q A NN DCO 10V DCO 10V ON OFF DC10V 0 59 10mV DC10V 0 59 6 10mV DC10V 1 09 10mV 0 a DC10V
182. gt ALM CLEar ALM CONTain CC NRf gt 56 gt CONTain ALM CLEar CONTain CC NRf gt gt ALM ALM ALM ALM CLEar ALM CONTain CC NRf gt SCPI
183. kW SYSTem POWer kW gt SYSTPOW 6 StSTem STORe FuncTION FUNCTION SYSTem STORe gt SYST STOR FUNCTION EEPROM 87 HX HX HX HX HX HXmk2 HX 88
184. 12 7 1 0V 24 00A 8 FUNC 9 VOLTAGE 27 10 CURRENT 11 FUNC 155 1
185. 2 0 0 CV CC 1 4 a W 0 4 7 1 TN CO 0 17 7 1 ae022 2 0 0 PRESET PRESET 0 PRESET i PRESET RESET PREsET PRESET 0 OFF TOGGLE 0 OFF TOGGLE 1 MODE1 HOTSTART 2 MODE2 HOTSTART 51 POWER ON OUTPUT ALM TRIP OUTPUT OFF OUTPUT OUTPUT ON 27 FUNCTION I i du i OUTPUTOFF 0 1 0ELOGK 0 LOCK 1 OUTPUT LOCK
186. 200ms F CV 500ms F M AM 1V s 1000V s 0 01A s 48 00A s ON OFF F 1 ON OFF 0 00s99 99s ON OFF A B C 3 y7 R F 0 20 8 164 HX0500 24M2 F I 0 lt 10k B C 0
187. 40ms 38400bps 20ms 52 FUNCTION 60 REMOTE LED LOCAL
188. 8 8 60kW 1 1 132 0 66kW 1 3 145 2 72kW 1 4 158 4 78kW 1 6 171 6 84kW 1 7 184 8 90kW 1 8 198 0 96kW 1 9 211 2 102kW 2 0 224 4 108kW 2 2 237 6 114kW 2 3 250 8 120kW 2 4 264 0 gt CURR PROTH12 CURR PROT 12 00 70 CC FUNOTION 4 SOURce CURRent SLEW RISing NRf gt HXmk2 500V CC A s 6kW 0 01 24 00 12kW 0 01 48 00 18kW 0 01 72 00 24kW 0 01 96 00 30kW 0 1 120 0 36kW 0 1 144 0 42kW 0 1 168 0 48kW 0 1 192 0 54kW 0 1 216 0 60kW 0 1 240 0 66kW 0 1 264 0 72kW 0 1 288 0 78kW 0 1 312 0 84kW 0 1 336 0 90kW 0 1 360 0 96kW 0 1 384 0 102kW 0 1 408 0 108kW 0 1 432 0 114kW 0 1 456 0 120kW 0 1 480 0
189. ATus MEASure CONDition 76 STATus MEASure CONDition STATus MEASure CONDition 2 3byte 16 Bit 1 0 23 P oND STS 2 ON OFF 22 P ONC STS AA 2 2 ON OFF 21 P ON B STS B P ON ON OFF 20 P ON A STS A P ON ON OFF 19 ISO_OPTHION_MOUNT 18 O 17 EXT_TRIP_LT_STS TRIP TRIP 16 EXT_TRIP_STS TRIP TRIP 15 OVP_STS OVP 1 OVP OVP
190. C 3 LV 4 LC 5 OT 6 1 6 1 HXmk2 1 3 92 4 1 5 91 OCP 6 ON OFF gt A1 TKO A1 MV10 0 MC12 00 LV550 0 LC13 20 0T0 TK 94 HXmk2 TK1 A 1 2V 3A 1 2 1 HXmk2 2 2 3 92 gt A1 TK1 A1 0 00V 0 00A TK2 Tp RoW HX
191. CTION 75 ALM CONTain CC NRf gt 0 LEVEL1_ALM 1 LEVEL1_ALM 0 1 qd gt ALM CONT CCH1 ALM CONT CC 1 60 ALM GONTain CV LEVEL1 ALM cv SsTS LEVEL1_ALM CV_STS FUNCTION 74 ALM CONTain CVH NRf gt 2 O LEVEL1_ALM 1 LEVEL1_ALM 0 1 gt ALM CONT CVII0 ALM CONT CV 0 61
192. F A 22 550V w 1100V 106 BB FUNC FUNC VOLTAGE 10 CURRENT O 2 0 ON OFF ON OFF 1 ON OFF ON OFF
193. HHHHHHH HHHH HHHHHHHHHHHHHHHHH HH 9 B9 02 EE b 5 b 055 482 6 4 465 2 S cf SC 2 TFTS0 9y1T VI3 8 0 001 SIF 8 1 002 SIr DZ 93 01 168 A A 100 90 80 70 60 50 40 30 20 10 0 A 169 _ 50 0 95 45 0 90 lt 40 0 85 35 0 80 30 0 75 170 185 200 215 230 245 V 170 AC240V 200V div 50A div 1 Measure P1 max C2 P2 HOT START ON Value 104 V status 8nV LeCroy AC240V 1 ws
194. NT STEP VOLTAGE STEP CURRENT EO011 FUNC 2 MEMO QHX0500 24M2 12 HX0500 24M2F 12F HX0500 24M2I 12 1 HX0500 24M2FI 12FI 18 HXO500 24M2 0 OV 25 20A OVP 550 OV OCP 26 40A A BB C CV CC OVP OCP 20 38 26
195. ONTrol CURRent MOD FUNCTION 71 SYSTem CONTrol CURRent MODE NRf gt O 1 2 A 3 B 4 C gt SYST CONT CURR MODEH1 SYST CONT CURR MODE 1 SYSTem CONTrol CURRent ISOLate CC CC FUNCTION 41 SYSTem CONTrol CURRent ISOLate l lt NRf gt 0 1
196. PUT ON OFF FUNCTION 54 0 FUNCTION 28 A B C MEMO OUTPUT ON OFF OUTPUT ON OFF 37 FUNCTION 54 1 FUNCTION 28 A B C
197. R ODD SYST COMM SER PAR ODD gt COMMunicate SERial UNIT SYSTem COMMunicate SERial UNIT NRf gt 0 1 YR OVP OCP Ki EMR m6 or ouwvw RB SYST COMM SER UNITI1 SYST COMM SER UNIT 1 VOLT 80 0V SYSTem C
198. ao ss co ip HX0500 24M2 F 00000 2013 3 Ver1 0 DOC 1434 01
199. e VOLTage LEVel IMMediate AMPLitude NRf gt 0 0 525 0 SOURce VOLTage PROTection LEVel ovp OVP SOURce VOLTage PROTection LEVel NRf gt 5 0 550 0 gt VOLT PROTHI550 VOLT PROT 550 0 75 SOURce VOLTage SLEW RISing cV CV FUNCTION 2 SOURce VOLTage SLEW RISing NRf gt 1 1000
200. ing gt ACK OK OFF OK ACKON ACKOFF gt SYST COMM SER PACEDACK SYST COMM SER PACE ACKON 79 SYSlem 80 FUNCTION 62 SYSTem COMMunicate SERial RECeive PARity TYPE String gt ODD EVEN NONE ODD EVEN NONE gt SYST COMM SER PA
201. r 108 Paramerter not allowed 109 Missingparameter 120 Numericdataerror 140 Characterdataerror 150 Stringdataerror 902 NopermissionCommand 903 Receivetimeout 905 Unmount isolate option board gt SYST CONT CURR ISOL ERROR SYST ERR 905 Unmount isolate option board 83 SYS Tem KEYLock MODE Lock gt FUNCTION 53 SYSTem KEYLock MODE NRf gt Or LOCK EC OUTPUT LOCK
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