ユーザーマニュアルPDF - 株式会社テクシオ・テクノロジー
Contents
1. Good Will Instrument Co Ltd No 7 1 Jhongsing Rd Tucheng Dist New Taipei City 236 Taiwan GWINSTEK 0 Li RRR2. GWINSTEK PSW AN
3. 1 1 II W 0 AC AC AC 85V 265V 47Hz 63Hz 3
4. 93 PSW 30 36 0 000 0 8330 PSW 30 72 0 000 0 417O PSW 30 108 0 000 0 2780 PSW 80 13 5 0 000 5 9260 PSW 80 27 0 000 2 9630 PSW 80 40 5 0 000 1 9750 PSW 160 7 2 0 000 22 2220 PSW 160 14 4 0 000 11 1110 PSW 160 21 6 0 000 7 4070 GWINSTEK ALM 49 OVP OCP OTP OVP
5. 31 GWINSTEK PSW GND GND 32 GND GWINSTEK a 35 AC Type 35 37 kk 38 kk 3
6. fs 60 GUINnSTEK 439 45
7. 20 85 lt 2 000m 0 C 50 EN61010 1 2010 EN61010 2 030 2 1 2 3
8. WEEE EU WEEE EU GWINSTEK PSW MN Green Yellow Earth OE Blue Neutral Os Brown Live Phase 77
9. 17 Status Com 18 22 30V 8mA STATUS 17 18 19 20 COM 21 22 CV 18 CV Low STATUS CC 19 CC Low STATUS ALM 20 OVP OCP STATUS Low OUT ON 21 Low STATUS PWR OFF 22 STATUS Pins 18 19 20 21 22 17 GWINSTEK
10. GWINSTEK AC GND a
11. 20kg 2 GWINSTEK EN 61010 1 2010 EN61010 2 030 I IV
12. 114 GWINSTEK 1 2W 2 93 OKO 10kO OV 2 1 10 kO Ext
13. 0V AUTO 25 GWINSTEK PSW 26
14. 10 GWINSTEK i 14 16 2 22 TI 16 19 11 GWINSTEK PSW PSW PSW 9 3 Type 360W Type II 720W Type 1080W PSW 30 36 Typel 0 30V 0 36A 360W PSW 80 13 5 Typel 0 80V 0 13 5A 360W PSW 160 7 2 Typel 0 lt 160V 0 lt 7 2A 360W PSW 30 72 Typel
15. 119 GWINSTEK PSW 2 2 ny 24 1 1 1 2 D COM
16. 121 Mil 26 OMRON XG5 IDC 3 25 1 Onur gd 105 GWINSTEK PSW Current Share 1 2 2 D COM
17. 0V 10V PSW 1 U 1 2 16 2 J 16 A COM 4 EXT V CV CONT GND Page 102 F 90 CV 1 Function Function Functon F 90 1 Output we 109 GWINSTEK PSW
18. 113 GWINSTEK PSW PSW 0 lt 10kQ 7 1 6 2 Pin6 EXT R Pin7 EXT R Wire shield negative output terminal F 90 CV 102 2 Ext R 10kQ 3 Ext R 10kQ 0V Functtion Function Functon F 90 2 3 CC S Output mw
19. 93 117 GWINSTEK PSW 2 D COM 24 OUT ON OFF CONT 5V 59 500uA 10kQ 500uA F 94 F 92 F 94 0 2 24 High
20. CV CC 21 CV CC 2 CV Function 1 Function Function 2 F 01 F 01 7 7 7 3 F 03 V Q
21. E N P HBC 0 75 mm 3A 5A 13A
22. 59 2 60 00V sec 120V sec 2 GWINSTEK PSW 30 36 30V 60V 36A 36A PSW 80 13 5 80V 160V 13 5 13 5A PSW 160 7 2 160V 320V 7 2A 7 2A PS
23. 16 GWINSTEK Function Function OVP OCP OVP OCP OVP OCP Set Set Ce Test Test Ce Lock Local Lock Local PWR DSPL PWR DSPL V A V W A WW 3 VSR cv CV RMT 17 GWINST
24. PSW 130 USB 130 GPIB kk 131 LAN kk 132 133 134 USB 135 ki 136 129 GWINSTEK PSW USB USB PC Type A host PSW Type B slave 1 1 2 0 full speed high speed USB CDC communications device class 1 USB USB B lt Page 101 2 USB F 22 2 USB CDC 130 4 GWINSTEK A GPIB GUG 001 GPIB to
25. GWINSTEK 2 1 2 3 1 3 2 3 PSW 30 36 30V 30V 30V 36A 72A 108A PSW 80 13 5 80V 80V 80V 13 5A 27A 40 5A PSW 160 7 2 160V 160V 160V 7 2A 14 4A 21 6A PSW 30 72 30V 30V 30V 72A 144A 216A PSW 80 27 80V 80V 80V 27A 54A 81A PSW 160 14 4 160V 160V 160V 14 4A 28 8A 43 2A PSW 30 108 30V 30V 30V 108A 216A 324A PSW 80 40 5 80V 80V 80V 40 5A 81A 121 5A PSW 160 21 6 160V 160V 160V 21 6A 43 2A 64 8A 67 GWINSTEK PSW T
26. 2 OVP OCP OVP OCP OVP OCP OVP OCP 73 GWINSTEK 74 PSW VMON IMON VMON
27. S 2 D COM STATUS 17 CV CV ALM OUTPUT POWER COM 18 22 CV STATUS 18 CV CC STATUS 19 CC ALM STATUS 20 OVP OCP OUTPUT ON 21 STATUS POWER OFF 22 STATUS N C 23 OUT ON OFF 24 CONT 2 D COM TTL Low 10kQ 5V SERSLVIN 25 N C 26
28. LN 0 1 uF F 120 6 2 Capacitor PSWs Load Twisted pair 63 GWINSTEK PSW 2
29. High Low 0 High F 94 a 1 Low 100 0 2 1 F 00 0000 9999 GWINSTEK F 01 F 61 F 88 F 89 Function F 20 F 21 F 30 F 35 F 89 F 90 F 95 102 Function 1 Function
30. 12 2 F 95 1 12 2 12 2 15 121 GWINSTEK PSW a 0 PSW 1 12 2 a 2 D COM gt 12 SHUTDOWN 1 i Page 102 2 F 95 SHUTDOWN 0 1 Function
31. 0 DLY LED 0sec 20msec 0 00s lt 99 99s 93 GWINSTEK PSW V CV CC CC CV CC ISR CV VSR V CC SV 3 F 03 0 CV 1
32. WEEE GWINSTEK IN PSW
33. 112 GWINSTEK OKO 10kO 0V OKO 10kO OV 2 1 10 kO Ext R 0kO 10kO 0V x 10 2 10 kO OV Ext R gt 10kO 0kQ 0V x 10 10 Ext R 0V Ext R
34. 25C 70C s lt 90 GWINSTEK
35. Output Output 2 Output 79 GWINSTEK PSW 10 80 81
36. x 10 x 1 x 1 Lp lt 2 2 3 JIS EIA GPIB to USB USB Type I III USB CD 15 GWINSTEK PSW 160 14 4 PSW 80 27 PSW 30 72 720W PSW a iower Suppy Voltad w EE 5 ls OO _ TF USB A PSW 160 21 6 PSW 80 40 5 PSW 30 108 PSW 160 7 2 1080W PSW 80 13 5 PSW 30 36 360W
37. PSW 1 a 64 61 GWINSTEK PSW a 1 PSW 1 b 1 PSW 1 2 PSW 2 c 2 PSW 2 2 PSW 2 d 2 PSW 2 39 72 2 62 GWINSTEK
38. 7 41 8 M4 M8 M4 _ 41 GWINSTEK PSW 1 TOP BOTTOM 2 U BOTTOM 3 TOP BOTTOM ol TOP BOTTOM 4 TOP 5 TOP BOTTOM
39. 10 5V Ne 10kO 93 110 0V 10V 0A 0V lt 10V x 10 GUInmSTEK 1
40. psw zip psw inf USB USB USB inf PC PSW COM COM PSW COMx PSW RealTerm PuTTY COM s 9600bps
41. GW INSTEK PSW 8013 T1 12 20111013 Template Basic IO Interacelio I Show AN VISA Operations Write From File Read To Fil Write Read Asert Trigeer Read STB Cler Em Buffer few mped ASCIT hesadecimal 024 GN INSTEK PSW 8013 T1 12 20111018m Retum Count FF Asyme 5 Retum Ststns 3FFFO005 bon Read data from a message based bus or device Execute MM 141 GWINSTEK PSW 142 1 2 1 2
42. Lock Local LoclLocal 3 ES Lock Local 59 GWINSTEK PSW 0 6 V AS
43. T 01 1 10 MM GWINSTEK 3 Voltage LOAD WAIT WAIT Test OUTPUT OUTPUT OUTPUT Err 003 7777 7 4747 10 F 92 T001 lt T010 USB USB
44. PSW VMON DMM 10 V MON V MON PR 10 V MON 16 ACOM 124 GUINSTEK PSW MON DMM 11 11 MON 16 A COM Ne VMON 10 IMON 11 1kO 10mA amp 125 GWINSTEK PSW 126
45. 105 x2 21 75I3I11 ooo 14 12 1 2 11 IMON CURRENTSHARE CURRENT SHARE 21 OUTPUT ON STATUS OUT ONOFF CONT 24 OUT ON OFF CONT 20 ALMSTATUS SHUTDOWN 12 SHUTDOWN 1 17 STATUSCOM STATUSCOM 17 STATUS COM 15 FEEDBACK FEEDBACK 15 FEEDBACK 14 CURRENT_SUM_2 3 CURRENT SUM OUT 13 CURRENT SUM 1 CURRENT SUM OUT 42 SHUTDOWN ALMSTATUS se ALM STATUS 2 D COM 68 GWINSTEK x1
46. 5 AC 35 GWINSTEK PSW AC 36 AC AC AC AC N GND D a cs 8 GWINSTEK GW Instek PSW 010 Type II 1 Type II 2 37 GWINSTEK PSW 1 Type AC
47. Set Output 10 Output Output CV 0 CV SET 54 F 00 F 61 F 88 F 89 93 GWINSTEK CC CC CC CV 21
48. 16 A COM 107 GWINSTEK PSW 0V 10V 0V 0V 10V x 10 1 2 0V 10V PSW U _ 2 1 _ 16 ACOM 4 EXT V CV CONT 108 GWINSTEK 2
49. 2 F 01 F 01 Ul 3 Voltage F 00 F 61 F 88 F 89 Current 4 Current 101 GWINSTEK PSW 5 Voltage Voltage ConF F 0 i Function Function Function 1 Function 2
50. PSW GW INSTEK PART NO 82SW 80400MC4 iso 9001 CERTIFIED MANUFAcTURER GW INSTEK PSW PSW 1 1 2 3 4 5 Ths warrarty is valid only Japan
51. i 7 LED RW 11 GWINSTEK PSW PSW 149 PSW 158 ev 162 GWINSTEK ro
52. x x 21 GWINSTEK PSW PSW 30V 35 72 108 30 25 20 15 10 Typel Typell Typelll 5 0 A PSW 80V 4 5 9 0 13 5 100 27 120 30 10 90 80 80 Typel Typelll Typelll 10 15 PSW 160V 225 5 675 72 26 6 160 a Typel Typelll Type 50 22 GUINSTEK CC CV CC CV CC
53. XXX tst XXX 001 010 USB 85 GWINSTEK PSW lt USB USB A USB MS ns NN USB F 20 1 96 USB T 03 T 03 1 10 USB
54. 1 1 2 3 LAN LAN DHCP 97 lt MAC LAN DHCP lt IP DNS 0000 9999 0000 s 2268 132 4 GWINSTEK A
55. 3 Function Functon F 95 0 1 DS 4 F 95 122 GWINSTEK 2 1 2 12
56. 18 22 CV CV CV STATUS L CC STATUS L OUT ON OFF ON STATUS L CV CV CV STATUS L CC STATUS H OUT ON ON OFF STATUS L CC CC 127 GWINSTEK PSW H CV STATUS L HH CC STATUS L H OUT ON OFF ON STATUS L CC CC CV STATUS CC STATUS L OUT ON ON OFF STATUS L 128 4 GWINSTEK A IEEE488 2
57. 3 GW Instek PSW 010 142 GWINSTEK 1 Type ll amp II 2 GW Instek PSW 010 143 GWINSTEK PSW CC CV OVP CC CV 0 CCCV Function 98 OVP OVP
58. 127 16 125 csi 19 10 38 37 149 ee 25 9 143 AR 145 47 43 LAN 98 USB GPIB i 97 eeee 61 ee 99 ee 64 94 102 21 100 103 89 ee 5 101 5 KEO 90 EL 5 12 6 44 24 130 46 162 GUINSTEK
59. 1 42 GWINSTEK JIS GRA 410 J EIA GRA 410 E 2 Type 6 Typel Typell Typellll Voltage Current 0 01 0 1 1 Voltage 10 05V
60. 222 0033 2 18 13 8F TEL 045 620 2786 FAX 045 534 7183
61. 1 1 1 2 D COM 123 GWINSTEK PSW 124 126 V MON MON 0 0V 10V VMON x 10 IMON x 10 Function
62. OVP 144 GWINSTEK 30 20 C 30 C 145 GWINSTEK PSW s Function Test
63. 2 F 91 CC 102 1 Function CD Function Function F 91 1 Output 5 Output 1 10 5V 4 li Na 10kO 93
64. SERNO EL AC PSW 160 21 6 PSW 80 40 5 PSW 30 108 PSW 160 7 2 1080W PSW 80 13 5 PSW 30 36 360W AC 19 GWINSTEK PSW EE 26 pin MIL OMRON XG4 IDC plug OMRON XG5 IDC USB B USB B PSW Ethernet LAN PSW
65. OCP OTP OCP OVP OTP 27 GWINSTEK PSW AC Ne
66. F 90 F 90 gt 97 102 GWINSTEK gt Current Voltage Nl 0 F_o0 F 95 Current 3 Voltage RE OA gt Voltage Voltage ConF F 9 77 7 103 GWINSTEK PSW 105 iii 105 108 kkk 110
67. F 94 0 on 24 0 MSG 001 F 94 1 on 24 1 MSG 002 High ad 7777 1 7777 LI LI L 7 NE F 01 F 02 93 120 GWINSTEK 2 D COM 12 SHUTDOWN 5V 59 500uA 10KO 500uA 2 F 95 F 95 0 12 2
68. Voltage ee ConF 2 CC F 06 F 07 F 06 0 01A s lt 72 00As PSW 30 36 F 07 0 01A s 144 0A s PSW 30 72 0 01A s lt 216 0As PSW 30 108 0 01A s lt 27 00As PSW 80 13 5 0 01A s 54 00A s PSW 80 27 0 01A s lt 81 00As PSW 80 40 5 0 01A s lt 14 40A S PSW 160 7 2 0 01A s 28 80A s PSW 160 14 4 0 01A s 43 20A s PSW 160 21 6 Function Function Ce Function GWINSTEK Voltage 8 Voltage NN 9 Current N Sef Output 10
69. F 94 1 2 24 Low PSW 2 i I 1 2 D COM 24 OUT ON OFF CONT 118 GWINSTEK 1 F 94 102 0 High 1 Low Function 2 Function Function F 94 0 1 3 F 94
70. F 94 0 High 1 Low Fos 0 1 F 00 0000 9999 1 92 Function ON OFF GWINSTEK 0 DLY LED 0sec 20msec 0 00s lt 99 99s
71. F 07 0 01A s 72 00A s PSW 30 36 0 1A s lt 144 0A s PSW 30 72 0 1A s 216 0A s PSW 30 108 0 01A s lt 27 00As PSW 80 13 5 0 01A s 54 00A s PSW 80 27 0 01A s lt 81 00As PSW 80 40 5 0 01A s lt 14 40As PSW 160 7 2 0 01A s 28 80A s PSW 160 14 4 0 01A s 43 20A s PSW 160 21 6 F 08 0 0000 0 833Q PSW 30 36 0 0000 0 417Q PSW 30 72 0 0000 0 2780 PSW 30 108 0 0000 5 9260 PSW 80 13 5 0 0000 2 963Q PSW 80 27 0 0000 1 9750 PSW 80 40 5 0 0000 22 222Q PSW 160 7 2 0 0000 11 1119 PSW 160 14 4 0 0000 7 407O PSW 160 21 6 95 GWINSTEK PSW AUTO AUTO Ver1 59 F 09 0 OFF 1 ON 2 AUTO F 10 0 OFF 1 ON USB
72. 147 CV 53 PSW 160 14 4 uu 153 23 PSW 30 108 156 SE MBean 150 EN PSW 30 72 153 162 PSW 80 13 5 suasssnishianitassssseadas 150 13 ON Nn 26 150 1 eS 28 nt 9 29 31 30 28 7 LED 149 pb gt 159 FPP PP 40 CR 31 FT 39 32 i 8 RE 66 72 74 69 Ee 79 ee 77 ee 163 GWINSTEK 222 0033 2 18 13 7F HOME PAGE http www instek jp E Mail info texio co jp
73. 82 84 85 86 80 GWINSTEK tst tXXX tst XXX 001 010 T 01 1 lt 10 USB
74. 70 GWINSTEK 49 1 OVP OCP 2 Function 3 F 93 Unit F 93 1 1 2 2 3 4 Voltage ConF 5 N Function F 93 OVP OCP OVP OCP OTP
75. OVP OCP 50 G ImSTELK OVP wew OVP 10 Q 110 OCP Ss Current OCP NN 10 110 OFF OVP OCP OVP OCP OVP OCP 102 F 95 1 0 95 1 0 OVP OCP OVP OCP F 95 1 OVP OCP OVP OCP 2 51 GWINSTEK PSW CV CV
76. CC ISET VSET lt lt lt RR 2 lt XX lt lt gt 0 gt Se 2 RR RR CS KA eo SS gt gt XS lt lt lt KK lt SS lser 23 GUINSTEK 24 PSW GWINSTEK
77. 3 2 1 64 67 70 72 75 77 11 64 GUNSTEK 3
78. 65 GWINSTEK PSW 66 OVP OCP OVP OCP OVP OCP OVP OCP VMON IMON IMON 59
79. kk 113 kik 115 118 Lik 121 124 124 126 104 GWINSTEK 105 108 110
80. CC ISET CV CV CV CC CV CC VSET ISET RL Rc RC VsET ISET CV VsET ISET ISET CC
81. PSW DHCP IP 1 LAN i 101 2 Function LAN F 36 1 LAN F 37 1 DHCP F 59 1 N 133 GWINSTEK PSW IP 2268 1 LAN LJ 101
82. 0 5 1 0kO 10kO 0 or 0 1 5 1 5 1kO 10 mA 10V x 10 1 x 10 1 4 0 196 2 0 196 2 0 196 1 0 19 4 0 196 2 0 196 5 0 C 50 C 20 85 RH 25 C to 70 C 90 RH 150 GWINSTEK USB A B 1 1 2 0 USB CDC LAN MAC DNS IP User IP Instrument IP Address GPIB
83. 1 0 1 PSW 2 3 PSW 4 5 PSW 6 7 CPLD 8 9 CPLD A B 89 CC_D E F G H J K L M N USB 91 GWINSTEK PSW CV F 90 0 1 2 1 Ext R 10kQ Vo max 3 2 ExtR 10kO 0 0 1 2 1 Ext R 10kQ lo max 3 2 Ext R 10kQ 0 F 92 0 1 F 93 0 1 x1 2 x2 3 4
84. AC AC100V AC240V LAN Ethernet USB GPIB 13 GWINSTEK 14 4323 30600101 4320 91001101 PSW 009 GTL 123 GTL 240 PSW 004 PSW Type I II Type II X 1 x 1 USB M4 x2 M8 x 2 x 1 x 1 x 1 GWINSTEK GET 001 PSW 001 PSW 002 OMRON XY2B 7006 PSW 003 OMRON XY2E 0001 PSW 005 PSW 006 PSW 007 GRA 410 J GRA 410 E GUG 001 GTL 240 PSW 010 inf
85. 71 GWINSTEK PSW 777777 gd 45 Output Output 3 72 Output Function GWINSTEK
86. CV CC 2 Function 1 Function Function 2 F 01 F 01 LL 3 Voltage F 03 V 55 GWINSTEK PSW 56 4 Current 0 Current F 03 F 03 V 1 CC 3 CC F 03 1 CC 3 CC
87. 9 PSW IP 10 S4 Bs Ed Yiew ee Help a TCPIP0 172 16 5 133 2268 SOCKET Device Type TCP IP Raw Socket VISA Alas on My System PSw_DC1 hg Serial amp Parallel a Scales sofa TVIDmves Remote Systems Device Status This static device is working properly Help Device Usage Device enabled Gemem TCPP Settings 11 7emplate gt Property Node Attribute Name Termination Char Enable _TRUE New Value LTROE View AllSetable Attributes TE Modity Ne value of the specified sttibute 140 GWINSTEK 4 12 Basic gt Write Buffer IDN n 13 Execute I Show AI VISA Operations Wr From Read To Fi sser Trigepr Read STB Clear Retum Count FF Asyne 6 Retum Status 13 Execute 14 Basic VO gt Read IDN
88. 8bit s e 1bit s 135 GWINSTEK PSW 130 idn GW INSTEK PSW 3036 TW123456 01 00 20110101 GW INSTEK PSW30 36 TW123456 01 00 20110101 LF Line Feed Web IP 132 http XXX XXX XXX XXX Web 136
89. 100 240 VAC 50 60Hz 85VAC 265VAC 47Hz 63Hz gt 20ms 15A 100VAC 7 5A 200VAC 1500VA typ 0 98 typ 75 78 80 75Apeak 7kg WxHxD 214x124x350 mm AC 1500V 1 AC 3000V 1 DC 500V 1 100MO DC 500V 157 GWINSTEK PSW PSW Type I PSW 160 7 2 PSW 80 13 5 PSW 30 36 mm 338 1238 09 09 99 O 1238 26 158 GWINSTEK Type ll PSW 160 14 4 PSW 80 27 PSW 30 72 mm 159 GWINSTEK PSW Type III PSW 160 21 6 PSW 80 40 5 PSW 30 108 mm 475 21_21 278 338 3333 a 3325 18 oO 8 __ 126 2128 78
90. F 20 1 96 USB 83 GWINSTEK PSW 3 T 02 1 10 T 02 1 lt 10 t001 t010 f USB Err 002 777 7 LL 10 Steps 84 82 10 T 01 1 10
91. kk 99 100 USB GPIB LAN F 00 F 90 F 95 USB GPIB LAN F 00F61 F 88 F 89 88 GWUINSTEK F 01 0 00s 99 99s F 02 0 00s 99 99s 0 CV V F 03 1 CC 2 CV 3 CC 0 01V s 60 00V s PSW 30 XX F 04 0 1V s lt 160 0V s PSW 80 XX 0 1V s 320 0V s PSW 160
92. 43 GWINSTEK PSW 1 lt 0 01V Voltage 8 Rh 0 2 Voltage 0 05V LL Lv 5 gt 7 7 LL a LL 3 1V Voltage 4 Voltage 10 05V Lg9 299 1 L A 447 7 NE SET SET 44 GWINSTEK F 88 146 Function 1 Function Functio
93. Voltage V W 59 ws 58 Cn C t 7777 Orent LI LI V W A W PWR DSPL 58 PWR DSPL PWR DSPL GuINSTEK Lock Local Lock Local Current Output USB LAN Lock Local Lock Local
94. Ver 1 09 2011 08 01 0 01 1 09 2 20 3 11 4 08 5 01 CPLD 0x030c 6 03 CPLD 7 0c CPLD CPLD 0x0421 8 04 Analog CPLD Version 9 21 Analog CPLD Version 47 GWINSTEK PSW 2011 05 22 C 20 D 11 E 05 F 22 VO1 00 2011 07 25 G 01 H 00 20 J 11 K 07 L 25 48 GWINSTEK OVP OCP 49 CV 51 CC
95. 2321 1715H3I1 1 IMON 1 CURRENT SHARE OUTPUT ON STATUS OUT ON OFF CONT ALM STATUS SHUTDOWN STATUSCOM FEEDBACK CURRENT SUM 1 SHUTDOWN D COM 1 2 1 2 3 41 69 GWINSTEK PSW 4 5 41 6 Na 38
96. LAN Ethernet Type PSW 30 36 80 13 5 160 7 2 Type Il PSW 30 72 80 27 160 14 4 100 240 VAC AC 47Hz 63Hz AC Type ITypell Type AC FT PSW 30 108 80 40 5 160 21 6 Type ll 100 240 VAC AC 47Hz 63Hz 20 GWINSTEK CV CC PSW30 36 360W PSW 30 36 360W
97. 100 240 VAC 50 60Hz 85VAC 265VAC 47Hz 63Hz gt 20ms 10A 100VAC 5A 200VAC 1000VA typ 0 98 yp 75 78 80 50Apeak 5kg WxHxD 142x124x350 mm AC 1500V 1 AC 3000V 1 DC 500V 1 154 100MO DC 500V GWINSTEK PSW 30 108 PSW 80 40 5 PSW 160 21 6 PSW 30 108 PSW 80 40 5 PSW 160 21 6 1 30V 80V 160V 108A 40 5A 21 6A 1080W 1080W 1080W 0 05 of rating 5mV 0 1 of rating 5mA 85V 132 V 170V 265V 0 05 of rating 3mV 0 19 of rating 5mA p p 20MHz rms 1MHz CV p p 100mV 100mV 100mV CV rms 14mV 14mV 20mV CC rms 216mA 81mA 45mA 0 1 10mV 0 1 10mV 0 1 10mV 0 1 100mA 0 1 40mA 0 1 20mA 0 1 10mV 0 19 10mV 0 1 10mV 0 1
98. 2 0 10V PSW 9 m 16 2 1 16 ACOM 5 EXT V CC CONT 2 0 10V PSW AAA 5 i 1 16 2 a 16 A COM 5 EXT V CC CONT GND 111 GWINSTEK PSW 1
99. S 16 A COM CURRENT 3 SUM OUT EXT V CV 4 CONT 16 A COM 0V 10V 0 100 EXT V CC 5 CONT 16 A COM 0V 10V 0 100 EXT RCV 6 CONT PIN1 6 7 EXI RCV 7 OkO lt 10kQ 0 1009 CONT PIN2 0kO10kO 100 0 EXT RCC 8 CONT PIN1 8 9 EXI RCC 9 OkQO lt 10kQ 0 100 CONT PIN2 0kO 10kO 100 0 V MON 10 16 A COM 0 100
100. T 02 1 lt 10 USB PSW USB T 03 1 lt 10 PSW USB T 04 1 10 81 GWINSTEK PSW Test T 01 T 04 Test 1 Test Test 2 T 01 T 01 3 Voltage ae T 01 T 02 T 03 T 04 4 Current on 1 10 5 Voltage w
101. 0 59 1 0kO 10kO 0 or 0 1 5 1 5 1kO 10 mA 10V x 10 1 x 10 1 4 0 196 2 0 196 2 0 196 1 0 196 1 0 1 5 0 196 3 0 C 50 C 20 85 RH 25 C to 70 C 90 RH 156 GWINSTEK USB A B 1 1 2 0 USB CDC LAN MAC DNS IP User IP Instrument IP Address GPIB GUG 001 GPIB USB AC
102. F 23 8 LAN LAN F 36 1 DHCP F 37 1 F 57 1 Web F 59 1 Web F 60 1 Web F 61 0000 Function CV F 90 0 CC F 91 0 52 0 F 93 0 F 94 0 High 147 GWINSTEK PSW F 95 0 Err 001 USB Err 002 USB Err 003 Err 004 Err 901 CPLD Err 902 CPLD Err 920 ADC Err 921 DAC
103. Sea Ne i sae 80 81 81 82 O USB 83 GWINSTEK PSW 34 84 ik 85 USB Li 85 87 GWINSTEK AC Type Il Type III PSW 30 108 PSW 80 40 5 PSW160 21 6 AC100V AC 200V AC AC GW Instek 4320 91001101 AC 0 AC AC 1 2 AC
104. 4 GWINSTEK Measurement amp Automation Explorer PSW V1 12 PC Operating System OS Windows 7 1 NI Measurement and Automation Explorer MAX gt gt National Instruments gt Measurement amp Automation ni com Measurement amp Automation Explorer Version 4 6 2 Initializing rsion 4 6 NATIONAL Copyright 1999 2009 I mts Al reserved INSTRUMENTS NI MAX 137 GWINSTEK PSW 2 4 138 gt g
105. Eo Im UO a eg poro Eo V IR A PSW 29 PSW 30 2 3 10
106. gt 54 57 58 59 11 49 GWINSTEK PSW OVP OCP OVP OCP 109 110 OVP OCP 110 ALM LL LI nn _69 OVP OCP OVP OCP 1 OVP OCP OVP OCP 2 OVP OCP OFF
107. 1 0 1 PSW 2 3 PSW 4 5 PSW 6 7 CPLD 8 9 CPLD J K L M N USB F 89 A B C D E F GH J 9 98 GWINSTEK CV CV 108 F 90 0 1 2 Ext RL lt 10kQ Vo max 3 E
108. Output CC es CC Se Normal F 00 F 61 F88 F 89 93 57 GWINSTEK PSW PWR DSPL 1 PWR DSPL PhDSPL 2 V W 3 VW W A Voltage Current V W Current W A W A
109. 2 Function LAN F 36 1 F 37 0 F 39 172 F 40 16 F 41 5 F 42 133 F 43 255 F 44 255 F 45 128 F 46 0 F 47 172 F 48 16 F 49 21 F 50 101 F 57 1 LAN DHCP IP 1 IP 2 IP 3 IP 4 1 2 3 4 1 2 3 4 V1 12 98 134 GWINSTEK USB USB
110. 116 Page 102 F 91 CC 2 Ext R 10kQ 3 Ext R 10kQ 0A Function Function Functon F 91 2 3 GWINSTEK 3 Output ww 1 2W 2
111. 45 0 0V 0V 0A 0A OVP OOCP F 01 0 00s F 02 0 00s 0 F 03 0 CV F 04 60 00V s PSW 30 XX 160 0V s PSW 80 XX 320 0V s PSW 160 XX F 05 60 00V s PSW 30 XX 160 0V s PSW 80 XX 320 0V s PSW 160 XX 146 GWINSTEK 72 00A s PSW 30 36 144 0A s PSW 30 72 216 0A s PSW 30 108 27 00A s PSW 80 13 5 F 06 54 00A s PSW 80 27 81 00A s PSW 80 40 5 14 40A s PSW 160 7 2 28 80A s PSW 160 14 4 43 20A s PSW 160 21 6 72 00A s PSW 30 36 144 0A s PSW 30 72 216 0A s PSW 30 108 27 00A s PSW 80 13 5 F 07 54 00A s PSW 80 27 81 00A s PSW 80 40 5 14 40A s PSW 160 7 2 28 80A s PSW 160 14 4 43 20A s PSW 160 21 6 F 08 0 000Q F 09 1 F 10 1 USB GPIB USB F 22 2 USB CDC GPIB
112. 1 0kO 10kO 0 or 0 1 5 1 5 1kO 10 mA 10V x 10 1 x 10 1 4 0 19 2 0 196 2 0 196 1 0 196 7 0 19 4 0 196 3 0 C 50 C 20 85 RH 25 C to 70 C 90 RH 153 GWINSTEK PSW USB A B 1 1 2 0 USB CDC LAN MAC DNS IP User IP Instrument IP Address GPIB GUG 001 GPIB USB AC
113. Err 922 MSG 001 F 94 0 High MSG 002 F 94 1 Low MSG 003 F 93 1 or F 93 2 7 LED 7 LED 0 2 3 NNANS II6 TE AEC G 9557 89 5 rg EF GH I J Kk lL MN oOo PP QR EFOHC UE Ln 9 SWEU VW EY RZ CE 7 ES GWINSTEK PSW 30 PSW 30 36 PSW 80 13 5 PSW 160 7 2 PSW 30 36 PSW 80 13 5 PSW 160 7 2 30V 80V 160V 1 36A 13 5A 7 2A 360W 360W 360W 0 05 of rating 5mV 0 19 of rating 5mA 85V 132 V 170V 265V 0 059 of rating 3mV 0 19 of rating 5mA p p 20MHz rms 1MHz CV p p 60mV 60mV 60mV CV rms 7mV 7mV 12mV CC rms 72mA 27mA 15mA 0 1 10mV 0 19 10mV 0 1 10mV 0 1 30mA 0 1 10mA
114. O O sssO WU 160 GWINSTEK We GOOD WILL INSTRUMENT CO LTD No 7 1 Jhongsing Rd Tucheng Dist New Taipei City 236 Taiwan GOOD WILL INSTRUMENT SUZHOU CO LTD No 69 Lushan Road Suzhou New District jiangsu China declare that the below mentioned product Type of Product Multi Range DC Power Supply Model Number PSW 30 36 PSW 80 13 5 PSW 160 7 2 PSW 30 72 PSW 80 2Z PSW 160 14 4 PSW 30 108 PSW 80 40 5 PSW 160 21 6 are herewith confirmed to comply with the requirements set out in the Council Directve on the Approximation of the Law of Member States relating to Electromagnetc Compatbility 2004 108 EO and Low Voltage Directive 2006 95 EC For the evaluation regarding the Electromagnetic Compatibility and Low Voltage Directve the following standards were applied EMC EN 61326 1 Electrical equipment for measurement control and EN 61326 2 1 laboratory use EMC requirements 2006 Conducted amp Radiated Emission EN 55011 2009 A1 2010 Electrostatic Discharge EN 61000 4 2 2009 Current Harmonics EN 61000 3 2 2006 A1 2009 A2 2009 Radiated Immunity EN 61000 4 3 2006 A1 2008 A2 2010 Voltage Fluctuations EN 61000 3 3 2008 Electrical Fast Transients IEC 61000 4 4 2004 A1 2010 Surge Immunity IN 61000 4 5 2006 onducted Susceptibility IN 61000 4 6 2009 ower Freduency Magnetic Field
115. 1 4 F 43 F 44 F 45 F 46 0 255 0 255 0 255 0 255 1 4 1 4 F 47 F 48 F 49 F 50 0 255 0 255 0 255 0 255 DNS DNS DNS 1 ea 4 F 51 F 52 F 53 F 54 0 255 0 255 0 255 0 255 F 57 0 1 97 GWINSTEK PSW Web Web F 59 0 1 Web F 60 0 1 Web F 61 0000 9999 146 F 88 0
116. 15 CC 28 GWINSTEK
117. 17 STATUS COM sR Do 76 GWINSTEK 1 2 41 3 4 5 41 6 38 77 GWINSTEK PSW 49 1 OVP OCP 2
118. AC 35 Type Il AC 146 O LI LI 8 15 15 38 GWINSTEK AWG 2
119. F 21 3 GPIB_USB 8 0 1 GPIB USB USB F 22 2 USB CDC GPIB F 23 0 30 LAN MAC 1 F 30 0x00 0xFF MAC 2 F 31 0x00 lt 0xFF MAC 3 F 32 0x00 lt 0xFF MAC 4 F 33 0x00 lt 0xFF MAC 5 F 34 0x00 lt 0xFF MAC 6 F 35 0x00 0xFF LAN F 36 0 1 DHCP F 37 0 1 IP 1 F 39 0 255 IP 2 F 40 0 255 IP 3 F 41 0 255 IP 4 F 42 0 255 1 F 43 0 255 2 F 44 0 lt 255 3 F 45 0 255 4 F 46 0 255 90 GUINSTEK 1 F 47 0 lt 255 2 F 48 0 lt 255 3 F 49 0 lt 255 4 F 50 0 lt 255 DNS 1 F 51 0 255 DNS 2 F 52 0 255 DNS 3 F 53 0 255 DNS 4 F 54 0 255 F 57 0 1 Web F 59 0 1 Web F 60 1 Web F 61 0000 9999 _ 0 F 88
120. GUG 001 GPIB USB AC 100 240 VAC 50760Hz 85VAC 265VAC 47Hz 63Hz gt 20ms 5A 100VAC 2 5A 200VAC 500VA typ 0 98 typ 75 78 80 25Apeak 3kg WxHxD 71x124x350 mm AC 1500V 1 AC 3000V 1 DC 500V 1 100MO DC 500V 151 GWINSTEK PSW PSW 30 72 PSW 80 27 PSW 160 14 4 PSW 30 72 PSW 80 27 PSW 160 14 4 30V 80V 160V 1 72A 27A 14 4A 720W 720W 720W 0 05 of rating 5mV 0 1 of rating 5mA 85V 132 V 170V 265V 0 05 of rating 3mV 0 1 of rating 5mA p p 20MHz rms 1MHz CV p p 80mV 80mV 80mV CV rms 11mV 11mV 15mV CC rms 144mA 54mA 30mA 0 1 10mV 0 19 10mV 0 1 10mV 0 19 60mA 0 1 30mA 0 1 15mA 0 1
121. 86 Err 003 GWINSTEK T 04 T 04 1 10 2 Err 003 Err ds T 05 T 05 1 lt 1852 kByte 87 GWINSTEK PSW 88 kk 89 93 USB GPIB 96 LAN kk 97 kk 98
122. CC 2 CV 3 CC V CV F 04 0 01V s 60V s PSW 30 XX 0 1V s lt 160V s PSW 80 XX 0 1V s lt 320V s PSW 160 XX V CV F 05 0 01V s 60V s PSW 30 XX 0 1V s lt 160V s PSW 80 XX 0 1V s lt 320V s PSW 160 XX 94 GWINSTEK V CC F 06 0 01A s lt 72 00A s PSW 30 36 0 1A s 144 0A s PSW 30 72 0 1A s 216 0A s PSW 30 108 0 01A s 27 00A s PSW 80 13 5 0 01A s 54 00A s PSW 80 27 0 01A s 81 00A s PSW 80 40 5 0 01A s lt 14 40As PSW 160 7 2 0 01A s 28 80A s PSW 160 14 4 0 01A s 43 20A s PSW 160 21 6 V CC
123. 52 GWINSTEK Current F 03 Current e 0 CV 2 CV F 03 0 CV 2 CV Voltage ee ConF a 2 CV 3 5 F 04 F 05 0 1V s 60V s PSW 30 XX 0 1V s 160V s PSW 80 XX 0 1V s 320V s PSW160 XX Function Function Function Current _ Current 53 GWINSTEK PSW Voltage 9 Voltage Set
124. 0 1 5mA 0 1 10mV 0 19 10mV _0 1 20mV 0 1 30mA 0 1 10mA 0 196 5mA 50 100 0 1 of rating 10mV Time 1ms 1ms 2ms 50ms 50ms 100ms 50ms 50ms 100ms 500ms 500ms 1000ms 1mV 2mV 3mV PC 1mA 1mA 1mA PC 2 3 149 GWINSTEK PSW 30 100ppm C 200ppm C OVP OVP 10 110 ri OTP OVP x 2 OCP 10 110 OCP x 2 OTP 0OV 10V 0
125. 10mV 0 19 10mV 0 196 10mV 0 1 60mA 0 196 30mA 0 196 15mA 50 100 0 19 of rating 10mV 1ms 1ms 2ms 50ms 50ms 100ms 50ms 50ms 100ms 500ms 500ms 1000ms 1mV 2mV 3mV PC 2mA 2mA 2mA PC 2 3 30 100ppm C 200ppm C GWINSTEK OVP OVP 10 110 OCP OTP OVP x 2 OCP 10 110 OCP x 2 OTP 0V 10V 0 0 5
126. GPIB USB USB A F 20 0 1 USB 5 USB B USB F 21 0 2 USB CDC 3 GPIB USB adapter USB Sets the rear panel USB mode 0 F 22 2 USB 3 USB GPIB 2 GUG 001 GPIB 96 GP IB F 23 0 30 GWINSTEK LAN MAC 1 6 MAC 1 6 F 30 lt F 35 0x00 0xFF LAN LAN F 36 0 1 DHCP DHCP F 37 0 1 IP 1 4 IP IP 1 4 F 39 F 40 F 41 F 42 0 255 0 255 0 255 0 255 1 4
127. R okQ 1ok0 0V 0 x 10 10 kO OV 10kO 0kO 0V x 10 10 115 GWINSTEK PSW Ext R 0A Ext R 0 10k PSW 1 1 2 1 L 2 9 8 9 EXT R CC CONT PIN1 8 EXT R CC CONT PIN2
128. USB GPIB GPIB 1 2 USB B GUG 001 GPIB to USB USB A USB 3 GPIB GUG 001 GPIB to USB GPIB GPIB USB A USB B PSW SR 4 5 Function 101 USB GPIB GPIB USB F 22 1 GPIB USB GUG 001 F 23 0 30 GPIB 0 30 8 131 GWINSTEK PSW GPIB 1 15 2m 1 20m GPIB
129. 0 18 16 14 12 10 8 6 4 2 5A 4A 6A 10A 16A 21A 36A 61A 97A 39 GWINSTEK PSW M4 M8 1 NN 41 2 30 3 GND GND 38 4 5 40 GWUINSTEK 59 6
130. 0V 10V IMON 11 16 ACOM 0 100 0V 10V SHUTDOWN 12 2 D COM TTL Low 10kQ 5V 106 GWINSTEK CURRENT_ 13 1 SUM_1 3 CURRENT_SUM _OUT CURRENT_ 14 2 SUM_2 3 CURRENT_SUM _OUT FEEDBACK 15 ACOM 16
131. 100mA 0 1 40mA 0 1 20mA 50 100 0 1 of rating 10mV 1ms 1ms 2ms 50ms 50ms 100ms 50ms 50ms 100ms 500ms 500ms 1000ms 1mV 2mV 3mV PC 3mA 3mA 3mA PC 2 3 30 100ppm C 200ppm C 155 GWINSTEK PSW OVP iia OTP OVP OVP OCP OCP OTP 10 110 x 2 10 110 x 2 0V 10V 0
132. 9 40 42 43 43 kk 45 46 8 49 OVP OCP 50 CV 52 CC ik 55 kk 58 59 kk 60 i 64 65 68 71 73 i 76 i 78
133. EK USB 18 DLY C EI EI EA EE EY W Voltage Q Current Q Output re PSW 100 CV CC USB A PSW 160 14 4 PSW 80 27 PSW 30 72 720W USB B
134. Function 3 F 93 Unit F 93 0 4 4 Voltage ConF 5 Function F 93 4 78 GWINSTEK v Cn 77777 45
135. IN 61000 4 8 2010 oltage Dip Interruption N 61000 4 11 2004 Low Voltage Equipment Directive 2006 95 EC Safety Requirements EN 61010 1 2010 EN 61010 2 030 2010 161 ISTEK PSW 5 AC USB 136 Type l ee 35 LAN 133 EN61010 131 8 ul 134 ie 7 137 OCP 51 135 OVP 51 138 i 14 SER 82 122 ee 98 106 119 114 69 SOS 116 OO 84 109 86 111 60 105
136. W 30 72 30V 60V 72A 72A PSW 80 27 80V 160V 27A 27A PSW 160 14 4 160V 320V 14 4A 14 4A PSW 30 108 30V 60V 108A 108A PSW 80 40 5 80V 160V 40 5A 40 5A PSW 160 21 6 160V 320V 21 6A 21 6A 75 GWINSTEK PSW 105 21 ir B tr b 5o Daetooooooao ooowooooooo DY oo oboobo 16 ACOM 25 SER SLVIN 21 OUTPUT ON STATUS 24 OUT OFF ON CONT 20 ALM STATUS 12 SHUTDOWN 17 STATUSCOM 2 D COM 12 SHUTDOWN 20 ALM STATUS 2 DCOM
137. XX 0 01V s 60 00V s PSW 30 XX 3 F 05 0 1V s lt 160 0V s PSW 80 XX 0 1V s 320 0V s PSW 160 XX 0 01A s 72 00A s PSW 30 36 0 1As lt 144 0As PSW 30 72 0 1A s 216 0As PSW 30 108 0 01A s 27 00s PSW 80 13 5 ky F 06 0 01A s 54 00As PSW 80 27 0 01A s 81 00s PSW 80 40 5 0 01A s lt 14 40A s PSW 160 7 2 0 01A s 28 80A s PSW 160 14 4 0 01A s 43 20A s PSW 160 21 6 0 01A s 72 00As PSW 30 36 0 1A s 144 0A s PSW 30 72 0 1A s 216 0A s PSW 30 108 0 01A s 27 00As PSW 80 13 5 F 07 0 01A s lt 54 00As PSW 80 27 0 01As lt 81 00s PSW 80 40 5 0 01A s lt 14 40As PSW 160 7 2 0 01A s lt 28 80As PSW 160 14 4 0 01A s 43 20A s PSW 160 21 6 89 GWINSTEK PSW F 08 0 0000 0 8330Q PSW 30 36 0 0000 0 417Q PSW 30 72 0 0000 0 2780 PSW 30 108 0 0000 5 926O PSW 80 13 5 0 0000 2 9630 PSW 80 27 0 0000 lt 1 9750 PSW 80 40 5 0 0000 22 2220 PSW 160 7 2 0 0000 lt 11 1110 PSW 160 14 4 0 0000 7 407O PSW 160 21 6 F 09 0 1 2 AUTO F 10 0 1 USB GPIB USB F 20 0 1 Mass Storage 0 2 USB CDC USB
138. e Test Test Test 82 GWINSTEK USB 10 0 i USB ee 1001 tst 01 1002 tst 02 lt 1 USB USB A EE 2 USB MS USB
139. l 0 30V 0 lt 72A 720W PSW 80 27 Typell 0 80V 0 27A 720W PSW 160 14 4 Typell 0 160V 0 14 4A 720W PSW 30 108 Type ll 0 30V 0 108A 1080W PSW 80 40 5 Type Ill 0 80V 0 40 5A 1080W PSW 160 21 6 Typelll 0 lt 160V 0 21 6A 1080W 360 W 720 W 1080 W Type Typell Type ll 12 GWINSTEK 30V 80V 160V 360W 720W 1080W 9 CV CC 0 98 80 160V 78 80V 759 30V 176 Typel 360W 1 6 Type ll 720W 1 3 Type Il 1080W 1 2 OVP OCP OTP CC 3 2
140. llage we F 89 F 89 Current 0 XX 1 XX 2 XX 3 XX 4 XX 5 XX 6 XX CPLD 7 XX CPLD 8 XX CPLD 9 XX CPLD A XX B XX GWINSTEK C XX D XX E XX F XX G XX H XX IXX J XX K XX L XX M XX USB N XX USB Function 5 Function Function EN
141. n 77 1 2 F 01 a F 01 3 Voltage see Ne F 88 4 Current AN L NM 5 Voltage Voltage ConF g Function 6 Function Function 0 GWINSTEK PSW F 89 Function Function Function CC Mn LL 46 F 01 F 01 Vo
142. t VISA TCP IP WW Network Devices Measurement amp Automatio Fie Edit Yew Tools Help Create New VISA TCPP Resource Serial amp Parallel A Scales HB Software Raw Create New VISA TCPAP Resource easurement amp NATIONAL utomation Explo INSTRUMENTS 8 Choose the pe of TCPP resource you wish to add Auto detect of LAN Instrument Use this option to select fom a list of VXI 11 LAN DA instuments detected on your local subnet ManuEmiy or Ron Sacket Use this option to communicate with an Elheinet device over a specific port number 58 wens Fm cwm 2 GWINSTEK C4 5 PSW IP 2268 6 INSTRUMENTS x NATIONAL PSW PSW_DC1 ANAnoNAL INSTRUMENTS 139 GWINSTEK PSW
143. xt R 10kQ 0 CC CC 110 F 91 0 1 2 Ext RL 10kQ Vo max 3 Ext RS 10kQ 0 F 92 0 1 99 GWINSTEK PSW F 93 0 1 x1 2 x2 3 4
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