207 PDF PDF Virtual Multi Channel Bus PDF CD-ROM PDF Adobe Reader.X 28 [E ] [M-00-02] [M ] [M ] [M ] [M ] or ( or [Q
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- ふみな かみいしづ
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1 400W PWR40L PWR40MH 800W PWR80L PWR80MH 200W PART NO. IB0305 Aug 208 PWR40ML PWR40H PWR80ML PWR80H PWR20L PWR20ML PWR20MH PWR20H CVCC 43 CVCC CONFIG J J2 85 Vext W 9 800W W
2 207 PDF PDF Virtual Multi Channel Bus PDF CD-ROM PDF Adobe Reader.X 28 [E ] [M-00-02] [M ] [M ] [M ] [M ] or ( or [Q ] [Q ] [Q ] 25 Vac NEMA W 2.5 m [85-AA-0004] 800W 3.0 m [ ] 250 Vac CEE7/7 2.5 m [ ] 250 Vac GB m [ ] Microsoft Internet Explorer Windows Microsoft Corporation [M3-2-08] [M3-2-05] [P ] [D ] [ ] [P ] 2 PWR-0
3 PWR-0 CV CC PWR L (40 V) ML (80 V) MH (240 V) H (650 V) 400W 800W 200W PWR40L PWR80L PWR20L PWR40ML PWR80ML PWR20ML PWR40MH PWR80MH PWR20MH PWR40H PWR80H PWR20H RS232C USB LAN IEEE std 992 SCPI Specification LAN LXI PC 3 PWR-0 VMCB 3 200W 2 OCP OCP OCP CV PC PC 3 OVP OCP UVL 3 AC AC-FAIL OUTPUT DELAY TIME PWR-0 3
4 %rh 85 %rh %rh PWR-0 PC CFxx x 2 CF 2 SHIFT+ SHIFT Memo 4 PWR-0
5 W 800W W POWER POWER CVCC CVCC CONFIG J J Vext Vext 90 Rext Vext 92 Rext PWR-0 5
6 W W W A...34 B C 39 6 PWR-0
7 PWR-0 7
8 OUTPUT SET VIR REGULATED DC POWER SUPPLY SS ALM RMT LOCK LAN PRESET A B C CV V CC A /W DLY SEQ HB FINE VOLTAGE CURRENT FINE OVP OCP CONFIG MEMORY PWR DSPL LOCAL ALM CLR SC SC2 SC3 LOCK SHIFT OUTPUT SET VIR ALM RMT LOCK LAN PRESET OVP OCP POWER REGULATED DC POWER SUPPLY SS A CONFIG B C CV V CC A /W DLY SEQ HB MEMORY PWR DSPL SC2 SC3 LOCK ALM CLR SC SHIFT PWR MAX0A DC OUTPUT FINE VOLTAGE CURRENT FINE LOCAL 400W REGULATED DC POWER SUPPLY OUTPUT CV V CC A /W FINE VOLTAGE CURRENT FINE VIR SS DLY SEQ HB ALM RMT LOCK LAN PRESET A B C SET OVP OCP CONFIG MEMORY PWR DSPL LOCAL SC2 SC3 LOCK ALM CLR SC SHIFT PWR 9 20 POWER 22 MAX0A DC OUTPUT 800W 2 REGULATED DC POWER SUPPLY OUTPUT CV V CC A /W FINE VOLTAGE CURRENT FINE VIR SS DLY SEQ HB ALM RMT LOCK LAN PRESET A B C SET OVP OCP CONFIG MEMORY PWR DSPL LOCAL SC2 SC3 LOCK ALM CLR SC SHIFT PWR 9 20 POWER MAX0A DC OUTPUT 200W 2 8 PWR-0
9 POWER ( ) p.28 p.29 2 p.34 p.54 3 OUTPUT LED p.37 p.46 p.39 4 p.34 p.46 p.54 5 OUTPUT p.37 6 VIR/ SS/ DLY/ SEQ/ HB 7 PRESET A/ B/ C LED VIR SS DLY SEQ HB A A B B C C SET LED p.34 ALM CLR ( ) LED p.46 OVP OCP OCPOVPUVL LED p.78 p.39 p.38 p.79 p.76 p.7 p.47 p.53 SC LED p.73 CONFIG LED p.54 SC2 LED p.73 VOLTAGE p.36 p.54 FINE p.36 2 CV LED p.45 3 CC LED p CURRENT p.36 p.54 p.59 FINE p.36 p.59 ALM LED UVL POWER LIMIT RMT LED p.74 LOCK LED p.72 LAN LED LAN No Fault Fault Standby Identify p.72 LOCAL LED p.74 SHIFT PWR DSPL LED p.34 LOCK OUTPUT LED p.72 MEMORY A B C LED p.7 SC3 LED p.73 9 p.6 20 DC OUTPUT p p p.37 PWR-0 9
10 J 8 J W 8 0 J J W 8 0 J J W 0 PWR-0
11 DC OUTPUT p.24 2 p.24 3 LAN * LAN 4 RS232C/ TRG IN * RS232C 5 TRG OUT * 6 USB * USB 7 p AC INPUT 400W 800W AC 200W AC INPUT 0 J * p.85 p.04 J2 * p.85 p.4 p.5 *. PWR-0
12 2 PWR-0
13
14 IEC II IEC Safety Class I 400W 800W D AC 3m AC 2 3 AC 00 Vac 240 Vac 50 Hz 60 Hz POWER AC 4 4 PWR-0
15 200W L N GND 200W AC 200W AC5.5-3P3M-M4C-VCTF [ ] AC 3m AC 30 A 00 V 5 A 200 V AC PWR-0 5
16 265 Vac 60 Hz 400W 800W 200W.5 ma 2.5 ma 4.0 ma 25 Amax 50 Amax 75 Amax VCTF5.5 mm mm 250 V mm 2 M4 2 3 AC 00 Vac 240 Vac 50 Hz 60 Hz POWER AC INPUTINPUT AC INPUT L N GND N: GND : / GND N L AC INPUT L: 4 INPUT 6 PWR-0
17 5 INPUT 0 cm L N GND PWR-0 7
18 RD Irp EO RD IO +IO -IO Irp RD RD 8 PWR-0
19 DRP DRP DRP DRP DRP PWR-0 9
20 85 7 p [mm 2 ] AWG [mm 2 ] * [A] (Ta = 30 ) [A] /0 (53.49) /0 (67.43) /0 (85.0) /0 (07.2) * PWR-0
21 p.30 L ML MH H.5 V 4V 5V 5V PWR-0 2
22 + 7 p.7 Vext Vext GND J PWR-0 Vext + Rext J J J DC OUTPUT SENS +S S + AC INPUT L N 22 PWR-0
23 PWR S S AC INPUT DC OUTPUT J J2 SENS L N Rext PWR-0 Vext J
24 POWER POWER CF0: DIS CF0: NORM/ HYP POWER OUTPUT 800W POWER 2 p W 3 24 PWR-0
25 Memo OUTPUT 4 M4 ø7 M8 ø8 ø7 L / ML 400W OUTPUT OUTPUT 2 ø7 OUTPUT ø8 ø7 OUTPUT PWR-0 25
26 Memo OUTPUT OUTPUT OUTPUT 2 OUTPUT 400W 3 OUTPUT 400W 26 PWR-0
27 設置と使用準備 出力端子への接続 前面出力端子への接続 本製品の仕様は後面出力端子で規定されています 前面出力端子では仕様を満足しない場合 があります 前面出力端子には接地端子がありません 出力の片側を接地する場合には 後面パネルの シャシ端子を 負 出力端子または 正 出力端子のどちらかへ接続してください 出力端子を接地しない フローティング 場合には 出力端子の絶縁 p.22 を参照した上 で使用してください 前面出力端子の出力電圧が 0 A 代表値 を超えると 前面出力端子過電流保護 FOCP が作動します p.50 警告 感電の恐れがあります 前面出力端子はセイフティプラグ専用です 前面出力端子に導 線部が露出しているもの バナナプラグ等 は使用しないでください 発熱また火災の危険があります 前面出力端子から 0 A を超える電流を流さないでください 接続に必要な電線とプラグ 推奨 ポリ塩化ビニール絶縁ケーブル 公称断面積 0.33 mm2 AWG mm2 AWG8 定格電圧 000 V 以上 長さ 3 m 未満 出力端子側プラグ セイフティプラグ オプションでセイフティプラグ TL4 と TL42 があります p.37 負 端子 + 正 端子 前面出力端子 セイフティプラグ 2 PWR-0 800W モデルの例 負荷用電線にセイフティプラグを取り付けます 前面出力端子にセイフティプラグ付きの負荷用電線を接続します ノイズによる出力の影響を軽減するために 短く接続してください 正 負荷線 と 負 負荷線を撚って使用してください 27
28 POWER POWER OUTPUT POWER OVP/OCP POWER p.34 2 POWER CF45 POWER p.65 OUTPUT p.25 2 OUTPUT 3 POWER CV V CC A /W PWR40ML CV V CC A /W Ver..00 CV V CC A /W BLD PWR-0
29 POWER POWER POWER CF45 POWER p.65 POWER POWER 0 POWER POWER PWR-0 29
30 05 % 2 L ML MH H.5 V 4V 5V 5V DC OUTPUT E POWER POWER CF0: DIS CF0: NORM/ HYP POWER OUTPUT 30 PWR-0
31 V OVP PWR-0 +S + + -S 2 POWER DC OUTPUT 400W 3 PWR-0 3
32 : 0. µf 00 µf : 20 % L ML MH H 48 V 96 V 288 V 780 V OUTPUT + +S S PWR-0
33
34 2 OVP / OCP / UVL OUTPUT SET REGULATED DC POWER SUPPLY CV V FINE VOLTAGE CC A /W CURRENT FINE VIR SS DLY SEQ HB ALM RMT LOCK LAN PRESET A B C OVP OCP CONFIG MEMORY PWR DSPL LOCAL SET p.43 SC2 SC3 LOCK ALM CLR SC SHIFT OUTPUT SET REGULATED DC POWER SUPPLY CV V CC A /W VIR SS DLY SEQ HB ALM RMT LOCK LAN PRESET A B C OVP OCP CONFIG MEMORY PWR DSPL FINE VOLTAGE CURRENT FINE LOCAL SC2 SC3 LOCK ALM CLR SC SHIFT PWR DSPL PWR DSPL PWR DSPL OUTPUT SET REGULATED DC POWER SUPPLY CV V FINE VOLTAGE CC A /W CURRENT FINE VIR SS DLY SEQ HB ALM RMT LOCK LAN PRESET A B C OVP OCP CONFIG MEMORY PWR DSPL LOCAL SET SET SC2 SC3 LOCK ALM CLR SC SHIFT OUTPUT REGULATED DC POWER SUPPLY CV V FINE VOLTAGE CC A VIR SS DLY SEQ HB ALM RMT LOCK LAN PRESET A B C /W CURRENT FINE OVP OCP OVP OCP SET OVP OCP CONFIG MEMORY PWR DSPL LOCAL SC2 SC3 LOCK ALM CLR SC SHIFT OUTPUT REGULATED DC POWER SUPPLY CV V FINE VOLTAGE CC A VIR SS DLY SEQ HB ALM RMT LOCK LAN PRESET A B C /W CURRENT FINE SET OVP OCP CONFIG MEMORY PWR DSPL LOCAL SC2 SC3 LOCK ALM CLR SC SHIFT 34 PWR-0
35 OUTPUT SET REGULATED DC POWER SUPPLY CV V FINE VOLTAGE CC A /W CURRENT FINE VIR SS DLY SEQ HB ALM RMT LOCK LAN PRESET A B C OVP OCP CONFIG MEMORY PWR DSPL LOCAL CONFIG SC2 SC3 LOCK ALM CLR SC SHIFT PWR-0 35
36 OVP/ OCP OUTPUT REGULATED DC POWER SUPPLY CV V FINE VOLTAGE CC A VIR SS DLY SEQ HB ALM RMT LOCK LAN PRESET A B C SET OVP OCP CONFIG MEMORY PWR DSPL LOCAL /W CURRENT FINE VOLTAGE CURRENT SET SC2 SC3 LOCK ALM CLR SC SHIFT FINE SHIFT VOLTAGE CURRENT VOLTAGE CURRENT 36 PWR-0
37 OUTPUT OUTPUT LED OUTPUT LED SET OUTPUT OUTPUT SET REGULATED DC POWER SUPPLY CV V FINE VOLTAGE CC A /W CURRENT FINE VIR SS DLY SEQ HB ALM RMT LOCK LAN PRESET A B C OVP OCP CONFIG MEMORY PWR DSPL LOCAL p.58 p.94 SC2 SC3 LOCK ALM CLR SC SHIFT p.48 p.49 p.53 CF22/ CF23 OVP OCP 95 % UVL OVP OCP UVL p.65 POWER OVP / OCP p.47ovp / OCP CV CC p.58 CF02 CV/ CC CV CV CF02 CV CC CC CF02 CC PWR-0 37
38 OUTPUT p.59 CF08CF09 DLY DLY OUTPUT LED OUTPUT OUTPUT CF4 ENH 38 PWR-0
39 CF04/ CF06 CF05/ CF07 CF02: CV/ CC SS SS OUTPUT LED SS OUTPUT LED OUTPUT OUTPUT CF4 ENH PWR-0 39
40 5 0 5 V 5.0 s CF06: V 5.0 s CF07: PWR-0
41 CV / CC x CV / CC x POWER LIMIT 05 %p PWR-0 4
42 PWR-0
43 CVCC CV CC 3 Vs Is RL Vmax Vs Vout Iout A R L>Rc B 0 Is Imax R L=Rc R L<Rc RL Rc Rc=Vs/Is RL=Rc A CV B CC RL Rc A CV p Is CV I I=Vs/RL Is RL Rc B CC q Vs CC V V=Is x RL Vs CV/CC CV CC CC CV PWR-0 43
44 CVCC CV/CC 00 V 0 A 8ΩRL 30 V 5A Rc=30 V/5 A=6 Ω 8 Ω > 6 Ω RL > Rc CV CV Vs=Is x RL Vs=5 A x 8 Ω= 40 V 40 V CC CV 5ΩRL 30 V 5A Rc=30 V/5 A=6 Ω 5 Ω < 6 Ω RL < Rc CC CC Is=Vs/RL Is=30 V/ 5Ω=6A 6A CV CC 44 PWR-0
45 CVCC CV LED CC LED 2 SET SET VOLTAGE 0% 05 % PWR40L 0V 42 V PWR80L 0V 42 V PWR20L 0V 42 V PWR40ML 0V 84 V PWR80ML 0V 84 V PWR20ML 0V 84 V PWR40MH 0V 252 V PWR80MH 0V 252 V PWR20MH 0V 252 V PWR40H 0V V PWR80H 0V V PWR20H 0V V 3 CURRENT 0% 05 % PWR40L 0A 42 A PWR80L 0A 84 A PWR20L 0A 26 A PWR40ML 0A 2 A PWR80ML 0A 42 A PWR20ML 0A 63 A PWR40MH 0A 5.25 A PWR80MH 0A 0.5 A PWR20MH 0A 5.75 A PWR40H 0A.943 A PWR80H 0A A PWR20H 0A A 4 OUTPUT SET OUTPUT LED CV LED CC LED 2 3 p.34 CF02: CV/ CC p.58 CV CC CC CC PWR-0 45
46 OVP OCP FOCP OHP (SENSE) AC AC-FAIL WATCHDOG SD PRL ALM OVP 95 % UVL OCP 95 % POWER LIMIT ALM LED OUTPUT LED PRL ALM/ SD J 4 OVP/ OCP/ FOCP/ OHP/ SENSE/ AC-FAIL/ WATCHDOG/ SD J2 4 2 a. ALM CLR SHIFT + SET J 6 LOW 0 V 0.5 V b. POWER POWER SD PRL ALM b. 46 PWR-0
47 PRL ALM SD J 4 J OVP/ OCP/ FOCP/ OHP/ SENSE/ AC-FAIL/ WATCHDOG/ SD J2 4 ALM STATUS 4 STATUS COM 30 V 8 ma OVP OVPOVP OVP OVP CF23 ON OVP OVP OVP OVP OVP OCP OVP OCP OVP OUTPUT REGULATED DC POWER SUPPLY CV V FINE VOLTAGE CC A VIR SS DLY SEQ HB ALM RMT LOCK LAN PRESET A B C /W CURRENT FINE 2 SET OVP OCP CONFIG MEMORY PWR DSPL LOCAL SC2 SC3 LOCK ALM CLR SC SHIFT OVP VOLTAGE OVP OVP 0 % 2 % Memo PWR DSPL 3 L ML MH H OVP 4V 44.8V 8V 89.6 V 24 V V 65 V 728 V OVP OCP 2 OVP OVP OCP PWR-0 47
48 OVP CF23: ON OVP OVP OUTPUT LED OVP OUTPUT OUTPUT LED OVP VOLTAGE OVP ALM LED OUTPUT LED REGULATED DC POWER SUPPLY OUTPUT SET CV V CC A /W VIR SS DLY SEQ HB ALM RMT LOCK LAN PRESET A B C OVP OCP CONFIG MEMORY PWR DSPL FINE VOLTAGE CURRENT FINE LOCAL SC2 SC3 LOCK ALM CLR SC SHIFT OVP 5 6 ALM CLR SHIFT + SET OVP OCP OCP OCP OCP OCP CF22 ON OCP OCP OCP OVP OCP OVP OCP OCP REGULATED DC POWER SUPPLY OUTPUT CV V CC A VIR SS DLY SEQ HB ALM RMT LOCK LAN PRESET A B C /W FINE VOLTAGE CURRENT FINE SET OVP OCP CONFIG MEMORY PWR DSPL LOCAL SC2 SC3 LOCK ALM CLR SC SHIFT OCP 48 PWR-0
49 2 CURRENT OCP OCP 0 % 2 % Memo PWR DSPL OCP 3 L ML MH H 400 W 4A 44.8 A 2 A 22.4 A 0.5 A 5.6 A 0.85 A A 800 W 8A 89.6 A 4 A 44.8A A.2 A 0.37 A 4.44 A 200 W 2 A 34.4 A 6 A 67.2 A.5 A 6.8 A A 6.26 A OVP OCP 2 OCP OVP OCP OCP OCP OCP CF24 OCP CF22: ON OCP OCP POWER OUTPUT LED OCP OUTPUT OUTPUT LED OCP CURRENT OCP ALM LED OUTPUT LED REGULATED DC POWER SUPPLY OUTPUT SET CV V CC A /W VIR SS DLY SEQ HB ALM RMT LOCK LAN PRESET A B C OVP OCP CONFIG MEMORY PWR DSPL FINE VOLTAGE CURRENT FINE LOCAL SC2 SC3 LOCK ALM CLR SC SHIFT OCP 7 8 ALM CLR SHIFT + SET OCP PWR-0 49
50 FOCP FOCP 0 A OCP FOCP OCP REGULATED DC POWER SUPPLY OUTPUT SET CV V CC A /W VIR SS DLY SEQ HB ALM RMT LOCK LAN PRESET A B C OVP OCP CONFIG MEMORY PWR DSPL FINE VOLTAGE CURRENT FINE LOCAL SC2 SC3 LOCK ALM CLR SC SHIFT FOCP OHP OHP 0 ºC +50 ºC REGULATED DC POWER SUPPLY OUTPUT SET CV V FINE VOLTAGE CC A /W CURRENT FINE VIR SS DLY SEQ HB ALM RMT LOCK LAN PRESET A B C OVP OCP CONFIG MEMORY PWR DSPL LOCAL OHP SC2 SC3 LOCK ALM CLR SC SHIFT POWER OHP OHP p.62 SENSE + REGULATED DC POWER SUPPLY OUTPUT SET CV V FINE VOLTAGE CC A /W CURRENT FINE VIR SS DLY SEQ HB ALM RMT LOCK LAN PRESET A B C OVP OCP CONFIG MEMORY PWR DSPL LOCAL SENSE SC2 SC3 LOCK ALM CLR SC SHIFT AC AC-FAIL AC AC AC-FAIL AC-FAIL CF20 AUTO REGULATED DC POWER SUPPLY OUTPUT SET CV V FINE VOLTAGE CC A /W CURRENT FINE VIR SS DLY SEQ HB ALM RMT LOCK LAN PRESET A B C OVP OCP CONFIG MEMORY PWR DSPL LOCAL AC AC-FAIL SC2 SC3 LOCK ALM CLR SC SHIFT 50 PWR-0
51 WATCHDOG SCPI CF2 REGULATED DC POWER SUPPLY OUTPUT SET CV V FINE VOLTAGE CC A /W CURRENT FINE VIR SS DLY SEQ HB ALM RMT LOCK LAN PRESET A B C OVP OCP CONFIG MEMORY PWR DSPL LOCAL WATCHDOG SC2 SC3 LOCK ALM CLR SC SHIFT SD J 6 p.96 SD POWER REGULATED DC POWER SUPPLY OUTPUT SET CV V FINE VOLTAGE CC A /W CURRENT FINE VIR SS DLY SEQ HB ALM RMT LOCK LAN PRESET A B C OVP OCP CONFIG MEMORY PWR DSPL LOCAL SD SC2 SC3 LOCK ALM CLR SC SHIFT PRL ALM J 4 PRL ALM POWER REGULATED DC POWER SUPPLY OUTPUT SET CV V FINE VOLTAGE CC A /W CURRENT FINE VIR SS DLY SEQ HB ALM RMT LOCK LAN PRESET A B C OVP OCP CONFIG MEMORY PWR DSPL LOCAL PRL ALM SC2 SC3 LOCK ALM CLR SC SHIFT PWR-0 5
52 OVP 95 % OVP CF23 ON p.62 OVP 95 % OVP 05 % CF23 UVL OVP 80 V 95 % (76 V). OVP 80 V OVP 95 % 76 V 05 % (84 V) 80 V V OVP OVP 05 % OVP 84 V 05 % (84 V) OVP 8 V 3. OVP 8 V 80 V 80 V OVP 05 % 80 V OVP 84 V 52 PWR-0
53 UVL UVL UVL UVLCF23p.62 CF23 ON UVL UVL UVL OVP OCP 2 UVL REGULATED DC POWER SUPPLY OUTPUT CV V CC A VIR SS DLY SEQ HB LOCK LAN ALM RMT /W FINE VOLTAGE CURRENT FINE UVL PRESET A B C 2 SET OVP OCP CONFIG MEMORY PWR DSPL LOCAL SC2 SC3 LOCK ALM CLR SC SHIFT VOLTAGE UVL p.46 UVL 0% 05 % 3 L ML MH H UVL 0V 42 V 0 V 84 V 0 V 252 V 0 V V OVP OCP UVL OVP OCP OCP 95 % OCP CF22 ON OCP 95 % OCP 05 % POWER LIMIT 05 % p.4 ALM LED p W 800W 200W 420 W 840 W 260 W PWR-0 53
54 CONFIG CF00 LAN CF60: LCI/ DEF CF60: APPL Basic CF00 CF00 * Reset CF0 *2 BLE Bleeder CF02 PRIO Priority CF03 VIR V.I.R VIR CF04 SS.C.R S.Start CC rise CC CF05 SS.C.F S.Stop CC fall CC CF06 SS.V.R S.Start CV rise CV CF07 SS.V.F S.Stop CV fall CV CF08 ON.D On delay CF09 OFF.D Off delay CF0 E.CC Ext. CC CC CF E.CV Ext. CV CV CF2 E.RNG Control range CV/ CC CF3 *2 M.RNG Monitor range CF4 E.OUT Ext. on/ off CF5 E.LOG Ext. logic CF6 STS.C Stat. CC. pol CC CF7 STS.V Stat. CV. pol CV CF8 STS.O Stat. Output. pol CF9 STS.A Stat. Alarm. pol Alarm CF20 *2 A.RCV Alarm recovery AC-FAIL CF2 WDOG Watchdog WATCHDOG CF22 CC.LA CC limit auto CF23 CV.LA CV limit auto CF24 *2 OC.DL OCP delay OCP Usability CF30 SC Short cut SC CF3 SC2 Short cut 2 SC2 CF32 SC3 Short cut 3 SC3 CF33 BEEP Beep CF34 *2 BRI Brightness CF35 AMTR Ammeter System CF40 LAN LAN LAN *3 CF4 USB USB USB CF RS232C RS232C CF43 TRAC Trace SCPI CF44 *2 PARA Parallel CF45 PON Power on 54 PWR-0
55 CONFIG LAN *4 CF50 IP Ip addr. IP CF5 IP2 Ip addr. 2 IP 2 CF52 IP3 Ip addr. 3 IP 3 CF53 IP4 Ip addr. 4 IP 4 CF54 HA HW. addr., 2 MAC 2 CF55 HA2 HW. addr. 3, 4 MAC 34 CF56 HA3 HW. addr. 5, 6 MAC 56 CF60 BOOT LAN Reboot LAN LCI/ DEF APPL CF6 ADR Address config IP / CF62 S.IP Static IP IP / CF63 S.IP2 Static IP 2 IP 2 / CF64 S.IP3 Static IP 3 IP 3 / CF65 S.IP4 Static IP 4 IP 4 / CF66 SUB Subnet Mask IP / CF67 DOM VMCB Dom. VMCB *3 CF68 CH VMCB Ch. VMCB *3 USB CF70 VID V. ID ID VID CF7 PID P. ID ID PID RS232C CF72 BAUD Baud rate RS232C Sequence CF80 PROG Program CF8 REM.L Rem. Loop CF82 REM.T Rem. Time CF83 TRG.I Trig. In CF84 TRG.O Trig. Out *. CF00 *2. *3. LAN CF60: DEF *4. LAN CD-ROM PWR-0 55
56 CH CONFIG CF00 CF0 CF09 CF0 CF CF9 CF00 BLE OFF.D E.CC E.CV STS.A CF20 CF2 CF24 A.RCU WDOG OC.DL CF30 CF3 CF35 CF40 CF4 CF45 SC SC2 AMTR LAN USB PON CF50 CF5 CF56 IP IP2 HA3 CF60 CF6 CF68 CF70 CF7 CF72 CF80 CF8 CF84 BOOT ADR VID PID BAUD PROG REM.L TRG.O 56 PWR-0
57 CONFIG CF00 CF60 CF80 OUTPUT SET VIR ALM RMT LOCK LAN PRESET OVP OCP REGULATED DC POWER SUPPLY SS A CONFIG B C CV V CC A /W DLY SEQ HB MEMORY PWR DSPL FINE VOLTAGE CURRENT FINE LOCAL SC2 SC3 LOCK ALM CLR SC SHIFT CONFIG VOLTAGE CONFIG CONFIG 0 VOLTAGE LOCAL CF00 LOCAL VOLTAGE CF00 CF0 CF09 CF0 CF CF9 CF00 BLE OFF.D E.CC E.CV STS.A CF80 CF8 CF84 PROG REM.L TRG.O CURRENT 2 CONFIG PWR DSPL POWER POWER CF60 APPL p.54 PWR-0 57
58 CONFIG CF00 CF00 p.34 SET 2 CF04 CF07 CF08/ CF09 CF0 CF CF4 CF22/ CF23 CF03 RST Reset CF0 BLE p.76 DIS Disable NORM Normal HYP Hyper CF02 PRIO p.45 CC CV CV CV CC CC CC 58 PWR-0
59 CONFIG CF03 VIR VIR Rint p.78p.78 OFF OFF Rint (min) Rint (max) Rint (min) Ω Rint (max) Ω CF04 SS.C.RCC p s 0.0 s CF05 SS.C.FCC p s 0.0 s CF06 SS.V.RCV p s 0.0 s CF07 SS.V.FCV p s 0.0 s CF08 ON.D OUTPUT p s 99.9 s PWR-0 59
60 CONFIG CF09 OFF.D OUTPUT p s 99.9 s CF0 E.CCCC p.92 OFF OFF ON ON CF E.CVCV p.90 OFF OFF ON ON CF2 E.RNGCV/ CC p.90 p.92 J-3 REFOUT 5.25 V CF2 : LO 0.5 V CF2 : HI LO LOW 0V 5V HI HIGH 0V 0 V CF3 M.RNG p.98 LO LOW 0V 5V HI HIGH 0V 0 V 60 PWR-0
61 CONFIG CF4 E.OUT p.94 p.38 p.39 OFF OFF ON ON ENH Enhanced On CF5 E.LOG p.94 LO LOW LOW 0 V 0.5 V HI HIGH HIGH 4.5 V 5V CF6 STS.CCC p.98 NEG Negative POS Positive + CF7 STS.VCV p.98 NEG Negative POS Positive + CF8 STS.O p.98 NEG Negative POS Positive + CF9 STS.A p.98 NEG Negative POS Positive + PWR-0 6
62 CONFIG CF20 A.RCVAC-FAIL AC AC-FAIL p.46 SAFE Safe AUTO Auto CF2 WDOG WATCHDOG SCPI p.5 "OFF" OFF OFF s, 3 s, 0 s, 30 s, 00 s, 300 s, 000 s, 3000 s CF22 CC.LA OCP OCP 95 % p.49 OFF OFF ON ON CF23 CV.LA OVP OVP 95 % UVL p.48 OFF OFF ON ON CF24 OC.DLOCP OCP 00 ms p s s 2.0 s 62 PWR-0
63 CONFIG CF30 SCSC "SC" p CF0 CF99 CF3 SC2SC2 "SC2" p CF0 CF99 CF32 SC3SC3 "SC3" p CF0 CF99 CF33 BEEP OFF OFF ON ON CF34 BRI CF35 AMTR "----" OFF OFF ON ON PWR-0 63
64 CONFIG CF40 LANLAN LAN "OFF" LAN LAN OFF OFF LAN ON ON LAN CF4 USBUSB USB "OFF" USB USB OFF OFF USB ON ON USB CF42 232RS232C RS232C "OFF" RS232C RS232C OFF OFF RS232C ON ON RS232C CF43 TRACSCPI OFF OFF SCPI ON ON SCPI 64 PWR-0
65 CONFIG CF44 PARA p.02 "SLAV (Slave)" SLAV Slave 3 * 3 * 3 *. 200W 2 CF45 PON POWER p.28 SAFE Safe AUTO Auto POWER FORC Force CF50 CF53 IP IP4IP IP IP CF62 CF65 DHCP AUTO IP CD-ROM CF IP CF IP 2 CF IP 3 CF IP 4 PWR-0 65
66 CONFIG CF54 CF56 HA HA3MAC MAC MAC 00.0F.CE.xx.xx.xx x 0 F CF F 00.0F MAC 2 CF55 CE.XX CE.xx MAC 3 4 CF56 XX.XX xx.xx MAC 5 6 CV V CC A CF F /W CV V CC A /W CF55 CE. CV V CC A /W CF MAC "00.0F.CE " A B C D E F 6 A B C D E F CF60 BOOTLAN LCI/ def APPL LAN p.57 SET 2 LAN LCI (LCI) / DEF(Default LAN LED p.9 LAN CD-ROM LCI LAN Configuration Initialize LAN DEF Default LAN VMCB APPL Apply LAN 66 PWR-0
67 CONFIG CF6 ADRIP IP DHCP AUTO IP MANUAL IP 0 DHCP AUTO IP DHCP IP AUTO IP MANUAL IP DHCP AUTO IP AUTO IP IP x.x x 254 CF60 "APPL (Apply)" DHCPAUTO IPMANUAL IP DHCPAUTO IPMANUAL IP 0 0 DHCPAUTO IPMANUAL IP DHCPAUTO IPMANUAL IP 0 0 DHCPAUTO IPMANUAL IP 0 0 DHCPAUTO IPMANUAL IP DHCPAUTO IPMANUAL IP CF62 CF65 S.IP S.IP4IP MANUAL IP DHCP AUTO IP IP CF6 MANUAL IP CF60 "APPL (Apply)" CF IP CF IP 2 CF IP 3 CF IP 4 CF66 SUB IP IP MANUAL IP CF6 MANUAL IP CF60 "APPL (Apply)" PWR-0 67
68 CONFIG CF67 DOM (VMCB) PWR-0 "0" CD-ROM CF68 CH (VMCB) "0" CD-ROM CF70 VID ID VID USB ID ID 0B3E 0b3E 0x0B3E CF7 PID ID PID USB ID 400W 800W 200W ID ID ID x049 04A 04A 0x04A 04B 04B 0x04B 68 PWR-0
69 CONFIG CF72 BAUDRS232C RS232C bps bps bps bps bps bps bps bps CF80 PROG SET 2 NONE None CF8 REM.L MORE More INFI Infinity CF82 REM.T S S 59 s s M M 59 m m H H 999 h h 999 MORE More 000 INFI Infinity PWR-0 69
70 CONFIG CF83 TRG.I PTR Positive Trigger NTR Negative Trigger CF84 TRG.O PTR Positive Trigger NTR Negative Trigger 70 PWR-0
71 OVP OCP UVL OVP OCP UVL MEMORY A B C PRESET A/ B/ C LED SET MEMORY PRESET A B C SET PRESET LED SET SET 2 MEMORY A B C PRESET A/ B/ C LED SET MEMORY PRESET A B C SET SET PRESET LED SET PWR-0 7
72 OUTPUT SET REGULATED DC POWER SUPPLY CV V FINE VOLTAGE CC A VIR SS DLY SEQ HB ALM RMT LOCK LAN PRESET A B C /W CURRENT FINE OVP OCP CONFIG MEMORY PWR DSPL LOCAL LOCK LED OUTPUT SC2 SC3 LOCK ALM CLR SC SHIFT 2 LOCK SHIFT + PWR DSPL LOCK LED LOCK LED LOCK SHIFT + PWR DSPL LOCK LED 72 PWR-0
73 3 SC SC2 SC3 SC CONFIG 4 CF30 VOLTAGE CF30 CF3 CF32 CF30 SC CF3 SC2 CF32 SC3 CURRENT OUTPUT SET REGULATED DC POWER SUPPLY CV V CC A /W VIR SS DLY SEQ HB ALM RMT LOCK LAN PRESET A B C OVP OCP CONFIG MEMORY PWR DSPL FINE VOLTAGE CURRENT FINE LOCAL SC2 SC3 LOCK ALM CLR SC SHIFT SC CF2 CONFIG PWR DSPL SHIFT SC SC2 SC3 REGULATED DC POWER SUPPLY 2 OUTPUT SET CV V CC A /W VIR SS DLY SEQ HB ALM RMT LOCK LAN PRESET A B C OVP OCP CONFIG MEMORY PWR DSPL FINE VOLTAGE CURRENT FINE LOCAL SC2 SC3 LOCK ALM CLR SC SHIFT SC CF2 CONFIG PWR DSPL PWR-0 73
74 OUTPUT VIR SS REGULATED DC POWER SUPPLY CV ALM RMT LOCK LAN V FINE VOLTAGE CC A /W DLY SEQ HB CURRENT FINE PRESET A B C SET OVP OCP CONFIG MEMORY PWR DSPL LOCAL RMT LED LOCAL SC2 SC3 LOCK ALM CLR SC SHIFT 74 PWR-0
75
76 CF0: NORM/ HYPCF0: DIS POWER CF0 POWER POWER * DIS NORM HYP HB 70 % *. 0V mv Vout 5Vout 0 Vout 5 Vout 20 Vout 30 Vout 40 Vout PWR40L A A 0.00 A 0.00 A A A 0.38 A A 0.32 A A A 0.39 A A A 0.52 A A A A PWR80L A A A 0.00 A 0.00 A 0.00 A A A A A A A.30 A.060 A.000 A A A A PWR20L A 0.00 A 0.00 A 0.00 A 0.00 A A.20 A.00 A A A A A.720 A.620 A.50 A.40 A.200 A.000 A 76 PWR-0
77 Vout 5Vout 0 Vout 20 Vout 40 Vout 60 Vout 80 Vout PWR40ML A A A 0.00 A 0.00 A A A A A A A 0.36 A A A 0.55 A A A 0.39 A PWR80ML A A A A A 0.00 A A 0.72 A A A A A.28 A.096 A.029 A 0.90 A A A PWR20ML A 0.00 A 0.00 A 0.00 A 0.00 A A.4 A.092 A A A 0.60 A A.700 A.650 A.550 A.360 A.60 A A Vout 0 Vout 20 Vout 50 Vout 00 Vout 200 Vout 240 Vout PWR40MH A 0.00 A 0.00 A 0.00 A 0.00 A A 0.5 A 0.47 A 0.34 A 0.4 A A A A 0.22 A A 0.87 A 0.45 A 0.28 A PWR80MH A A A 0.00 A 0.00 A A A A A 0.22 A 0.28 A 0.09 A 0.44 A A A A A A PWR20MH A A A 0.00 A 0.00 A A A A A 0.33 A A 0.59 A 0.66 A A 0.60 A A 0.49 A A Vout 20 Vout 50 Vout 00 Vout 200 Vout 500 Vout 650 Vout PWR40H A 0.00 A 0.00 A A A A A A A A 0.04 A A 0.08 A A A A A A PWR80H A A 0.00 A A A A 0.28 A 0.25 A 0.9 A 0.08 A A A 0.60 A 0.57 A 0.52 A 0.42 A 0. A A PWR20H A A 0.00 A A A 0.02 A 0.97 A 0.92 A 084 A 0.67 A 0.8 A A 0.23 A A 0.29 A A 0.60 A 0.40 A PWR-0 77
78 CV CV CF03 CF03 OFF VIR 3 20 % VrtgIrtgRint : 0 <Rint(min) Rint (max) L ML Rint (max) Vrtg/ Irtg MH H Rint (max) Vrtg/ Irtg x 3/ 4 PWR40L PWR40ML PWR40MH PWR40H Vrtg [V] Irtg [A] Rint [Ω] * PWR80L PWR80ML PWR80MH PWR80H Vrtg [V] Irtg [A] Rint [Ω] * PWR20L PWR20ML PWR20MH PWR20H Vrtg [V] Irtg [A] Rint [Ω] * *. FINE Rint (max) 78 PWR-0
79 PC CD-ROM PC Memo NONE 2 CF83CF OUTPUT CONFIG 9 CF80 SET REGULATED DC POWER SUPPLY OUTPUT SET CV V FINE VOLTAGE CC A SC2 SC3 LOCK ALM CLR SC SHIFT /W CURRENT FINE VIR SS DLY SEQ HB ALM RMT LOCK LAN PRESET A B C OVP OCP CONFIG MEMORY PWR DSPL LOCAL CF SET CF80SET SEQ SET SEQ PWR-0 79
80 PWR-0 PWR400W PWR800 W PC TRANsient TRIG:TRAN:SOUR TRIGIN PROGram PROG:STEP<n>:TRIGIN ON CF83 CF84 p μs RS232C TRIG IN RS232C CD-ROM TRIG IN TRIG IN TRIG OUT ms TRIG OUT ms TRIG IN TRIG IN 850 μs 850 s 2 p PWR-0
81 30 m LAN 530 m LAN LAN LAN RS232C/ TRG IN TRG OUT P USB P PWR-0 POWER RS232C/ TRG IN TRG OUT RS232C/ TRG IN TRG OUT 800W PWR-0 8
82 3 PWR-0 LAN RJ45 TRG IN TRG OUT 00 μs RJ45 TRG IN TRG OUT TRG IN TRG OUT 800W PROG:STEP<n>:TRIGOUT ON PWR-0 TRG IN TRG OUT TRG IN TRG OUT TRG IN TRG OUT 00 μs 800W 2 82 PWR-0
83 J J2
84 J J2 84 PWR-0
85 J J2 J J2 J/ J2 J J2 J/ J2 OP0-PWR-0 OP03-PWR-0 WCON OP0-PWR-0 [93420] 30 OP03-PWR-0 [93500] 20 J J2 J J2 J/ J2 J J2 WF2549-2WR0S3T0 (WCON) WF2549-2WR03S3T0(WCON) WF2549-2H0W0 (WCON) WF2549-2H03W0 (WCON) WF2549-TPS302 (WCON) WF2549-TPS302 (WCON) AWG20 AWG24 AWG20 AWG24 SN-28B IWISS SN-28B IWISS J p.32 E04SRS J 30 mm 3 PWR-0 85
86 J J2 J J J- VPGM 0V 5V 0% 00 % CF2: LO 0V 0 V 0% 00 % CF2: HI J-2 VMON 0% 00 % 0V 5V CF3: LO 0V 0 V CF3: HI J-3 REF OUT 5.25 V (CF2: LO) / 0.5 V (CF2: HI) 2.5 ma J-4 PRL ON J-5 A GND S J-6 ALM CLEAR LOW 0 V 0.5 V J-7 I SUM J-8 PRL OUT J-9 PRL COMP IN J-0 A GND S J- IPGM 0V 5V 0% 00 % CF2: LO 0V 0 V 0% 00 % CF2: HI J-2 IMON 0% 00 % 0V 5V CF3: LO 0V 0 V CF3: HI J-3 PRL COM 4 J-4 PRL ALM J-5 A GND S J-6 SHUT DOWN LOW 0 V 0.5 V J-7 OUTPUT CONT OUTPUT LOW 0 V 0.5 VHIGH 4.5 V 5V CF5: LO HIGH 4.5 V 5VLOW 0 V 0.5 V CF5: HI J-8 PRL COMP OUT J-9 PRL IN- J-20 PRL IN+ 86 PWR-0
87 J J2 J2 J J2- STATUS COM 2 6 * J2-2 OUT ON STATUS *2 J2-3 PWR ON STATUS LOW *2 J2-4 ALM STATUS OVP OCP FOCP OHP SENSE AC-FAIL WATCHDOG *2 J2-5 CV STATUS CV *2 J2-6 CC STATUS CC *2 *. 800 V *2. 30 V 8 ma PWR-0 87
88 Vext Vext A GND Vext J A GND J-5 J-0 J-5 : : -S Vext PWR Vext J PWR-0 A GND + Vext PWR-0 PWR-0 Vext PWR-0 Vext + + Vext J PWR-0 A GND + 88 PWR-0
89 Vext Vext PWR-0 Vext GND PWR-0 Vext GND PWR-0 A GND PWR-0 Vext PWR-0 Vext Vext2 PWR-0(A) J A GND PWR-0(B) J A GND Vext PWR-0 Vext PWR-0 Vext PWR-0 Vext PWR-0 PWR-0 Vext PWR-0(A) J A GND PWR-0(B) J A GND PWR-0 PWR-0 89
90 Vext 0 kω Rext Vext Rext 7 p.7 Vext Vext CV CF : ON Vext 0 V 5 V CF2 : LO 0 V 0 V CF2 : HI Eo 0 Ertg Vext 0 V 5V CF2 : LO Eo = Ertg Vext /5 [V] Vext = 5 Eo /Ertg [V] Vext 0 V 0 V CF2 : HI Eo = Ertg Vext /0 [V] Vext = 0 Eo /Ertg [V] Vext Vext Vext J V Vext Vext Vext 2 Vext + 5 J 90 PWR-0
91 Vext Vextp J 5 Rext Rext J-3 REF OUT Eo 0 Ertg 05 % Rext CV CF : ON CF2 VextJ-3 REF OUT Vext 0 V 5 V CF2 : LO 0 V 0 V CF2 : HI Eo 0 Ertg REF OUT 5.25 V Vext 0 V 5V CF2 : LO Eo = Ertg Vext /5 [V] Vext = 5 Eo /Ertg [V] REF OUT 0.5 V Vext 0 V 0 V CF2 : HI Eo = Ertg Vext /0 [V] Vext = 0 Eo /Ertg [V] Rext Rext 0 kω /2 W Rext 2 ext J 3 5 J 3 5 ext PWR-0 9
92 Vext 0 kω Rext Vext Rext 7 p.7 Vext Vext CC CF0: ON Vext 0 V 5 V CF2 : LO 0 V 0 V CF2 : HI Io 0 Irtg Vext 0 V 5V CF2 : LO Io = Irtg Vext /5 [A] Vext = 5 Io / Irtg [A] Vext 0 V 0 V CF2 : HI Io = Irtg Vext /0 [A] Vext = 0 Io / Irtg [A] Vext Vext Vext J V Vext Vext Vext 2 Vext + Vext Vextp.88 J 5 5 J 92 PWR-0
93 Rext Rext J-3 REF OUT Io 0 Irtg 05 % Rext CC CF0: ON CF2 VextJ-3 REF OUT Vext 0 V 5V CF2 : LO 0V 0 V CF2 : HI Io 0 Irtg REF OUT 5.25 V Vext 0 V 5V CF2 : LO Io = Irtg Vext /5 [A] Vext = 5 Io / Irtg [A] REF OUT 0.5 V Vext 0 V 0 V CF2 : HI Io = Irtg Vext /0 [A] Vext = 0 Io / Irtg [A] Rext Rext 0 kω /2 W Rext 2 ext J 3 5 J 3 5 ext PWR-0 93
94 S 7 p.7 2 CF4 : ON 2 LOW CF5 : LO J 7LOW 0 V 0.5 V HIGH CF5 : HI J 7 HIGH 4.5 V 5V CF4 ENH OUTPUT HIGH 94 PWR-0
95 J V 0.5 ma 5 Vdc 0.5 ma J PWR-0 95
96 S 7 p.7 2 J 6 LOW 0 V 0.5 V J 6 HIGH 4.5 V 5V POWER J V 0.5 ma 6 5 J 5Vdc 0.5 ma 2 J 4 p.5 96 PWR-0
97 S 7 p.7 2 J 6LOW 0 V 0.5 V J V 0.5 ma 6 5 J 5Vdc 0.5 ma 2 PWR-0 97
98 J CF3 J-5 A GND J-0 J-5 J-2 VMON 0V 0V 5 V CF3: LO0 V 0 V CF3: HI J-2 IMON 0A 0V 5V CF3: LO0 V 0 V CF3: HI VMON IMON A GND : kω : 0 ma 98 PWR-0
99 J V : 30 VSink : 8 ma J2- STATUS COM J2-2 OUT ON STATUS * J2-3 PWR ON STATUS LOW CF8: NEGHIGH CF8: POS POWER LOW J2-4 ALM STATUS * OVP OCP FOCP OHP SENSE AC- FAILSD LOW CF9: NEGHIGH CF9: POS J2-5 CV STATUS * LOW CF7: NEGHIGH CF7: POS J2-6 CC STATUS * LOW CF6: NEGHIGH CF6: POS J *. HIGH POS POWER 5 HIGH PWR-0 99
100 00 PWR-0
101
102 PWR-0 400W 800W 200W % PWR-0 SLAV CF35: OFF/ ON p.34 CF35: OFF/ ON REGULATED DC POWER SUPPLY REGULATED DC POWER SUPPLY OUTPUT SET CV V CC A /W VIR SS DLY SEQ HB ALM RMT LOCK LAN PRESET A B C OVP OCP CONFIG MEMORY PWR DSPL FINE VOLTAGE CURRENT FINE LOCAL SC2 SC3 LOCK ALM CLR SC SHIFT OUTPUT SET VIR ALM RMT LOCK LAN PRESET OVP OCP SS A CONFIG B C CV V CC A /W DLY SEQ HB MEMORY PWR DSPL FINE VOLTAGE CURRENT FINE LOCAL SC2 SC3 LOCK ALM CLR SC SHIFT 20 A CF44 p PWR-0
103 VMONp.98 IMONp.98 p.99 CV STATUSCC STATUS p.30 PRL ALM J 4 ALM CLR SHIFT + SETJ 6 LOW 0 V 0.5 V p.46 SD PRL ARM POWER POWER p.07 PWR-0 03
104 J J J2 p.85 2 PRL ON I SUM PRL OUT A GND PRL COM PRL ALM PRL COMP OUT J J OUT ON/OFF CONT I SUM PRL IN PRL IN A GND PRL ALM PRL COMP IN J OUT ON/OFF CONT I SUM PRL IN PRL IN A GND PRL ALM PRL COMP IN 2 PWR-0 J J 3 2 J2 J p PWR-0
105 POWER OUTPUT GND µf µf PWR-0 20 % 2 2 PWR-0 POWER OUTPUT 3 4 p PWR-0 50 cm J OUTPUT PWR-0 05
106 CF44 : 2 3 (CF44 : SLAV) CF44 : 2 3 CF44 : POWER CF44 OCP p.02 CF44 05 % SET OUTPUT OVPOCP OVP OCP p.47 CF44 2 % OVP/OCP OVP OCP 06 PWR-0
107 POWER 2 POWER POWER 3 POWER POWER 0 POWER POWER 2 POWER POWER PWR-0 07
108 H PWR40H PWR80H PWR20H 650 V PWR p.34 2 OUTPUT SET REGULATED DC POWER SUPPLY CV V CC A /W VIR SS DLY SEQ HB ALM RMT LOCK LAN PRESET A B C OVP OCP CONFIG MEMORY PWR DSPL FINE VOLTAGE CURRENT FINE LOCAL SC2 SC3 LOCK ALM CLR SC SHIFT OUTPUT SET VIR ALM RMT LOCK LAN PRESET OVP OCP REGULATED DC POWER SUPPLY SS A CONFIG B C CV V CC A /W DLY SEQ HB MEMORY PWR DSPL FINE VOLTAGE CURRENT FINE LOCAL SC2 SC3 LOCK ALM CLR SC SHIFT 20 A p.83 2 VMONp.98 2 IMONp.98 p.99 CV STATUSCC STATUS 08 PWR-0
109 µf µf PWR-0 20 % p S -S + +S -S CF20 : AUTO/ SAFE AC-FAIL ALM CLR SHIFT + SETJ 6 LOW 0 V 0.5 V p.46 SD PRL ARM 2 POWER 2 POWER p. PWR-0 09
110 POWER OUTPUT µf µf PWR-0 20 % PWR-0 POWER OUTPUT 2 2 p.20 2 OUTPUT 0 PWR-0
111 2 2 OVPOCP OVP OCP p.47 2 POWER 2 POWER POWER 0 POWER POWER 2 OUTPUT PWR-0
112 2 PWR-0
113
114 8 0 % 00 % 0 % 00 % 0 % 00 % 0 % 00 % 0.02 % DVM PWR40L PWR40ML PWR40MH PWR40H PWR80L PWR80ML PWR80MH PWR80H PWR20L PWR20ML PWR20MH PWR20H 50 A / 00 mv 2.00 mω 20 A / 00 mv 5.00 mω 0 A / 00 mv 0.00 mω 2 A / 00 mv mω 00 A / 00 mv.00 mω 50 A / 00 mv 2.00 mω 20 A / 00 mv 5.00 mω 5 A / 00 mv mω 200 A / 50 mv 0.25 mω 00 A / 00 mv.00 mω 20 A / 00 mv 5.00 mω 0 A / 00 mv 0.00 mω ±0. % 23 ±5 80 %rh 30 DVM 4 PWR-0
115 CD-ROM KIKUSUI PWR-0 Calibration PWR-0 Calibration OS Windows 0 (x86/ x64) Windows 8. (x86/ x64) Windows 8 (x86/ x64) Windows 7 (x86/ x64).net Framework 2.0 VISA VISA National Instruments NI-VISA Ver Keysight Technologies Keysight VISA Keysight IO Libraries Suite6.0 KI-VISA Ver5.0.4 PWR-0 Calibration - Manual POWER PWR-0 HI LO DVM PWR-0 HI LO DVM PWR-0 5
116 POWER PWR20L PWR20L 6 PWR-0
117
118 30 23 ±5 TYP rating reading f.s. : 95 % 00 % : : 95 % 00 % : 0 % V 8 PWR-0
119 PWR40L/ PWR40ML/ PWR40MH/ PWR40H 400W 400W p.28 AC PWR40L PWR40ML PWR40MH PWR40H 00 Vac 240 Vac 50 Hz 60 Hz 85 Vac 265 Vac 47 Hz 63 Hz TYP * 00 Vac 5.6 A 200 Vac 2.8 A MAX *2 TYP * 25 A 560 VA V V TYP * 75 % *2 20 ms *. *2. 00 Vac PWR-0 9
120 400W * PWR40L PWR40ML PWR40MH PWR40H 40 V 80 V 240 V 650 V * 40 A 20 A 5 A.85 A *2 400 W 42 V 84 V 252 V V ± 0.05 % of set % of rating) 200 mv 400 mv 000 mv 2500 mv *3 *4 *5 FINE OUT OFF 0 mv 0 mv 00 mv 00 mv FINE OUT ON mv mv 0 mv 0 mv mv mv 0 mv 0 mv *6 p-p *7 rms *8 ±6 mv ±0 mv ±26 mv ±67 mv ±6 mv ±0 mv ±26 mv ±67 mv ms 2ms 2ms 3ms 50 mv 50 mv 00 mv 300 mv 5 mv 5 mv 20 mv 50 mv 50 ms 00 ms *9 50 ms 00 ms 50 ms 50 ms 250 ms 500 ms 200 ms 2000 ms.5v 4V 5V 5V *0 00 ppm/ *2 42 A 2 A 5.25 A.9425 A * ± 0.5 % of set +0. % of rating) 200 ma 00 ma 20 ma 0 ma FINE OUT OFF 0 ma 0 ma ma ma FINE OUT ON ma ma 0. ma 0. ma ma ma 0. ma 0. ma ±6 ma ±4 ma ±2.5 ma ±2.2 ma ±3 ma ±9 ma ±6.0 ma ±5.4 ma *2 rms *8 80 ma 40 ma 2 ma 6 ma TYP TYP *0 50 ms 00 ms 50 ms 00 ms 00 ppm/.000 Ω Ω Ω Ω *. *2. OVP OCP 95 *3. 85 Vac 35 Vac 70 Vac 265 Vac *4. *5. ± 0.% + 0mV) 50 % 00 % *6. JEITA RC-93C *7. 0 Hz 20 MHz *8. 0 Hz MHz *9. * *. % 00 % 0 % %TYP 0. % of rating *2. 0 % 00 % 20 PWR-0
121 400W PWR40L PWR40ML PWR40MH PWR40H ± 0.2 % of reading +5 digit ± 0.5 % of reading +8 digit PWR DSPL M3 (: 5 mm) MAX MAX MAX40 PWR-0 400W mm PWR-0 2
122 PWR80L/ PWR80ML/ PWR80MH/ PWR80H 800W 800W p.28 AC PWR80L PWR80ML PWR80MH PWR80H 00 Vac 240 Vac 50 Hz 60 Hz 85 Vac 265 Vac 47 Hz 63 Hz TYP * 00 Vac.2 A 200 Vac 5.6 A MAX *2 TYP * 50 A 20 VA V V TYP * 75 % *2 20 ms *. *2. 00 Vac 22 PWR-0
123 800W * PWR80L PWR80ML PWR80MH PWR80H 40 V 80 V 240 V 650 V * 80 A 40 A 0 A 3.70 A *2 800 W 42 V 84 V 252 V V ± 0.05 % of set % of rating) 200 mv 400 mv 000 mv 2500 mv *3 *4 *5 FINE OUT OFF 0 mv 0 mv 00 mv 00 mv FINE OUT ON mv mv 0 mv 0 mv mv mv 0 mv 0 mv *6 p-p *7 rms *8 ±6 mv ±0 mv ±26 mv ±67 mv ±6 mv ±0 mv ±26 mv ±67 mv ms 2ms 2ms 3ms 50 mv 50 mv 00 mv 300 mv 5 mv 5 mv 20 mv 50 mv 50 ms 00 ms *9 50 ms 00 ms 50 ms 50 ms 250 ms 500 ms 200 ms 2000 ms.5v 4V 5V 5V *0 00 ppm/ *2 84 A 42 A 0.5 A A * ± 0.5 % of set +0. % of rating) 400 ma 200 ma 40 ma 20 ma FINE OUT OFF 0 ma 0 ma 0 ma ma FINE OUT ON ma ma ma 0.mA ma ma ma 0.mA ±0mA ±6mA ±3mA ±2.4mA ±2 ma ±3 ma ±7.0 ma ±5.7 ma *2 rms *8 60 ma 80 ma 24 ma 2 ma TYP TYP *0 50 ms 00 ms 50 ms 00 ms 00 ppm/ Ω Ω 8.00 Ω 3.8 Ω *. *2. OVP OCP 95 *3. 85 Vac 35 Vac 70 Vac 265 Vac *4. *5. ± 0. % + 0 mv) 50 % 00 % *6. JEITA RC-93C *7. 0 Hz 20 MHz *8. 0 Hz MHz *9. * *. % 00 % 0 % %TYP 0. % of rating *2. 0 % 00 % PWR-0 23
124 800W PWR80L PWR80ML PWR80MH PWR80H ± 0.2 % of reading +5 digit ± 0.5 % of reading +8 digit PWR DSPL M3 (: 5 mm) 4-Ø MAX MAX MAX 5 MAX50 24 PWR-0 800W mm 24 PWR-0
125 PWR20L/ PWR20ML/ PWR20MH/ PWR20H 200W 200W p.28 AC PWR20L PWR20ML PWR20MH PWR20H 00 Vac 240 Vac 50 Hz 60 Hz 85 Vac 265 Vac 47 Hz 63 Hz TYP * 00 Vac 6.8 A 200 Vac 8.4 A MAX *2 TYP * 75 A 680 VA V V TYP * 75 % *2 20 ms *. *2. 00 Vac PWR-0 25
126 200W * PWR20L PWR20ML PWR20MH PWR20H 40 V 80 V 240 V 650 V * 20 A 60 A 5.0 A 5.55 A *2 200 W 42 V 84 V 252 V V ± 0.05 % of set % of rating) 200 mv 400 mv 000 mv 2500 mv *3 *4 *5 FINE OUT OFF 0 mv 0 mv 00 mv 00 mv FINE OUT ON mv mv 0 mv 0 mv mv mv 0 mv 0 mv *6 p-p *7 rms *8 ±6 mv ±0 mv ±26 mv ±67 mv ±6 mv ±0 mv ±26 mv ±67 mv ms 2ms 2ms 3ms 50 mv 50 mv 00 mv 300 mv 5 mv 5 mv 20 mv 50 mv 50 ms 00 ms *9 50 ms 00 ms 50 ms 50 ms 250 ms 500 ms 200 ms 2000 ms.5v 4V 5V 5V *0 00 ppm/ *2 26 A 63 A 5.75 A A * ± 0.5 % of set +0. % of rating) 600 ma 300 ma 60 ma 30 ma FINE OUT OFF 00 ma 0 ma 0 ma ma FINE OUT ON 0 ma ma ma 0. ma 0 ma ma ma 0. ma ±4mA ±8mA ±3.5mA ±2.6mA ±29 ma ±7 ma ±8.0 ma ±6. ma *2 rms *8 240 ma 20 ma 36 ma 8 ma TYP TYP *0 50 ms 00 ms 50 ms 00 ms 00 ppm/ Ω.333 Ω 2.00 Ω Ω *. *2. OVP OCP 95 *3. 85 Vac 35 Vac 70 Vac 265 Vac *4. *5. ± 0.% + 0mV) 50 % 00 % *6. JEITA RC-93C *7. 0 Hz 20 MHz *8. 0 Hz MHz *9. * *. % 00 % 0 % %TYP 0. % of rating *2. 0 % 00 % 26 PWR-0
127 200W PWR20L PWR20ML PWR20MH PWR20H ± 0.2 % of reading +5 digit ± 0.5 % of reading +8 digit PWR DSPL M3 (: 5 mm) MAX MAX20 24 MAX5 24 MAX50 PWR-0 200W mm PWR-0 27
128 OVP OCP * 400W 800W 200W OVP ALM 0 % 2 % ±.5 % of rating OCP ALM 0 % 2 % FOCP *2 UVL OHP SENSE AC AC-FAIL SD POWER LIMIT WATCHDOG ± 3 % of rating) FOCP ALM A TYP 0% 05 % OHP ALM SENS ALM *3 AC ALM SD ALM ALM 05 % PRL ALM WDOG ALM PRL ALM *. *2. A OCP FOCP OCP *3. VMON 0 V 5V 0V 0 V 2.5 % of f.s. * IMON 2.5 % of f.s. * OUTON STATUS *2 CV STATUS CV CC STATUS CC ALARM STATUS POWER ON STATUS POWER 0 V 5V 0V 0 V TRG IN LOW 0 V.5 VHIGH 3.5 V 5 V 0 kω TYP TRG OUT LOW 0 V 0.6 VHIGH 4.2 V 5 V 00 µs TYP *. f.s. 0 V 0 V 5 V 5V *2. 30 V8 ma 60 V 28 PWR-0
129 VPGM 0% 00 % 0 V 5V 0V 0 V 5 % of rating IPGM 0% 00 % 0 V 5V 0V 0 V 5 % of rating OUTPUT ON/OFF CONT SHUT DOWN ALM CLR LOW 0 V 0.5 VHIGH 4.5 V 5V HIGH 4.5 V 5VLOW 0 V 0.5 V LOW 0 V 0.5 V LOW 0 V 0.5 V OCP 400W 800W 200W 0.0 s 0.5 s 99.9 s * 0. s 0.0 s 0.5 s 0.0 s * 0. s 0.0 s 2.0 s * 0. s OVP OCP UVL 3 OUTPUT SC SC2 SC INFinity s 00 h *2 3 2 *3 VMCB - PC 2 LAN USB RS232C LAN *. 0.0 s *2. 5% TYP *3. H PWR-0 29
130 OUTPUT ON/OFF CV CC LAN VIR OUTPUT LED DLY DLY OUTPUT LED OUTPUT LED SS SS OUTPUT LED OUTPUT LED CV LED CC LED ALM LED POWER LIMIT ALM LED OUTPUT LED PRESET A/ B/ C LED LOCK LED REMOTE LED LAN LED No Fault Fault WEB Identify HB VIR SEQ SEQ 30 PWR-0
131 IEEE Std SCPI Specification RS232C EIA232D RJ-45 * : 200, 2400, 4800, 9600, 9200, 38400, 57600, 5200 bps 8 Bit Bit LF CR/LF USB USB Mbps HighSpeed B LF or EOM LF + EOM USBTMC-USB488 LAN IEEE Base-TX/0Base-T Ethernet LXI Specification 20 Ver..4 LXI HiSLIP Extended Function Rev..0 IPv4, RJ-45 *2 VXI- SCPI-RAW HiSLIP VXI- HiSLIP: LF or END LF + END SCPI-RAW: LF LF *. RD-8P/ 9P *2. 5 PWR-0 3
132 400W 800W 200W 3kg 5.5 kg 7.5 kg II %rh 85 %rh %rh 2000m L/ ML/ MH ±500 Vmax H ±800 Vmax Vac - - L/ ML/ MH 650 Vac H 900 Vac L/ ML/ MH 2300 Vdc H 2640 Vdc Vdc 00 MΩ 70 % - L/ ML/ MH 500 Vdc 00 MΩ 70 % H 000 Vdc 00 MΩ 70 % - L/ ML/ MH 500 Vdc 40 MΩ 70 % H 000 Vdc 40 MΩ 70 % p.2 EMC * *2 * EMC 204/30/EU EN Class A *3 EN 550 Class A. *3 Group *4 EN EN m 204/35/EU *2 EN 600- (Class I *5, 2 *6 ) *. *2. CE J *3. Class A *4. Group *5. Class I * PWR-0
133 A B C
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