목차.PDF
|
|
|
- 서진 점
- 6 years ago
- Views:
Transcription
1 LG STARVERT- iv S/W Version 200 LG
2 ii
3 iii
4 iv
5 (0~40 C) 40 C 0 C v
6 vi
7 LCD D A B C & A A1 / A-1 A A-1 A A-2 A A-3 A5 / A-4 A A-5 B B B-1 B B-7 B B-9 B B-11 vii
8 1 LG STARVERT-iV / STARVERT-iV 3 IGBT / Process PI, Draw, Droop RS232/485, PLC Interface, / UL, cul STARVERT-iV 1-1
9 1 SV 110 iv 2DB SOURCE AC 200~230, 60 Hz CAPACITY 175 kva CURRENT 46 A LG Made in Korea SV 110 iv - 4 DB (380) LG 380V (380) 380V 220/440V kW kW kW kW kW kW kW kW kW 2 200V 4 400V DB DB IGBT 1-2 STARVERT-iV
10 1 ivm 022 FM 4 S kW kW kW FM LM Foot Mount Type Flange Type S (IP45) kW kW kW kW kW kW kW kW kW kW Flange Type STARVERT-iV 1-3
11 1 150% 3 50Hz 3% IGBT ± 02% ± 001% ± 0005% : 0~ S -10~10V 2 4~20mA 1 8 FX, RX, BX, RST, P1~P7 (P1~P7) 18 0~10V ,,,,,,,,,, 0 ~ 40 C ( ) RH 90% ( ) FAN, 1000m, 59m/s STARVERT-iV
12 1 RS232/485 DriveView PLC Interface DI/AO (+5V) RS232, RS m RS PC RS232 1:1 PC 232 to 485 RS232 RS485 M/S Windows Graphical User Interface (GUI) (RS232/485) LG (SV-iS3, SV-iH, SV-iV) LG Master-K(500/1000) PLC PLC PLC 1Mbps Unsigned 16 Sign ~±10V 12 3kΩ STARVERT-iV 1-5
13 2, LG STARVERT-iV 10 (LED),, PCB, STARVERT-iV 2-1
14 2 5cm, 15cm A Panel B SV-iV B A A : 15cm, B : 5cm (90% RH ) (0 ~40 ), 40, 2-2 STARVERT-iV
15 2 FAN 200V 400V 2 220V, 380V 380:220, 440V 440:220 SV022iV-2DB ~ SV220iV-2DB / SV022iV-4DB ~ SV220iV-4DB MC2 MCCB2 B1 B2 P7 CM FAN1 FAN2 MCCB1 MC1 ACR B1 B2 R S T E/G U V W E/G U V W E Ω VR V1 5G I V2 VR, V1, V2, I FX RX BX RST P1 P2 P3 P4 P5 P6 P7 CM STARVERT-iV P15 5G PA PB AO1 AO2 5G A B C OC1 OC2 OC3 EG 1A 1B 2A 2B P15 5G PA PB Complementary NTC+ NTC+ NTC- NTC- STARVERT-iV 2-3
16 2 STARVERT-iV 2-4 SV300iV-2 ~ SV550iV-2 / SV300iV-2 ~ SV3750iV-4 R S T G U V W G P1 P2 NTC+ NTC- P15 5G PA PB AO1 AO2 5G OC1 OC2 OC3 EG 1A 1B 2A 2B CM P7 P6 P5 P4 P3 P2 P1 RST BX RX FX V2 I 5G V1 VR A B C U V W E P15 5G PA PB MC2 ACR MC1 MCCB1 VR, V1, V2, I MCCB2 STARVERT-iV NTC+ NTC- Complementary FAN1 FAN2 N N P/B1 B2 G
17 2 (SV220iV-2DB / SV220iV-4DB ) R S T E/G U V W E/G B1 B2 (SV300iV-2 / SV300iV-4 ) R S T G U V W G P1 P2 N R S T 3 200V : 200~230V, 50/60Hz 400V : 380~460V, 50/60Hz E(G) U V W 3 E(G) B1 B2 P1 P2 ( 1) N DC, DC Common DC Common SV220iV-2DB/SV220iV-4DB SV300iV-2/SV300iV-4 ( 1) SV300iV-4 ~ SV550iV-4 P2 STARVERT-iV 2-5
18 2 A6 3 (R, S, T) (U, V, W) R S T E/G U V W 2% A6 SV220iV-2DB / SV220iV-4DB P, BR A5 / 2-6 STARVERT-iV
19 2 SV 300iV-2 / SV300iV-4 P/L1, L2, N DC ( 1) DC 14 lb-in E, E 220/380V ( 1) SV300iV-4 ~ SV550iV-4 P2 DC STARVERT-iV 2-7
20 2 1A 1B 2A 2B OC1OC2 CM RST FX RX BX P7 VR V1 V2 5G 5G A- B- NTC- 2A P5 A C B EG OC3 P1 P2 P3 P4 P5 P6 CM I AO1AO2 5G P5 A+ B+ NTC+ PB 5G Potentio + 10 V o VR V1 0~ +10V/-10V Vector Controller Power Supply 5G I 0 V 4~20mA 0 V V2 AO1 0~ +10V DC Link AO2 FX DB TR Driver RX BX RST Gate Driver P1 CM P2 P3 P4 P5 I / O handling NTC 1 IM P6 P7 2 PG OC1 OC2 OC3 EG B A C 1A 1B 2A 2B 1 2 ( NTC+, NTC-) ( P5, 5G, A+, A-, B+, B-) Complementary / (P15, 5G, PA, PB) 2-8 STARVERT-iV
21 B+ A, B 2 FX CM ON RX FX, RX ON / OFF BX CM ON, FREERUN RST ON P1 18 P2 ( 1 / 2 / 3,, P3, ASR PI gain, ASR P/PI, P4 P5,, B, /,,, P6,, 3Wire, P7 A, Process PI Disable, Timer, On Line Auto Tuning On) CM COMMON CM ON VR V1 V2 ( + 10V ) : 10kΩ (-10~10V) 8 (,,,,, Process PI, Process PI, Draw ) I 5G COMMON COMMON P5 5G + 5 V 0 V A+ A- A A, B PCB B- B JP L P15 5G + 15 V 0 V PA A Complementary PB B PCB JP Open (Short Bar ) STARVERT-iV 2-9
22 2 AO1 1 0V~+10V AO (, 1~2, 1~2,,,,,,, DC ) 5G COMMON COMMON OC1 OC2 OC3 EG 1A 1B 2A 2B A B 12 1 ( A ), ( ), ( ),,,,,,,,, Timer 2 ( A ) A B C COMMON A, B COMMON 02~08mm 2 (18~26 AWG) 52 lb-in 1, 2 AC 250V/1A, DC 30V/1A A/B AC 250V/1A, DC 30V/1A 1, 2, 3 24V/100mA 10cm 10cm 2-10 STARVERT-iV
23 2 75kW PCB 11kW PCB SHORT : JP OPEN : Complementary / JP Complementary / Open Short < > ( ), Traction Machine (, ) < > PCB STARVERT-iV 2-11
24 2 Complementary / Open 5G A- B- P15 PA P5 A+ B+ PB 5G 5G GND P15 +15V PA PB PA PB Short 5G A- B- P15 PA P5 A+ B+ PB 5G P5 +5V 5G GND A+ A+ A- A- B+ B+ B- B STARVERT-iV
25 2 STARVERT-iV 2-13
26 3, STARVERT-iV 3-1
27 3 LCD BGR Speed rpm DGR AGR BGR CGR,, I/O,,,, (ASR) (ACR), PI,, Draw Process PI 3-2 STARVERT-iV
28 3 MODE,, A B C MODE +00rpm SPD Tq +00% 00A MODE AGR Jump Code 00 1 MODE BGR Jump Code 00 1 MODE CGR Jump Code 00 1 MODE MODE MODE MODE DGR Speed Ref rpm AGR P1 Def 01 Spd Sel 1 BGR RUN/STP Src 01 Terminal CGR S/W Ver MODE MODE MODE MODE DGR Load Speed rpm AGR P2 Def 02 Spd Sel 2 BGR Spd Ref Src 02 Analog Inp CGR ASR P Gain % MODE MODE MODE MODE DGR Motor Power kw AGR P3 Def 03 Spd Sel 3 BGR Speed rpm CGR ASR I Gain ms MODE MODE MODE MODE DGR DC BUS Volt V AGR P4 Def 04 Spd Sel 3 BGR Speed rpm CGR ASR LPF ms MODE MODE MODE MODE DGR P2 Faults 13 No Fault AGR AO2 Gain % BGR Para Lock 53 0 CGR COM Timer sec STARVERT-iV 3-3
29 3 B 3 00rpm 500rpm LCD +00rpm SPD Tq +00% 00A MODE AGR Jump Code 00 1 MODE A MODE BGR Jump Code 00 1 MODE B PROG BGR Jump Code 00 1 PROG BGR Jump Code ENTER BGR Speed rpm ENTER B 3 PROG BGR Speed rpm PROG 3 BGR Speed rpm STARVERT-iV
30 3 LCD BGR Speed rpm 5 ENTER BGR Speed rpm ENTER LG STARVERT-iV B 45 NTC Yes 38 LG 37 LCD BGR Motor Type 23 kw- BGR Enc Pulses 24 BGR Max Speed 26 rpm BGR Base Speed 27 rpm BGR Motor Poles 28 pole STARVERT-iV 3-5
31 3 LCD BGR Base Volt 29 V ( ) BGR Rated Amps 30 A BGR Rated Slip 32 rpm,,, 2 LCD BGR Auto Tune 33 ALL2 ALL2 BGR Auto Tune 33 Enc testing 1500rpm, 3-6 STARVERT-iV
32 3 LCD BGR Auto Tune 33 Encoder OK BGR Auto Tune 33 Rs tuning Encoder OK AB A B Changed 3 (UVW) 2 Encoder Err ( 15 ) BGR Auto Tune 33 L σ tuning ( 12 ) BGR Auto Tune 33 I Flux tuning 1500rpm ( 40 ) BGR Auto Tune 33 Tr tuning BGR Auto Tune 33 Success BGR Auto Tune 33 None 2 ( ) Success 15 None Fail, Fail STARVERT-iV 3-7
33 3 D 0 + ( ) +XXXrpm SPD Tq % A D 0 - ( ) -XXXrpm SPD Tq % A 00rpm, (+)/(-) 3-8 STARVERT-iV
34 4, BGR RUN/STP Src 01 Keypad BGR Spd Ref Src 02 Keypad BGR Speed rpm FWD / REV FWD D rpm +/ rpm SPD Tq % A REV D 0-100rpm -1000rpm SPD Tq % A STARVERT-iV 4-1
35 4 / ( 1) FWD rpm +10% REV -1000rpm -10% FWD -30 ~ -40rpm 150% REV 30 ~ 40rpm -150% FWD -30 ~ -40rpm 150% REV 30 ~ 40rpm -150% FWD +1000rpm +10% REV -1000rpm -10% / A/B A B U, V, W U W B rpm FWD, REV rpm SPD Tq % A FWD rpm SPD Tq % A REV ( 1) 4-2 STARVERT-iV
36 4 (V1 / I ) BGR RUN/STP Src 01 Terminal BGR Spd Ref Src 02 Analog Inp BGR Max Speed rpm AGR V1 Def 08 Spd Ref Src VR, V1, 5G VR V1 V2 5G (1/2W, 3kΩ ) V1 Gain Bias Gain V1 5G 10V PROG AGR V1 Gain 09 +xxx% STARVERT-iV 4-3
37 4 1000%, Bias V1 5G 0V PROG AGR V1 Bias 10 +xx% 00%, 00% XX % 00% 00% Bias 00rpm FX / RX FX ( ) V1 5G 0V FX CM D 0 +00rpm V1 FX CM RX ( ) V1 5G 0V RX CM D 0-00rpm V1 RX CM 4-4 STARVERT-iV
38 4 100rpm / ( 1) FX rpm +10% RX -1000rpm -10% FX -30 ~ -40rpm 150% RX 30 ~ 40rpm -150% FX -30 ~ -40rpm 150% RX 30 ~ 40rpm -150% FX +1000rpm +10% RX -1000rpm -10% / A/B A B U, V, W U W ( 1) STARVERT-iV 4-5
39 5 Page D D_0 rpm (SPD/ TRQ) = ( / ) % % A RMS D_1 Speed Ref rpm D_2 Load Speed rpm 7-2 D_3 Motor Power kw 7-2 D_4 DC BUS Volt DC Link V DC 7-2 D_5 Output Volt V 7-2 D_6 Temperat Mot : C Inv : C Page D_7 Flux Ref D_8 TermiInput % 100% ON/OFF 7-2 (0 : OFF, 1 : ON ) D_9 TermiOutput D_10 D_11 Faults Process PI % Process PI Ref % Process PI F/B % D_12 P1 Faults D_13 P2 Faults FX RX BX P1 P2 P3 P4 P5 P6 P ON/OFF ( 0 : OFF, 1 : ON ) OC1 OC2 OC3 1A 2A A(B) 7-3 = Process PI (%) No Fault 7-3, OC Trip, OV Trip, LV Trip, IOH Trip, ITH Trip, MOH Trip, MTH Trip, Over Speed, EXT Trip, Fuse Open STARVERT-iV 5-1
40 5 A A_0 Jump Code 1~38 1 A_1 P1 Def A_2 P2 Def A_3 P3 Def A_4 P4 Def A_5 P5 Def A_6 P6 Def A_7 P7 Def A_8 V1 Def Not Used P1 Spd Sel 1 Spd Sel 2 Spd Sel 3 P2 AccDec T Sel SoftStrtCncl ASR Gain Sel P3 ASR P/PI Sel Flux Ref Sel PreExcite P4 EXT Trip NC Spd/Trq Sel Use Max Trq P5 Use Trq Bias Prohibit FWD Prohibit REV P6 3-Wire Inp Ext Trip NO Proc PI Dis P7 Timer Input AutoTuneOn Spd Ref Src V1/I Trq Ref Src Flux Ref Src Torque Bias Torque Limit Proc PI Ref Proc PI F/B Draw Ref Spd Sel 1 Spd Sel 2 Spd Sel 3 Not Used Not Used Not Used Not Used Spd Ref Src A_9 V1 Gain V1/I 500~2500 % 1000 A_10 V1 Bias A_11 V1 LPF A_12 V2 Def V1/I -1000~A_9 % 00 V1/I LPF 0~2000 msec 0 Spd Ref Src V2 Trq Ref Src Flux Ref Src Torque Bias Torque Limit Proc PI Ref Proc PI F/B Draw Ref Torque Limit P1~P7 (20 ) Not Used Spd Sel 1 Spd Sel 2 Spd Sel 3 : : 1 : 2 : 3 AccDec T Sel : SoftStrtCncl : ASR Gain Sel : ASR ASR P/PI Sel : ASR P/PI Flux Ref Sel : PreExcite : EXT Trip NC : B Spd/Trq Sel : / Use Max Trq : Use Trq Bias : Prohibit FWD : Prohibit REV : 3-Wire Inp : 3 Wire EXT Trip NO : A Proc PI Dis Timer Input : Process PI : Timer Page AutoTune On : On Line Autotuning ON V1 7-5 (8 ) Spd Ref Src Trq Ref Src Flux Ref Src Torque Bias Torque Limit Proc PI Ref Process PI Proc PI F/B Process PI F/B Draw Ref Draw (V1 ) 7-7 (I ) V2 7-5 (8 ) Spd Ref Src Trq Ref Src Flux Ref Src Torque Bias Torque Limit Proc PI Ref Process PI Proc PI F/B Process PI F/B Draw Ref Draw 5-2 STARVERT-iV
41 5 A_13 V2 Gain V2 500~2500 % 1000 A_14 V2 Bias A_15 V2 LPF A_16 OC1 Def A_17 OC2 Def A_18 OC3 Def A_19 AX1 Def A_20 AX2 Def V2-1000~A_13 % 00 V2 LPF 0~2000 msec 0 Not Used 1 Zero Spd Det (OC1) Spd Det Spd Det(ABS) 2 (OC2) Spd Arrival SpdDeviation Not Used Not Used Trq Det Not Used 3 Trq Lmt Det (OC3) Mot OH Warn Inv OH Warn Not Used 1 LV Warn (1A, 1B) Inv Running Inv Ready Not Used 2 Timer Output (2A, 2B) A_21 ZSD Level 0~3600 rpm 100 A_22 ZSD Band 01~100 % 05 A_23 SD Level A_24 SD Band A_25 SA Band A_26 SEQ Band A_27 TD Level A_28 TD Band A_29 MH Level A_30 MH Band A_31 IH Level A_32 IH Band A_33 Tmr On DlyT -3600~3600 rpm 0 01~100 % 05 01~100 % 05 01~100 % 05 0~2500 % 00 01~100 % 05 75~150 C 140 0~10 C 5 50~85 C 75 0~10 C 5 Page V (13 ) Not Used : Zero Spd Det : Spd Det : ( ) Spd Det(ABS) : ( ) Spd Arrival : SpdDeviation : Trq Det : Trq Lmt Det : Mot OH Warn : Inv OH Warn : LV Warn : Inv Running : Inv Ready : Timer Output :Timer [%] : B_26 [%] Timer On 01~36000 sec 01 Timer Input On Timer Output On A_34 Tmr Off DlyT Timer Off 01~36000 sec 01 Timer Input Off Timer Output Off STARVERT-iV 5-3
42 5 A_35 AO1 Def 1 Motor Speed Spd Ref Tar Spd Ref Soft ASR Out Torque Ref Torque Amps Flux Ref Flux Amps Out Amps RMS Out Volt RMS Mot Temperat DC BUS Volt Motor Speed Page (12 ) 7-13 Motor Speed : Spd Ref Tar : Spd Ref Soft : ASR Out : 1 Torque Ref : 2 Torque Amps : Flux Ref : Flux Amps : Out Amps RMS : Out Volt RMS : Mot Temperat : DC BUS Volt : DC Link A_36 AO1 Gain 500~2500 % A_37 AO2 Def 2 Motor Speed Spd Ref Tar Spd Ref Soft ASR Out Torque Ref Torque Amps Flux Ref Flux Amps Out Amps RMS Out Volt RMS Mot Temperat DC BUS Volt Torque Ref (12 ) Motor Speed : Spd Ref Tar : Spd Ref Soft : ASR Out : 1 Torque Ref : 2 Torque Amps : Flux Ref : Flux Amps : Out Amps RMS : Out Volt RMS : Mot Temperat : DC BUS Volt : DC Link A_38 AO2 Gain 500~2500 % STARVERT-iV
43 5 B B_0 Jump Code 1~53 1 B_1 RUN/STP Src RUN/STOP Terminal Keypad Option B_2 Spd Ref Src Analog Inp Keypad Option B_3 Speed 0 B_4 Speed 1 B_5 Speed 2 B_6 Speed 3 B_7 Speed 4 B_8 Speed 5 B_9 Speed 6 B_10 Speed 7 Terminal Analog Inp 0 00~B_26 rpm ~ B_26 rpm ~ B_26 rpm ~ B_26 rpm ~ B_26 rpm ~ B_26 rpm ~ B_26 rpm ~ B_26 rpm 00 B_11 Acc S Start S 1 00~500 % 00 B_12 Acc S End S 2 00~500 % 00 B_13 Dec S Start S 1 00~500 % 00 B_14 Dec S End S 2 00~500 % 00 B_15 Acc Time ~36000 sec 01 B_16 Dec Time ~36000 sec 01 B_17 Acc Time ~36000 sec 01 B_18 Dec Time ~36000 sec 01 B_19 Use Time 3 3 Yes No No Page 7-16 Keypad, Terminal FX, RX Keypad Keypad FWD, REV, STOP Option Option Card 7-20 (V1, V2 ) (I ) B_3 0 Analog Inp Keypad Option 0 (B_5) , 2, 3 8 0, B_3 S S B_20 Dec Time ~36000 sec 01 0rpm 7-18 B_19 Yes No B_16 B_18 B_21 BX time 00~36000 sec 00 BX ( ) 7-18 B_21 Freerun B_21 0 Freeeun STARVERT-iV 5-5
44 5 B_22 Inv Type SV022iV- 2 SV037iV- 2 SV055iV 2 SV075iV 2 SV110iV 2 SV150iV 2 SV185iV 2 SV220iV 2 SV550iV-2 SV022iV 4 SV037iV 4 SV055iV 4 SV075iV 4 SV110iV 4 SV150iV 4 SV185iV 4 SV220iV 4 SV3750iV-4 B_23 Motor Type 22kW kW kW kW kW kW kW kW kW kW kW kW kW kW kW kW kW kW V SV022iV 2DB SV037iV - 2 DB SV055iV 2 DB SV075iV 2 DB SV110iV 2 DB SV150iV 2 DB SV185iV 2 DB SV220iV 2 DB 400V SV022iV 4 DB SV037iV 4 DB SV055iV 4 DB SV075iV 4 DB SV110iV 4 DB SV150iV 4 DB SV185iV 4 DB SV220iV 4 DB SV300iV 2 SV300iV 4 SV370iV 2 SV370iV 4 SV450iV 2 SV450iV 4 SV550iV 2 SV550iV 4 SV750iV 4 SV900iV 4 SV1100iV 4 SV1320iV 4 SV1600iV 4 SV2200iV 4 Page SV3150iV 4 SV3750iV B_ V 22kW kW kW kW kW kW kW kW kW kW kW kW V 22kW kW kW kW kW kW kW kW kW kW kW kW kW-400 B_24 Enc Pulse # 500~ ( / REV ) B_25 Enc LPF LPF 0~100 msec 0 Lowpass Filter STARVERT-iV
45 5 B_26 Max Speed 1000~36000 rpm B_27 Base Speed 1000~36000 rpm 1500 B_28 Motor Poles 2~8 pole 4 B_29 Base Volt 0~460 B_30 Rated Amps 00~ A B_31 Flux Amps 00~B_30 A 70% B_32 Rated Slip 30~200 rpm B_33 Auto Tune None ALL1 ALL2 Pre Tr Calc Encoder Test Rs Lσ I Flux Tr V None B_34 Tune Trq 5~100 % 30 B_35 Tr B_36 Ls B_37 Lσ B_38 Rs 30~1500 msec 2 000~30000 mh 000~30000 mh 00~60000 mω B_39 Iron Loss 00~1000 % 00 B_40 Core Sat ~2000 % 1000 B_41 Core Sat 2 2 B_38~2000 % 1000 B_42 Core Sat 3 3 B_39~2000 % 1000 B_43 Core Sat 4 4 B_40~2000 % 1000 B_44 Core Sat 5 5 B_41~2000 % 1000 B_45 Use Mot NTC NTC B_46 PWM Freq B_47 Fan Mode Fan Yes No Conditional Always On No Auto Tuning Mode None : Tuning ALL1 : Rs, Lσ, I Flux, Tr ALL2 : Encoder Test, Rs, Lσ, I Flux, Tr Pre Tr Calc : B_30, B_31, B_32 Tr Encoder Test : Encoder Test Rs : Lσ : I Flux : Tr : 2 * Rs, LsTr B_ B_22 LG 7-36 LG 7-38 Auto Tuning N N NTC 7-38 LG Yes khz / 5 / 10kHz 7-42 Conditional Fan 7-42 Conditional 50 Fan Always On STARVERT-iV 5-7
46 5 B_48 Gear Motor 1~ B_49 Gear Load 1~ D_2 7-2 B_50 Para Read B_51 Para Write B_52 Para Init B_53 Para Lock Yes No Yes No Yes No No No No 7-43 COPY ~ STARVERT-iV
47 5 C C_0 Jump Code 1~35 1 C_1 S/W Ver ROM version 200 STARVERT-iV 7-42 C_2 ASR P Gain1 ASR P Gain 1 00~2000 % 500 C_3 ASR I Gain1 ASR I Gain 1 0~5000 msec 300 C_4 ASR LPF1 ASR LPF 1 0~2000 msec 0 C_5 ASR P Gain2 ASR P Gain 2 00~2000 % 500 C_6 ASR I Gain2 ASR I Gain 2 0~5000 msec 300 C_7 ASR LPF2 ASR LPF 2 C_8 ASR Ramp Gain Ramp 0~2000 msec 0 01~50 sec 10 C_9 Proc PI Ref Process PI -1000~1000 % 00 ( ) C_10 Proc PI Kp Process PI P gain C_11 Proc PI Ki Process PI I gain 00~10000 % 00 00~1000 % 00 C_12 Proc PosLmt Process PI -1000~1000 % 0 Positive C_13 Proc NegLmt Process PI -1000~1000 % 0 Negative C_14 Proc NegOut Process PI Yes No No Page Process PI 7-24 C_15 Draw % Draw -1000~ Draw 7-22 C_16 Droop % Droop 00~1000 % 00 C_17 Droop MinSp Droop C_18 Droop MinTq Droop C_19 Ctrl Mode 0~36000 rpm 00 00~1000 % 1000 Speed Torque Option C_20 Trq Ref Src Analog Inp Option Speed Droop 7-27 / 7-34 Spd/Trq Sel Option Card 7-34 STARVERT-iV 5-9
48 5 C_21 Trq Lmt Src C22 C23 C24 C22 C23 Vx C22 Vx C24 C22 Vx Vx Vx C23 C24 Vx C23 Vx Vx Vx C24 Vx Vx Vx Opt Opt Opt C22 C23 C_22 POS Trq Lmt 00~2500 % 1500 C_23 NEG Trq Lmt 00~2500 % 1500 C_24 REG Trq Lmt 00~2500 % 1500 C_25 Trq BiasSrc Bias None Analog Inp Keypad Option C24 None Page / / 7-36 Keypad,, 0 C_22 C_23 C_24 1 C-22 C_23 Vx 2 C_22 Vx C_24 3 C_22 Vx Vx 4 Vx C_23 C_24 5 Vx C_23 Vx 6 Vx Vx C_24 7 Vx Vx Vx 8 Opt Opt Opt, 7-36 C_ None Analog Inp Keypad Option C_26 C_26 Torque Bias Bias -1500~1500 % 00 Bias 7-35 C_27 Trq BiasFF -1500~1500 % C_28 Trq Balance Balance 00~1000 % 500 F/B 7-36 Balance C_29 ACR P Gain ACR P gain 0~ C_30 ACR I Gain ACR I gain 0~ C_31 ACR LPF ACR LPF (ACR) ~2000 msec 0 Lowpass Filter STARVERT-iV
49 5 C_32 Option Card C_33 Inv ID No Option RS232/485 Master-K No Option 7-42 No Option / RS232/485 / Master-K No Option RS232/485 Master-K RS232/485 Master-K PLC 1 ~ C_34 Baud Rate bps / 2400 / 4800 / 9600 / bps C_35 COM Timer BX 00 ~ 1000 sec B-21 Page STARVERT-iV 5-11
50 6 LG STARVERT-iV 76~ & STARVERT-iV 6-1
51 6 STARVERT-iV RAMP PI X_n MIN MAX
52 6 STARVERT-iV 6-3
53 6 V1/I A_8 B_2 A_1 ~ A_7 B_3 B_4 B_5 B_6 B_7 Spd Ref Src A_9 A_10 A_11 B_8 B_9 B-10 A_12 Trq Ref Src Flux Ref Src Torque Bias Torque Limit A_13 A_14 A_15 Proc PI Ref Proc PI F/B Draw Ref 6-4 STARVERT-iV
54 6 A_1 ~ A_7 A_1 ~ A_7 C_16 C_17 C_18 D_1 A_1 ~ A_7 Spd Ref Src Draw Ref -1 C_15 Spd Ref Tar B_26 A_1 ~ A_7 B_21 B_17, 18 Speed Ref Soft Proc PI Ref C_9 PI Proc PI F/B C_13 C_10 C_11 C_12 I -1 C_14 B_26 A_1 ~ A_7 B_15, 16 B_11 B_12 B_13 B_14 STARVERT-iV 6-5
55 6 Speed Ref Soft PI ASR Out C_7 C-4 ASR PI A_1 ~ A_7 D_0 ASR P ASR I RAMP ASR P/PI A_1 ~ A_7 ASR PI A_1 ~ A_7 C_6 C_3 RAMP C_5 C_2 B_24 B_25 C_8 6-6 STARVERT-iV
56 D_7 B_27 A_1 ~ A_7 Idse Ref Flux Ref Src B_31 6 B_40 B_41 B_42 B_43 B_44 STARVERT-iV 6-7
57 6 Trq Ref Src ASR Out Torque Bias C_28 C_21 C_24 Torque Limit C_20-1 A_1 ~ A_7 C_19 C_22 Iqse Ref C_25 A_1 ~ A_7 B_31 B_30 C_21 C_24 Torque Limit C_26-1 C_27 C_ STARVERT-iV
58 Iqse Ref LPF C_31 Vas Iqse Ref PI I P Vbs Iqse C_29 C_30 Torque Amps Vcs PI Idse Ref Idse Flux Amps 6 D_6 B_43 B_35 STARVERT-iV 6-9
59 6 STARVERT-iV 6-10 A_21 A_22 A_23 A_24 A_23 A_24 A_25 A_26 A_27 A_28 A_29 A_30 A_31 A_32 A_16 ~ A_20
60 6 STARVERT-iV 6-11
61 7 71 D ( ), 72~75 A (I/O ) 76~711 6, 712, 713 STARVERT-iV LCD D 0,,, 4 LCD +00rpm SPD Tq 00% 00A D_0 rpm rpm SPD / TRQ % SPD / TRQ = / 100% A STARVERT-iV 7-1
62 7 D 1~7,,, DC,,, D_1 Speed Ref rpm D_2 Load Speed rpm rpm ( ) = B_46 : B_47 : D_3 Motor Power kw D_4 DC BUS Volt DC Link V DC D_5 D_6 Output Volt V Temperat Mot Inv C D_7 Flux Ref % 25 C 100% / ON/OFF 10 ON/OFF ( 0 : OFF, 1 : ON) D_8 TermiInput FX RX BX P1 P2 P3 P4 P5 P6 P7 D_9 TermiOutput 3 2 ON/OFF ( 0 : OFF, 1 : ON ) OC1 OC2 OC3 1A 2A A(B) 7-2 STARVERT-iV
63 7 Process PI Process PI,, F/B Process PI D10 +00rpm * +00% +00% Process PI Process PI F/B D_10 Process PI % Process PI % Process PI F/B % 77 [8] Process PI 2 No Fault OC Trip : OV Trip : LV Trip : D_11 Faults IOH Trip : ITH Trip : MOH Trip : MTH Trip : Over Speed : EXT Trip : Fuse Open : D_12 P1 Faults D_13 8 P2 Faults STARVERT-iV 7-3
64 7 7 (P1~P7) 20 (A 1 ~ A 7 ) Not Used Spd Sel 1 Spd Sel 2 Spd Sel AccDec T Sel OFF 1, ON 2 SoftStrtCncl ON ASR Gain Sel ASR PI gain 2 PI 1 (OFF : ASR Gain1, ON : ASR Gain2) ASR P/PI Sel ASR P/PI PI (OFF : ASR PI, ON : ASR P ) Flux Ref Sel, ON ON PreExcite EXT Trip NC B OFF Spd/Trq Sel / (OFF :, ON : ) Use Max Trq ON OFF C_22 ~ C_ 24 Use Trq Bias OFF ON C_26, C_27, C_28 / C_25 Prohibit FWD ON Prohibit REV ON 3-WIre Inp 3-Wire FX RX ON OFF ON Ext Trip NO A ON Process PI Disable Process PI Proc PI Dis Process PI Disable Timer Input AutoTuneOn On ON 7-4 STARVERT-iV
65 7 V1, V2, I 8 (A 8 ~ A 15 ) (V1/I, V2) V1, V2, I 8 V1 V2 10~10V, I 4~20mA V1 I (A_8, A_12) 8, A_8, A_12 V1/I V2 Spd Ref Src Trq Ref Src Flux Ref Src Torque Bias Torque Limit Proc PI Ref Proc PI F/B Draw Ref ±10V ±100% ±10V ±100%, 250~250% ±10V 100% ±10V ±100%, 250~250% 10V 100%, 0~250% ±10V Process PI Process PI ±100% Process PI F/B ±10V Process PI F/B ±100% ±10V Draw Draw ±100% STARVERT-iV 7-5
66 7 A_8 V1 Def V1/I Spd Ref Src Trq Ref Src Flux Ref Src Torque Bias Torque Limit Proc PI Ref Proc PI F/B Draw Ref Spd Ref Src A_9 V1 Gain V1/I 500 ~ 2500 % 1000 A_10 V1 Bias V1/I ~ A_9 % 0 A_11 V1 LPF V1 LPF 0 ~ 2000 msec 0 A_12 V2 Def V2 Spd Ref Src Trq Ref Src Flux Ref Src Torque Bias Torque Limit Proc PI Ref Proc PI F/B Draw Ref Torque Limit A_13 V2 Gain V2 500 ~ 2500 % 1000 A_14 V2 Bias V ~ A_13 % 0 A_15 V2 LPF V2 LPF 0 ~ 2000 msec 0 V1/I, V2 Gain, Bias LPF 6 0~10V V1 Gain 50%, Bias 25% 100% 50% 50% 25% 10V 10V 10V Gain, Bias Gain 50%, Bias 25% 0~10V 25~50% 7-6 STARVERT-iV
67 7 Gain Bias Gain : V1 10V (V2 ) LCD AGR V1 Gain % PROG AGR V1 Gain % % ENTER AGR V1 Gain % AGR V1 Gain % 10V 1000% Gain 1000% Gain ENTER Gain Bias : V1 0V (V2 ) LCD AGR V1 Bias % PROG AGR V1 Bias % % ENTER AGR V1 Bias % AGR V1 Bias % 0V 00% Bias 00% Bias ENTER Bias STARVERT-iV 7-7
68 (A 16 ~ A 32 ) A_16 A_17 A_18 A_19 A_20 OC1 Def OC2 Def OC3 Def AX1 Def AX2 Def Not Used Zero Spd Det Spd Det Spd Det(ABS) Spd Arrival SpdDeviation Trq Det Trq Lmt Det Mot OH Warn Inv OH Warn LV Warn Inv Running Inv Ready Timer Output Not Used Not Used Not Used Not Used Not Used A_21 A_22 ZSD Level 00~3600 rpm 10 ZSD Band 01~100 % 01 A_22 A_21 A_22 ON OFF ON 7-8 STARVERT-iV
69 7 ( / ) A_23 SD Level -3600~3600 rpm 0 A_24 SD Band 01~100 % 01 A_23 A_24 A_23 A_24 ( ) OFF ON OFF ( ) OFF ON OFF ON OFF STARVERT-iV 7-9
70 7 A_25 SA Band 01~100 % 01 A_26 SEQ Band 01~100 % 01 SR A_26 SS OFF ON OFF ON A_27 TD Level 00~2500 % 0 A_28 TD Band 01~100 % STARVERT-iV
71 7 A_29 MH Level 75~150 C 140 A_30 MH Band 0~10 C 5 A_31 IH Level 55~85 C 75 A_32 IH Band 0~10 C 5 STARVERT-iV 7-11
72 7 P1~P7 A_33 On A_34 Off A_7 A_20 A_7 P7 Def P7 A_20 AX2 Def 2 (2A, 2B) A_33 Tmr On DlyT On 01 ~ sec 01 A_34 Tmr Off DlyT Off 01 ~ sec 01 P7 A_33 A_34 2A On Off 7-12 STARVERT-iV
73 A_35 AO1 Def 1 Motor Speed Spd Ref Tar Spd Ref Soft ASR Out Torque Ref Torque Amps Flux Ref Flux Amps Out Amps RMS Out Volt RMS Mot Temperat DC BUS Volt Motor Speed A_36 AO1 Gain 1 500~2500 % 1000 A_37 AO2 Def 2 Motor Speed Spd Ref Tar Spd Ref Soft ASR Out Torque Ref Torque Amps Flux Ref Flux Amps Out Amps RMS Out Volt RMS Mot Temperat DC BUS Volt A_38 AO2 Gain 2 500~2500 % V Motor Speed Spd Ref Tar Spd Ref Soft ASR Out ( ) ( ) 150% Torque Ref 150% Torque Amps 150% Flux Ref 100% Flux Amps Out Amps RMS Out Volt RMS 100% Mot Temperat 200 C DC BUS Volt DC Link 800V STARVERT-iV 7-13
74 7,, B_2 Spd Ref Src Analog Inp Keypad Option Analog Inp B_3 Speed ~B_26 rpm 0 P1~P7 ( ) P1, P2, P3 1, 2, 3 A_1 P1 Def 1 Spd Sel 1 A_2 P2 Def 2 Spd Sel2 A_3 P3 Def 3 Spd Sel 3 P1, P2, P3 0 (P1, P2, P3 OFF),, P1 P2 P3 OFF OFF OFF B_2 ON OFF OFF B_4 OFF ON OFF B_5 ON ON OFF B_6 OFF OFF ON B_7 ON OFF ON B_8 OFF ON ON B_9 ON ON ON B_ STARVERT-iV
75 7 B_4 Speed ~ B_26 rpm 00 B_5 Speed ~ B_26 rpm 00 B_6 Speed ~ B_26 rpm 00 B_7 Speed ~ B_26 rpm 00 B_8 Speed ~ B_26 rpm 00 B_0 Speed ~ B_26 rpm 00 B_10 Speed ~ B_26 rpm 00 B_26 [rpm] STARVERT-iV 7-15
76 7 Droop Speed Ref Speed Ref Soft Draw Process PI RUN/STOP FX, RX FWD, REV, STOP, Option B_1 RUN/STP Src RUN/STOP Terminal Keypad Option Terminal (+), (-) FX / FWD / FWD RX / REV / REV 0 ~ +10 V 0 ~ -10 V 7-16 STARVERT-iV
77 7 / (-) 0, (+) 0 ( ) P7, P6 A_6 P6 Def P6 Prohibit FWD A_7 P7 Def P7 Prohibit REV FX RX P6 P7 Draw, Process PI Droop (B_26) D_1 B_26 Max Speed 100~3600 rpm 1800 STARVERT-iV 7-17
78 7 BX BX B_21 Freerun BX Freerun B_21 0 B_21 BX Time 00~36000 sec 00 ( ) P6 A_6 P6 Def P6 SoftStrtCncl STARVERT-iV 1, 2 2 B_15 Acc Time ~36000 sec 01 B_16 Dec Time ~36000 sec 01 B_17 Acc Time ~36000 sec 01 B_18 Dec Time ~36000 sec rpm B_19 Yes No B_16 B_18 B_19 Use Time 3 3 YES/NO NO B_20 Dec Time ~3600 sec STARVERT-iV
79 7 ( ) P4 A_4 P4 Def P4 AccDec T Sel B_15 B_18 B_17 FX P4, BX (B_26) 3000rpm 1500rpm, rpm 25 (3000rpm) (1500rpm) 25 5 STARVERT-iV 7-19
80 7 S 2 S B_11~B_14 S B_11, B_12, B_13, B_14 B_11 Acc S Start S 1 00~500 % 00 B_12 Acc S End S 2 00~500 % 00 B_13 Dec S Start S 1 00~500 % 00 B_14 Dec S End S 2 00~500 % 00 S ST1(%) St 1_ Time = AccTime 500 ST2(%) St 2 _ Time = AccTime 500 Max_ Speed 1 St 1 _ rpm = St1_ Time AccTime 2 Max _ Speed 1 St 2 _ rpm = St2_ Time AccTime STARVERT-iV
81 7 1 Drpm St1_Drpm + St2_Drpm rpm = L _ Time = ( rpm St1_ rpm St2 _ rpm) = St1_Time + L_Time + St2_Time AccTime MaxSpeed 2 Drpm < St1_Drpm + St2_Drpm St1 _ Time = St2' _ Time = 2 2 rpm AccTime St1_ time 25 MaxSpeed ( St1_ time + St2 _ time) 2 2 rpm AccTime St2 _ time 25 MaxSpeed ( St1_ time + St2_ time) = St1 _Time + St2 _Time, Drpm Max_Speed AccTime St1_Drpm : : ( B_26 ) : ( B_15 B_17 ) : B_11 ST%, B_14 ST% St2_Drpm : B_12 ST%, B_13 ST% St1_Time St2_Time : St1_ rpm : St2_ rpm STARVERT-iV 7-21
82 7 Draw Draw Open Loop Draw 2 Roll V2 V1 D V 1 V 2 = V 2 V 1 V 2 T = E S = E S D V 2, V1,V2 : Roll (m/min) T : (kg) E : (kg/mm 2 ) S : (mm 2 ) 7-22 STARVERT-iV
83 7 C_15 Draw Draw Spd Ref Src C_15 Draw Ref V1/I, V2 100~100% Draw, Draw (Spd Ref Src), -100~100% Draw C_15 Draw (%), ( ) V2 Draw A_12 V2 Def V2 Draw Ref C_15 Draw % Draw -100~100 % Draw (C_15) ( 100 C _ 15)% < < ( C _ 15)% Draw (100+C_15)% Draw Ref Draw (100-C_15)% STARVERT-iV 7-23
84 7 Process PI Process PI, PI PLC Proc PI Ref C_9 PI C_12-1 C_14 A_1 ~ A_7 Proc PI F/B C_10 C_13 C_11 I B_26 Process PI Proc PI Dis Process PI, Proc PI Dis OFF ON Process PI Enable Process PI Disable Process PI Proc PI Dis ON OFF ON Disable Disable OFF Enable Disable Disable Disable ( ) P5 A_5 P5 Def P5 Proc PI Dis Process PI (C_9) ( Process PI F/B ) C_9 Process PI 100~100% 10~10V 7-24 STARVERT-iV
85 7 C_9 Proc PI Ref Process PI ( ) -1000~1000 % 00 Process PI P, I Process PI P 100% I 0 Process PI (C_9 + Proc PI Ref - Proc PI F/B) 100%, Process PI 100% I I 10% P 0 100% Process PI 100% 1 I Process PI P I Process PI, P I Process PI (%) (B_26) C_10 Proc PI Kp Process PI P gain 0~1000 % 0 C_11 Proc PI Ki Process PI I gain 0~100 % 0 Process PI Process PI Process PI C-12 Proc PosLmt C_13 Proc NegLmt Process PI Positive Process PI Negative -1000~1000 % ~1000 % 0 Process PI C-14 PI Neg out Process PI Yes/No No STARVERT-iV 7-25
86 7 Dancer F/B Process PI Winder V2 V1 PI PI 7-26 STARVERT-iV
87 7 Droop Load Balancing Main Roll Helper Roll C_16 C_17 C_18 C_16 Droop % Droop 0~100 % 0 C_17 Droop MinSp Droop 0~36000 rpm 0 C_18 Droop MinTq Droop % 0~100 % 100 ( ) Droop STARVERT-iV 7-27
88 7 Droop 1 Droop = ( [%] Droop [%]) Droop [%],, ( Droop ) > Droop Droop < ( Droop ) Droop 2 Droop = ( [%] Droop [%]) Droop [%], ( Droop ) < Droop > -( ) 7-28 STARVERT-iV
89 7 PI Lowpass Filter ASR PI Gain Lowpass Filter OFF 1 LPF ON 2 LPF ( ) P4 ASR PI Gain A_4 P4 Def P4 ASR Gain Sel Lowpass Fitler C_4 ASR LPF1 ASR LPF 1 0~2000 msec 0 C_7 ASR LPF2 ASR LPF 2 0~2000 msec 0 F/B F/B Lowpass Filer Lowpass Filter D_0 B_24 ENC Pulse # 500~ B_25 ENC LPF LPF 0~30 msec 0 D_0-3600~3600 rpm STARVERT-iV 7-29
90 7 PI PI ASR Gain Sel 2 P I C_2 ASR P Gain1 ASR P gain 1 00~2000 % 500 C_3 ASR I Gain1 ASR I gain 1 0~5000 msec 300 C_5 ASR PGain2 ASR P gain 2 00~2000 % 500 C_6 ASR I Gain2 ASR I gain 2 0~5000 msec 300 ASR P/PI PI P ( ) P6 ASR P/PI A_6 P6 Def P6 ASR P/PI Sel ASR Gain P gain I gain C_8 Gain Ramp C_8 ASR Ramp Ramp 01~50 sec 10 Ramp C_8 C_5 P gain C_2 P4 (ASR Gain Sel) 7-30 STARVERT-iV
91 7 P I P (%) (%) I 0 100%, P 100%, 100% P I P I 100% PI Kp=100% Ki=0% STARVERT-iV 7-31
92 7 Field Weakening (100%) On (-10~10V) 0~100% ( ) P7 V2 A_7 P7 Def P7 Flux Ref Sel A_12 V2 Def V2 Flux Ref (Field Weakening), D_7 B_27 Base Speed 100~3600 rpm 1500 D_7 Flux Ref 0~100 % 7-32 STARVERT-iV
93 7 B_23 LG B_23 Motor Type kw Inv Type B_31 Flux Amps 00~B_30 70% A B_40 Core Sat ~200 % B_41 Core Sat 2 2 B_38~200 % B_42 Core Sat 3 3 B_39~200 % B_43 Core Sat 4 4 B_40~200 % B-44 Core Sat 5 5 B_41~200 % B_30 On ( ) P7 A_7 P7 Def P7 PreExcitate FX P7 STARVERT-iV 7-33
94 7 Balance F/F C_19 Ctrl Mode,,, /, C_19 ( ) P6 A_6 P6 Def P6 Spd/Trq sel C_19 Ctrl Mode Speed Torque Option, Trq Ref Src -10~10V -100~100% Gain Bias 250~250% C_20 Trq Ref Src Analog Inp Option Analog Inp 7-34 STARVERT-iV
95 7 C_25 C_26, Torque Bias -10~10V -100~100% Gain Bias 250~250% C_25 Trq Bias Src Bias None Analog Inp Keypad Option C_26 Torque Bias Bias -150~150 % 0 None Balance F/B Balance Balance 50% C_28 50% Display PROG, % C_28 Trq Balance Balance 0~100 % 500 / (P1~P7) (P1~P7) C_25 Keypad C_26 C_25 None Open ( ) P5 A_5 P5 Def P5 Use Trq Bias STARVERT-iV 7-35
96 7 F/F C_27 Trq BiasFF Bias -1500~1500 % 00,,,, C_21 Trq Lmt Src 0~8 0 C_21 9 C_21 0 C_22 C_23 C_24 1 C_22 C_23 Vx 2 C_22 Vx C_24 3 C_22 Vx Vx 4 Vx C_23 C_24 5 Vx C_23 Vx 6 Vx Vx C_24 7 Vx Vx Vx 8, Vx B_23 LG B_23 Motor Type kw Inv Type B_30 Rated Amps 00 ~ A B_31 Flux Amps 00 ~ B_30 70% A 7-36 STARVERT-iV
97 7 & PI, 3 PI PI & PWM A B C ACR Filter Lowpass Filter Droop C_31 ACR LPF ACR LPF 0~2000 msec 0 PI, PI P I C_29 ACR P-gain ACR P gain 0~ C_30 ACR I-gain ACR I gain 0~ STARVERT-iV 7-37
98 7 2 2 B_23 LG 25 C LG 712 B_35 Tr 2 30~1500 msec B_43 Use Mot NTC NTC Yes / No No D_6 Mot Temperat 0~150 C 7-38 STARVERT-iV
99 7,,, 2 (P1~P7) On On 2 (Tr) ( ) P7 A_7 P7 Def P7 Auto Tune On B_31, B_35 2, B_36, B_38 B_31 Flux Amps B_33 Auto Tune B_34 Tune Trq 00~ A 70% None ALL1 ALL2 Pre Tr Calc Encoder Test Rs Lσ I Flux Tr None 5~100 % 30 B_35 Tr 2 30~1500 msec B_37 Lσ 000~30000 mh B_38 Rs 000~60000 mω STARVERT-iV 7-39
100 7 8 ALL1 Rs, Lσ, I Flux, Tr, ALL2 ALL1 Pre Tr Calc Tr,,, Rs, Lσ, I Flux, Tr Tr Rs, Lσ Β_34 Tune Trq Tr None ALL1 ALL2 Pre Tr Calc Encoder Test Rs Lσ I Flux Tr Rs, Lσ, I Flux, Tr Encoder Test, Rs, Lσ, I Flux, Tr B_30, B_31 B_32 Tr 1500rpm 3 2 Encoder OK, AB A B Changed, Encoder Err ( 15 ) ( 12 ) 1500rpm 40 ( 40 ) 2 ( ) ALL2 Auto Tuning BGR Auto Tune 33 ALL2 ALL2 BGR Auto Tune 33 Enc testing 1500 rpm BGR Auto Tune 33 Encoder OK BGR Auto Tune 33 Encoder Err BGR Auto Tune 33 A B Changed 7-40 STARVERT-iV
101 7 BGR Auto Tune 33 Rs tuning ( 15 ) BGR Auto Tune 33 Lσ tuning ( 12 ) BGR Auto Tune 33 I Flux tuning 1500rpm ( 40 ) BGR Auto Tune 33 Tr tuning 2 ( ) BGR Auto Tune 33 Success BGR Auto Tune 33 Fail BGR Auto Tune 33 None STARVERT-iV 7-41
102 7 S/W S/W C_1 S/W Ver ROM version , 5, 10 khz B_46 PWM Freq 25 / 5 / 10 khz 10 FAN FAN Conditional 50 C, FAN 40 C Always On B_47 Fan Mode Fan Conditional Always On Conditional / C_32 Option Card C_33 Inv ID 1~31 No Option / RS232/485 / Master K C_34 Baud Rate bps C_35 COM timer BX 0~1000 Sec B_ STARVERT-iV
103 7 B_50 YES B_51 YES B_50 Para Read YES / NO NO B_51 Para Write YES / NO NO B 22 B 23 B_22 Inv Type B_23 Mot Type B_52 Para Init YES / NO NO 12 B_53 Para Lock YES / NO NO STARVERT-iV 7-43
104 8 STARVERT-iV 8-1 PWM????,?? PCB? PCB? LG STARVERT-iV,,
105 8 (R, S, T, U, V, W) 2 A/S 3 A/S - A/S - A/S LG,,,????,?????,?? 3??? 8-2 STARVERT-iV
106 8,,,?,????,????,??? A/S?,??,??,,?? ,,, STARVERT-iV 8-3
107 8, (Coupling) A/S A/S A/S A/S,, A/S 8-4 STARVERT-iV
108 8 STARVERT-iV 8-5
109 9 Display OC Trip OV Trip DC 400V ( 800V ) LV Trip DC 200V ( 400V ) IOH Trip 85 C NTC ITH Trip NTC MOH Trip 150 C NTC MTH Trip NTC Over Speed (B_26) 120% EXT Trip ( B A ) Fuse Open DC STARVERT-iV D_11 D_12 D_13 No faults OC Trip OV Trip No faults D_12 STARVERT-iV 9-1
110 9 STARVERT-iV 6 6,,, ( ),, D_11, D_12, D_13 DGR> Faults 11 no faults DGR> P1 Faults 12 OC Trip DGR> P1 Faults 12 OC Trip DGR> P1 Faults 12 Fuse open DGR > Speed ref rpm DGR > Ter Output DGR> Faults 13 OV Trip DGR> Faults 13 OV Trip DGR> Faults 13 Fuse open DGR > Speed ref rpm DGR > Ter Output DGR> Faults 11 OC Trip PROG DGR> Faults 11 OC Trip DGR> Faults 11 OV Trip DGR > Faults rpm DGR > Faults ENTER DGR> P1 Faults 12 OV Trip PROG DGR> P1 Faults 12 OV Trip DGR> P1 Faults 12 OC Trip DGR > P1 Faults rpm DGR > P1 Faults ENTER DGR> P2 Faults 13 IOH Trip PROG DGR> P2 Faults 13 IOH Trip DGR> P2 Faults 13 OV Trip DGR > P2 Faults rpm DGR > P2 Faults ENTER 9-2 STARVERT-iV
111 9 STARVERT-iV 9-3 OV Trip ( ) LV Trip ( )
112 9 STARVERT-iV 9-4 IOH Trip ( )
113 9 ITH Trip ( NTC ) STARVERT-iV 9-5
114 9 STARVERT-iV 9-6 MOH Trip ( )
115 9 MTH Trip ( NTC ) STARVERT-iV 9-7
116 9 STARVERT-iV 9-8 OS Trip ( )
117 9 EXT Trip ( ) Fuse Open Trip ( ) STARVERT-iV 9-9
118 9 OC Trip ( ) 9-10 STARVERT-iV
119 9? 23 PCB? 25 Complementary Open Short Open Complementary /? 38 STARVERT-iV Rear Bracket ( FAN)? 41, 42 LG (1) ~ (9) (10) ~ (16) ( REV, FWD, STOP )? D_11 RESET BX ( ), D_8 BX DGR TermiInput 08 XX1XXXXXXX STARVERT-iV 9-11
120 9 RUN/STOP? B_1 RUN/STOP (6) ( REV, FWD ) U, V, W U, V, W? 23? D_1 0? 0 (7) B_22? A3 B_23? LG A4 B_26? B_30? B-31? LG, B_30 B_30 30 ~40% B_32? 9-12 STARVERT-iV
121 9 B_35 2? LG B_28? C_21 C22 C23 C24 ( ) C_22 ~ C_24? C_22 ~ C_24, STARVERT-iV 150% / 1 150% C_21? C_21 V1/I, V2 B_24? 1024 LG B_1 Keypad, B_2 Keypad, B_3 100 rpm FWD (100rpm) 30 ~ 60rpm 150% 30 ~ 60 rpm A B (4) (42 ) A+, A- B+, B- B+, B- A+, A- STARVERT-iV 9-13
122 9 Complementary / PA, PB VW A B (3) (42 ) RUN/STOP? B_1 RUN/STOP (6)? A_1 ~ A_7 Prohibit FWD Prohibit REV, D_8 ON REV, FWD, STOP RUN/STOP (1) B_53 B_53 12 STOP BX D_ STARVERT-iV
123 9 BX( ) D_8 BX REV, FWD (16) B_2? STARVERT-iV, D_1? D_1 (13 ) B_2 Keypad D_1 A_1 ~ A_7 B_2 Analog Inp D_1 A_8 V1 A_12 V2 Speed Ref Speed Ref V1 B_2 Option D_1 ( ) 0V A_8 V1 Speed Ref A_10 V1_Bias V1_Bias % STARVERT-iV 9-15
124 9 PROG rpm 0V ( : 00 rpm) ENTER ( 76 ) ( ) V1 Bias 00rpm Bias - A_12 V2 Speed Ref A_14 V2 Bias V1 Bias 220V / 380V, 22? B_22 B_22 SV075iV-4DB 75kW 400V A3 B_23 B_23 A4? STARVERT-iV LG LG? 9-16 STARVERT-iV
125 9? SV 022iV-2 ~ SV 075iV-2 SV 022iV-4 ~ SV 075iV-4 CRG, SV 110iV-2DB ~ SV 220iV-2DB SV 110iV-4DB ~ SV 220iV-4DB LED1? (Twisted Shield Cable) ( )? PCB (25 ) E? C_2 C_3 PI P, I P 30 ~70 %, I 100 ~ 500ms STARVERT-iV 9-17
126 9 B_25 ENC LPF 30msec? Fuse Open 3? 3, 2% (380V 6V ) AC AC,??, OC Trip Fuse Open 220V / 380V (23 )?? (2) (9) 9-18 STARVERT-iV
127 9 OC Trip ( )?? (13), REV, FWD ( ) B_15~B18 D_0, STARVERT-iV 9-19
128 A / 200V 400V SV 022iV-2 DB SV 022iV-4 DB ivm 022 FM SV 037iV-2 DB SV 037iV-4 DB ivm 037 FM SV 055iV-2 DB SV 055iV-4 DB ivm 055 FM SV 075iV-2 DB SV 075iV-4 DB ivm 075 FM SV 110iV-2 DB SV 110iV-4 DB ivm 110 FM SV 150iV-2 DB SV 150iV-4 DB ivm 150 FM SV 185iV-2 DB SV 185iV-4 DB ivm 185 FM SV 220iV-2 DB SV 220iV-4 DB ivm 220 FM SV 300iV-2 SV 300iV-4 ivm 300 FM SV 370iV-2 SV 370iV-4 ivm 370 FM SV 450iV-2 SV 450iV-4 ivm 450 FM SV 550iV-2 SV 550iV-4 ivm 550 FM SV 750iV-4 ivm 750 FM SV 900iV-4 ivm 900 FM SV 1100iV-4 ivm 1100 FM SV 1320iV-4 ivm 1320 FM SV 1600iV-4 ivm 1600 FM SV 2200iV-4 ivm 2200 FM SV 3150iV-4 ivm 3150 FM SV 3750iV-4 ivm 3750 FM ( 1) 200V 400V 200 ~ 230V 380 ~ 460V -15 ~ +10% 50~60Hz, ±5% ( 2) ±3% ( 1) ( 2) AC = 3 STARVERT-iV A-1
129 A ( 1) ( 2) kva A % kg SV 022iV-2 DB SV 037iV-2 DB SV 055iV-2 DB SV 075iV-2 DB SV 110iV-2 DB V SV 150iV-2 DB SV 185iV-2 DB SV 220iV-2 DB SV 300iV SV 370iV SV 450iV SV 550iV SV 022iV-4 DB SV 037iV-4 DB SV 055iV-4 DB SV 075iV-4 DB SV 110iV-4 DB SV 150iV-4 DB SV 185iV-4 DB SV 220iV-4 DB SV 300iV V SV 370iV SV 450iV SV 550iV SV 750iV SV 900iV SV 1100iV SV 1320iV SV 1600iV SV 2200iV SV 3150iV SV 3750iV ( 1) 200V 220V, 400V 440V ( 2), A-2 STARVERT-iV
130 A FAN 1500rpm 150%, 1 F 75dB V10 220V NTC Complementary 75kW FAN GD2 kw Nm rpm kg-m 2 W ivm 022 FM S 0036 ivm 037 FM M 0057 ivm 055 FM S 0106 ivm 075 FM M ivm 110 FM M 0286 ivm 150 FM L 0376 ivm 185 FM M 0654 ivm 220 FM ivm 300 FM ivm 370 FM ivm 450 FM ivm 550 FM ivm 750 FM L STARVERT-iV A-3
131 A / 150%, 5% ED ( 1) 10% ED 2 SV 300iV-2 / SV 300iV-4 [Ω] (5% ED) [W] ( 2) BR0400W050J SV 022iV-2 DB BR0600W033J SV 037iV-2 DB BR0800W020J SV 055iV-2 DB BR1200W015J SV 075iV-2 DB BR2400W010J SV 110iV-2 DB BR2400W008J SV 150iV-2 DB BR3600W005J SV 185iV-2 DB BR3600W005J SV 220iV-2 DB BR0400W200J SV 022iV-4 DB BR0600W130J SV 037iV-4 DB BR1000W085J SV 055iV-4 DB BR1200W060J SV 075iV-4 DB BR2000W040J SV 110iV-4 DB BR2400W030J SV 150iV-4 DB BR3600W020J SV 185iV-4 DB BR3600W020J SV 220iV-4 DB LG B1, B2 P, BR P7, CM ON (P1~P7) OPEN B ( 1) ED 100 ( 2) A-4 STARVERT-iV
132 A 200V 37kW, 400V 37, 75kW SV 900iV-4 400V 2 SV iv-2 SV iv V 37kW V 37kW kW %, 10% ED [Ω] [kw] SV 370iV SV 370iV SV 750iV STARVERT-iV A-5
133 A ( 1) (R, S, T, U, V, W) kw MCCB MC mm 2 mm 2 SV 022iV-2 DB 22 ABS 33 / 20A SMC-15P 2 2 SV 037iV-2 DB 37 ABS 33 / 30A SMC-20P 35 2 SV 055iV-2 DB 55 ABS 53 / 50A SMC-25P SV 075iV-2 DB 75 ABS 100 / 60A SMC-35P SV 110iV-2 DB 11 ABS 103 / 75A SMC-50P V SV 150iV-2 DB 15 ABS 203 / 125A SMC-65P SV 185iV-2 DB 185 ABS 203 / 150A SMC-80P SV 220iV-2 DB 22 ABS 203 / 175A SMC-100P SV 300iV-2 30 ABS 203 / 225A SMC-125P SV 370iV-2 37 ABS 403 / 250A SMC-150P SV 450iV-2 45 ABS 403 / 300A SMC-180P SV 550iV-2 55 ABS 403 / 400A SMC-220P SV 022iV-4 DB 22 ABS 33 / 15A SMC-20P 2 2 SV 037iV-4 DB 37 ABS 33 / 20A SMC-20P 2 2 SV 055iV-4 DB 55 ABS 33 / 30A SMC-20P 35 2 SV 075iV-4 DB 75 ABS 33 / 30A SMC-20P 35 2 SV 110iV-4 DB 11 ABS 53 / 50A SMC-20P SV 150iV-4 DB 15 ABS 103 / 60A SMC-25P SV 185iV-4 DB 185 ABS 103 / 75A SMC-35P SV 220iV-4 DB 22 ABS 103 / 100A SMC-50P SV 300iV-4 30 ABS 203 / 125A SMC-65P V SV 370iV-4 37 ABS 203 / 150A SMC-80P SV 450iV-4 45 ABS 203 / 175A SMC-80P SV 550iV-4 55 ABS 203 / 200A SMC-100P SV 750iV-4 75 ABS 203 / 225A SMC-150P SV 900iV-4 90 SV 1100iV SV 1320iV SV 1600iV SV 2200iV SV 3150iV SV 3750iV ( 1) 22 MCCB MC LG A-6 STARVERT-iV
134 A STARVERT-iV A-7
135 B SV 022iV-2DB, SV 037iV-2DB SV 055iV-2DB, SV 075iV-2DB, SV 022iV-4DB, SV 037iV-4DB, SV 055iV-4DB, SV 075iV-4DB SV-iV B-1
136 B SV 110iV-2DB, SV 150iV-2DB, SV 110iV-4DB, SV 150iV-4DB SV 185iV-2DB, SV 220iV-2DB, SV 185iV-4DB, SV 220iV-4DB B-2 SV-iV
137 B SV 300iV-2, SV 370iV-2 SV 300iV-4 SV-iV B-3
138 B SV 370iV-4, SV 450iV-4, SV 550iV-4 SV 450iV-2, SV 550iV-2, SV 750iV-4 B-4 SV-iV
139 B SV 900iV-4, SV 1100iV-4 SV 1320iV-4, SV 1600iV-4 SV-iV B-5
140 B SV 2200iV-4 B-6 SV-iV
141 B ivm 022FM, ivm 037FM ivm 055FM, ivm 075FM SV-iV B-7
142 B ivm 110FM, ivm 150FM ivm 185FM, ivm 220FM B-8 SV-iV
143 B [mm] W H D A B C BR0400W050J SV 022iV-2DB BR0600W033J SV 037iV-2DB BR0800W020J SV 055iV-2DB BR1200W015J SV 075iV-2DB BR2400W010J SV 110iV-2DB BR2400W008J SV 150iV-2DB BR3600W005J SV 185iV-2DB BR3600W005J SV 220iV-2DB BR0400W200J SV 022iV-4DB BR0600W130J SV 037iV-4DB BR1000W085J SV 055iV-4DB BR1200W060J SV 075iV-4DB BR2000W040J SV 110iV-4DB BR2400W030J SV 150iV-4DB BR3600W020J SV 185iV-4DB BR3600W020J SV 220iV-4DB ( 2) ±2mm SV-iV B-9
144 B 2 3 B-10 SV-iV
145 B SV-iV B-11
146 LG STARVERT-iV LG 12, 18,, (,,, ) LG
147
148 Version No LG,,,, LG ( )
149
150
151 LG : ( 10 ) TEL : (02) ~ 1470 TEL : (051) ~3 FAX : (051) (02) ~ 1477 TEL : (053) ~6 FAX : (053) FAX: (02) ( ) TEL : (062) ~9 FAX : (062) ( ) TEL: (042) ~2 FAX : (042) TEL : (02) ~1470 FAX : (02) SVC TEL : (02) ~9 FAX : (02) PC SVC TEL : (0351) FAX : (0351) ID : LGPLC, ID : LGPLC SVC TEL : (0417) FAX : (0417) : LG SVC TEL : (051) ~5 FAX : (051) ( : ) SVC TEL : (053) ~2 FAX : (053) SVC TEL : (062) ,1892 FAX : (062) TEL : (0431) ~ 2 FAX : (0431) ~ ( ) ( ) :
歯메뉴얼v2.04.doc
1 SV - ih.. 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 - - - 23 24 R S T G U V W P1 P2 N R S T G U V W P1 P2 N R S T G U V W P1 P2 N 25 26 DC REACTOR(OPTION) DB UNIT(OPTION) 3 φ 220/440 V 50/60
01. 커버.doc
LG SV iv5 5.5kW~220kW(200V/400V) www.lgis.co.kr i LG....... SV-iV5.....,.. 10..(DC 30V )...... ... 2.....,.. (1)....... 3(200V ),3 (400V ). PCB... - 10 ~ 40 ( ) 90% RH ( ) - 20 ~ 65,,, 1000m 5.9m/sec (=0.6g)
歯FDA6000COP.PDF
OPERATION MANUAL AC Servo Drive FDA6000COP [OPERATION UNIT] Ver 1.0 (Soft. Ver. 8.00 ~) FDA6000C Series Servo Drive OTIS LG 1. 1.1 OPERATION UNIT FDA6000COP. UNIT, FDA6000COP,,,. 1.1.1 UP DOWN ENTER 1.1.2
untitled
1... 2 System... 3... 3.1... 3.2... 3.3... 4... 4.1... 5... 5.1... 5.2... 5.2.1... 5.3... 5.3.1 Modbus-TCP... 5.3.2 Modbus-RTU... 5.3.3 LS485... 5.4... 5.5... 5.5.1... 5.5.2... 5.6... 5.6.1... 5.6.2...
iS5_K( )
www.lsis.biz STARVERT is5 0.75-55kW (1-75HP) 3Phase 200-230Volts 0.75-75kW (1-100HP) 3Phase 380-460Volts LS Inverter is5 Series 04 05 Specifications 200V Class Specifications 400V Class Control 06 Operation
서보교육자료배포용.ppt
1. 2. 3. 4. 1. ; + - & (22kW ) 1. ; 1975 1980 1985 1990 1995 2000 DC AC (Ferrite) (NdFeB; ) /, Hybrid Power Thyrister TR IGBT IPM Analog Digital 16 bit 32 bit DSP RISC Dip SMD(Surface Mount Device) P,
!"!"!"!"!"!"!"!" i
LG SV - is5 0.75kW~75kW(200/400V).. LG !"!"!"!"!"!"!"!" i ii!"!"!"!"!"!"!"!"!" !"!"!"!"!"!"!"!"!"!"!"!"!"!"!"!"!"!" iii !"!"!"!"!"!"!"!"!"!"!"!"!"!"!"!"!" iv v vi vii viii 1.. 1-3 1... AC 1-4 φ± ± φ±
\\Sel-file06\projects\Rockwell...
Maximum Value for OEMs SM MOSCON-G5 설치 매뉴얼 Model: CIMR- G5 200V 급 : 0.4~75kW (1.2~110kVA) 400V 급 : 0.4~300kW (1.4~460kVA) 2 - 목 차 - 안전상의 주의... 1 현품도착시의확인... 1 설치... 1 배선... 1 운전조건(정수)의 설정...1 시운전...2 보수
CMSX-C-U-F1_BES_C_ b_ k1
8080774 07-b [80606] CMSX-...--C-U-F-..-KO : : :. / Festo 07-b ... 5.... 5... 5.... 5. Festo... 5... 6.... 6.... 6.... 8.4... 9.4. CMSX-P-S- -D- -A-G (, )... 0.4. CMSX-P-S- -D- -A, (, )... 0.4. CMSX-P-S-
,,,,,, (41) ( e f f e c t ), ( c u r r e n t ) ( p o t e n t i a l difference),, ( r e s i s t a n c e ) 2,,,,,,,, (41), (42) (42) ( 41) (Ohm s law),
1, 2, 3, 4, 5, 6 7 8 PSpice EWB,, ,,,,,, (41) ( e f f e c t ), ( c u r r e n t ) ( p o t e n t i a l difference),, ( r e s i s t a n c e ) 2,,,,,,,, (41), (42) (42) ( 41) (Ohm s law), ( ),,,, (43) 94 (44)
CPX-E-SYS_BES_C_ _ k1
CPX-E 8727 27-7 [875294] CPX-E-SYS-KO CODESYS, PI PROFIBUS PROFINET (). :, 2 Festo CPX-E-SYS-KO 27-7 ... 5.... 5.2... 5.3... 5.4... 5.5... 5 2... 6 2.... 6 2..... 6 2..2 CPX-E... 7 2..3 CPX-E... 9 2..4...
ꊉꊒ ꊉꊓ ꊉꊔ ꊉꊕ ꊉꊖ ꊉꊗ ꊉꊘ ꊱ ꊲ ꊳ ꊴ ꏗ ꏗ ꏗ ꏗ ꏘ ꠑꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꁚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚ ꠛ ꠚꠚꠚꠚꠙ ꠐ ꠐ ꠝ ꠑꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꁚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚ ꠝ ꠛ ꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠙ ꠝ ꠝ ꠝ ꠝ ꠑꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꁚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚꠚ
EP-B-P407 [변환됨].eps
![EP-B-P407 [변환됨].eps](/thumbs/91/105033420.jpg "EP-B-P407 [변환됨].eps")
IZD10/IZE11 Series 20kV50mm 0.4kV25mm 1 5V( 100Ω). IZD10 Series 2(1 5V, 4 20mA) 0.001kV(±0.4kV ), 0.1kV(±20kV ) ±0.5 F.S. ±1digit (1mm ) 2 (±0.4kV, ±20kV) IZE11 Series Alphabet Index 695 IZD10 Series IZD10
Microsoft Word - SMB-63-2_KR_.doc
보충 설명서 압소덱스 AX9000TS/TH-U3 (PROFIBUS-DP 사양) SMB-63K-2 머리글 이번에 당사의 압소덱스를 선정해 주셔서 대단히 감사합니다. 압소덱스는 일반 산업용 조립 기계나 검사 기계 등의 간헐 작동 턴테이블 등을 유연하고 정밀도 높게 구동하기 위해 개발된 다이렉트 드라이브 인덱 스 유닛입니다. 본 설명서는 압소덱스 AX9000TS/TH(PROFIBUS-DP
Standard Drive Panel_140701
Optimized Drive Solution Leads You to the Advanced Industry! Optimized Drive Solution 0_0 C O N T E N T S 0 0 9 FEATURE 9 0 0 7 8 8 7 9 7 8 9 0 7 8 9 0 Optimized Drive Solution 0_0 DESIN 8 9 0 7 Optimized
MODBUS SERVO DRIVER( FDA7000 Series ) STANDARD PROTOCOL (Ver 1.00) 1
SERVO DRIVER( FDA7000 Series ) STANDARD PROTOCOL (Ver 100) 1 Contents 1 INTRODUCTION 2 PROTOCOL FRAME OUTLINE 3 FUNCTION FIELD 4 DATA FIELD 5 CRC CHECK 6 FUNCTION EXAM 7 EXCEPTION RESPONSE 8 I/O STATUS
YD-3533.xls
Y D - 3 5 3 3 사 용 설 명 서 78, Daechun-Dong, Dalseo-gu, Daegu, KOREA TEL : +8-53-585-56(Main) FAX : +8-53-585-788 http://www.setech.co.kr e-mail : setech@setech.co.kr 페이지 . 특징 당사의 제품을 사용하여 주셨어 감사하며, 사용중 혹시라도
untitled
5V 1 2 - + LM7805 1 3 IN OUT GND POWER SW 1 2 CON 330 2 220uF 0.1 220uF LED 330 330 330 330 330 330 330 330 LED0 LED1 LED2 LED3 LED4 LED5 LED6 LED7 5V 10K 10K 10K 10K 10K 10K 10K 10K SW0 SW1 SW2 SW3 SW4
Microsoft Word - Installation and User Manual_CMD V2.2_.doc
CARDMATIC CMD INSTALLATION MANUAL 씨앤에이씨스템(C&A SYSTEM Co., Ltd.) 본사 : 서울특별시 용산구 신계동 24-1(금양빌딩 2층) TEL. (02)718-2386( 代 ) FAX. (02) 701-2966 공장/연구소 : 경기도 고양시 일산동구 백석동 1141-2 유니테크빌 324호 TEL. (031)907-1386
PowerPoint 프레젠테이션
........................... ½ ¼ ½ ¾ ................................................ ...........................................................................
Microsoft Word - FS_ZigBee_Manual_V1.3.docx
FirmSYS Zigbee etworks Kit User Manual FS-ZK500 Rev. 2008/05 Page 1 of 26 Version 1.3 목 차 1. 제품구성... 3 2. 개요... 4 3. 네트워크 설명... 5 4. 호스트/노드 설명... 6 네트워크 구성... 6 5. 모바일 태그 설명... 8 6. 프로토콜 설명... 9 프로토콜 목록...
Microsoft Word - SRA-Series Manual.doc
사 용 설 명 서 SRA Series Professional Power Amplifier MODEL No : SRA-500, SRA-900, SRA-1300 차 례 차 례 ---------------------------------------------------------------------- 2 안전지침 / 주의사항 -----------------------------------------------------------
EP-B-P211.eps
PFA/PFW Series PFA Series PFW Series PF00 Series Alphabet Index 8 A COM B COM DCV GND F.G. R.S. HOLD COM BANK BANK COUNT PRESET FUNC. AC00~0VCOM OUTOUTOUTOUTOUTS.STOP RD SD SG RS-C PFA/PFW Series, N M/C
歯동작원리.PDF
UPS System 1 UPS UPS, Converter,,, Maintenance Bypass Switch 5 DC Converter DC, DC, Rectifier / Charger Converter DC, /, Filter Trouble, Maintenance Bypass Switch UPS Trouble, 2 UPS 1) UPS UPS 100W KVA
0.1-6
HP-19037 1 EMP400 2 3 POWER EMP400 4 5 6 7 ALARM CN2 8 9 CN3 CN1 10 24V DC CN4 TB1 11 12 Copyright ORIENTAL MOTOR CO., LTD. 2001 2 1 2 3 4 5 1.1...1-2 1.2... 1-2 2.1... 2-2 2.2... 2-4 3.1... 3-2 3.2...
Siemens
SIEMENS () 2004 7 Updated 2004 DEC 09 1. 4 1.1 4 1.2 4 2. 5 2.1 5 2.2 6 2.3 6 2.4 7 3. 8 3.1 50/60 Hz DIP 8 4. 9 4.1 420 9 4.2 420 9 4.3 (CB) 10 5. / () 11 5.1 11 5.2 : P0003 12 6. 13 6.1 13 6.2 15 6.2.1
. "" "",.... :...,,....,.. :..,,,..,,...,.... 2
RD-5405 /.. . "" "",.... :...,,....,.. :..,,,..,,...,.... 2 ..,,..,.. (,,,, )......,...,., ( ),,,,.,. (, )..,...... BD/DVD CD TV, VCR,........ (+, -).,,..... 3 ... 2... 3....3... 5... 9... 10...11...11...
歯표지_통합_.PDF
LG GLOFA MASTER-K PID G3F-PIDA G4F-PIDA G3F-PIDA/G4F-PIDA PLC GLOFA GM3/4 CPU MASTER-K 200S/300S/1000S CPU!!! 2 ! PLC,,,,,! PCB,,, Off! 1 1-1 ~ 1-1 11 1-1 2 2-1 ~ 2-13 21 2-1 22 2-2 23 2-3 24 PID 2-4 241
DIB-100_K(90x120)
Operation Manual 사용설명서 Direct Box * 본 제품을 사용하기 전에 반드시 방송방식 및 전원접압을 확인하여 사용하시기 바랍니다. MADE IN KOREA 2009. 7 124447 사용하시기 전에 사용하시기 전에 본 기기의 성능을 충분히 발휘시키기 위해 본 설명서를 처음부터 끝까지 잘 읽으시고 올바른 사용법으로 오래도록 Inter-M 제품을
User Guide
사용 설명서 2014, 2015 HP Development Company, L.P. 본 설명서의 내용은 사전 통지 없이 변경될 수 있습니다. HP 제품 및 서비스에 대한 유일한 보 증은 제품 및 서비스와 함께 동봉된 보증서에 명시되어 있습니다. 본 설명서에는 어떠한 추 가 보증 내용도 들어 있지 않습니다. HP 는 본 설명서의 기술상 또는 편집상 오류나 누락에
SRC PLUS 제어기 MANUAL
,,,, DE FIN E I N T R E A L L O C E N D SU B E N D S U B M O TIO
untitled
CLEBO PM-10S / PM-10HT Megapixel Speed Dome Camera 2/39 3/39 4/39 5/39 6/39 7/39 8/39 ON ON 1 2 3 4 5 6 7 8 9/39 ON ON 1 2 3 4 10/39 ON ON 1 2 3 4 11/39 12/39 13/39 14/39 15/39 Meg gapixel Speed Dome Camera
Korean 654x Quick Start Guide
é l Agilent DC u ê¹ 654xA. 655xA. 657xA 664xA, 665xA. 667xA, 668xA Agilent Technologies Agilent ã É 5961-5163 Microfiche Ï É 5961-xxxx 2000 6 ÅxùÞ ãÿ ô ö ó Ç ô üè Í ž sùþ ö. üè Í ß Þ ù Ÿ st Û ô s ßs, Æ
HiGEN FDA7000 Content Oct. 05, 2005 Changwon, Korea Elevator Tet Tower A B Elevator Motor Parking Sytem Tet Tower 963 977 Elevator 986 995 LG 997 Capa 43 People 2,37 m² 523,200/ 998 LG (LGLG) 998 LG Elevator
À̵¿·Îº¿ÀÇ ÀÎÅͳݱâ¹Ý ¿ø°ÝÁ¦¾î½Ã ½Ã°£Áö¿¬¿¡_.hwp
l Y ( X g, Y g ) r v L v v R L θ X ( X c, Yc) W (a) (b) DC 12V 9A Battery 전원부 DC-DC Converter +12V, -12V DC-DC Converter 5V DC-AC Inverter AC 220V DC-DC Converter 3.3V Motor Driver 80196kc,PWM Main
REVERSIBLE MOTOR 표지.gul
REVERSIBLE MOTOR NEW H-SERIES REVERSIBLE MOTOR H-EX Series LEAD WIRE w RH 1PHASE 4 POLE PERFORMANCE DATA (DUTY : Min.) MOTOR OUTPUT VOLTAGE (V) FREQUENCY (Hz) INPUT CURRENT (ma) RATING SPEED (rpm) STARTING
P-C www.steedmachinery.com.tw EDG-G01... 4 EBG-G03, G06... 7 EDFG-G01... 11 EDFG-G03, G04, G06... 13 EFBG-03, 06...17 P-C TW2085... 22 TW2085-2... 24 TW9820... 26 TW9820-2... 28 www.steedmachinery.com.tw
untitled
R&S Power Viewer Plus For NRP Sensor 1.... 3 2....5 3....6 4. R&S NRP...7 -.7 - PC..7 - R&S NRP-Z4...8 - R&S NRP-Z3... 8 5. Rohde & Schwarz 10 6. R&S Power Viewer Plus.. 11 6.1...12 6.2....13 - File Menu...
歯2800.PDF
I C- 2800H. ( ).. ( ) (0 2 ) 3443-8844 (HITOP) : (02)704-9104 : : HITOP ICOM IN C. ( ) 1 VHF [VOL] VHF VHF [S QL] VHF Set, [SQL] 12, RF. VHF [DIAL] [DIAL],, / [CHG/ L] [CHG/ L] 2 ON/ OFF. [POWER] 2 ON/
T100MD+
User s Manual 100% ) ( x b a a + 1 RX+ TX+ DTR GND TX+ RX+ DTR GND RX+ TX+ DTR GND DSR RX+ TX+ DTR GND DSR [ DCE TYPE ] [ DCE TYPE ] RS232 Format Baud 1 T100MD+
인켈(국문)pdf.pdf
M F - 2 5 0 Portable Digital Music Player FM PRESET STEREOMONO FM FM FM FM EQ PC Install Disc MP3/FM Program U S B P C Firmware Upgrade General Repeat Mode FM Band Sleep Time Power Off Time Resume Load
InRow RP TDM KO.book
InRow RP 냉각수 / 직접 확장 - 50/60 Hz 공냉식 ACRP100 ACRP101 ACRP102 냉각수 ACRP500 ACRP501 ACRP502 기술 데이터 American Power Conversion 법적책임 부인 American Power Conversion Corporation 은 본 설명서에 제공된 정보가 믿을 수 있으며 오류가 없거나
BJFHOMINQJPS.hwp
제1 과목 : 디지털 전자회로 1. 다음 회로의 출력전류 Ic 의 안정에 대한 설명 중 옳지 않은 것 Ie를 크게 해치지 않는 범위 내에서 Re 가 크면 클수록 좋 출력파형이 크게 일그러지지 않는 범위 내에서 β 가 크면 클수록 좋 게르마늄 트랜지스터에서 Ico가 Ic 의 안정에 가장 큰 영향을 준 Rc는 Ic 의 안정에 큰 영향을 준 6. 비동기식 모드 (mode)-13
Microsoft Word - DCMD-1000 사용자 메뉴얼.docx
DCDM-1000(Ver.1.0 DC모터 드라이버 (DCMD-1000) 사용 설명서 V1.0 Last updated : March 6, 2014 1 / 10 DCDM-1000(Ver.1.0) 목차 1 소개 및 특징 1.1 소개 1.2 사양 1.3 특징 2 DC모터 드라이버(DCMD-1000) 사용법 2.1 전체결선도 2.2 Pin 설명 및 모드 설정 방법 2.3
Microsoft Power Point 2002
PLC전기공압제어 강의 노트 제 7 회차 PLC 하드웨어의 구조 - 1 - 학습목표 1. PLC 하드웨어의 4가지 구성요소를 설명할 수 있다. 2. PLC 형명을 보고 PLC를 구분할 수 있다. 3. PLC 배선형태에 따라 입력기기와 출력기기를 구분할 수 있다. Lesson. PLC 하드웨어의 구조 PLC 하드웨어에 대한 이해의 필요성 PLC 하드웨어의 구성
ALPHA I 500M(현대삼호) service manual(kor).hwp
ALPHA I 500M VER 2.0 2005. 01 (현대삼호)사용설명서 본 제품을 바르고 안전하게 사용하기 위해서 사용, 점 검, 수리 전에 반드시 본 내용을 읽어서 충분히 이해하 고 사용하십시오. Visit our website at www.hdweld.co.kr www.hyundaiwelding.com 본 사 : 서울시 강남구 삼성동 157-37 (일송빌딩
hd1300_k_v1r2_Final_.PDF
Starter's Kit for HelloDevice 1300 Version 11 1 2 1 2 3 31 32 33 34 35 36 4 41 42 43 5 51 52 6 61 62 Appendix A (cross-over) IP 3 Starter's Kit for HelloDevice 1300 1 HelloDevice 1300 Starter's Kit HelloDevice
DC Link Application DC Link capacitor can be universally used for the assembly of low inductance DC buffer circuits and DC filtering, smoothing. They
DC Link Capacitor DC Link Application DC Link capacitor can be universally used for the assembly of low inductance DC buffer circuits and DC filtering, smoothing. They are Metallized polypropylene (SH-type)
BS-K1117□-M□□-3012_ProductGuide_KR_PDF
READER/WRITER MADE IN JAPAN AnyWireASLINK System [ASLINK ] S-K1117-M-312..,.,. AnyWireASLINK :, M12 S-K1117-M8-312 S-K1117-M12-312 S-K1117-M18-312 S-K1117-M3-312 S-K1117S-M12-312 S-K1117S-M18-312 S-K1117S-M3-312
CD-6208_SM(new)
Public Address Power Amplifier PA-63 CONTENTS Specifications... Electrical parts list... top and bottom view of p.c. board... 8 Application... 0 block Diagram... Schematic Diagram... Exploded view of cabinet
슬라이드 1
사용 전에 사용자 주의 사항을 반드시 읽고 정확하게 지켜주시기 바랍니다. 사용설명서의 구성품 형상과 색상은 실제와 다를 수 있습니다. 사용설명서의 내용은 제품의 소프트웨어 버전이나 통신 사업자의 사정에 따라 다를 수 있습니다. 본 사용설명서는 저작권법에 의해 보호를 받고 있습니다. 본 사용설명서는 주식회사 블루버드소프트에서 제작한 것으로 편집 오류, 정보 누락
CD-6208_SM(new)
Digital Amplifier MA-110 CONTENTS Specifications... 1 Electrical parts list... 2 top and bottom view of p.c. board... 10 Application... 12 block Diagram... 13 Schematic Diagram... 14 Exploded view of cabinet
CPX-E-EC_BES_C_ _ k1
CPX-E CPX-E-EC EtherCAT 8071155 2017-07 [8075310] CPX-E-EC CPX-E-EC-KO EtherCAT, TwinCAT (). :, 2 Festo CPX-E-EC-KO 2017-07 CPX-E-EC 1... 4 1.1... 4 1.2... 4 1.3... 4 1.4... 5 1.5... 5 2... 6 2.1... 6
사용자 설명서 SERVO DRIVE (FARA-CSD,CSDP-XX)
A3 : 30W 10 : 1kW A5 : 50W 15 : 1.5kW 01 : 100W 20 : 2kW.... 08 : 800W 50 : 5kW CSD series CSDD series CSDF series CSDS series CSDH series CSDN series CSDX series A : AC110V B : AC220V S : / P : 20?C
1
1 2 3 4 5 ꠏꠏꠏꠏꠏꠏꠏꠏꠏꠏꠇꠏꠏꠏꠏꠏꠏꠇꠏꠏꠏꠏꠏꠏꠇꠏꠏꠏꠏꠏꠏꠇꠏꠏꠏꠏꠏꠏꠇꠏꠏꠏꠏꠏꠏꠇꠏꠏꠏꠏꠏꠏꠈ ꠐ ꠐ ꠐ ꠐ ꠐ ꠐ ꠐꠐ ꠐ ꠐ ꠐ ꠐ ꠐ ꠐ ꠐ ꠐ ꠉꠏꠏꠏꠏꠏꠏꠏꠏꠏꠏꠊꠏꠏꠏꠏꠏꠏꠊꠏꠏꠏꠏꠏꠏꠊꠏꠏꠏꠏꠏꠏꠊꠏꠏꠏꠏꠏꠏꠊꠏꠏꠏꠏꠏꠏꠊꠏꠏꠏꠏꠏꠏ ꠐ ꠐ ꠐ ꠐ ꠐ ꠐ ꠐ ꠐ ꠉꠏꠏꠏꠏꠏꠏꠏꠏꠏꠏꠊꠏꠏꠏꠏꠏꠏꠊꠏꠏꠏꠏꠏꠏꠊꠏꠏꠏꠏꠏꠏꠊꠏꠏꠏꠏꠏꠏꠊꠏꠏꠏꠏꠏꠏꠊꠏꠏꠏꠏꠏꠏ
TEL: 042-863-8301~3 FAX: 042-863-8304 5 6 6 6 6 7 7 8 8 9 9 10 10 10 10 10 11 12 12 12 13 14 15 14 16 17 17 18 1 8 9 15 1 8 9 15 9. REMOTE 9.1 Remote Mode 1) CH Remote Flow Set 0 2) GMate2000A
KR
34410A 34411A 6.5 1 2 4 13 18 19 34410A 34411A 6.5. DMM 12. DMM 34401A. DC AC DMM. 34410A 6.5 DMM 10 000 5.5 1 000 6.5 30 PPM 1 DC LAN USB & GPIB DCV ACV DCI ACI 2/4-50 k 34411A 6.5 DMM 34410A 50 000 100
SERVO DRIVE (FARA CSDJ-XX) 사용자 설명서
CSM serise CSMG serise CSMD serise CSMF serise CSMS serise CSMH serise CSMN serise CSMX serise CSMP serise CSMQ serise CSMZ serise B: 1 : (Coupling ) 2 : 2Slice (Set Screw ) 3 : Key 4 : Tapper 5 : 6 :
비어 있음
VYPYR. VYPYR 15 VYPYR 120,. 43 Peavey. VYPYR., " ". TransTube " ", 266MHz SHARC. VYPYR 5,.,,. VYPYR. AC. IEC ( )... : 24 "( 30cm). 0 - Input. 1 - Stompbox Encoder VYPYR15.. 11.!. 2 - Amp Encoder.. 2. LED
INDUCTION MOTOR 표지.gul
INDUCTION MOTOR NEW HSERIES INDUCTION MOTOR HEX Series LEAD WIRE TYPE w IH 1PHASE 4 POLE PERFORMANCE DATA (DUTY : CONTINUOUS) MOTOR TYPE IHPF10 IHPF11 IHPF IHPF22 IHPFN1U IHPFN2C OUTPUT 4 VOLTAGE
목차 본 취급설명서의 사용법 본 사용설명서에서는 제품상에 표시된 채널명 및 버튼명, 소프트웨어의 메뉴명 등이 대괄호 ([ ]) 안에 표시됩니 (예: [MASTER] 채널, [ON/ OFF], [File] 메뉴) 시작하시기 전에 특징...3 부속품...4 시작하시기 전에
![목차 본 취급설명서의 사용법 본 사용설명서에서는 제품상에 표시된 채널명 및 버튼명, 소프트웨어의 메뉴명 등이 대괄호 ([ ]) 안에 표시됩니 (예: [MASTER] 채널, [ON/ OFF], [File] 메뉴) 시작하시기 전에 특징...3 부속품...4 시작하시기 전에](/thumbs/39/20101577.jpg "목차 본 취급설명서의 사용법 본 사용설명서에서는 제품상에 표시된 채널명 및 버튼명, 소프트웨어의 메뉴명 등이 대괄호 ([ ]) 안에 표시됩니 (예: [MASTER] 채널, [ON/ OFF], [File] 메뉴) 시작하시기 전에 특징...3 부속품...4 시작하시기 전에")
XDJAERO http://pioneerdj.com/support/ http://rekordbox.com/ 목차 본 취급설명서의 사용법 본 사용설명서에서는 제품상에 표시된 채널명 및 버튼명, 소프트웨어의 메뉴명 등이 대괄호 ([ ]) 안에 표시됩니 (예: [MASTER] 채널, [ON/ OFF], [File] 메뉴) 시작하시기 전에 특징...3 부속품...4
안전을 위한 주의사항 제품을 올바르게 사용하여 위험이나 재산상의 피해를 미리 막기 위한 내용이므로 반드시 지켜 주시기 바랍니다. 2 경고 설치 관련 지시사항을 위반했을 때 심각한 상해가 발생하거나 사망에 이를 가능성이 있는 경우 설치하기 전에 반드시 본 기기의 전원을
Digital Video Recorder 간편설명서 XD3316 안전을 위한 주의사항 제품을 올바르게 사용하여 위험이나 재산상의 피해를 미리 막기 위한 내용이므로 반드시 지켜 주시기 바랍니다. 2 경고 설치 관련 지시사항을 위반했을 때 심각한 상해가 발생하거나 사망에 이를 가능성이 있는 경우 설치하기 전에 반드시 본 기기의 전원을 차단하고, 전원 플러그를 동시에
untitled
Huvitz Digital Microscope HDS-5800 Dimensions unit : mm Huvitz Digital Microscope HDS-5800 HDS-MC HDS-SS50 HDS-TS50 SUPERIORITY Smart Optical Solutions for You! Huvitz Digital Microscope HDS-5800 Contents
ez-md+_manual01
ez-md+ HDMI/SDI Cross Converter with Audio Mux/Demux Operation manual REVISION NUMBER: 1.0.0 DISTRIBUTION DATE: NOVEMBER. 2018 저작권 알림 Copyright 2006~2018 LUMANTEK Co., Ltd. All Rights Reserved 루먼텍 사에서
acdc EQ 충전기.hwp
www.sjproporc.com DIGITAL CHARGER & DISCHARGER Intelligent Balancer SJPROPO 서울특별시 강남구 일원동 642-11 대도빌딩 202호 2006 SJPROPO INC. SJ INCORPORATED 사용 설명서 제품 구성물 동작 중 표시 화면 B L C : B A L A N C E R C O N N E C
µµ≈•∏‡∆Æ1
2 Type, Type 2 4 TeSys GV2, GV3, GV7 (50 ) 5 TeSys D (50 ) 89 TeSys F, B, V (50 ) 59 TeSys (50) 79 TeSys (50 ) 205 2 TeSys IEC Type, Type 2.. 2. Type Type 2 3,,,. Type Type,. Type 2 Type 2... Type 2. "Ico"
LCD Monitor
LCD MONITOR quick start guide 2443BW 2443BWX ii 제품 설명 제품 구성 구성품이 모두 들어 있는지 확인한 후 누락된 제품이 있으면 구입한 대리점으로 연락해 주 세요. 구성품 이외의 별매품을 구입하려면 서비스 센터로 연락하세요. 구성품 선택 사양1 선택 사양2 모니터 & 심플 스탠드 모니터 & 심플 스탠드 심플 스탠드의 경우
MicrocontrollerAcademy_Lab_ST_040709
Micro-Controller Academy Program Lab Materials STMicroelectronics ST72F324J6B5 Seung Jun Sang Sa Ltd. Seung Jun Sang Sa Ltd. Seung Jun Sang Sa Ltd. Seung Jun Sang Sa Ltd. Seung Jun Sang Sa Ltd. Seung Jun
B _02_M_Ko.indd
DNX SERIES DNX560 DNX560M DDX SERIES DDX506 DDX506M B64-467-00/0 (MW) DNX560/DNX560M/DDX506/DDX506M 4 DNX560/DNX560M/DDX506/DDX506M NAV TEL AV OUT % % % % CD () : Folder : Audio fi 5 6 DNX560/DNX560M/DDX506/DDX506M
CPX-E-PB_BES_C_ _ k1
CPX-E CPX-E-PB PROFIBUS DP 8723 27-7 [87536] CPX-E-PB CPX-E-PB-KO PI PROFIBUS PROFINET (). :, 2 Festo CPX-E-PB-KO 27-7 CPX-E-PB... 4.... 4.2... 4.3... 4.4... 5.5... 5 2... 6 2.... 6 2..... 6 2..2... 6
untitled
122 123 124 125 126 127 128 129 130 131 9 ~ 16V 200mA -30 ~ +85-40 ~ +120 IP () (AUTO ) 132 3 1 4 5 2 6 6 5 4 3 2 1 1. 2. 4. 5. 6. 133 30.55(LUX) 8.93(LUX) 0.5 0.1 60.55(LUX) 17.23(LUX) 3 1 T1 T2 1.0sec
MPAL-VI-Pneu_BES_V_ a_ k1
MPAL-VI 755054 2017-07a [8073531] MPAL-VI MPAL-VI-KO TORX, IO-Link (). : :, : 1. / 2 Festo MPAL-VI-KO 2017-07a MPAL-VI... 7... 7... 8... 8... 8 1... 9 1.1... 9 1.2... 9 1.3... 9 1.3.1... 9 1.3.2... 10
G2011WDT-Manual-LG(CCNF-Ver02).xls
이 기기는 가정용으로 전자파 적합 등록을 한 기기로써 주거지역에는 물론 모든 지역에서 사용할 수 있습니다. 사 용 설 명 서 20.1" TFT LCD TV+Monitor Model : G2011WDT 금미전자 안전을 위한 주의사항 안전을 위한 주의사항은 제품의 안전하고 올바른 사용과 사고나 위험을 사전에 막기 위한 것이므로 반드시 지켜 주시기 바랍니다. 모니터
/ / / / / / / / / www.steedmachinery.com.tw LM... 04 M... 05 EG-LM... 06 EG-M... 07 PG... 08 PLM... 09 L... 10 LG... 11 LH... 12 LS... 13 HEX-GS, OS, HEX-M... 14 F... 16 PF... 17 ST, SV... 18 TL-P...
DWCOM15/17_manual
TFT-LCD MONITOR High resolution DWCOM15/17 DIGITAL WINDOW COMMUNICATION DIGITAL WINDOW COMMUNICATION 2 2 3 5 7 7 7 6 (Class B) Microsoft, Windows and Windows NT Microsoft VESA, DPMS and DDC Video Electronic
KR
34401A 34410A 34411A DMM 34401A 34410A 34411A 34410A 34411A 6.5 DMM 34401A capacitance 34410A 34411A 34401A 34401A 5989-4039EN 34410A/34411A 6.5 34401A 34401A 34411A migration DMM DMM 34401A 34410A/34411A
untitled
9 hamks@dongguk.ac.kr : Source code Assembly language code x = a + b; ld a, %r1 ld b, %r2 add %r1, %r2, %r3 st %r3, x (Assembler) (bit pattern) (machine code) CPU security (code generator).. (Instruction
Pages from _EOCR_Digital_Analog_합본_K-D-2.pdf
Make the most of your energy SM Whatever your process... > Oil & gas, petrochemicals, mining, metals, minerals, water and wastewater treatment, food & beverage, pharmaceuticals, microelectronics, airports...
hapter_ i i 8 // // 8 8 J i 9K i? 9 i > A i A i 8 8 KW i i i W hapter_ a x y x y x y a /()/()=[W] b a b // // // x x L A r L A A L L A G // // // // /
![hapter_ i i 8 // // 8 8 J i 9K i? 9 i > A i A i 8 8 KW i i i W hapter_ a x y x y x y a /()/()=[W] b a b // // // x x L A r L A A L L A G // // // // /](/thumbs/82/85567894.jpg "hapter_ i i 8 // // 8 8 J i 9K i? 9 i > A i A i 8 8 KW i i i W hapter_ a x y x y x y a /()/()=[W] b a b // // // x x L A r L A A L L A G // // // // /")
A p p e n d i x Notation hapter_ i i 8 // // 8 8 J i 9K i? 9 i > A i A i 8 8 KW i i i W hapter_ a x y x y x y a /()/()=[W] b a b // // // x x L A r L A A L L A G // // // // // // // 8 b hapter_ hapter_
[8051] 강의자료.PDF
![[8051] 강의자료.PDF](/thumbs/60/44663655.jpg "[8051] 강의자료.PDF")
CY AC F0 RS1 RS0 OV - P 0xFF 0x80 0x7F 0x30 0x2F 0x20 0x1F 0x18 0x17 0x10 0x0F 0x08 0x07 0x00 0x0000 0x0FFF 0x1000 0xFFFF 0x0000 0xFFFF RAM SFR SMOD - - - GF1 GF0 PD IDL 31 19 18 9 12 13 14 15 1 2 3 4
<C0CCBCBCBFB52DC1A4B4EBBFF82DBCAEBBE7B3EDB9AE2D313939392D382E687770>
i ii iii iv v vi 1 2 3 4 가상대학 시스템의 국내외 현황 조사 가상대학 플랫폼 개발 이상적인 가상대학시스템의 미래상 제안 5 웹-기반 가상대학 시스템 전통적인 교수 방법 시간/공간 제약을 극복한 학습동기 부여 교수의 일방적인 내용전달 교수와 학생간의 상호작용 동료 학생들 간의 상호작용 가상대학 운영 공지사항,강의록 자료실, 메모 질의응답,
歯2710h.PDF
I C- 271 0H. ( ).. ( ) (0 2 ) 3443-8844 (HITOP) : (02)704-9104 : : HITOP ICOM IN C. ( ) 1 1-1 1-2 2 3 3-1 3-2 3-3 3-4 4 - PANEL - - - - - - - / - - DTMF - 1 1-1 IC- 2710H" VHF/ UHF FM, 144.000MHz - 146.000MHz
TEL:02)861-1175, FAX:02)861-1176 , REAL-TIME,, ( ) CUSTOMER. CUSTOMER REAL TIME CUSTOMER D/B RF HANDY TEMINAL RF, RF (AP-3020) : LAN-S (N-1000) : LAN (TCP/IP) RF (PPT-2740) : RF (,RF ) : (CL-201)
歯설명서_020925_.PDF
GMPC-III (Protocol Converter-III) USER S MANUAL 1 1 1 4 2 5 2.1 5 2.2 5 2.3 6 3 7 3.1 7 4 8 4.1 8 4.2 8 5 GMPC-III 9 5.1 9 5.2 I-NET 9 5.3 ( ) 9 5.4 ( ) ( ) 10 6 12 6.1 12 7 GMPC-III 13 7.1 CPU 13 7.2
PD-659_SM(new)
Power Distributor PD-659 CONTENTS Specifications... 1 Electrical Parts List... 2 Top and Bottom View of P.C. Board... 5 Wiring Diagram... 7 Block Diagram... 8 Schematic Diagram... 9 Exploded View of Cabinet
디지털공학 5판 7-8장
Flip-Flops c h a p t e r 07 7.1 7.2 7.3 7.4 7.5 7.6 7.7 7.8 7.9 7.10 7.11 292 flip flop Q Q Q 1 Q 0 set ON preset Q 0 Q 1 resetoff clear Q Q 1 2 SET RESET SET RESET 7 1 crossednand SET RESET SET RESET
9
9 hamks@dongguk.ac.kr : Source code Assembly language code x = a + b; ld a, %r1 ld b, %r2 add %r1, %r2, %r3 st %r3, x (Assembler) (bit pattern) (machine code) CPU security (code generator).. (Instruction
2 3
Micro Hi-Fi System MCM720 2 3 AC 5 14 5 14 MW MP3 5 14 MP3 5 14 FM CD 15 ISO9660, Joliet, Multisession 15 15 6-7 MP3 VBR non- 16 MP3 7 32kHz, 44.1kHz, 48kHz 16-17 non- 32, 64, 96, 128, 192, 256 (Kbps)
¸Þ´º¾ó11
Altivar 11 Telemecanique Korean user s manual Variable speed controllers for asynchronous motors 4 Page 5 Page 6-9 Page 10-12 Page 13-20 Page I/O 1 drc FUn SUP - - / 21 Pag 22-25 Page 26 Page 27-29 Page
<4D6963726F736F667420506F776572506F696E74202D2028B9DFC7A5BABB2920C5C2BEE7B1A420B8F0B5E220C8BFC0B220BDC7C1F520BDC3BDBAC5DB5FC7D1B1B94E4920C0B1B5BFBFF85F3230313020505620576F726C6420466F72756D>
태양광 모듈 효율 실증 테스트 시스템 National Instrument Korea 전략마케팅 / 팀장 윤 동 원 1 회사 소개 소재: 미국 텍사스 오스틴 설립일: 1976년 지사 및 직원: 40여 개국의 지사, 4,300명의 직원 2007년 매출: $740M R&D 투자: 1) 사업비의 16% R&D 투자 2) 1,400명 이상의 R&D인력 대표 제품: LabVIEW,
0806 블랙박스 메뉴얼 L5 원고작업_수정
CLON L5 USER'S MANUAL Full HD Driving Image Recorder EFL3.0mm F2.0 DRIVING IMAGE RECORDER Digital L5 Recorder 본 제품을 사용하기 전에... www.eyeclon.com 제품을 구입해 주셔서 감사합니다. (아이클론)은 엠씨넥스의 상표입니다. 엠씨넥스 설명서의 모든 내용은 저작권법에
50-FB23-24_BES_V_ k1_ b
Terminal CPX CPX-FB23, CPX-FB23-24 CC-Link 1411b [8042132] CPX-FB23, CPX-FB23-24 P.BE-CPX-FB23-24-KO CC-Link, Mitsubishi TORX ( ). :.. :.,... :. 1... 2 Festo P.BE-CPX-FB23-24-KO 1411b CPX-FB23, CPX-FB23-24
GLHPS-D
Digital Hot Plate & Stirrer GLHPS-D 글로벌랩의 제품을 구입하여 주셔서 감사드립니다. 제품을 사용하시기 전에 안전을 위한 준비사항 을 읽고 올바르게 사용해 주십시오. 이 사용설명서는 제품을 직접 사용하시는 분에게 보내어지도록 하여 주십시오. 사용 전 주의 사항 제품을 올바르게 사용하여 위험이나 재산상의 피해를 막기 위한 내용으로 반드시
ez-shv manual
ez-shv+ SDI to HDMI Converter with Display and Scaler Operation manual REVISION NUMBER: 1.0.0 DISTRIBUTION DATE: NOVEMBER. 2018 저작권 알림 Copyright 2006~2018 LUMANTEK Co., Ltd. All Rights Reserved 루먼텍 사에서
2005 2004 2003 2002 2001 2000 Security Surveillance Ubiquitous Infra Internet Infra Telematics Security Surveillance Telematics Internet Infra Solutions Camera Site (NETWORK) Monitoring & Control
jy-i3000.indd
안드로이드 내비게이션 사용설명서 안전을 위하여 주의사항을 반드시 읽고 준수하여 주십시오. / 고객센터 8-80 / 제조원 제이와이커스텀(주) CONTENT 0 0 0 04 05 06 제품 구성 각 부의 명칭 제품 연결 방법 사용 방법 제품 규격 품질 보증서 구성품 05 각 부의 명칭 06 TRIP 연결하기 09 AVN 연결하기 09 MAIN LAUNCHER/메인화면
<BDBAB8B6C6AEC6F95FBDC3C0E55FC8AEB4EB5FC0CCC1D6BFCF5F3230313230362E687770>
산업연구시리즈 2012년 6월 18일 제3호 스마트폰 시대, IT를 넘어 금융을 향해 산업연구시리즈 2012년 6월 18일 제3호 스마트폰 시대, IT를 넘어 금융을 향해 연구위원 이 주 완 joowanlee@hanaif.re.kr 02)2002-2683 요 약 IT 산업에 미치는 영향 프리미엄 제품 공급자 중심으로 재편 스마트폰은 단순히 기능이 추가된
EMCA-EC_STO_BES_E_ a_ k1
EMCA-EC-67-... ko STO Safe torque off (STO) 8080389 2017-10a [8080384] EMCA-EC-S1-KO Tyco Electronics ( ). : :, : 1. / 2 Festo EMCA-EC-67-... 2017-10a ... 4... 4... 4 1... 6 1.1... 6 1.1.1 STO (Safe torque
BS-K1217-M□□-3012_ProductGuide_KR_PDF
READER/WRITER MADE IN JAPAN System [ASLINK ] S-K1217-M-3012..,.,....,,. S-K1217-M08-3012 S-K1217-M12-3012 S-K1217-M18-3012 S-K1217-M30-3012 2() () / 1 2 1 DC..,,.,,,..,....... ' ARW-04 (Ver.04-1.01 ),
Driver_motor1.pdf
Bosch Rexroth Korea 86 90 94 96 100 122 136 144 146 148 152 156 192 216 Speed n = 2 218 220 Bosch Rexroth Korea Rexroth IndraDrive IndraDyn Rexroth IndraDrive IndraDyn Bosch Rexroth Korea - IndraDrive