LSMV-M1000/M1000A
Contents
1. Dimension and Weight Voltage V 3000 3300 Power Frequency Hz 50 60 50 60 1 W D FRONT VIEW SIDE VIEW T i T ESI L w d D Output Rated Max Applicable I Approximate que Current Product Model No Wen is kVA A CapacityKW 1 width Depth Height 180 35 LSMVM1000 030 0 0 140 1600 1800 2250 2504 270 99 LSMVM1000 030 0030300 210 1600 1800 2250 2629 360 70 LSMVM1000 030 0030400 290 1600 1800 2250 2808 450 88 LSMVM1000 030 0030500 360 1700 1800 2250 540 105 LSMVM1000 030 1030600 440 1700 1800 2250 3247 A 680 LSMVM1000 030 0030750 550 3600 1800 2250 4806 900 175 LSMVM1000 030r103010H 730 3600 1800 2250 5285 B 1100 218 LSMVM1000 030003012H 910 3600 1800 2250 5670 1360 260 5 1000 030 003015 1120 3600 1800 2250 5933 1810 350 LSMVM1000 030 003020 1500 4400 1900 2350 8073 2270 438 5 1000 030 02. SIDE VIEW Dimension and Weight Voltage V 3000 3300 6000 6600 Power Frequency Hz 50 60 50 60 50 60 50 60 Y W D FRONT VIEW SIDE VIEW 3 w NE Output Rated Max Applicable Approximate VE Current Product Model No sie panel Weight A Capacity n Width Depth Height 180 35 LSMVM1000A 030 1030200 140 2000 1200 2150 20
3. 1 H amp 1 u 1 l k kl E T L a F pau E i i 4 HE EM UE r r 1 e ph Se Eu m 7 EE vio ISRA Energy Saving Drive Solution LS Medium Voltage Drive 20 21 LSMV M1000 M1000A Multi winding Phase shift Transformer Multi winding phase shift transformer 36 pulse 18 winding is in place with taps for change in input voltage Reducing power harmonics with multi pulse filtering in compliance with IEEE standards Eliminating need for harmonic filter and power factor improving condenser Master Control Module Master control module to control multi level PWM output voltage with a total of 18 unit cells and fiber optic communication link User centric system view to support system diagnostics and monitoring Cell Drive Module Six low voltage single phase drives in serial connection per phase generating 25 level 3 phase output voltage It is designed to ensure easy cell maintenance Each cell performs PWM switching in distributed control mode and has default built in cell prot
4. 16 1 Cell By Pass 4 Drive Output Frequency Target Frequency X Motor Speed 7 Drive Output Voltage FUNCTION Ride through Capability Mechanical energy of load is regenerated to continue operation for up to 5 cycles when power outage occurs It allows continuous operation without stopping the drive or system Improving Power x Quality and MM MI i AN Reducing Industrial MV drive output current n M MY AA 1 I Damage i mu N e Unpredictability Irregularity Response to force EE ante MV drive input voltage amp Ride through time Anti current Hunt Algorithm in Resonance Area Continuous drive operation possible in the resonant area followed by application of the drive Residual current hunting makes continuous operation not possible Continuous operation possible in spite of residual current hunting Residual area avoidance function not applied Resonant area avoidance function applied Sensorless Vector Function Improved Starting Torque and Accurate Torque Control Powerful sensorless algorithm improves speed and torque control precision in low speed area V F control Auto tuning function Sensorless vector control Energy Saving Drive Solution LS Medium Voltage Drive 1 8 1 9 LSMV M1000 M1000A Synchronous Transfer Function
5. CC HR th L mmm GENE NEM E x sss sms Z wm mmm Emm meee SS a e mmm s gt LI R E LI um 1 mm wa w s o e w q mmm Q I IIIII HI gll Ill 0 IT DESION Power Cell Cell specific keypad allows users to check individual cell details Additional R S T and P N check PIN allows for safe cell state monitoring Cable Type Cell Bus Type Cell Fiber Optic Board Cell side Output Terminal T1 T2 AC630V Input Terminal L1 L2 L3 Fiber Optic Board Control panel side System Circuit Diagram r 3kV Class 4kV Class b gt bbb bbp bbb lt lt lt ppp lt lt lt Energy Saving Drive Solution LS Medium Voltage Drive 22 23 LSMV M1000 M1000A Cascaded H bridge Multi level Drive Adopting mult
6. Switching motor power from medium voltage drive to commercial power bypass mode or vice versa drive mode Synchronous transfer function performs synchronization of the phases of two power sources while motor is running enabling power transfer and prevention of ensuing over current Short up down transfer time Ensuring reliability with over current Commercial LSMV line operation line operation Power source duplication section LSMV output U phase current Medium Voltage Motor Input U Phase Current Inv mode Grid mode Up Commercial line operation LSMV line operation Power source duplication section LSMV output U phase current Medium voltage motor input U phase current Grid mode Inv mode Down Multi Motor Transfer Multi motor synchronous transfer function allows users Grid mode to start multiple up to 3 MV motors sequentially in drive mode and control the last motor speed Possible to control 1 Start M1 motor in Inv Mode and transfer it to Grid Mode 2 Start M2 motor in Inv Mode and transfer it to Grid Mode 3 Start M1 motor in Inv Mode to control speed Note Delivering uninterrupted motor current requires reactor option DESIGN LSMV M1000 M1000A Series Multi winding Phase shift Master Control Transformer Module Module C s lt lt
7. reve Ff rere 7 AN EFE 2 FO fom Energy Saving Drive Solution LS Medium Voltage Drive SMV M1000 M1000A 3kV 200 700 4kV 250kVA 4 700kVA 6kV 400kVA 7 500kVA 10 600kVA 11 000kVA 11kV 660kVA 12 500kVA LS gt Leaping Beyond Being 5 No 1 into a Global Top Company in Industrial Electric Electronic Solutions Materials amp Energy Sectors Greater Value Together LS LS Group a leader of the electric electronic and energy sectors began as a LG Group s spin off in 2003 LS Group is growing again into an organization delivering the best quality and excellent product development insight and customer centric total solution packages Company s mission of becoming the global leader in the industry is to find the reason for its existence in standing and rising together with its customers e LG LS Cable amp System 9 5 LS LS Nikko Copper B gt e Gaon Cable 6 gt GS gt Energy Saving Drive Solution LS Medium Voltage Drive LSMV M1000 M1000A Innovator of Power Solutions amp Automation Systems LSIS a global leader in industrial automation systems and power solutions provides customers with total solutions LSIS is building win win relationships with power transmission distribution electric power devices automation systems and smart grid customers with f
8. 49H amp amp H 83H 10M 13M 11kV Class 50 Hz Output Capacity 660 1000 1300 1600 2000 2400 3300 4100 4900 6600 8300 10000 12500 TT 35 53 70 88 105 131 15 218 260 350 438 525 457 Maximum Applicable Motor Capacityikw 550 800 1000 1300 1600 1900 2700 3400 4100 5500 6800 8000 10500 Power Factor About 95 rated speed and load conditions Efficiency About 97 at rated speed and load conditions Input Current THD Satisfies IEEE standard 519 1992 Main Circuit phase 3 kV 3 3 kV 4 16 kV 6 kV 6 6 kV 10 kV 10 50 60 Hz Note1 Control Circuit 3 phase 220 380 V 440 V 1096 50 60 Hz 5 Rated Voltage 3 phase kV 3 3 kV 4 16 kV 6 kV 6 6 kV 10 kV Max 37 level uin Output Frequency 0 120 Hz Control Overload Resistance 60 seconds at 120 at normal duty Operation System Monitoring HMI XP 80 default Signal in Output PLC XGK input 32 channels output 32 channels Protection Features Communication Function Over current Drive overload Output cable earth fault Electronic thermal Output cable opening output cable open phase Input over voltage Input under voltage Input cable open phase Cell DC over voltage Cell overheating Transformer overheating and etc RS 485 built in optional DeviceNet Profibus Modbus RTU Modbus TCP Ethernet IP Architec Protection IP21 default I
9. 5 B B m Energy Saving Drive Solution LS Medium Voltage Drive LSMV M1000 M1000A The rack in type is constructed with a simplified cell allowing users to access the drive from the front for maintenance This eliminates need for additional space in the rear reducing the product installation footprint Input Output Connection M1000A product uses a fan that has a drastically reduced noise level supporting 0 10V speed control through its built in PID control BENEFIT Energy Saving through Efficient Energy Management 515 medium voltage drive demonstrates a unique compact system built upon optimal design It is easy to install and constructed to not require input output filters offering high efficiency and energy saving benefits 2 _ CN Energy Saving Drive Solution LS Medium Voltage Drive 1 0 1 1 LSMV M1000 M1000A Improved Power Quality Application of extended delta type transformer and separated type multi pulse rectifier drastically reduces input power THD hence complying with IEEE 519 standard Input current almost identical to sine waves eliminates need for additional harmonic filters or active filters on the input side Input Voltage Input Current Compatible with conventional motors and cables to ensure it fits in with existing system design Minimal impact of voltage reflection allowing longer cable length between drive and moto
10. C or more it is regarded as failure and output is cut off Trans Overheat BX If the main transformer temperature reaches 120 C or more failure is detected through the multi function digital input It is a fault used for the MV drive emergency stop Power is cut off at user s decision when an emergency occurs and signal is received through switch or external signal link Motor Overheat If trip signal of motor temperature sensor is received through digital input output is cut off Fan Error Ext Trip1 Ext Trip2 If a fan installed on the top to cool the MV drive fails and signal is received through the digital input output is cutoff Contacts can be configured as faults in accordance with fault stop and sequence setup configured by users to handle specific events other than tripping Control Low Voltage It occurs when power is not supplied following a problem in the MV drive control power and output is cutoff PLC Error If a problem occurs in the PLC installed within the MV drive and PLC failure contact is received from the digital input output is cutoff Can Error Cell Trip It is a protection function that activates if there is a communication problem between the MV drive controller and cell It is interlinked with the cell bypass operation as configured It is a protection function that allows the master to trip cells where faults have occurred APPENDIA Installation Installation Enviro
11. Empire Plaza No 726 West Yan an Road Shanghai P R China Tel 86 21 5237 9977 702 Fax 86 21 5237 7189 LSIS Beijing Office CHINA Room 2306 Building B Landgent Center No 24 Middle Road East 3rd Ring Road Chaoyang District Beijing P R China Tel 86 10 5761 3127 Fax 86 10 5761 3128 E Mail e 1515 Guangzhou Office CHINA Room 1403 14th New Poly Tower 2 Zhongshan Liu Road Guangzhou P R China Tel 86 20 8326 6784 Fax 86 20 8326 6287 E Mail htroh lsis com e LSIS Qingdao Office CHINA Room 2001 Galaxy Building 29 ShanDong Road ShiNan District QingDao ShanDong P R China Tel 86 532 8501 6058 Fax 86 532 8501 6057 E Mail htroh lsis com LSIS Chengdu Office CHINA Room1710 17 F Huamin Empire Plaza NO 1 Fuxin Road Chengdu P R China Tel 86 28 8670 3201 Fax 86 28 8670 3203 E Mail yangcf lsis com LSIS ShenYang Office CHINA Room 803 Hongyuan Building 52 South Nanjing Road Heping District Shenyang P R China Tel 86 24 2321 9050 Fax 86 24 8386 7210 E Mail yangcf lsis com LSIS Jinan Office CHINA Room 417 Chuangzhan Center No 201 Shanda Road Lixia District Jinan Shandong P R China Tel 86 531 8263 8026 Fax 86 531 8263 8027 E Mail yangcf lsis com e LSIS Tokyo Office JAPAN 16th Higashi Kan Akasaka Twin Tower 2 17 22 Akasaka Minato ku Tokyo Japan Tel 81 3 3582 9128 Fax 81 3 3582 2667 e LS VINA Industrial Systems Hochiminh Office VIETNAM 4th Yoco Building 41 N
12. 00 Tanjiahe Road Dianjun District Yichang City Hubei Province P R China Tel 86 717 667 7536 Fax 86 717 667 7222 E Mail jaewoongh lsis com e LS VINA Industrial Systems Co Ltd VIETNAM Room 1311 13th Building 91 Nguyen Chi Thanh street Hanoi Vietnam Tel 84 4 6275 8055 Fax 84 4 6275 8056 e LSIS ME FZE U A E LOB 19 205 JAFZA View Tower Jebel Ali Free Zone Dubai United Arab Emirates Tel 971 4 886 5360 Fax 971 4 886 5361 E Mail shunlee lsis com e LSIS Europe B V NETHERLANDS 1st Floor Tupolevlaan 48 1119NZ Schiphol Rijk The Netherlands Tel 31 20 654 1420 Fax 31 20 654 1429 E Mail junshickp lsis com e LSIS Japan Co Ltd JAPAN 16th Higashi Kan Akasaka Twin Tower 2 17 22 Akasaka Minato ku Tokyo Japan Tel 81 3 3582 9128 Fax 81 3 3582 2667 E Mail jschuna lsis com e LSIS USA Inc U S A 2000 Millbrook Drive Lincolnshire Chicago IL 60069 United States of America Tel 1 847 941 8240 Fax 90 e For your safety please read user s manual thoroughly before operating e Contact the nearest authorized service facility for examination repair or adjustment e Please contact qualified service technician when you need maintenance Do not disassemble or repair by yourself e Any maintenance and inspection shall be performed by the personnel having expertise concerned 2013 11 LSIS Co Ltd All Rights Reserved Overseas Branches e SIS Shanghai Office CHINA Room E 6 12th Huamin
13. 000 1800 2250 3615 630 88 LSMVM1000 041 11041630 510 2000 1800 2250 3873 750 105 5 1000 04110041750 610 2000 1800 2250 4124 A 950 131 LSMVM1000 041 1041950 770 4000 1800 2250 6051 B 4160 50 60 1200 Vs LSMVM1000 041004112H 980 4000 1800 2250 6401 B 1500 218 LSMVM1000 041004115H 1240 4000 1800 2250 6909 B 1900 260 LSMVM1000 041004119H 1570 4000 1800 2250 7430 B 2500 350 LSMVM1000 041004125H 2070 5000 1900 2350 9870 3100 438 LSMVM1000 041 004131 2270 5000 1900 MD B 3700 929 LSMVM1000 041 0104137H 3070 5500 2200 Fes 4700 657 LSMVM1000 041 3900 5500 2200 2650 14681 B 360 9 LSMVM1000 060 1060400 280 2100 1800 2250 3589 540 53 5 1000 0600 0 430 2100 1800 2250 4019 720 70 LSMVM1000 060 1060800 280 2100 1800 2250 4463 900 88 LSMVM1000 060006010H 720 2400 1800 2250 4752 1090 105 LSMVM1000 060006012H 890 2400 1900 2250 5110 A 1360 LSMVM1000 060006015H 1110 4800 1900 2250 7959 6000 1800 105 LSMVM1000 060 0 06020 1470 4800 1900 2250 8652 2200 218 LSMVM1000 060 0 06025 1820 4800 1900 2250 2917 B 2720 260 LSMVM1000 060 0 06030 2250 4800 1900 272540 B 3630 350 LSMVM1000 060 106040 3010 6400 1900 Ba site B 4540 438 LSMVM1000 060 0 06050 3760 6400 1900 5450 528 LSMVM1000 060 0 06060 4520 6900 2200 3250 18766 B 6810 657 LSMVM1000 060 0 06075 9690 6900 2200 S250 400 59 LSMVM1000 066 0 320 2400 1800 2250 3989 600 53 5 000 06 0
14. 03025 1880 4400 1900 2350 9747 B 2720 029 LSMVM1000 030 003030 2250 4700 2200 2650 5569 3360 657 5 1000 030 003037 2780 4700 2200 2650 5648 B 200 99 LSMVM1000 033 0033200 160 1600 1800 2250 2504 A 300 99 LSMVM1000 033 0033300 240 1600 1800 2250 2629 A 400 70 LSMVM1000 033 0033400 320 1600 1800 2250 2808 A 500 88 LSMVM1000 033 0033500 400 1700 1800 2250 3112 A 600 105 LSMVM1000 033 1033600 490 1700 1800 2250 3247 A 750 131 LSMVM1000 033 0033750 610 3600 1800 2250 4806 B 1000 135 LSMVM1000 033 r103310H 820 3600 1800 2250 5285 1200 218 5 1000 033003312 990 3600 1800 2250 5670 1500 260 5 1000 033003315 1240 3600 1800 2250 5933 B 2000 350 LSMVM1000 033 003320 1660 4400 1900 2350 8073 2500 438 LSMVM1000 033 003325 2070 4400 1900 2350 9747 B 3000 S2 LSMVM1000 033 003330 2490 4700 2200 2650 5569 B 3700 657 6 1000 033003337 3070 4700 2200 2650 5648 B Dimension and Weight Energy Saving Drive Solution LS Medium Voltage Drive LSMV M1000 M1000A Voltage Power Output Rated Max Applicable Panel mna Approximate Banel IV Frequency Capacity Current Product Model No Motor Weight ie Hz kVA A Capacity kW Width Depth Height kg 250 S LSMVM1000 041 1041250 200 2000 1800 2250 A 380 93 LSMVM1000 041 0041380 300 2000 1800 2250 500 0 LSMVM1000 041 11041500 400 2
15. 36 270 LSMVM1000A 030 0030300 210 2000 1200 2150 2276 C 360 70 LSMVM1000A 030 1030400 290 2000 1200 2150 2466 450 88 LSMVM1000A 030 0030500 360 2000 1200 2151 2636 540 105 LSMVM1000A 030 1030600 440 2000 1200 2150 2766 0 200 LSMVM1000A 033 0033200 160 2000 1200 2150 2036 0 300 59 LSMVM1000A 033 11033300 240 2000 1200 2150 2276 0 400 70 LSMVM1000A 033 0033400 320 2000 1200 2150 2466 500 88 LSMVM1000A 033 11033500 400 2000 1200 2150 2636 600 105 LSMVM1000A 033 0033600 490 2000 1200 2150 2766 360 98 LSMVM1000A 060 0 060400 280 4100 1200 2150 3574 D 540 53 LSMVM1000A 060 0 0 430 4100 1200 2150 3844 D 720 70 LSMVM1000A 060 0060800 900 4100 1200 2150 4204 D 900 88 LSMVM1000A 060006010H 720 4100 1200 2150 4674 D 1090 105 LSMVM1000A 060006012H 890 4100 1200 2150 4874 D 400 99 LSMVM1000A 066 0066400 320 4100 1200 2150 3574 D 600 53 LSMVM1000A 066 0066600 480 4100 1200 2150 3844 D 800 70 LSMVM1000A 066 0066800 640 4100 1200 2150 4284 D 1000 88 LSMVM1000A 066006610H 810 4100 1200 2150 4674 D 1200 105 LSMVM1000A 066 006612H 980 4100 1200 2150 4874 D Energy Saving Drive Solution LS Medium Voltage Drive LSMV M1000 M1000A Standard Connection Diagram L1 Transformer Cell Main Circuit Power Supply L2 L1 R AC 3 Phase L2 S i 3 0 11 kV L3 50 60 Hz L3 T Grounding Resistance PE Less Than 10 2 4 RS 485 232 CONVERTER Control Module M HMI Power Sup
16. 480 2400 1800 2250 4019 800 70 LSMVM1000 066 0066800 640 2400 1800 2250 4463 1000 88 6 1000 066 0 06610 810 2400 1800 2250 4752 1200 105 5 1000 066 0 0661270 980 2400 1900 2250 5110 1500 131 LSMVM1000 066006615H 1230 4800 1900 2250 7909 6600 2000 175 LSMVM1000 066 0 066200 1640 4800 1900 2250 8652 2500 218 LSMVM1000 066 0 06625 2070 4800 1900 2250 3000 260 LSMVM1000 066 006630 2490 4800 1900 272110 1007 B 4000 350 LSMVM1000 066 O 066400 coat 6400 1900 5000 438 LSMVM1000 066 0 06650 4150 6400 1900 057 B 6000 925 LSMVM1000 066 0 06660 4980 6900 2200 3250 18766 B 7500 657 LSMVM1000 066006675H 6220 6900 2200 2150 600 55 LSMVM1000 100r1100600 480 900 95 LSMVM1000 100r1100900 720 1200 70 LSMVM1000 1000110012H 970 1500 88 LSMVM1000 100 0 10015H 1210 1800 105 LSMVM1000 100 0 10018H 1470 2200 LSMVM1000 100 0 10022H 1800 Note 1 10000 3000 175 LSMVM1000 1000 10030H 2460 3700 218 LSMVM1000 1000 10037H 3070 4500 260 LSMVM1000 100 0 10045H F 6000 390 LSMVM1000 100 0 10060H 4980 7500 438 LSMVM1000 100 0 10075H 6220 9000 528 LSMVM1000 100 0 10090H 7470 11000 657 LSMVM1000 1000 10011M 9130 Note 1 Call our sales representative for the dimension of 10kV 11kV class products ZONA TECHNICAL DATA Schematic Drawing of L5MV M1000A C Type D Type FRONT VIEW
17. 7 4 143 6 kWx8 000h 1 630 400 Assuming 8 000 hours annual operating time 1 Drive Input Power B 136 4 X 0 95 m UE mm 2 The electricity bill that can be saved per year assuming an electric power tariff of KRW55 kW 1 630 400 x55 81 520 Energy Saving Drive Solution LS Medium Voltage Drive 21 3 LSMV M1000 M1000A Increasing Facility Efficiency Improving the Productivity with Optimized Reducing Operation and Maintenance Costs Facility Operation Ratio Soft starting eliminates network instability and process risks Effective process control through prompt and flexible from starting current and voltage drop speed control in response to change operating environment e Reducing maintenance frequency and costs with decreased and demand motor stress and extended equipment service life Improving productivity and product quality with optimized facility operation ratio Guaranteeing High Operating Efficiency and Power Factor Power Conversion Efficiency Ratio Delivering a high power factor at 95 or above with an independent built in system without additional Power conversion efficiency power factor corrector Power supply 0 95 or higher Improving system efficiency with a drive only system configuration without input output filters Efficiency and power factor 50 60 70 80 90 100 50660 BENEFIT User Convenience Monitoring HMI S
18. 9 750 950 12H 15H 19H 25H 37H 47H 4kV Class Output Capacity kVA 250 380 500 630 750 950 1200 1500 1900 2500 3100 3700 4700 a5 s 7 e 105 121 175 218 20 350 438 525 657 Maximum Applicable Motor CapacityikwW 200 310 410 530 620 790 1000 1250 1580 2080 2650 3150 4000 re 000 0505 0 600 gy 10H 12H 15H 20H 25H 30H 40H 50H amp 0H 75H 000 REP amp kV Class 50Hz Output Capacity kVA 400 600 800 1000 1200 1500 2000 2500 3000 4000 5000 6000 7500 sen Oper 35 53 7 88 105 131 175 218 240 350 438 525 657 Maximum Applicable Motor 330 500 660 850 1000 1250 1700 2080 2500 3400 4100 5000 6200 0 100 888 900 15H 19H 20H 30H 37H 45H 75H 90H 2 10kV Class Output Capacity KVA 400 900 1200 1500 1800 2200 3000 3700 4500 6000 7500 9000 11000 Rated Current A 35 53 7 88 105 131 175 218 20 350 438 525 657 Maximum Applicable Motor CapacityikW 500 750 1000 1250 1500 1800 2500 3150 3800 5000 6200 7200 9300 pL 660 10H 13H 16H 20H 24H 33H 41H 49H 10M 13M 2 5 16H 20H 24H 33H
19. MV AXA8 Reserve 30ACB TRIP MVD failure Energy Saving Drive Solution LS Medium Voltage Drive 32 33 LSMV M1000 M1000A Protective Function Individual Cell Production Function Protection Function Description Over Current It occurs when cell output current is at or over a standard level ETE If the main circuit DC voltage rises over a standard level due to regenerative energy from motor braking or generation J load or power system voltage surges and over voltage trip occurs it cuts off power to drive and stop free run It occurs when the IGBT arm or output short circuits Drive output is cut off and free run stopped in case of arm short circuit Communication Error It occurs if there is a communication problem between the cell and master Cell Overheat It occurs if the internal heatsink s cell temperature rises over a standard level Ntc Open It occurs when cell s internal temperature sensor fails and there is a problem in temperature measurement Low Voltage It occurs when the main circuit DC voltage falls below a standard level System Protection Function Protection Function Over Current MVD Over Load Description If the output current of MV drive reaches 14096 or more of rated current output is cut off and free run stopped If the output current of the MV drive reaches 12096 or more of the rated current and stays at that level for 1 minute or longer output is cut off and free run stopped Groun
20. P42 option ture Cell Bypass Built in default manual auto bypass Cooling Mode Air cooling Ambient Temperature 0 00 a ation Humidity Max 85 Condensation nvironment Altitude 1 000m or below Installation Input Transformer Installation indoor Note3 Class H air cooling N 5 10 or 5 N 5 Note 1 Call us for other voltage specifications Note 2 MV system view is an option Note 3 Install the HVAC system as well when installing the product herein Call our sales representative in advance as L5MV M1000A has capacity restrictions Options Type Local Drive Additional Local Drive Box Energy Saving Drive Solution LS Medium Voltage Drive 26 27 LSMV M1000 M1000A Function RUN STOP Input Current Voltage speed reference Monitoring Meter Current RPM Switch Emergency stop RS 485 Modbus RTU Communication Card Profibus Device NET Metasys N2 Analogue Input Analogue Output of input channels max 16 channels per slot Voltage input DC 1 5V DC 0 5V DC 0 10V DC 10 10V Current input DC 4 20mA DC 0 20 Select range select in PLC program Resolution 1 16 000 No of output channels max 8 channels per slot Voltage output DC 1 5V DC 0 5V DC 0 10V DC 10 10V Current output DC 4 20mA DC 0 20 Select range select in PLC program Resolution 1 16 000 PLC Function Digital Input Digital Output No of input ch
21. annels max 16 channels per slot Rated input voltage DC 241 Rated input current 4mA Common Com mode 16 points 1COM Insulation mode photocoupler No of output channels max 16 channels per slot Rated input voltage DC12 24 AC110 220V Rated input current 1 point 2A Common 5 Common Com mode 16 points 1COM Insulation mode relay Thermoresistor Input Note 1 Can select up to 4 options among the following PLC options No of input channels max 4 channels per slot Input sensor type PT 100 100 Input temperature range PT100 200 850 C JPT100 200 640 C temperaturel25 C 0 2 within full rangel0 55 C 0 3 within Ex 2 additional analogue inputs 1 additional digital input 1 additional thermoresistor input Note 2 As synchronous transfer function uses 2 PLC slots reducing available options to 2 be sure to call our sales representative if you need PLC extension base TECHNICAL DATA Schematic Drawing of LSMV M1000 A Type B Type FRONT VIEW SIDE VIEW
22. d Fault Motor Over Load If phase imbalance of output current occurs at or above a standard level following a grounding fault of the output cable of MV drive output is cut off and free run stopped If the MV drive output current exceeds OL level and the OL time set for the rated motor current output is cut off and free run stopped E thermal If the motor 15 deemed to be overheated at or above a standard level based on the theoretical calculation of motor temperature rise based on MV drive output frequency and output current output is cut off and free run stopped Low Current It occurs when it is deemed that the motor connection is broken due to switch gear failure on the output side while No Motor Trip the MV drive is operating or starting output is cut off and free run stopped Output Phase Open It is a function to protect the MV drive from open phase of the output cable during operation Input Phase Open It is a function to protect the MV drive from open phase of the input cable during operation Input Over Voltage It occurs when the main transformer input voltage reaches 12096 or more of the MV drive rated voltage and cuts off output Input Low Voltage It occurs when the main transformer input voltage reaches 7096 or less of the MV drive rated voltage and cuts off output DC Over Voltage If DC voltage of any of the cells used in the MV drive exceeds 1050V output is cut off Cell Overheat If any of the cells reaches 75
23. ection and bypass functions At 6 6kV Cell Drive Module IAIIIIIIIIIIIA IIIIIIIIIIIIIIIIIII NN 4 1 IOIIIIII AIII I IIIIIOI I IIIIIIAIIIIII I IIIIIIIIII I4I III 1 p um w P e LE uu X ws SS x ae Imm mmm SS umama mmm mmm amm mm X II x wa X x LE LI LE LJ LE LI COTTA TTL qm IIII III I IIIIIII INU 1 II mmm E meee amma S gt OA F IOIIIIIIUI I II IIIIA 3 Lr TDI I I IIIIIIIIIIM IIIIIIIIII0I III IIIIIIIIIIIIIIIIIIIIIIIIII IIIIIIIIIIIIII II IIIIII I I II IWIIIII IIIIIIIII Wi 7 E 4 TERT 2 E et uua
24. guyen Thi Minh Khai Street Hochiminh City Vietnam Tel 84 8 3822 7941 Fax 84 8 3822 7942 E Mail sjbaik lsis com e LSIS Detroit Office U S A 5700 Crooks Rd Suite 211 Troy MI 48098 United States of America Tel 1 248 792 2637 8 Fax 1 248 792 2642 E Mail sylee lsis com e LSIS Gurgaon Office INDIA 109 First Floor Park Central Sector 30 Gurgaon 122 002 Haryana India Tel 91 1244 930 077 Fax 91 1244 930 066 E Mail hwyim lsis com Specifications in this catalog are subject to change without notice due to continuous product development and improvement 2013 12 LSMV M1000 M1000A E 2013 11 02 2013 12 HumanPower
25. i winding phase shift transformer lowers input THD Eliminating the need for input filters Multiple voltage steps allow lower output THD Eliminating the need for output filters Reducing common mode voltage and leakage current Effective to extend motor service life Enabling complete modularization of power module circuits Modular design makes easy voltage increase e Continuous operation possible through individual power cell failure Minimal impact of voltage reflection allows for Longer cable distance between drive and motor 101 Class 6kV Class lt lt lt lt lt lt lt lt lt lt lt lt lt bbb bbb pbb A Kur 3 Ed l S Energy Saving Drive Solution LS Medium Voltage Drive LSMV M1000 M1000A Ordering Data on 11 1 BEBE 1000 10004 030 3 0 kV 033 3 3 kV 041 4 16 kV 060 6 0 kV 200 200 kVA 250 250 kVA 066 6 6 kV 300 300 kVA 400 400 kVA 100 10 0 kV 500 500 kVA 600 600 kVA 110 11 0 kV 700 700 kVA 800 800 kVA TH Customizing 15H 1500 kVA 16H 1600 kVA 18H 1750 kVA 20H 2000 kVA C Customizing Spec 50 gt 24H 2400 kVA 25H 25001KVAl Operat
26. ic Hubei Co Ltd CHINA LSIS Chengdu Office CHINA e S VINA Industrial Systems Co Ltd VIETNAM LSIS ShenYang Office CHINA LSIS ME FZE U A E e LSIS Jinan Office CHINA 515 Europe B V NETHERLANDS LSIS Tokyo Office JAPAN e LSIS Japan Co Ltd JAPAN VINA Industrial Systems Hochiminh Office VIETNAM e LS e LSIS USA Inc U S A e LSIS Detroit Office U S A e SIS Gurgaon Office INDIA Green lnnovators of lnnovation Safety Instructions LS IS Co Ltd HEAD OFFICE LS Tower 127 LS ro Dongan gu Anyang si Gyeonggi Do 431 848 Korea li Asia ll Europe America CIS Middle East Africa ll Oceania Tel 82 2 2034 4434 hsonga dlsis com Tel 82 2 2034 4966 0 Tel 82 2 2034 4709 htha dlsis com Tel 82 2 2034 4968 sphongaldlsis com Overseas Subsidiaries e LSIS Shanghai Co Ltd CHINA Room 1 4 32 F Great Wall Building No 3000 North Zhongshan Road Putuo District Shanghai P R China Tel 86 21 5237 9977 609 Fax 9 e LSIS Dalian Co Ltd CHINA No 15 Liaohexi 3 Road Economic and Technical Development zone Dalian P R China Tel 86 411 8731 7542 Fax 86 411 8730 7560 E Mail dskim lsis com e LSIS Wuxi Co Ltd CHINA 102 A National High amp New Tech Industrial Development Area Wuxi Jiangsu P R China Tel 86 510 8534 6666 Fax 86 510 8534 4078 E Mail sojin lsis com e LS Electric Hubei Co Ltd CHINA No 1
27. ing Mode S 60 Hz 30H 3000 kVA 33H 3300 kVA S Single Drive 35H 3500 kVA 40H 4000 kVA M Multi Drive 030 3 0 kV 49H 4900 kVA 5000 kVA 033 3 3 kV 55H 5500 kVA 60H 6000 kVA N Synchronous transfer X 041 4 16 66H 6600 kVA 70H 7000 kVA Y Synchronous transfer 0 050 6 0 kV 75H 7500 kVA 80H 8000 kVA 066 6 6 kV 83H 8300 kVA 90H 9000 kVA 100 10 0 kV 95H 9500 kVA 10M 10000 kVA 110 11 0 kV 11M 11000 kVA 13M 12500 kVA Capacity Line up by Voltage 3kV Class 300 600 750 1000 750 950 1200 1200 1500 2000 1800 2200 3000 2000 2400 3300 x Call us for details x Call our sales representatives in advance as L5MV M1000A has capacity restrictions SELECTION AND ORDERING DATA Standard Specifications Item Standard Rating 03058 8 300 00 500 600 750 108 128 15H 20H 25H 30H 37H 2 LSMMHBBE OGEFR SKY Class HE 200 300 400 500 amp 00 750 10H 12H 15H 20H 25H 30H 37H Output Capacity 200 300 400 500 400 750 1000 1200 1500 2000 2500 3000 3700 35 53 76 88 15 131 15 218 260 350 438 505 657 Maximum Applicable Motor Capacity 160 250 330 410 500 620 850 1000 1250 1700 2080 2500 3150 P ELE dx 500 43
28. nel after installation Maintenance Energy Saving Drive Solution LS Medium Voltage Drive 3 4 35 LSMV M1000 M1000A Daily amp Regular Trouble Check To prevent advance failure of the MV drive and ensure operational reliability over an extended period of time check the product as described in the following table Trouble checks include a daily check that can be performed during operation Table 1 and regular checks that are performed when power is cutoff and operation has stopped Table 2 When performing a regular check make sure that the keypad at the front of a cell is completely turned off to prevent damage from electric shocks Table 1 Daily Check Items Check Location Check Items Check Description Ambient Temperature Check ambient temperature humidity dust hazardous gas oil leak and the like System System in General Check abnormal vibration and noise Power Voltage Check if the main circuit voltage and control voltage are normal Main circuit Transformer Check for abnormal odor sound and noise CORO Check for roe cud and noise Check and clean air filter Display Instrument Check measurement accuracy and indicator reading Table 2 Regular Check Items Once Year Check Location Check Items Main Circuit Transformer Power Supply Cell Panel Transformer Check Description Check the insulation between the main circuit terminal and ground and between terminals with the insulation resi
29. nment M series products should be installed in an environment where the following conditions are met Ambient temperature 0 0 Ambient humidity 8596 or less dew formation No water dropping from above No direct exposure to dust No existence of corrosive liquid or gas Absence of excessive vibration 50866 equal to the product footprint should be secured in advance in reference to applicable drawing when product is to be installed Installation Space Sufficient space should be secured to cool down the product during the operation and facilitate maintenance CEILING 1M gt gt 2M 2M lt CEILING 1M 2 A Ambient Temperature This product should be installed at a location not exposed to severe environment changes in order to maintain product reliability Temperature around the product and air allowed into the LSMV should be maintained at 40 or below When the product 15 installed in a confined place an additional cooling fan or air conditioner should be installed to keep the room temperature at or below 40 Blocking of Foreign Materials Particular care should be taken to keep foreign materials such as dust or metal debris from finding their way into product while it is being installed Extra care should be taken to keep foreign materials from flowing into the transformer Do not leave installation tools or unused parts inside the pa
30. ole Number R Speed min Rated Current A Efficiency Power Factor 926 6 Speed Control Range Minimum min to Maximum min or Minimum Hz to Maximum Hz gt Acceleration Deceleration Acceleration Time Second s min Time Setting Deceleration Time Second s min 8 Overload Capacity Second s 9 By Pass Operation Circuit Required lt 1 Automatic Manual gt Main Circuit Voltage 10 Power Supply V Hz Specifications Control Circuit Voltage L 220V 3P L 380V 440V 1 Others V Indoors T Ambient Temperature G Humidity or less 11 Ambient Conditions Air Conditioning Facility 0 Provide 1 Not Provided Install Space Width mm Height mm 0 Depth mm Cable Entry 0 Bottom Option 36 37 te 19 0 e ab O 2 e ab e 72 5 Oo 19 Li 0 fab e a ue 19 fab en ue 0 Wuxi Factory China Dalian Factory China Hanoi Factory Vietnam Busan Factory Cheongju Factory Cheonan Factory w 5 2 0 D E O m e 5 8 2 9 ea see a S besooo be lt gt c lt 2 D 5 t TM 2 In n gt gt Lu O S 5 gt 9
31. ply L2 L1 RC Fan Power AC 3 L2 SC 220 380 440V L3 Control 50 60 Hz L3 TC J Module Power Digital Keypad amp eo S14 a 15 Point 9 Point Relay circuit PLC circuit Frequency m Output Reference M 4 Frequency 4 20mA 9 7 0 G 4 20mA 0 Output po 0 U Currnet 5 4 20 Spare L I DO1 Run DIO DO2 punning Stop DO3 command __ s i E uni E 004 op Emergency DOS ae 2 s DO8 8 Command Position 5 Select Local Digital E sae Alarm Command Position DI5 Input BE mE DO11 Select Remote 2 2 DO12 Running mE EN 0013 ____ 9 Line sw DOI O Line swgr gr i NN 0018 qj interlock m MSE s 2 Line swgr n DO 1 Reserved BEBE 0022 a 0023 ____ 0023 Reserved DO24 Reserved mE Digital Input Digital Output H TECHNICAL DATA Circuit Terminals Number Application L1 R 125 Main circuit input voltage rating 3kV 3 3kV 4 1 6kV 6kV 6 6kV 10kV 11kV 1090 TAP 0 in theJ 50 60Hz L3 T U V Main circuit output voltage 3kV 3 3kV 4 16kV 6kV 6 6kV 10kV 1 1kV 0 120Hz W Ground Grounding resistance Less than 10 Q L1 RC L2 SC 2 Phase 220V Control power 3 Phase 220 380V 440V 50Hz 60H
32. r Medium voltage drives minimize mechanical stress on motor eliminating need for additional sine wave filters ss Output Voltage l1 Output Current BENEFIT Energy Saving Achieving Energy Saving and Minimum Energy Loss through Optimized Speed Control Energy Saving Discharge damper control The optimum way to save energy from fans pumps and blowers is to control the motor speed with drive Suction damper control This is far more effective in energy saving than fluid control by damper S C y 0 C O oc Abnorm Energy saving control 30 40 50 60 70 Wind volume revolution count Fan operation characteristics Ex Wind volume revolution speed power requirement characteristics Example of Operating Conditions 1 Motor in use 3300V 600kW 6P Motor efficiency 9596 2 Operating at 60 of air flow volume Motor efficiency of 90 at 100 of flow volume 1 Inlet side Damper Control Power 3 Energy Saving 600 x 0 55 NEC CM 347 4kW 1 Drive enabled annual energy saving 1 2 0 95 Motor Efficiency Note 0 55 Power rate required for damper s suction control when operating at 6096 of air flow volume 203 8kW 2 Drive Control Power Saved Rated Motor Output C 600 0 6 129 6kW 1 1 Motor Input Power 129 6 X 0 95 136 4kW Motor Efficiency 34
33. rd built in PLC supports customization 1 0 extensibility etc Providing the improved system compatibility with field bus communication options RRR PPP RRR RRR RRR Monitoring Optimized PID Control of Cooling Fan According to Heat Release MV System View Option mE Reducing fan noise power consumption and extending fan MV System View is a PC Windows XP and Window 7 service life by optimizing cooling fan speed control in compatible based software that uses RS485 232 proportion to the drive internal temperature communication links between MVD and PC to control monitor MVD Communication standards and a built in system view enables flexible application in various systems It facilitates remote operation and operating state monitoring by higher level systems F mam Normal reverse direction stop 5 m ee command buttons and LED display E E H 1 Touch based keypad configuration 1 1 40 m 80 Internal Temperature Fan Speed Hz 0 Basic drive operation information display Real time drive information is displayed in 4 channel graphs providing the monitoring stop trigger F mu eT ee em ug Configuring monitoring history operation failure mel parameter drive parameter IP and com munication Selection tion setup communica
34. s proven reliability in various industrial sectors Voltage 3kV AkV 6kV 1OkV 11kV 3kV 6kV Capacity 200kVA 12 500kVA 200kVA 1 200kVA Control Mode V F Sensorless Vector IP Class Standard IP21 IP42 Optional Standards CE UL Pending Frequency 50 60Hz Topology Multi Level PWM Electric submersible pump e Inlet outlet pump Boiler feed water pump Furnace fan Reciprocating Centrifugal Auxiliary pump Condensation pump Fluid transfer pump Compressor Defoaming pump Cooling water pump Conveyor Conveyor Booster pump District heating water Sludge pump Unloading amp booster pump circulation pump Quenching pump Primary and secondary air fan Coal mill and conveyor hrusters e Extruder e Kilns e Cement mills Boiler fans Chippers Conveyor e Coker amp wet gas e Raw mills Crushers e Auxiliary pumps Vessel propulsion Exhaust fans Chip refiners Pump 5tirring machine amp auxiliary fans Vacuum pump Heat exchanger pump 06 07 INTRODUCTION Minimizing Installation Footprint and Investment Costs by an Optimized Drive Design T Tapu E e A T 7 DE ER m en ae ae eee 2 rt ith o 5 5 amp amp amp 5 amp oc ft B
35. stance meter Check if any screw bolt or connector is loose Check if any part is overheating Clean the inside of the panel Check for cable shield damage deterioration Check if the primary side voltage and secondary side voltage are normal Check for smoothing capacitor leaks Check if the smoothing capacitor is swollen Measure and check smoothing capacitor capacitance Check if any screw or bolt is loose Check if normal circuit and control circuit fuses are normal Clean dust built up inside product and heat sink Check if the protection circuit and indicator circuit operate as intended Control Circuit Operation Check if the product operates as intended Relay Check if the timer operates as intended Check if there is any damage to the contact Check for abnormal odor and discoloring Check power supply voltage Check for abnormal vibration and noise Cooling System Cooling Fan Check operating direction APPENDIA Form for quotation 1 Name of Application 2 Type of Load Pump LI Fan 1 Blower 1 Compressor 1 Others Tm 1 Variable Torque 0 Proportional Torque 3 Torque Characteristics Constant Torque Constant Output J GD 4 kg m 4 Operation Conditions Motor Current A Annual Operation Time hours LI Squirrel Cage Induction motor Wound Rotor Type Motor 5 Motor Specifications L Existing LI New Output kW Voltage V Frequency Hz P
36. tandard HD HMI Monitoring Maximizes User Convenience We 2011 07 18 16 37 45 Language Select 12 1 inch touch screen Supporting multi languages Korean English Chinese Russian Spanish Thai and Portuguese Control and system state monitoring L 2 Powerful data control E 4 E E data logging diagnostics and amp information User centric convenience ud d HD display high data throughput EMEEN nit np user friendly interface Supporting dedicated editor for RAR rar tems MVD Model Cell Mode MVD Operation Menu Selection Power Fan Temperature Display MVD Mode PARAMETER PLCI O TREND HISTORY gt External Interface Ethernet O O eee USB z port eee m Ethernet I F Serial I F Serial I F USB I F cardl F Extension port RS 232C RS422 485 card Communication slot unit Fe Ble abu 51 OPERATION TREND 1 gt FARAMETER Fussy HISTORY aan i f Da i di Hi pr m Bm y i i Trend U3 and W5 Cells are in Failure Mode V2Cell is in Bypass Mode Energy Saving Drive Solution LS Medium Voltage Drive 1 b LSMV M1000 M1000A Communication Standa
37. uture oriented technologies and environment friendly products that maximize energy efficiency 6 Trinno Technology OVERVIEW Contents Introduction Benefit MES tedio E 10 Function Selection amp Ordering Data 24 Technical Data E Worldwide Network LSIS Leads You to the Advanced Industry Energy Saving Drive Solution LS Medium Voltage Drive 04 05 LSMV M1000 M1000A Optimum MV Drive Solution for Industrial Plants amp SOC Systems Compact Size High User centric Reliability Interface LSIS medium voltage drive consists of compact integrated systems built on cutting edge technologies delivering optimum energy saving solution featuring high efficiency and power factor The system supports a user friendly HMI Human Machine Interface that allows easy operation and displays desired information for customers maximum convenience LSIS medium voltage drive offers leading industrial drive solutions with proven reliability and economic viability It also contributes to energy saving and environment protection in various industries including gas water treatment marine power generation and cement LSMV M1000 un E Energy Saving Drive Solution LS Medium Voltage Drive LSMV M1000 M1000A Customized Solutions for Various Industrial Sectors LSIS medium voltage drive offers customized solutions incorporating customer requirements and drawing upon it
38. z 5 Pol Bah 5 B 5 G25 fa EE 5 5 s E o o m ETETETT e e c LL c 5 a8 E 2 8 5 8S 54 T O a z a T lt a 1515 engages in business activities around the world The company has a global network that includes four overseas corporations and eight overseas branches It also has 224 business partners in 77 countries Shanghai Wuxi Dalian Hubei China Hanoi Veitnam Q Overseas Subsidiaries lt c E e TES oO gt o gt E lt 2 a 2 e n oO wc u E lt Shanghai Beijing Guangzhou Qingdao Chengdu Shen Yang Jinan China Hochiminh Veitnam Tokyo Japan Detroit USA Gurgaon India Q Overseas Branches Shanghai Beijing Guangzhou Qingdao Chengdu Wuxi Changzhou Xiangtan Global Service Centers Nanjing Jinan Chongqing Foshan Fujian Wuhan Shen Yang Hubei China Dalian 77 Countries Presence Internationally e LSIS Shanghai Office CHINA e LSIS Shanghai Co Ltd CHINA LSIS Beijing Office CHINA e LSIS Dalian Co Ltd CHINA SIS Guangzhou Office CHINA e LSIS Wuxi Co Ltd CHINA LSIS Qingdao Office CHINA e LS Electr
39. z Voltage 10 Frequency 5 L3 TC Control Circuit Type Terminal Signal Name Functional Description Function Analogue Input Freq Reference Operating command input User Selection DC 0 10V or 4 20mA A03 Output Current Feedback output Analogue Output A04 current feedback User Selection DC 0 10 4 20 A05 Spare 2 Signal ADS Output Speed Reserve 07 A08 Output Current Reserve DIO Rst Reset 011 Ext Trip External failure 012 Fx Normal direction operation DI3 Rx Reverse direction operation 014 Trans Transformer overheating Fan Tri one Gel Li ma o oT Xcel M Xcel H Up Down 3 Wire Analog hold Ana Change Xcel stop Loc Digital Input 2 Sum nael presets Rem Door Open Trans OHW Trans OHT D Control EV Control power loss Motor OHT Fan Trip Ext Trip1 Ext Trip2 Di Reserve Medium Voltage Run Enable 0110 Reserve Control LV PLC Error None DI11 Reserve 0112 Reserve 0113 Reserve 0114 Emergency stop AXAT Ready Control power read FAN RUN Fan operation command AXA3 RUN MVD in operation None FDT 1 FDT 2 FDT 3 FDT 4 FDT AXA4 Warning MVD warning 9 OL IOL Stall OV LV OH Lost Digital Output AXA5 Reserve Command Run Stop Steady Speed AXA6 Reserve Search Ready Warning FAN AXAT NE RUN NORMAL OCT Cell ByPass RUN
Download Pdf Manuals
Related Search
LSMV M1000/M1000A