ABB中文PGC2000trainU培训资料
ABB变流器培训教材2-软件
在下面的条件下应该选择 ID Run (Standard 或Reduced) ：
工作点接近零速。 在一个很宽的速度范围内电机转矩超过电机额定转矩并且不要求使用脉冲编码器时。
在启动电机辨识运行之前，首先启动电机并检查电机的旋转方向。在运行期间， 电机应该按前正转方向旋转。
组 总线控制 – 51组 LCU通讯 – 95组
路漫漫其修远兮, 吾将上下而求索
主从功能 – 70…组 自定义编程功能 – 53~58
组 极限设置功能 – 20组 启动停止功能 – 21组 斜坡函数功能 – 22组 速度给定功能 – 23组 速度控制功能 – 24组 转矩给定功能 – 25组 转矩给定控制 – 26组 磁通控制功能 – 27组 电机模型参数 – 28组 标量控制功能 – 29组
2 = STANDARD
运行标准电机辨识运行可以保证获得最高的控制精度。在运行标准电机辨识运行之前 电机必须与负载脱开。
3 = REDUCED
如果电机不能与负载解耦，那么选择该值。当电机运行时，如果机械损耗超过20%（ 例如，该负载不能被断开）或不允许减小磁通（例如，有辅助设备和电机并联时）， 那么选择简化电机辨识运行。
路漫漫其修远兮, 吾将上下而求索
电机的启动数据－第99组参数参数 Start-Up Data
99.04 MOTOR NOM FREQ 8~300Hz
如果电机的额定频率高于 50 Hz，那么在一个ID Run 命令前必须设置 DTC 模式下的速度极限值或标量控制模式下的频率极限值。
99.05 MOTOR NOM SPEED 1~18000rpm 99.06 MOTOR NOM POWER
ABB变频器(培训资料)2
Internal DC Choke
TSU types
晶闸管整流单元型号
ACS800 MD TSU - 18
Boards of TSU
TSU电路板
ACS800 MD TSU - 19
Boards电路板ACS800 MD TSU - 20
Connections of boards 电路板的连接
ACS800 MD TSU - 21
ACS800 MD TSU - 3
在此输入您的封面副标题
空白演示
过渡页感谢大家的认证聆听
ACS800 MD TSU - 5
TSU B4/B5
AC
晶闸管整流单元
Thyristor Supply
Unit
Thyristor Supply
Unit
DC
525 kVA
525 kVA
ACS800 MD TSU - 6
SDCS－CON－2
S2 Selection Normal start Start with initial values
X37
2468
S2
1357
X33
H1 X18
X17
X14
D33
X21
X11
D31
D35 D32
Control Panel CDP312 connection
ACS800 MD TSU - 22
B4 - B5 size
Main Circuit Diagram Of TSU
3a
3b
V11 V13 V15
TSU 主回路
V24 V26 V22
3~
Ud
Uc
V14 V16 V12
1
ABB 中高压交流驱动器 ACS2000 技术手册说明书
—TECHNIC AL C ATALOGMedium voltage AC drives ABB industrial drivesACS2000, 300 to 3000 HP, 4kV—The flexibility you require. The reliability you expect.03 ACS2000 Technical Catalog—Table of contentsFeatures and benefits (05)ACS2000 4kV Technical data (06)Direct-to-line, low harmonic drives (06)Direct-to-line, regenerative drives (07)Drive options (8)Drive Services (11)Technical specifications (12)Dimensional Drawings (17)4kV, direct to line Frame 1 (17)4kV, direct to line Frame 2 (19)4kV, direct to line Frame 3 (21)Trademarks• DriveWindow® is a registered trademark of ABB• Modbus® is a registered trademark of Schneider Electric• PROFIBUS® is a registered trademark of Profibus International• ControlNet™ is a registered trademark of ControlNet International, LTD.• DeviceNet™ is a trademark of the Open DeviceNet® Vendor Association.04ACS2000 Technical Catalog—ACS2000 medium voltage driveThe ACS2000 is designed for highreliability, easy installation and fastcommissioning, reducing the totalcost of ownership.With the integration of an Active Front End (AFE) combined with multilevel control, the ACS2000 is an Ultra Low Harmonic (ULH) design that minimizes line side harmonics without the use of expensive, specialized transformers with the added benefit of a smaller overall package.With its compact packaging, the ACS2000 can be retrofitted to control standard induction motors via a direct connection to the line supply (direct-to-line). Alternatively, a simple two winding input isolation transformer can be applied to allow for connection to various line side supply voltages.The ACS2000 direct-to-line configuration combines the cost savings of a transformer-less variable speed drive system with the benefits of Voltage Source Inverters (VSIs), including excellent availability and reliability, high and constant power factor and superior dynamic control performance.The heritage of ABB’s VSI topology, along with a patented HV-Key product features• Suitable for use with or without an input isolation transformer• Meets IEEE 519 and IEC 61000-2-4• Direct-to-line configuration (transformer-less) allows 3 in and 3 out power cabling for quick and easy installation• Multi-level switching topology and built-in dV/dt filtering enables use with new or existing induction motors• Regenerative option and ability to maintain near unity power factor across the entire speed range provides additional energy savings• Modular construction provides high reliability and low maintenance costs• Configurable disconnect option package for a flexible, selfcontained switchgear solution05 ACS2000 Technical Catalog—Features and benefitsFeatures Advantages BenefitsOperation without transformer (direct-to-line)No transformer required Reduces capital expenditure, light weight, compactEasy retrofit to fixed-speed motors Minimizes investmentEasy and fast commissioning Reduces overall cost of projectCompact and light drive system Lowers transportation costs; less space required inelectrical roomActive Front End (AFE)Ultra low harmonic (ULH) footprint Harmonic emissions compliant with all relevantstandardsAllows operation with an input isolationtransformer or for direct connection to the linesupplyFlexibility of installationEnergy savingsMaintains near unity power factor across the entire speed range Reduces energy loss in distribution system, avoiding utility penalties and the need for larger cablesRegenerative braking option Minimizes energy consumptionMultilevel topologyPatented multilevel topology Low parts count boosts drive availabilityProvides near sinusoidal current and voltagewaveformsCompatible with standard new or existing motors Voltage Source Inverter (VSI) topologyExcellent availability, reliability and efficiency Higher uptime of plant or processHigh and constant power factor Eliminates utility penaltiesSuperior dynamic control performance Safe ride through during supply voltage dips andbetter process controlDirect Torque Control (DTC)Precise and reliable process control with superiorperformanceHigher productivityCompact sizeRequires less space in electrical room Frees up valuable floorspace06ACS2000 Technical Catalog—4kV Technical dataDirect-to-line, low harmonic drivesMotor data *Converter data Converter length and weight (approx. values)Direct-to-line For operation withexternal transformer Normal data Heavy data Type code Power Length1Weight Length WeightP N INPhdIhdkVA in(mm)lbs(kg)in(mm)lbs(kg)hp (kW)A hp(kW)A4,000 - 4,160 V **300 (224)40220(164)30ACS2000-040-A01A-x1-01028077.5(1,968)4,570(2,073)77.5(1,968)4,570(2,073)350 (261)47257(191)35ACS2000-040-A01B-x1-01032677.5(1,968)4,570(2,073)77.5(1,968)4,570(2,073)400 (298)54293(219)39ACS2000-040-A01C-x1-01037377.5(1,968)4,570(2,073)77.5(1,968)4,570(2,073)450 (336)61330(246)44ACS2000-040-A01D-x1-01042077.5(1,968)4,570(2,073)77.5(1,968)4,570(2,073)500 (373)67367(274)49ACS2000-040-A01E-x1-01046677.5(1,968)4,570(2,073)77.5(1,968)4,570(2,073)600 (448)81440(328)59ACS2000-040-A01F-x1-01056077.5(1,968)4,570(2,073)77.5(1,968)4,570(2,073)700 (522)94513(383)69ACS2000-040-A01G-x1-01065377.5(1,968)4,570(2,073)77.5(1,968)4,570(2,073)800 (597)108587(438)79ACS2000-040-A01H-x1-01074677.5(1,968)4,570(2,073)77.5(1,968)4,570(2,073)900 (671)121660(492)89ACS2000-040-A01J-x1-01083977.5(1,968)4,570(2,073)77.5(1,968)4,570(2,073)1000 (746)135733(547)99ACS2000-040-A01K-x1-01093377.5(1,968)4,570(2,073)77.5(1,968)4,570(2,073)1250 (933)168916(684)123ACS2000-040-A02A-x1-0101,166114.8(2,916)6,750(3,672)114.8(2,916)6,750(3,672)1500 (1119)2021100(821)148ACS2000-040-A02B-x1-0101,399114.8(2,916)6,750(3,672)114.8(2,916)6,750(3,672)1750 (1306)2361283(957)173ACS2000-040-A02C-x1-0101,632114.8(2,916)6,750(3,672)114.8(2,916)6,750(3,672)2000 (1492)2691467(1094)197ACS2000-040-A02D-x1-0101,865114.8(2,916)6,750(3,672)114.8(2,916)6,750(3,672)2250 (1679)3031650(1231)222ACS2000-040-A03A-x1-0102,099137.2(3,486)9,000(4,082)137.2(3,486)9,000(4,082)2500 (1865)3371833(1368)247ACS2000-040-A03B-x1-0102,332137.2(3,486)9,000(4,082)137.2(3,486)9,000(4,082)2750 (2052)3702,017(1504)272ACS2000-040-A03C-x1-0102,565137.2(3,486)9,000(4,082)137.2(3,486)9,000(4,082)3000 (2238)4042200(1641)296ACS2000-040-A03D-x1-0102,798137.2(3,486)9,000(4,082)137.2(3,486)9,000(4,082)Notes:* Indicative information referring to typical 4-pole motor, under nominal supply voltage conditions.The ratings apply at 40°C. At higher temperatures (up to 50°C) the derating is 1.5% / 1°C. Light-overload use (normal duty)P N : Typical motor power in light-overload use.I N : Continuous current rating of particular sub-frame allowing 110% IN at 40°C for 1 min-ute every 10 minutes. Heavy-duty use Dimensions (h x l x d) includes standard fan Frame 1 Dimensions:inches: 90.0 x 77.5 x 46.8mm: 2285 x 1968 x 1190Frame 2 Dimensions:inches: 98.0 x 114.8 x 46.8mm: 2489 x 2916 x 119007 ACS2000 Technical Catalog—4kV Technical dataDirect-to-line, regenerative drivesMotor data *Converter data Converter length and weight (approx. values)Direct-to-line For operation withexternal transformerNormal duty Heavy duty Type code Power Length1Weight Length WeightP N INPhdIhdkVA in(mm)lbs(kg)in(mm)lbs(kg)hp (kW)A hp(kW)A4,000 - 4,160 V **300 (224)40220(164)30ACS2000-040-A01A-x1-01028077.5(1,968)4,570(2,073)77.5(1,968)4,570(2,073)350 (261)47257(191)35ACS2000-040-A01B-x1-01032677.5(1,968)4,570(2,073)77.5(1,968)4,570(2,073)400 (298)54293(219)39ACS2000-040-A01C-x1-01037377.5(1,968)4,570(2,073)77.5(1,968)4,570(2,073)450 (336)61330(246)44ACS2000-040-A01D-x1-01042077.5(1,968)4,570(2,073)77.5(1,968)4,570(2,073)500 (373)67367(274)49ACS2000-040-A01E-x1-01046677.5(1,968)4,570(2,073)77.5(1,968)4,570(2,073)600 (448)81440(328)59ACS2000-040-A01F-x1-01056077.5(1,968)4,570(2,073)77.5(1,968)4,570(2,073)700 (522)94513(383)69ACS2000-040-A01G-x1-01065377.5(1,968)4,570(2,073)77.5(1,968)4,570(2,073)800 (597)108587(438)79ACS2000-040-A01H-x1-01074677.5(1,968)4,570(2,073)77.5(1,968)4,570(2,073)900 (671)121660(492)89ACS2000-040-A01J-x1-01083977.5(1,968)4,570(2,073)77.5(1,968)4,570(2,073)1000 (746)135733(547)99ACS2000-040-A01K-x1-01093377.5(1,968)4,570(2,073)77.5(1,968)4,570(2,073)1250 (933)168916(684)123ACS2000-040-A02A-x1-0101,166114.8(2,916)6,750(3,672)114.8(2,916)6,750(3,672)1500 (1119)2021100(821)148ACS2000-040-A02B-x1-0101,399114.8(2,916)6,750(3,672)114.8(2,916)6,750(3,672)1750 (1306)2361283(957)173ACS2000-040-A02C-x1-0101,632114.8(2,916)6,750(3,672)114.8(2,916)6,750(3,672)2000 (1492)2691467(1094)197ACS2000-040-A02D-x1-0101,865114.8(2,916)6,750(3,672)114.8(2,916)6,750(3,672)2250 (1679)3031650(1231)222ACS2000-040-A03A-x1-0102,099137.2(3,486)9,000(4,082)137.2(3,486)9,000(4,082)2500 (1865)3371833(1368)247ACS2000-040-A03B-x1-0102,332137.2(3,486)9,000(4,082)137.2(3,486)9,000(4,082)2750 (2052)3702,017(1504)272ACS2000-040-A03C-x1-0102,565137.2(3,486)9,000(4,082)137.2(3,486)9,000(4,082)3000 (2238)4042200(1641)296ACS2000-040-A03D-x1-0102,798137.2(3,486)9,000(4,082)137.2(3,486)9,000(4,082)Notes:* Indicative information referring to typical 4-pole motor, under nominal supply voltage conditions.The ratings apply at 40°C. At higher temperatures (up to 50°C) the derating is 1.5% / 1°C. Light-overload use (normal duty)P N : Typical motor power in light-overload use.I N : Continuous current rating of particular sub-frame allowing 110% IN at 40°C for 1 min-ute every 10 minutes. Heavy-duty use Dimensions (h x l x d) includes standard fan Frame 1 Dimensions:inches: 90.0 x 77.5 x 46.8mm: 2285 x 1968 x 1190Frame 2 Dimensions:inches: 98.0 x 114.8 x 46.8mm: 2489 x 2916 x 119008ACS2000 Technical Catalog —Drive optionsOption description Plus code(prefix)Plus code(suffix)Selection description FramesizeMotor sideMotor space heater control and protection MHP00066A, 110-240V(Consult ABB for current ratings)ALLSpeed encoder interface SEN0001Manufacturers selection ALL Line sideLine side disconnect / contactor ICO0002Fused disconnect and line side vacuum contactor ALL Line side current transformer CTL0001Differential CT's for line side monitoring ALL CabinetsCabinet color COL0101ANSI 61 (light grey)ALL0003Customer specific ALL Enclosure protection class EPC0112IP21/NEMA 1ALL0042IP42ALL Corrosion protected busbars CPB0000Copper/blank ALL0020Copper/corrosion protected ALL Cooling circuitMain fan redundancy 1)RMC0002Yes ALL Auxiliary supplyAuxiliary Supply Configuration ASC0010Internally supplied from MV main supply (4160: 480V CPT)ALL Control Supply Configuration CSC0010From auxiliary supply ALL0001Single supply (customer supplied UPS)ALL Control power ride-through CPR0001100ms control ride-through ALL000415min control ride-through (battery based UPS)ALL Space heater for converter SHT0001Single phase supply (120V)ALL0002Single phase supply (240V)ALL1) For air cooled drives, if one fan fails this fan will be substituted by the redundant fan. For water cooled drives, if one pump fails this pump will be substituted by the redundant pump.2) Requires option ICO0002.Supervisory control systemFieldbus adapter modules FAB0008Modbus RTU ALL0009Profibus ALL0005Modbus/TCP ALL0012Anybus ControlNet Module ALL0013Anybus DeviceNet Module ALL0014Anybus Ethernet IP Module ALLControl I/O extension CEO0001Extension 1ALL Enhanced customer interface CIT003030 spare terminals ALL Controls on front door: Run pilot light - red lamp LRU0001Yes ALL Controls on front door: Door-mounted speed pot PSP0001Yes ALL Controls on front door: Local/remote switch SLR0001Yes ALL—Drive options 09ACS2000 Technical CatalogOption description Plus code(prefix)Plus code(suffix)Selection description FramesizeControls on front door: Forward/Reverse switch SFR0001Yes ALL Control and ProtectionMotor temperature supervision TSM0005Motor supervision, 5 PT100 inputs ALL0008Motor supervision, 8 PT100 inputs ALL Motor protection relay LVM0001Multilin 369ALL SoftwareSoftware Diagnostic tool 1)(DriveWindow + RUSB card)DRW0001Yes ALLAdditional scope and servicesPackingPacking PAK0000DOM - domestic land packing ALL0001EXP - export sea freight packing ALL TestingFactory acceptance test FAT0011Standard factory acceptance test(including visual inspection)ALL Visual inspection VIS0011Visual inspection by customer ALL1) To order DriveWindows as a separate scope of supply, utilize part number 2UEA001557* Indicates recommended option—Project spares 10ACS2000 Technical Catalog ValuepropositionServiceofferingsWhat are Project Spares?Project spares are predefined spare part packages that are sold with the drive project. They are designed to assist in the selection of spare parts during the sales phase of new drives. Three different service levels exist.Minimum Spare Part Package The minimum package is recommended in the case of redundant drives, where a failure of one drive does not have any impact on production. This Standard Spare Part PackageThe standard spare part package is recommended for non-critical applications, where a failure of the drive system does not necessarily cause an immediate production stop. This package also covers the requirement for “two-year spares“. Extended Spare Part PackageThe extended package is recommended for “critical, non-Spare part packagesPower SectionTopology 5 level Voltage Source Inverter Rectifier Type HV IGBTRegenerative Mode OptionalInput Voltage Rating4160V +/- 10%Voltage Sag-30% (with derating)Input Voltage unbalance<2%Input Frequency50/60Hz, +/- 5%Max Available Short Circuit Current50kASupply minimum short circuitcapacity20 times installed peak powerInput Protection Fuses - DTLBasic Impulse Level60kVInput Surge Protection MOV Surge Arresters - DTL, AFE;consult factory for otherconfigurationsInput impedance LCL filter topology DTLTypical Line Harmonics Compliant with IEEE 519, EN 61000-2-4, GB/T 14549-93Input Power Factor Controlled to 1.0 - DTL, AFEBusbar4kV - Copper blank, Optional Copperwith tin platingPrecharge Circuit Via auxiliary power supply.Coordination with MV switchgearrequired if integrated disconnectoption not chosen.DC Link Capacitors Foil/thin film typeOutput Switching Device HV IGBTMotor Type InductionMaximum motor cable length< 1000ft (300m); Contact factory forlonger cable lengthsMotor current THD< 5% for typical motorsControlAuxiliary Supply Voltage400 VAC, 480 VAC, 600 VAC, +/-10%,50/60Hz, external supplyAuxiliary Power Consumption (minimum supply recommended 4kV DTL: Frame 1: 6 kVA Frame 2: 11 kVA Frame 3: 16 kVAControl Voltage24VDC; power derived from 3 phaseauxiliary power or optional 120V or230V 1 phase control powerDigital Inputs(qty 4 fixed and 10 programmable) -20 -240VAC, 20-150VDC, 8-25mA Digital Outputs(qty 2 fixed and 4 programmable) -6amp@ 24VDC or 120VACAnalog Inputs(qty 2 fixed and 2 programmable) -0-10V or 0-20mA, 10 bit resolution Analog Outputs(qty 2 programmable) - 0-20mA, 12bit resolution; scalable to 4-20mA HMI CDP 312 keypad - four line, 16character start, stop, local/remote,resetDoor Mounted Controls Standard - Supply On, Supply Off,Ground Switch De-Energized, Fault/Alarm4kV options - Run Light, SpeedPotentiometer, Local/Remote Switch Control power ride through 5 cycle ride through standard;extended ride through via optionalbattery powered UPS PerformanceControl Software DTC (Direct Torque Control)Zero speed starting torque0-speed starting torque 100 % (formax. 10 s) - with encoder70 % (< 5 % motor speed) - withoutencoder100 % (> 12 % motor speed)Speed accuracy with encoder0.01% static, 0.2 to 0.5% dynamic Speed accuracy without encoder0.1% static, 0.5 to 1% dynamic Torque Response Time5ms at 70% of full speedMaximum Motor Cable Distance< 1000 ft (300m); for longer distanceconsult ABBOutput Frequency Range0…75 HzProtection Overvoltage, Overcurrent, ShortCircuit, OvertemperatureMotor stall, Overspeed,communication (I/O Watchdog),ground fault main circuit breakersupervision/trip, Auxiliary voltagefault, Emergency off signalsupervisionCooling/AmbientCooling method Forced air cooling, Roof-vented fanunitAir flow rate4kV DTLFrame 1 : 5000 ft³/min (8500 m³/h)Frame 2 : 10000 ft³/min (17000m³/h)Frame 3 : 15000 ft³/min (25485m³/h)Ambient operating temperaturerange5 to 40 C,50C available with derating Transportation and Storage-25C to +55COperational Altitude< 2000 m above sea level, for higheraltitudes please consult factoryHigher with deratingRelative Humidity 5 to 85%, non-condensingCabinet/EnclosureProtection Class IP 21, IP 42, NEMA 1 GasketedColor ANSI 61 Gray - whole cabinet Cabinet Material Corrosion protected, coated steelenclosure, 12 gaugeMain power cable entry Top or bottom entry/exitControl cable entry Top or bottom entry/exitSafety Mechanical interlocking of doors forMV SectionsDesign Standards cUL, NEMA, ANSI, IEEE, IEC, EN, CE Audible Noise< 85dbA, consult user manual for testdescriptionAuxiliary power supplyThe drive requires auxiliary power for cooling fans and control hardware. The total auxiliary power can be fed to the drive by a 3-phase power supply. As an option the control hardware can be supplied separately by a 1-phase supply that is backed up by a UPS.If only a 3-phase supply provides the auxiliary power, the values for the auxiliary supply and the external UPS must be added to obtain the total power to be supplied.Single phase control supplyWhen external control power is desired, option code+CSC0001 must be selected, which shall have the following specs:Default ConfigurationAuxiliary supply voltage (3 phase)400 VAC, 480 VAC, 600 VAC +/- 10% Auxiliary supply frequency50 / 60 HzAuxiliary power consumption4kV DTLFrame 1 - 6 kVAFrame 2 - 11 kVAFrame 3 - 16 kVA 1-phase auxiliary control voltage120 VAC +/- 10%1-phase auxiliary supply frequency50 / 60 Hz1-phase auxiliary power consumption Approximately 0.5 kVACustomer supplied MV MCB (breaker or vacuum contactor) (standard)The ACS2000 needs to have direct and exclusive control over the MV Switchgear. The close, open and / or trip command must be wired directly from the frequency converter to the MV Switchgear. It is not permitted to wire the trip command Integral MV fused disconnect / vacuum contactor package (optional)ABB can also offer a fused disconnect / contactor option for a flexible, self contained solution where no control coordination is required upstream. It provides a visible blade switch through any PLC or DCS system if it is not certified to meet SIL 3 level requirements.The MV MCB (breaker or vacuum contactor) needs to be equipped with the following features:−−• 1 normally open and 1 normally closed contact to provide status feedback to the driveSee publication MV Switchgear - document number2UEB000095 for technical specificationsdisconnect and integral input contactor with options such as motor protection relay, auxiliary power transformer and othercustomer controls.EnvironmentOperationAmbient temperature+ 0…+ 40 °C (32…104 °F)Above +40 °C (+104 °F) the ratedoutput power decreases by 1.5 % foreach additional 1 °C up to themaximum permitted temperature of+50 °C (+122 °F).Example: If the ambient temperatureis 50 °C the derating is calculated as100% - 1.5 %/°C · 10 °C = 85%.Hence, the maximum output currentis 85% of the rated value.Sound pressure level Fan: < 85 dB (A), consult user manualfor test descriptionOperation conditions are accordingto IEC 60721-3-3 ’Stationary use atweather-protected locations’(otherwise indicated).StandardsThe ACS 2000 complies with following codes and standards:Drive standards IEC 60146IEC 61800IEC 60721Safety standards UL 347ALine and motor interface ANSI C84.1NEMA MG1Network harmonics standards *IEEE 519IEC 61000GB/T 14549-93* minimum SCC > 20 times installed power, purely inductive SpecificationsPower Cable2UEB000093 (4kV)Induction Motor2UEB000250 (4kV)MV Switchgear2UEB000095 (4kV)MV Drive SelectionThe drive selection and pricing tables are based on two (2) types of service duty ratings.11) Normal DutyUsed for Variable Torque (VT) applications only.Drives with this rating are designed for 100% continuous operation, with 110% overload for one (1) minute, once every 10 minutes.2) Heavy DutyUsed for Constant Torque (CT) or Variable Torque (VT) applications.Drives with this rating are designed for 100% continuous operation, with 150% overload for one (1) minute, once every 10 minutes.3) Non-standard Duty - Contact ABBApplication Description Torque Load torque Duty1 Some applications may require a non-standard duty rating due to requirements such as high starting torque or "ultra heavy“ overload. Contact factory for assistance to quote an optimized solution.4kV, direct to line (regenerative and non-regenerative) Frame 14kV, direct to line (regenerative and non-regenerative) Frame 1 with fused disconnect/vacuum contactor option4kV, direct to line (regenerative and non-regenerative) Frame 24kV, direct to line (regenerative and non-regenerative) Frame 2 with fused disconnect/vacuum contactor option—Dimensional Drawings4kV, direct to line (regenerative andnon-regenerative) Frame 321ACS2000 Technical Catalog—Dimensional Drawings4kV, direct to line (regenerative and non-regenerative) Frame 3 with fuseddisconnect/vacuum contactor option22ACS2000 Technical Catalog—A scalable product line with a range of powerto meet any general purpose applicationACS2000, 4kVFrame 1 up to 1000 hpUser-friendly drive control panel for local operation • Keypad with multi-language display • Main supply on/off pushbuttons • Emergency off pushbuttonInput reactor withcommon mode filter for direct-to-line connectionInverter unit (INU)Withdraw-able phase modulesActive Front End (AFE)ACS2000, 4kVFrame 1 with fuseddisconnect and vacuumcontactor option23ACS2000 Technical Catalog—A scalable product line with a range of powerto meet any general purpose applicationACS2000, 4kVFrame 2 up to 2000 hpsection allows top and bottom entry inall frame sizesconsistent in all frame sizesDC bus grounding switch for safetyElectro-mechanically interlocked doors for safetyRedundant fan (optional)ACS2000, 4kVFrame 3 up to 3000 hp24ACS2000 Technical CatalogA C S 2000P H T C 01U -E N R E VB E F F EC T I V E : 07/12/2021—For more information, please contact your local ABB representative or visit/drives ABB Inc16250 W. Glendale Drive New Berlin, WI 53151。
自动化ABB变频器培训资料
根据工艺需求选择
根据生产工艺对速度、转矩、精度等 的需求，选择相应的变频器性能指标 。
考虑可扩展性和可维护性
选择具有良好可扩展性和可维护性的 变频器产品，以降低后期维护和升级 成本。
03
安装调试与操作维护
安装前准备工作及注意事项
确认变频器型号和规格
根据实际需求选择合适的变频器型号和规格 ，确保其能够满足应用场景的要求。
ABB变频器在风机节能改造中的应用
介绍ABB变频器如何通过调节风机转速，实现风量的连续调节和节能目标，同时改善风 机的运行性能。
案例分析
以某电厂锅炉引风机为例，具体阐述ABB变频器在风机节能改造项目中的实施过程、技 术难点及解决方案，展示显著的节能效果和经济效益。
案例三：提升设备传动系统优化
提升设备传动系统现状及问题
提高运行效率及稳定性措施
参数优化
根据负载特性和运行工况调整变频器参数，如加速时间、减速时间、 转矩提升等，以提高运行效率。
维护保养
定期对变频器进行维护保养，如清理灰尘、紧固接线端子、检查散热 风扇等，确保设备处于良好状态。
故障诊断与处理
熟悉变频器常见故障现象及处理方法，及时排除故障，减少停机时间 。
系统配置方案设计与优化
电气设计
合理规划变频器输入输出电路，选择合适的断路器、接触器、保险丝等保护元件。
控制方式
根据实际需求选择开环或闭环控制，以及相应的控制参数设置。
散热设计
确保变频器散热良好，避免过热导致性能下降或损坏。
抗干扰措施
采取有效的抗干扰措施，如加装滤波器、隔离变压器等，提高系统稳定性。
演示了变频器的安装步骤、调试 方法及注意事项。
变频器基本原理
ABB变频器培训资料
LCL-滤波器用于 R8i- 4 x R8i
R8i
170 - 1840 kVA 380V --> 690V
IGBT 供电单元: 结构
ISU供电单元: R8i - 12xR8i + LCL
ISU 模块是一种尺寸装有轮子 和插接式连接器
LCL模块是一种尺寸装有轮子 两种柜体形式:
600 mm 宽, 1 x ISU / R8i + 1 x LCL (小型号)
Voltage frame
Technology, control features 控制特性
Advanced control principle
DTC based control, 3 kHz average fSW
基于DTC的控制，平均开关频率3kHz
Fast control, 25 us time level for measurements and control loop
THE POWER CAN BE INTERPRETED DIRECTLY TO TORQUE 功率与转矩具有直接对应的关系
DTC Control loop DTC控制环
Hysteresis Control 滞环控制
Controls amplitude of flux (=voltage) and torque (=power) 控制磁通（＝电压）与转矩幅值（＝功率）
IGBT Supply Module
IGBT整流模块
The cabinet (GBT converter for supplying DC power. The converter is hardware compatible with motor inverters
200公里动车组LKJ2000型监控装置培训资料
200公里动车组LKJ2000型监控记录装置操作使用手册二〇〇六年四月二十七日前言动车组LKJ2000型监控记录装置是在铁道部科技司、运输局领导下，株洲电力动车组研究所在LKJ2000型监控记录装置基础上进行升级和改进，满足动车组安全运行要求的新型列车超速防护设备。
是计算机在列车防冒、防超技术中的实际应用。
监控装置采用车载主机预先存储地面线路数据的控制方式，在运行时根据列车所处位置按顺序调取车载存储线路数据，按动车组信号显示状态并根据列车速度、距前方信号机距离实时计算控制模式曲线。
当列车速度超过控制模式限速时，装置实施报警、卸载、常用制动及紧急制动控制，防止列车越过关闭的信号机或超过各种允许速度。
由于监控装置对列车运行及动车组司机操作实施安全监控，如实记录运行中的各种数据。
因此要求在操纵动车组时需更加规范标准化作业，严格按规章制度行车、按线路允许速度行车、按列车运行图行车。
通过近几年来对监控装置的使用，不但保证了行车安全，防止了多次事故的发生，而且司机的技术素质也得到很大提高，对所担当区段的站场设备、线路纵断面以及线路允许速度、固定限速区段等方面比过去有了更全面的掌握。
目录第一章监控装置的组成及功能第一节系统组成第二节各插件的主要功能第三节装置主要功能第二章屏幕显示器第一节显示器主界面第二节屏幕显示内容第三节操作按键第三章监控装置控制模式第一节正常监控模式第二节降级ＺＴＬ控制模式第三节调车控制模式第四节非正常行车控制模式第五节其他控制模式补机控制模式故障交权模式重联动车组模式防溜控制模式第四章乘务员的基本操作第一节开机和设定操作第二节运行中的操作一、操作权选择二、查询操作三、出入库操作四、开车对标操作五、调车操作六、过机误差校正操作七、侧线、支线操作八、动车组重联操作九、揭示解除操作十、亮度、音量调整十一、常用制动和卸载缓解以及快速制动后操作十二、文件转储十三、防溜操作十四、降级控制操作十五、系统故障第五章非正常行车操作第一节自动闭塞区间行车第二节路票模式行车第三节绿色许可证模式行车第四节引导信号行车第五节特殊站靠标停车第六节进出站运行第七节监控数据误差控制第八节动车组信号故障行车第九节发码特殊信号机第一章 监控装置的组成及功能第一节 系统组成动车组LKJ2000型监控记录装置基本组成由主机箱（双机冗余）、屏幕显示器、事故状态记录器、速度传感器等组成。
ABB变频器培训
ABB双馈变频器 变频器的调试
扩展
风力发电系统并网状况
明阳1.5MW风机并网原理简图
ABB双馈变频器
这种变频器是专为双馈式风力发电机设计的，可以实现的功能主要包括：通过控制转子对发电机激磁。
ABB变频器
电气元件
有源crowbar
变频器主要组成有：有源crowbar 、转子侧变流器、网侧变流器、LCL 滤波器、du/dt 滤波器、传动单元主接触器和充电电路。
有源crowbar 用来在电网出现异常情况时防止出现过电
压，通过产生容性无功功率来支撑电网。
Crowbar 可以根据电网电压对转子测变流器的影响开通或关断，保证传动单元在电网电压快速变化时能正常工作。
转子侧变流器
转子侧变流器包含一个或两个基于IGBT的逆变器模块(INU) ，
1.5MW使用两个400 kVA的IGBT模块并联，还包括NDCU-33 控
制单元。
该变流器装有绕线电机控制应用程序，该程序还通过光
纤对网侧变流器模块进行控制。
网侧变流器
网侧变流器是一个基于IGBT 模块的变流器(ISU)，它带有AC或DC熔断器及可选设备。
它带有一个装有IGBT 供电控制程序的
RDCU-02 控制单元。
网侧变流器由转子侧变流器控制单元通过光纤进行控制。
（RDCU-02C 装有一个包含了光纤终接器的RDCO DDCS光纤通讯选件模块。
）
ABB变频器的调试
调试条件：
1.笔记本电脑一台；
2.Driveware软件；
3.变频器调试工具一套（包括ABB变频器调试卡一个、光电转换头一
个、光纤两根若干米）
谢谢！。
ACS2000 ABB工程师培训记录
ACS2000 ABB工程师培训记录
培训时间：2012年10月10日下午
培训地点：马兰矿
主讲：ABB郭萌
1、主变压器温度报警器3个PT100完成，温度报
警阀值45℃，温度故障阀值55℃。
2、两路辅助电源：1路220v、1路380v，功能风
扇供电及预充电；220v变为直流电源有两种：
30V—37V DC、24V DC.
3、输入电压技术指标AC6000V ±5％，马兰设
定的限幅值为115％（跳闸），过载能力180%，
每100s允许10s。
4、A3411客户接口（拷资料）
5、图纸的看法（拷马兰图纸）
6、Dceellic partlist(元件表清单，包括订货号)拷
7、Ready on;ready run;ready REF
8、DC Gnd unknow
9、在主界面下按双键头而上进入故障查询界面，
如果在故障查询界面下按两次复位键，会清掉
故障记录。
10、参数组从01—09组为传动的实际值信号（拷这
个文档）（3BH
S355653-IAB-E01-2K-2MVA-Std-om.pdf）
11、PH INT板（相模块上的小铁壳里的板）
12、
检测直流上半桥电压
检测直流下半桥电压
检测直流与地之间的电压NP 13、IOEC板的含义（拷）
14、故障的了两个文档（拷）。
ABB张力计培训课件
DP通信PFEA112 到PLC
张力计清零的方法
张力计的调试
• 现场图片，带凹槽压头底座（如下图所示）
安装要求
• 带凹槽压头底座安装图
• 检查压头与支撑张力辊的支架底座(带凹槽)结 合是否紧密，确保压头左右两侧（1、2）与底 座间有不小于2mm的间隙，以确保压头测量的 压力信号数值无误。如压头左右两侧（1、2） 与底座紧紧接触不能保证压头下侧与底座紧密 接触，需打磨底座的凹槽左右侧或更换底座
ABB张力计培训
课件
张力计工作原理
• 张力传感器的测量原理基于压磁效应， 即在机械加载 的情况下，导磁材料的 磁性能将发生变化。
• 测量元件是由特殊处理的金属薄片叠 压而成，初级和 次级线圈通过传感器 中的四个孔以同一方向垂直绕制。
• 传感器工作时，在初级线圈中通以交变 的电压，无机 械加载时由于两个线圈 时垂直绕制的，他们之间没有磁耦合， 因此载次级线圈中没有感应电压。当受 到机械加载时，初级线圈产生的磁场模 式发生变化，部分磁通将耦合到次级线 圈。此时，次级线圈中感应出一个交变 的电压，此 感应电压与传感器受到的 机械加载成正比。如下图所示
不带凹槽底座
PFEA112 控制单元内部结构现场图
接线图
• 上电然后检查线缆。检查电源接线正 确与否，电源灯（Power）为绿灯为正 常，如不亮，检查电源开关按钮是否 在开的位置，或者电笔测量（1）和 （2）间有无220V电压和1、2间有无 24V电压。压头线序是否正确，正确线 序为从左到右3124，入口活套地下张 力辊压头要检查力方向在控制单元上 显示的正负，人工施力（与带钢给张 力辊压力合力相同的方向）如果控制 单元上显示为正值则正确，如果为负 值，调整线序为3142。连退线出口涂 层机处四个压头各对应一个控制单元 的接线为：3241线缆对应端子的3568。
ABB变频器培训(高端培训)
矿产资源开发利用方案编写内容要求及审查大纲
矿产资源开发利用方案编写内容要求及《矿产资源开发利用方案》审查大纲一、概述
㈠矿区位置、隶属关系和企业性质。
如为改扩建矿山, 应说明矿山现状、
特点及存在的主要问题。
㈡编制依据
(1简述项目前期工作进展情况及与有关方面对项目的意向性协议情况。
(2 列出开发利用方案编制所依据的主要基础性资料的名称。
如经储量管理部门认定的矿区地质勘探报告、选矿试验报告、加工利用试验报告、工程地质初评资料、矿区水文资料和供水资料等。
对改、扩建矿山应有生产实际资料, 如矿山总平面现状图、矿床开拓系统图、采场现状图和主要采选设备清单等。
二、矿产品需求现状和预测
㈠该矿产在国内需求情况和市场供应情况
1、矿产品现状及加工利用趋向。
2、国内近、远期的需求量及主要销向预测。
㈡产品价格分析
1、国内矿产品价格现状。
2、矿产品价格稳定性及变化趋势。
三、矿产资源概况
㈠矿区总体概况
1、矿区总体规划情况。
2、矿区矿产资源概况。
3、该设计与矿区总体开发的关系。
㈡该设计项目的资源概况
1、矿床地质及构造特征。
2、矿床开采技术条件及水文地质条件。