abb相序继电器
关于ABB保护器(CM-MPS)说明 (2)
关于ABB断相与相序保护器（）动作的分析报告大功率三相异步电动机的启动对电网的冲击，主要表现在有限的配电容量下，电流大幅增加，配电系统阻抗上的压降增大，导致负载端电压下降，轻则导致电动机不能正常启动，重则危及所在配电网的正常运行。
为避免电动机在较低的电压下工作，一般的大功率电机都设有电压保护（包括过压、欠压、逆缺相、不平衡等保护功能）。
1 CM断相与相序保护器在目前的离心机启动柜中（星三角启动柜及降压启动柜），使用的是ABB断相与相序保护器（如图1），主要用于监视三相电源系统的参数，如相序、缺相、过欠压和不平衡。
1-R/T：黄色LED继电器状态指示（计时状态） 2、3-F1、F2：红色LED，故障信息4-动作延时整定 5-过压保护定值整定 6-欠压保护定值整定7-相不平衡保护定值整定 8-DIP功能选择/标记牌图1 CM2保护整定、动作及指示（见表1、图2）表1 CM保护定值的整定及动作指示1-ON(动作延时，复位瞬时)2-OFF(相序监测功能开启)图2 DIP拨码开关的整定缺相及相序保护缺相及相序保护在保护动作条件满足时，将会瞬时动作，无延时功能。
若要取消相序保护功能，可将DIP拨码开关2至于ON位置，即在无相序保护要求的场合（如三相加热器等）可取消相序保护；对于有转向规定的电动机，则需将DIP拨码开关2至于OFF位置，开启相序保护功能。
3启动及运行过程中常见保护动作及处理方法故障指示故障类型处理方法（建议）备注F1常亮过压保护动作检查过压整定值是否整定合理，如果整定得过低，则可能出现上电时报过压保护。
若保护定值整定无误且保护瞬时动作，可检查DIP拨码开关1是否在ON位置（动作延时），或延时时间是否整定动作过程中可观察R/T指示灯是否闪烁，若动作时无闪烁，则未设定延时（或延时t v=0s），反之有延时；或打。
关于ABB保护器(CM-MPS)说明
关于ABB 断相与相序保护器（CM-MPS.41）动作的分析报告大功率三相异步电动机的启动对电网的冲击，主要表现在有限的配电容量下，电流大幅增加，配电系统阻抗上的压降增大，导致负载端电压下降，轻则导致电动机不能正常启动，重则危及所在配电网的正常运行。
为避免电动机在较低的电压下工作，一般的大功率电机都设有电压保护（包括过压、欠压、逆缺相、不平衡等保护功能）。
1 CM-MPS.41断相与相序保护器在目前的离心机启动柜中（星三角启动柜及降压启动柜），使用的是ABB 断相与相序保护器（CM-MPS.41如图1），主要用于监视三相电源系统的参数，如相序、缺相、过欠压和不平衡。
1-R/T ：黄色LED 继电器状态指示（计时状态） 2、3-F1、F2：红色LED ，故障信息 4-动作延时整定 5-过压保护定值整定 6-欠压保护定值整定 7-相不平衡保护定值整定 8-DIP 功能选择/标记牌图1 CM-MPS.412保护整定、动作及指示（见表1、图2）保护项目 动作定值范围 时间定值（t v ） DIP 1延时设定 动作指示 备注 动作延时 复位延时 过压保护 420-500V 0-30S ON OFF F1常亮 可设置响应延时、复位延时欠压保护 300-380V 0-30S ON OFF F2常亮 相不平衡 2%-25% 0-30S ON OFF F1和F2常亮缺相保护 - - - - F1常亮、F2闪烁 无响应延时、复位延时 相序保护 - - - - F1和F2交替闪烁 定值设定重叠----R/T 、F1和F2闪烁1-ON(动作延时，复位瞬时)2-OFF(相序监测功能开启)图2 DIP拨码开关的整定2.3缺相及相序保护缺相及相序保护在保护动作条件满足时，将会瞬时动作，无延时功能。
若要取消相序保护功能，可将DIP拨码开关2至于ON位置，即在无相序保护要求的场合（如三相加热器等）可取消相序保护；对于有转向规定的电动机，则需将DIP拨码开关2至于OFF位置，开启相序保护功能。
相序继电器rm4tg20电压等级_概述说明以及解释
相序继电器rm4tg20电压等级概述说明以及解释1. 引言1.1 概述本篇文章旨在介绍和解释相序继电器RM4TG20的电压等级。
相序继电器作为电力系统中一种重要的保护装置，用于监测和维护电力系统的稳定运行。
其中，RM4TG20是一款常见且性能优良的相序继电器，它在电力系统中发挥着关键的作用。
1.2 文章结构本文按照以下结构展开：首先，介绍相序继电器RM4TG20的概述和功能特点；其次，详细解释其不同电压下的工作模式以及安装连接要点；然后，探讨相序保护在电力系统中的重要性，并提供RM4TG20在典型应用场景中的实际案例分析；最后进行总结。
1.3 目的通过本文对相序继电器RM4TG20的介绍和解释，旨在使读者了解并理解该设备在不同电压等级下的工作原理和作用。
同时，希望通过实际案例分析展示其成功应用，并评估其效果。
本文将为相关领域从业人员和对该设备感兴趣的读者提供一个全面而清晰的认识与指导。
2. 相序继电器RM4TG20 电压等级:2.1 介绍相序继电器RM4TG20:相序继电器RM4TG20是一种用于测量和保护三相交流电网络中相序和不平衡情况的装置。
它是ABB公司推出的一款高性能继电器，具有可靠的操作和精确的测量功能。
2.2 电压等级概述:RM4TG20相序继电器适用于额定工作电压为220V至240V的三相交流电源系统。
它可以支持50Hz或60Hz的频率，广泛应用于工业、商业和住宅领域。
2.3 功能和特点:- 相序监测: RM4TG20能够准确地检测三相供电系统中的相序，确保正常运行。
- 不平衡保护: 当系统出现不平衡情况时，如负载不均匀分布或故障引起的负载不对称，RM4TG20能够及时发出警报并采取保护措施。
- 可编程参数: 用户可以根据实际需要灵活地调整RM4TG20的参数设置，以适应各种应用场景。
- 高精度测量: RM4TG20采用先进的测量算法和精确的传感器，可以提供准确可靠的相序和不平衡度测量结果。
ABB继电器选型资料
选型手册
Product Catalog
目
录
发布：2005.09.12 状态：新稿 版本：A/2005.09.12 本公司保留数据修改权利·恕不另行通知
1
5
三 端子接线图
*） 功率方向 **） 典型接线 6
外部 跳闸 外部 合闸
隔离开关 Q1 合 隔离开关 Q1 分
隔离开关 Q2 合 隔离开关 Q2 分 隔离开关 Q3 合 隔离开关 Q3 分
REF 542plus 开关柜保护和测控装置
一概述
在中压开关柜的无论有无后台系统各种应用场合中，均能 使用数字式控制技术的解决方案。开关柜保护和测控装置 REF 542plus 就如同它的前一代产品 REF 542，集成了测 量、监视、保护、控制和自检等功能，同时拥有完善的通 讯规约，REF 542plus 能够方便地集成到 ABB 或其他第三 方后台系统中。上述功能和其他一些电能质量检测功能都 基于可编程环境中，新一代装置特别的灵活性和可扩展性 使得一个装置可实现所有的二次方案，甚至传统的方法无 法实现的方案，它都很容易实现。
开关量输入和输出接点数量
输入／输出接点数量 开关量输入接点 跳闸回路监视输出接点
REF 541 15 2
REF 543 25 2
REF 545 34 2
大容量输出接点（NO 单极）
0
大容量输出接点（NO 双极）
5
信号输出接点（NO）
2
2
3
9
11
2
4
信号输出接点（NO/NC）
5
ABB CM-PFS 三相监控继电器 产品说明书
Three-phase monitoring relays CM-PFSThe CM-PFS is a three-phase monitoring relay that is used to monitor three phase mains for incorrect phase sequence and phase failure.All devices are available with two different terminal versions. You can choose between the proven screw connection technology (double-chamber cage connection terminals) and the completely tool-free Easy Connect Technology (Push-in terminals)Characteristics• Monitoring of three-phase mains for phase sequence and failure• Suitable for railway applications • Powered by the measuring circuit • Closed-circuit principle• Screw connection technology or Easy Connect Technology available• Housing material for highest fire protection classification UL 94 V-02C D C 251 014 V 0012• Tool-free mounting on DIN rail as well as demounting • 2 c/o (SPDT) contacts • 22.5 mm (0.89 in) width• 2 LEDs for the indication of operational states• Various certifications and approvals (see overview,document no. 2CDC112246D0201)—Order dataThree-phase monitoring relaysType Rated control supply voltage = measuring voltage Connection technology Order code CM-PFS.P 3 x 200-500 V AC Push-in terminals 1SVR740824R9300CM-PFS.S3 x 200-500 V ACScrew type terminals1SVR730824R9300AccessoriesType DescriptionOrder code ADP.01Adapter for screw mounting1SVR430029R0100MAR.01Marker label for devices without DIP switches 1SVR366017R0100COV.11Sealable transparent cover1SVR730005R0100—DATA S H EE T2DATA SHEET CM-PFSPush-in terminals• Tool-free connection of rigid and flexible wires with wire end ferrule• Easy connection of flexible wires without wire end ferrule by opening the terminals • No retightening necessary• One operation lever for opening both connection terminals • For triggering the lever and disconnecting of wires you can use the same tool (Screwdriver according to DIN ISO 2380-1 Form A 0.8 x 4 mm (0.0315 x 0.157 in), DIN ISO 8764-1 PZ1 ø 4.5 mm (0.177 in))• Constant spring force on terminal point independent of the applied wire type, wire size or ambient conditions (e. g. vibrations or temperature changes)• Opening for testing the electrical contacting • Gas-tightDouble-chamber cage connection terminals • Terminal spaces for different wire sizes• One screw for opening and closing of both cages • Pozidrive screws for pan- or crosshead screwdrivers according to DIN ISO 2380-1 Form A 0.8 x 4 mm(0.0315 x 0.157 in), DIN ISO 8764-1 PZ1 ø 4.5 mm (0.177 in)Both the Easy Connect Technology with push-in terminals and screw connection technology with double-chamber cageconnection terminals have the same connection geometry as well as terminal position.2C D C 253 025 F 00112C D C 253 026 F 0011—Connection technologyMaintenance free Easy Connect Technology with push-in terminalsType designation CM-xxS.yyPApproved screw connection technology with double-chamber cage connection terminals Type designation CM-xxS.yySDATA SHEET CM-PFS3—FunctionsOperating controlsApplicationThe CM-PFS is used to monitor three-phase mains for incorrect phase sequence and phase failure.Operating modeThe three-phase main to be monitored is connected to terminals L1, L2, L3 in accordance to the wiring diagram.The device operates according to the closed-circuit principle g – incorrect phase sequence or phase failure:relays de-energize. The signalling of status indication is made by means of the front-face LEDs.Indication of operational statesR: yellow LED – status indication of the output relays F:red LED – fault messagePhase sequence and phase failure monitoringIf all phases are present with the correct phase sequence, the output relays energize after the start-up delay t s is complete.If a phase failure or a phase sequence error occurs, the output relays de-energize instantaneously.The LED R is on when output relays are energized.In case of motors which continue running with only two phases, the CM-PFS detects phase failure if the reverse fed voltage is less than 60% of the originally applied voltage.21-2221-24L1, L2, L311-1211-14F: red LED R: yellow LEDMeasured valuet s = start-up delay fixed 500 ms2C D C 252 003 F 0212—Electrical connectionL1L22428212522261418L3L3111512161418222624282125L2L1121611151S V C 110 000 F 0118L1, L2, L3Control supply voltage = measuring voltage1115-1216/14182125-2226/2428Output contacts - closed-circuit principle —Connection diagramData at T a = 25 °C and rated values, unless otherwise indicated—Input circuitsType CM-PFSSupply circuit = measuring circuit L1, L2, L3Rated control supply voltage U s = measuring voltage 3 x 200-500 V ACRated control supply voltage U s tolerance-15...+10 %Rated frequency50/60 HzFrequency range45-65 HzTypical current / power consumption400 V AC16 mA / 11 VAMeasuring circuit L1, L2, L3Monitoring functions Phase failure JPhase sequence JMeasuring ranges 3 x 200-500 V ACThreshold value for phase failure U min0.6 x U NHysteresis related to the threshold value-Response time500 msTiming circuitStart-up delay t s fixed 500 ms—User interfaceIndication of operational statesRelay status R1, R2R: yellow LED V output relay energized Fault message F: red LED V Phase failureW Phase sequence error—Output circuitsKind of output11(15)-12(16)/14(18)relay, 1st c/o (SPDT) contact21(25)-22(26)/24(28)relay, 2nd c/o (SPDT) contact1 x2 c/o (SPDT) contacts Operating principle closed-circuit principle 1) Contact material AgNi alloy, Cd freeRated operational voltage U e250 V ACMinimum switching voltage / Minimum switching current24 V / 10 mAMaximum switching voltage / Maximum switching current see "Load limit curves" on page 7Rated operational voltage U e and rated operational current I eAC-12 (resistive) at 230 V 4 A AC-15 (inductive) at 230 V 3 A DC-12 (resistive) at 24 V 4 A DC-13 (inductive) at 24 V 2 AAC rating (UL 508)utilization category(Control Circuit Rating Code)B 300 pilot duty;general purpose 250 V, 4 A, cos phi 0.75 max. rated operational voltage300 V ACmax. continuous thermal current at B 300 5 Amax. making/breaking apparent power at B 3003600/360 VAMechanical lifetime30 x 106 switching cycles Electrical lifetime AC-12, 230 V, 4 A0.1 x 106 switching cyclesMaximum fuse rating to achieve short-circuit protection n/c contact 6 A fast-acting n/o contact10 A fast-actingConventional thermal current I th 4 A1) Closed-circuit principle: output relays de-energize if the measured value exeeds/drops below the threshold.—General dataMTBF on requestDuty cycle100 %Dimensions see ‘Dimensional drawings’Weight Screw connection technology Easy Connect Technology (push-in)net0.128 kg (0.282 lb)0.120 kg (0.265 lb)Mounting DIN rail (IEC/EN 60715), snap-on mounting without any toolMounting position anyMinimum distance to other units vertical / horizontal≥ 10 mm (0.39 in) in case of continuous measuring voltage > 440 V Degree of protection housing IP50terminals IP20—Electrical connection—Environmental dataAmbient temperature ranges operation -25...+60 °Cstorage-40...+85 °Ctransport-40...+85 °CClimatic class IEC/EN 60721-3-33K3Damp heat, cyclic IEC/EN 60068-2-30 6 x 24 h cycle, 55 °C, 95 % RHVibration, sinusoidal IEC/EN 60255-21-1Class 2Shock IEC/EN 60255-21-2Class 2—Isolation dataRated insulation voltage U i input circuit / output circuit600 Voutput circuit 1 / output circuit 2300 VRated impulse withstand voltage U impinput circuit / output circuit 6 kV output circuit 1 / output circuit 2 4 kVBasic insulation input circuit / output circuit600 V ACPollution degree 3Overvoltage category III—Standards / DirectivesStandards IEC/EN 60947-5-1, IEC/EN 60255-27, EN 50178 Low Voltage Directive2014/35/EUEMC Directive2014/30/EURoHS Directive2011/65/EU—Railway application standardsEN 50155, IEC 60571“Railway applications – Electronic equipment used on rolling stock”temperature class T3supply voltage category S1, S2, C1*), C2*)IEC/EN 61373“Railway applications – Rolling stock equipment – Shock and vibration tests”Category 1, Class BEN 45545-2 Railway applications – Fire protection on railway vehicles – part 2:Requirements for fire behavior of materialsHL3and components ISO 4589-2LOI 32.3 %NF X-70-100-1 C.I.T. (T12) 0.45EN ISO 5659-2Ds max (T10.03) 104NF F 16-101: Rolling stock. Fire behaviour. Materials choosingNF F 16-102: Railway rolling stock. Fire behaviour. Materials choosing, applicationfor electric equipmentI2 / F2DIN 5510-2 Preventive fire protection in railway vehicles. Part 2: Fire behaviour andfire side effects of materials and partsfullfilled*) only applicable for devices with DC supply—Electromagnetic compatibilityInterference immunity to IEC/EN 61000-6-2electrostatic discharge IEC/EN 61000-4-2Level 3, 6 kV / 8 kVradiated, radio-frequency,electromagnetic fieldIEC/EN 61000-4-3Level 3, 10 V/m (1 GHz) / 3 V/m (2 GHz) / 1 V/m (2.7 GHz) electrical fast transient / burst IEC/EN 61000-4-4Level 3, 2 kV / 5 kHzsurge IEC/EN 61000-4-5Level 3, 2 kV L-Lconducted disturbances, induced byradio-frequency fieldsIEC/EN 61000-4-6Level 3, 10 Vvoltage dips, short interruptionsand voltage variationsIEC/EN 61000-4-11Class 3harmonics and interharmonics IEC/EN 61000-4-13Class 3Interference emission IEC/EN 61000-6-3high-frequency radiated IEC/CISPR 22, EN 55022Class Bhigh-frequency conducted IEC/CISPR 22, EN 55022Class BLoad limit curves2C D C 252 194 F 0205—AC load (resistive)2C D C 252 193 F 0205—DC load (resistive)2C D C 252 192 F 0205—Derating factor F for inductive AC loadSwitching current [A]S w i t c h i n g c y c l e s2C D C 252 148 F 0206—Contact lifetimein mm and inches2C D C 252 009 F 0011—Accessoriesin mm and inches2C D C 252 010 F 00112C D C 252 008 F 00102C D C 252 186 F 0005—ADP.01 - Adapter for screw mounting—MAR.01 - Marker label —COV.11 - Sealable transparent coverFurther documentationDocument titleDocument type Document number Electronic relays and controls Catalog2CDC 110 004 C02xx CM-PAS, CM-PFS, CM-PSS, CM-PVSInstruction manual1SVC 630 510 M0000You can find the documentation on the internet at /lowvoltage-> Automation, control and protection -> Electronic relays and controls -> Measuring and monitoring relays.CAD system filesYou can find the CAD files for CAD systems at -> Low Voltage Products & Systems -> Control Products -> Electronic Relays and Controls.—We reserve the right to make technical changes or modify the contents of this document without prior notice. With regard to purchase orders, the agreed particulars shall prevail. ABB Ltd. does not accept any responsibility whatsoever for potential errors or possible lack of information in this document.We reserve all rights in this document and in the subject matter and illustrations contained therein. Any reproduction, disclosure to third parties or utilization of its contents – in whole or in parts – is forbidden without prior written consent of ABB Ltd. Copyright© 2020 ABB Ltd.All rights reserved/lowvoltage—ABB STOTZ-KONTAKT GmbH Eppelheimer Strasse 8269123 Heidelberg, Germany2C D C 112192D 0201 R e v . G (01/2020)。
CM-MPS三相多功能监视继电器ABB
2C D C 255 057 F 0008Three-phase monitoring relays CM rangeT h r e e -p ha s e m o n i t o r ingN E W G EN E R A T I O N 2008.10.012The new generation of three-phase mainsT oday, three-phase mains are g enerally usedApprovals / Marks(depending on devices)A UL 508, CAN/CSA C22.2 No.14; C Germanischer Lloyd;D GOST; K CB scheme;E CCC; L RMRS /a; b C-Tickb ecause they allow the most economic t ransportof high currents as well as simply d esigned,r obust and effi ciently working electric motors.For the monitoring of three-phase mains, ABB’sthree-phase monitoring relays of the CM r angec omprise a comprehensive program of c apableand e conomic devices. All devices f eature awidth of 22.5 or 45 mm. The r ange i ncludesm ultifunctional three-phase monitoring relays aswell as s ingle-function devices for the m onitoringof individual parameters.Multifunctional and single-functional devicesWide range operating voltage enables world-wide operationMonitoring functions 1):Phase failurePhase sequenceAutomatic phase sequence correctionOvervoltageUndervoltagePhase unbalanceNeutralFixed or adjustable thresholds for over- and undervoltageAdjustable threshold for phase unbalancePowered by the measuring circuitMonitoring of mains with and without neutral conductorDevices with 1 n/o contact, 1 or 2 c/o (SPDT) contactsLED(s) for status indicationEnergy saving of more than 80 % through innovative switch modepower supply technology1) dependig on deviceFeatures of three-phase monitoring relays1)32C D C 255 058 F 00082C D C 255 059 F 00082C D C 251 042 F 00082C D C 253 010 F 00032C D C253 065 F 0006...Three-phase monitoring relays CM rangeT h r e e -p ha s e m o n i t o r ingN E W GE N ER A T I O N 2008.10.01All new devices are working with a modern TRMS- m easuringprinciple (True root means square)Interpretation of any wave formsDevices for mains voltages of up to 690 VSignals can be measured within a frequency range of 45-65 Hzas well as within a range of 45-440 Hz 1)Interrupted neutral monitoring 1)Monitoring of single- and three-phase mains with the samed evice 1)Applicable in grounded and ungrounded mains Operating principle of the output contacts confi gurable as 2x1 or1x2 c/o (SPDT) contacts1)Configurable phase sequence monitoring Confi gurable automatic phase sequence correction 1)Adjustable ON- or OFF-delayed tripping delayTime delay can be adjusted via a logarithmic scale 1)Front-face rotary or DIP switch for function selection1)depending on deviceHighlights of the new generation 1)Front-face adjustmentAll setting and operating elements are on the front. This enables quick and easya djustment Direct reading scalesDirect setting of the threshold values and time delay without any additionalc alculation provides accurate time delay adjustment.Logarithmic time scaleThe new potentiometer allows a very exact time adjustment in the lower time range.By turning to the left stop the time delay can be switched offDouble-chamber cage connectingt erminals Double-chamber cage connectingt erminals provide connection of wires up to 2 x 2.5 mm 2 (2 x 14 AWG), rigid or fi ne-strand, with or without wire end ferrules. P otential distribution does not require a dditionalt erminals.Sealable transparent c overThe products can be protected against unauthorized change of time and threshold values (available as an accessory).4Monitoring the parameters of a three-phase networkO nly reliable and continuous monitoring of a three-phasenetwork guarantees the trouble-free and economic operation ofm achines and installations. Thus, the three-phase monitoringrelays of the CM range, according to the individual requirements,m onitor the phase voltages, phase sequence, phase unbalance,phase failure and the neutral:Monitoring for over- and undervoltageAll electric devices can be damaged when operated conti-nuously at voltages over or under their rated values.An overvoltage could potentially cause heating within thedevice. If the temperature is unduly high, component partsand thus whole devices or installations may fail or may bedestroyed. Undervoltages involve the risk that the switchingelements reach an undefi ned region. In this case, parts of theinstallation still function, but not others. This misoperation canresult in damage of the product or installation. In the worstcase, wrong voltages may even cause harm to the operatingpersonnel.Phase unbalance monitoringIf the supply by the three-phase system is unbalanced dueto uneven distribution of the load, the motor will c onverta part of the energy into reactive power. This energy getslost u nexploited; also the motor is exposed to h ighert hermal strain. Other thermal protection devices fail to de-tect c ontinuing unbalances which can lead to damageor d estruction of the motor. The CM range three-phasem onitoring relays with phase unbalance monitoring canr eliably detect this critical situation.Phase failure detectionIn case of a phase loss, undefi ned states of the i nstallationare likely to occur. E.g. the startup process of motors isd isturbed. All three-phase monitoring relays of the ABB CMrange detect a phase loss as soon as the voltage of onep hase drops below 60 % of its nominal value.Phase sequence monitoringAn incorrect phase sequence applied at start-up or a changeof the phase sequence during operation will cause a 3-pha-se motor to run with reverse rotation. Certain motors whenoperated in the reverse direction will cause severe damage toconnected loads such as pumps, screw compressors and fans.Especially for non-fi xed or portable equipment, such as construc-tion machinery, phase sequence detection prior to the start-upprocess is highly recommended. ABB offers three-phase monitorswith selectable phase sequence monitoring. This provides thecapability of ignoring phase sequence conditions for applications,such as motors with forward and reverse rotation, where the pha-se sequence is unimportant.Interrupted neutralUnder normal conditions, individual phase voltages are equal andthe load causes the individual phase currents to vary. Systemsthat have neutral conductors accommodate this variation by acompensating current fl ow through the neutral conductor. If theneutral conductor breaks, the compensating current can no lon-ger fl ow. As a result, the voltage is divided asymmetrically on theindividual phases. This means that over- and undervoltages areproduced in the individual phases and these can damage or evendestroy the connected consumers. ABB offers three-phase mo-nitoring relays that monitor the neutral conductor for interruptedneutral. The interruption of the neutral is detected by means ofphase unbalance monitoring.Three-ph a se m o n i t o ri ngN E WG E N ER A T I ON2008.10.0152C D C 252 086 F 0b 072C D C 252 087 F 0b 07Three-phase monitors CM rangeAutomatic phase sequence correction The new generation of ABB three-phase monitoring relays offers devices with automatic phase sequence correction. If phase sequence monitoring and phase sequence correction are activa-ted, and in conjunction with a reversing contactor combination, it is ensured that for any non-fi xed or portable equipment, e.g. construction machinery, the correct phase sequence is applied to the input terminals of the load.Control circuit diagram(K1 = CM-MPS.x3 or CM-MPN.x2)Power circuit diagramAdjustment possibilities on the front of the unit in the example of CM-MPS.43Adjustment of the threshold for overvoltage Adjustment of the threshold for undervoltage Adjustment of the threshold for phase unbalance1)Adjustment of the tripping delay t VDIP switches for function selection: (1) Timing function ON = A ON-delay OFF = B OFF-delay(2) Phase sequence monitoring ON = deactivatedOFF = activated(3) Operating principle of the output contacts ON = i 2x1 c/o (SPDT) contact 1)OFF = j 1x2 c/o (SPDT) contacts (4) Automatic phase sequence correction ON = activatedOFF = deactivated1)for separate signalling of over- and undervoltageN E WN E WN E WN E W62C D C 253 100 F 00042C D C 253 090 F 0004Selection guide and order referencesCM-E - Economy1SVR 550 881 R94001SVR 550 882 R95001SVR 550 870 R94001SVR 550 871 R95001SVR 550 824 R91001SVR 430 824 R9300A ON-delay,B OFF-delayCM-S2C D C 253 089 F 00042C D C 253 260 F 0005T h r e e -p ha s e m o n i t o r ingN E W GE N E R A T I O N2008.10.011SVR 630 784 R33001SVR 630 794 R13001SVR 630 794 R33001SVR 630 774 R13001SVR 630 774 R33001SVR 630 885 R13001SVR 630 885 R33001SVR 630 884 R13001SVR 630 884 R330- Single-functionalCM-S - Multifunctional7/8CM-N - MultifunctionalAccessories for CM-S devices1SVR 630 885 R43001SVR 630 884 R43001SVR 650 487 R83001SVR 650 488 R83001SVR 650 489 R83001)Operating mode 1x2 or 2x1 c/o (SPDT) contact can be selected. 2x1 c/o (SPDT) contact for separate signalling of over- and undervoltage.Selection guide and order references92CDC6639F4Kr-SaegeNominal condition: Three-phase motor with monitoring relay CM-MPS.xx in fulloperationFault: Three-phase motor with line regeneration and a monitoring relayCM-MPS.xx prior to tripping due to a phase failureSwitch-off in case of failure: Three-phase motor with phase loss in L2 afterm onitoring relay CM-MPS.xx has trippedIndication of a phase loss on a running three-phasemotor (with reverse feeding) by the phase unbalancemonitoring of the three-phase monitor CM-MPS.xx:Nominal conditionThe motor is only turned-on, when the CM-MPS.xxdetects the correct phase sequence L1-L2-L3 andwhen all voltages are within the preset voltage rangeUmin/Umax: I.e. no over-/undervoltage, no phase failure,and no phase unbalance is indicated.FaultPhase loss (in this example phase L2) caused by ablown fuse and voltage loss caused by generatore ffect of the motor.Voltage at the point can reach up to 95% ofthe original voltage, depending on the motor typeused, the motor load and other parameters.The phase loss on a running motor can only bereliably detected by phase unbalance monitoring(e.g. with the CM-MPS.xx).In operation, the CM-MPS.xx switches off the runningmotor, when the difference between one phase andthe nominal voltage exceeds the preselected valueͬU. Thus, any damage of the motor and the installati-on will be safely avoided.motor equivalentcircuit diagram2CDC25269F28* plus reverse fed voltagecaused by the generatoreffect of the magnetic rotor2CDC2527F28motor equivalentcircuit diagram* plus reverse fed voltagecaused by the generator2CDC25271F28motor equivalentcircuit diagramPhase failure detectionAs part of the on-going product improvement, ABB reserves the right tomodify the characteristics or the products described in this document.The information given is not-contractual. For further details pleasec ontact the ABB company marketing these products in your country.ABB STOTZ-KONTAKT GmbH/lowvoltageǞ Control Products Ǟ Electronic Relays and ControlsContact: /contacts Documentnumber2CDC112136B21(1/9)PrintedintheFederalRepublicofGermany。
北京市ABB继电器TA75DU42M
ABB热继电器是由流入热元件的电流产生热量，使有不同膨胀系数的双金属片发生形变，当形变达到一定距离时，就推动连杆动作，使控制电路断开，从而使接触器失电，主电路断开，实现电动机的过载保护。
继电器作为电动机的过载保护元件，以其体积小，结构简单、成本低等优点在生产中得到了广泛应用。
主要用来对异步电动机进行过载保护，他的工作原理是过载电流通过热元件后，使双金属片加热弯曲去推动动作机构来带动触点动作，从而将电动机控制电路断开实现电动机断电停车，起到过载保护的作用。
鉴于双金属片受热弯曲过程中，热量的传递需要较长的时间，因此，热继电器不能用作短路保护，而只能用作过载保护热继电器的过载保护.热继电器工作原理：0577保2788顺2628热继电器是用于电动机或其它电气设备、电气线路的过载保护的保护电器。
电动机在实际运行中，如拖动生产机械进行工作过程中，若机械出现不正常的情况或电路异常使电动机遇到过载，则电动机转速下降、绕组中的电流将增大，使电动机的绕组温度升高。
若过载电流不大且过载的时间较短，电动机绕组不超过允许温升，这种过载是允许的。
但若过载时间长，过载电流大，电动机绕组的温升就会超过允许值，使电动机绕组老化，缩短电动机的使用寿命，严重时甚至会使电动机绕组烧毁。
所以，这种过载是电动机不能承受的。
热继电器就是利用电流的热效应原理，在出现电动机不能承受的过载时切断电动机电路，为电动机提供过载保护的保护电器。
使用热继电器对电动机进行过载保护时，将热元件与电动机的定子绕组串联，将热继电器的常闭触头串联在交流接触器的电磁线圈的控制电路中，并调节整定电流调节旋钮，使人字形拨杆与推杆相距一适当距离。
当电动机正常工作时，通过热元件的电流即为电动机的额定电流，热元件发热，双金属片受热后弯曲，使推杆刚好与人字形拨杆接触，而又不能推动人字形拨杆。
常闭触头处于闭合状态，交流接触器保持吸合，电动机正常运行。
若电动机出现过载情况，绕组中电流增大，通过热继电器元件中的电流增大使双金属片温度升得更高，弯曲程度加大，推动人字形拨杆，人字形拨杆推动常闭触头，使触头断开而断开交流接触器线圈电路，使接触器释放、切断电动机的电源，电动机停车而得到保护。
相序保护继电器的概述
相序保护继电器的概述相序保护继电器是电力系统中的一种重要保护装置，用于监测和保护电网中的相序和相序幅值不平衡情况，确保电力系统的稳定和安全运行。
它通过检测电网中的相电压和相电流，判断电网中的相序情况，并根据预设的相序保护准则进行动作，采取措施对电网进行保护。
1.监测相序：相序保护继电器可以监测电网中的相电压和相电流的相位关系，判断电网中的相序是否正确。
若相序正确，则继电器不动作；若相序错误，则继电器进行相序保护操作。
2.故障检测：相序保护继电器可以检测电网中的相序幅值不平衡情况，即相电压或相电流的幅值不均衡程度。
当相序幅值不平衡超过设定值时，继电器会进行动作，发出警报或采取措施对电网进行保护。
3.响应速度快：相序保护继电器具有快速响应的特点，可以及时检测电网中的相序问题，并迅速采取保护措施。
这对于保护电网的稳定运行至关重要，特别是在面临突发故障或异常情况时。
4.可靠性高：相序保护继电器具有高可靠性和稳定性，能够在各种环境条件下正常工作。
同时，它还具有自我检测和故障诊断功能，能够及时发现和修复自身的故障，确保继电器的正常运行。
5.多种保护功能：相序保护继电器通常还具有其他保护功能，如过电流保护、短路保护、接地保护等。
这些保护功能的综合应用可以有效地保护电网系统，提高电力系统的可靠性和稳定性。
1.测量相电压：相序保护继电器通过电压互感器等装置，测量电网中各个相电压的幅值和相位。
2.测量相电流：相序保护继电器通过电流互感器等装置，测量电网中各个相电流的幅值和相位。
3.判断相序：根据测量到的相电压和相电流的幅值和相位信息，相序保护继电器判断电网中的相序是否正确。
4.触发动作：若相序错误或相序幅值不平衡超过设定值，相序保护继电器会触发动作信号，并采取措施对电网进行保护，如切断电路、发出警报等。
总之，相序保护继电器是电力系统中非常重要的保护设备，它能够及时监测和保护电网中的相序和相序幅值不平衡情况，确保电力系统的稳定和安全运行。
TA42DU42MABB继电器
瑞士苏黎世ABB热过载继电器TA42DU42MABB TA...DU系列热过载继电器具有整定电流设置等级，自由脱扣机构，环境温度补偿，缺相保护，复位测试功能。
适用于额定工作电压至AC690V或DC8 00V的电动机保护。
脱扣等级：10A；防护等级：符合EN50274标准，防止手部接触；符合欧洲及国际标准IEC、VDE、NFC、EN0577保2788顺2628 ABB热继电器产品型号：TA25DU0.16M 0.1-0.16A 适用A9-A40;AL9-AL40TA25DU0.25M 0.16-0.25A 适用A9-A40;AL9-AL40TA25DU0.4M 0.25-0.4A 适用A9-A40;AL9-AL40TA25DU0.63M 0.4-0.63A 适用A9-A40;AL9-AL40TA25DU1.0M 0.63-1A 适用A9-A40;AL9-AL40TA25DU1.4M 1-1.4A 适用A9-A40;AL9-AL40TA25DU1.8M 1.3-1.8A 适用A9-A40;AL9-AL40TA25DU2.4M 1.7-2.4A 适用A9-A40;AL9-AL40TA25DU3.1M 2.2-3.1A 适用A9-A40;AL9-AL40TA25DU4.0M 2.8-4A 适用A9-A40;AL9-AL40TA25DU5.0M 3.5-5A 适用A9-A40;AL9-AL40TA25DU8.5M 6-8.5A 适用A9-A40;AL9-AL40TA25DU11M 7.5-11A 适用A9-A40;AL9-AL40TA25DU14M 10-14A 适用A9-A40;AL9-AL40TA25DU19M 13-19A 适用A9-A40;AL9-AL40TA25DU25M 18-25A 适用A9-A40;AL9-AL40TA25DU32Ｍ24-32A 适用A9-A40;AL9-AL40TA42DU25M 18-25A 适用A30A40;AL9-AL40TA42DU32Ｍ22-32A 适用A30A40;AL9-AL40TA42DU42Ｍ29-42A 适用A30A40;AL9-AL40TA75DU32Ｍ22-32A 适用A50-A75;AE50-AE75 TA75DU42Ｍ29-42A 适用A50-A75;AE50-AE75 TA75DU52Ｍ36-52A 适用A50-A75;AE50-AE75 TA75DU63Ｍ45-63A 适用A50-A75;AE50-AE75 TA75DU80Ｍ60-80A 适用A50-A75;AE50-AE75 TA110DU90 65-90A 适用A95A110;AF95AF110 TA110DU110 80-110A 适用A95A110;AF95AF110 TA200DU110 80-110A 适用A145A185TA200DU135 100-135A 适用A145A185TA200DU150 110-150A 适用A145A185TA200DU175 130-175A 适用A145A185TA200DU200 150-200A 适用A145A185TA450DU185 130-185A 适用A210A260A300TA450DU235 165-235A 适用A210A260A300TA450DU310 220-310A 适用A210A260A300TA900DU375 265-375A 适用AF400-750TA900DU500 355-500A 适用AF400-750TA900DU650 465-650A 适用AF400-750TA900DU850 610-850A 适用AF400-750。
ABB继电器
SA
SA
SA 辅助触头
SA 型号 物料号
SA 单极
SA CA5-10 10069838
SA CA5-01 10069839
SA
SA 双极
SA CA6-11K 82202102
SA CA6-11E 82202101
SA CA6-11M 82202096
SA
SA KH800 110
SA KH800 220
SA KH800 380
SA
SA
SA 直流线圈
SA 型号 线圈电压 V DC
SA AE 型接触器适用
SA ZAE75 24
SA RC5-1/250 82201348
SA RC5-1/440 82201349
SA RC5-2/50 82201354
SA RC5-2/133 82201351
SA RC5-2/250 82201352
SA RC5-2/440 82201353
SA
SA RC-EH300/48 82204309
TA
TA TA450SU60 87101537
TA TA450SU80 87101602
TA TA450SU105 82500500
TA TA450SU140 82500501
TA TA450SU185 82500502
TA TA450SU235 87101536
TA TA450SU310 82500503
TA TA450DU185 82500497
TA TA450DU235 82500498
- 1、下载文档前请自行甄别文档内容的完整性，平台不提供额外的编辑、内容补充、找答案等附加服务。
- 2、"仅部分预览"的文档,不可在线预览部分如存在完整性等问题,可反馈申请退款(可完整预览的文档不适用该条件!)。
- 3、如文档侵犯您的权益，请联系客服反馈,我们会尽快为您处理(人工客服工作时间：9:00-18:30)。
标题：abb相序继电器
一：触器适用于建筑业和工业领域，如：电机控制、保暖和通风、空调、水泵、提升设备、照明和校正功率因数等。
ABB接触器的规格包括4和5.5KW的微型接触器、高达400kW的接触器组(AC3)，建筑用接触器（家用和工业用），拍合式接触器，热过载继电器和电子继电器，以及完整的附件，确保选择灵活性和满足客户需求，公司制造工厂位于海西经济区的核心----美丽的鹭岛厦门。
二：ABB断路器可为快速恢复运行条件（防止故障发生）,并提供最好的解决方案，同时可提供最优的电气安装保护。
从微型断路器到高分断能力的塑壳/空气断路器
三：小型断路器多级：ABB断路器可为快速恢复运行条件（防止故障发生）,并提供最好的解决方案，同时可提供最优的电气安装保护。
从微型断路器到高分断能力的塑壳/空气断路器
四：变频器主要用于控制和调节三相交流异步电机的速度，并以其稳定的性能、丰富的组合功能、高性能的矢量控制技术、低速高转矩输出、良好的动态特性及超强的过载能力，在变频器市场占据
着重要的地位。