LSLV-C100变频器说明书

Notes:Make sure that this Instruction Manual is always readily available to personnel who use the REX-C100 series.The contents of the Instruction Manual are subject to change without notice. If you have any questions regarding the manual,contact one of our sales people, our nearest sales office, or the place where you have purchased the controller.1.PRODUCT CHECKCheck whether the delivered product is as specified by referring to the following model code list.OModel codeC100 QQQ - Q ~ QQÎ Ï Ð Ñ Ò ÓÎControl actionÓSecond alarm [ALM2]F : PID action [Reverse action]N : No second alarmD : PID action [ Direct action]A : Deviation high alarm *2B : Deviation low alarm *2ÏInput typeC : Deviation high / low alarm *2See input range table “Model code” page 9D : Band alarmE : Deviation high alarm *3ÐInput rangeF : Deviation low alarm *3See input range table “Model code” page 9G : Deviation high / low alarm *3H : Process high alarm *2ÑControl output [OUT]J : Process low alarm *2M : Relay contact K : Process high alarm *3V : Voltage pulseL : Process low alarm *38 : Current 4 to 20mA DCP : Heater break alarm (CTL-6)G : Trigger (for triac driving) *1S : Heater break alarm (CTL-12)R : Control loop break alarm *4ÒFirst alarm [ALM1]N : No first alarm*1When control output is trigger output A : Deviation high alarm *2for triac driving, only the first alarm isB : Deviation low alarm *2available.C : Deviation high / low alarm *2*2Without hold action.D : Band alarm*3With hold actionE : Deviation high alarm *3*4As control loop break alarm, only eitherF : Deviation low alarm *3the first alarm or second alarm is G : Deviation high / low alarm *3selected.H : Process high alarm *2J : Process low alarm *2CConfirm that power supply voltage is alsoK : Process high alarm *3the same as that specified when ordering.L : Process low alarm *3R : Control loop break alarm *4Accessories C Mounting brackets (2 pcs.)CInstruction manual(1 copy)REX-C100SERIESINSTRUCTION MANUALFig. 1Fig. 22.MOUNTING •DimensionsUnit : mm (inch)* Dimensions in inches are shown for reference•Mounting proceduresThickness of panel board:1 to 5mm or 5 to 9mm (0.04 to 0.20 inch or 0.20 to 0.35 inch)uWhen the controllers are mounted on panel with 1 to 5mm in thickness ÎMake a rectangular cutout corresponding to thenumber of controllers to be mounted on panel by referring to the panel cutout dimensions.ÏSince the mounting brackets are already installed onthe controller, insert the controller into the panel from the panel front without removal of the brackets (Fig. 1).uWhen the controllers are mounted on panel with 5 to 9m in thickness ÎRemove the mounting brackets from the controllerwith a slotted screwdriver.ÏEngage each mounting bracket with holes markedwith “5.9" on the housing (Fig. 2) and then insert the controller into the panel from the panel front.OCautions for mountingMo untingbracketAvoid the following location where the controller is mounted.C Location where ambient temperature is more than 50E C (122E F) or less than 0E C (32E F).C Location where humidity is high.C Location where corrosive gas is generated.C Location where strong vibration and shock exist.C Location where flooding and oil splash exist.C Location where much dust exists.CLocation where inductive disturbance is large and otherlocation where bad influence is exerted on electric instrument.3.WIRING•Rear terminalsNotes1.Terminals which are not used according to the controller type are all removed.2.For thermocouple input, no metal piece is attached to terminal No. 10. Instead, the temperature compensationelement in the internal assembly is projected through a hole at terminal No. 10.Do not damage the above temperature compensation element when the internal assembly is removed from the case.O Cautions for wiring(1)Conduct input signal wiring away from instrument, electric(3)For wiring, use wires conforming to domesticequipment power and load lines as such as possible to avoid standard of each country.noise induction.(4)About 5 to 6 sec. are required as the(2)Conduct instrument power wiring so as not to be influenced preparation time of contact output duringby noise from the electric equipment power.power ON. Use a delay relay whenthe outputIf it is assumed that a noise generation source is located near line, is used for an external interlock circuit.the controller and the controller is influenced by noise, use anoise filter (select the filter by checking instrument power(5)The figures below show the REX-C100 circuit supply voltage.)configuration. When connecting wires, notethat the power, input, MCU and output circuitsC Sufficient effect may not be obtained depending on the are isolated independently, while the inside offilter. Therefore, select the filter by referring to its the input and outputcircuits are not isolated.frequency characteristic, etc.ÎFor instrument power wiring, if it is assumed that noiseexerts a bad influence upon the controller, shorten thedistance between twisted power supply wire pitches.(The shorter the distance between the pitches, the moreeffective for noise reduction).ÏInstall the noise filter on the panel which is alwaysgrounded and minimize the wiring distance between thenoise filter output side and the controller power terminals.Otherwise, the longer the distance between output sideand instrument power terminals, the less effective for REX-C100 circuit configurationnoise.ÐDo not install fuses and / or switches on the filter outputsignal since this may lessen filter effect.WIRING AND NAME OF PARTS•Wiring exampleREX-C100F GG-M*-~2N-HA OF PARTSÑSet-value increment keyC Used when the number needs to be increasedfor set-value change.ÒMeasured-value (PV) display unit [Green]C Displays measured-value (PV)C Displays a parameter symbol in the parametersetting mode.ÓSet-value (SV) display unit [Orange]C Displays set-value (SV)C Displays set-value corresponding to theparameter symbol displayed on the measured-value (PV) display unit.ÎSet (SET) keyC The set-value thus changed is enteredÔControl output (OUT) lamp [Green]C Parameters in the parameter setting mode are C Lights up when the control output is turnedON.selected in due order.C Can select PV / SV display mode, SV settingÕAuto-tuning (AT) lamp [Green]mode, and parameter setting modes.C Flashes during auto-tuning.ÏSetting digit shift keyÖFirst alarm (ALM1) lamp [Red]C Used when the cursor (brightly lit) is moved to C Lights up when the first alarm is turned ON.the digit whose number needs to be changed for C When a control loop break alarm (LBA) is set-value change.selected as the first alarm, this lamp lights up.ÐSet-value decrement key×Second alarm (ALM2) lamp [Red]C Used when the number needs to be decreased C Lights up when second alarm is turned ON.for set-value change.C When either a heater break alarm (HBA) orcontrol loop break alarm (LBA) is selected asthe second alarm, this lamp lights up.5.OPERATION•Calling-up procedure of each mode:Press the key.Input type code / input range displayThis controller, with the power turned ON, displaysautomatically the input type code on the measured-value (PV)display unit and the input range, on the set-value (SV) displayunit, respectively.Example : For a controller with the K thermocouple inputtype and input range from 0 to 1372E C.ÎDisplays the input type code.: Indicates input abbreviation.unit. ( : E F)input type code table).ÏDisplays the input range.< Input type code >Code Input Type Code Input typeRSBW5Re/W26RePLIIPt100JPt100PV / SV display modeC Displays measured-value (PV) on the measured-value(PV) display unit and set-value (SV) on the set-value (SV)display unit. Usually the control is set to this modeexcepting that the set-value (SV) and/or the parameter set-value are changed.PV / SV display modeC Pressing the key lights the least significant digit onvalue (SV).In order to register the value whose setting was changed,always press the key after the value is changed.sec. in the PV / SV display or SV setting mode, thecontroller is set to the parameter setting mode.C Parameters in the parameter setting mode changes in dueorder every time the key is pressed (See page 6).and keys are pressed.C In order to register the value whose setting was changed,press the key after change to shift to the nextsec.•When no key is operated for more than 1 minute.•Parameter typesThe following parameter symbols are displayed one by one every time the key is pressed.Current transformer input (CT)Setting is not possible.Set heater break alarm value byreferring to this value.Display input value from thecurrent transformerCTSecond alarm Set alarm set-value of second alarm.AL2Control loopbreak alarm (LBA)0.0 to 200.0 min.Set control loop break alarmset-value.Cannot be set to “0.0".8.0LbAAuto-tuning (AT)0 : Auto-tuning end or stop1 : Auto-tuning startTurns the auto-tuningON/OFF.ATUIntegral time (I)1 to 3600 sec.Eliminates offset occurringcontrol is performed. I actionturns OFF with I set to “0".240IAnti-reset windup (ARW)1 to 100% of proportional band.Prevents overshoot and/orundershoot caused by integralaction. I action turns OFFwith this action set to “0".100ArSet data lock 0100 : No set data locked (Allparameters changeable)0101 : Set data locked (All parametersnot changeable)0110 : Only the set-value (SV) ischangeable with the set data locked.Performs set data changeenable / disable.0100LCK* The second alarm (or first alarm), heater break alarm, control loop break alarm parameter symbols are not simultaneously displayed. * Heater break alarm is not available on a current output.C Parameter setting procedure Setting set-value (SV)Following is an example of setting the set-value (SV) to 200E C. (PV : 30E C)Î Set to the set modeÏ Shift of the digit brightly litÐ Set-value increase or decrease ÑSet-value entryPress the key to Press the key to shift Press the key to set “2".After finishing the setting,enter the SV setting mode.the digit which lights brightlypress thekey. All ofController returns to the PV/SV display mode.Example : When a temperature of 199E C is changed to 200E C.Set-value increase or decreasePress the key to shift the digit brightly lit to the least significant digit. Press the key to change “9" to “0", therebyobtaining 200E C. The same applies to set-value decrease.Example : For changing 200 to -100.Minus (-) value settingPress the key to shift the digit brightly lit to the hundreds digit. Press the key to decrement figures in order of÷ 0 ÷ -1.Setting parameters other than set-value In the PV/SV display modeIn the parameter setting modeKey operational cautions CFor this controller, the value whose setting was changed is not registered. It is registered for the first time it is shifted to the next parameter by pressing the key.setting mode, set data lock is activated.In this case, change the “” parameter set-value to “0100".the parameter setting mode.Press thekey by the required number of times untilkey after the setting is finished in the parameters).When no parameter setting is required, return the controller to the PV/SV display mode.¬Pay attention to the following when the parameters described below are set.Auto-tuning (AT)C Prior to starting the auto-tuning function, end all the parameter settings other than PID and control loop break alarm(LBA).Heater break alarm (HBA)C Set heater break alarm set-value to a value about 85% current transformer input value. However, when power supplyvariations are large, set the alarm to a slightly smaller value.In addition, when two or more heaters are connected in parallel, set the alarm to a slightly larger value so that it is activated even with only one heater is broken. (However, within the value of a current transformer input value).C When the heater break alarm set-value is set to “0.0" or the current transformer is not connected, the heater breakalarm is turned ON.Control loop break alarm (LBA)C Usually set the set-value of the LBA to a value twice the integral time (I).O Set data locking procedureThis controller is provided with a set data locking function which disables each set-value change by the front key and also the auto-tuning function. Use this function for malfunction prevention at the end of each setting.C Press the key by the required number of(PV) display unit.C Press the , and keys to set the•Display at error occurrence< Heater break alarm >Display CauseMeasure(Lights)C Controlled object trouble (No power supply,incorrect wiring, etc).C Sensor trouble (Sensor disconnected, shorted, etc).C Actuator trouble (Weld relay contact, incorrectwiring, relay contact not closed, etc).C Output circuit trouble (Weld internal relay contact,relay contact not opened or closed, etc).C Input circuit trouble (The measured-value does notchange even if input changes, etc).Control system check(Error cause cannot bespecified)Check whether there is no effectby disturbances (Other heatsource, etc).LBA set time check< Overscale, Underscale >Input type Input display rangeTCK-30 to +1372E C -30 to +2502E F J-30 to +1200E C -30 to +2192E F R, S-30 to +1769E C -30 to +3216E F B-30 to +1820E C -30 to +3308E F E-30 to +1000E C -30 to +1832E F T-199.9 to +400.0E C -199.9 to +752.0E F N-30 to +1300E C -30 to +2372E F PLII-30 to +1390E C -30 to +2534E F L-30 to +800E C -30 to +1600E F U-199.9 to +600.0E C -199.9 to +999.9E F W5Re/W26Re-30 to +2320E C -30 to +4000E FRTDPt100JPT100-199.9 to +649.0E C Pt100-199.9 to +999.9E F。

LPMV系列高压变频调速系统用户使用说明书（V1）江苏力普电子科技有限公司2008序言非常感谢您选用江苏力普电子科技有限公司的LPMV高压变频调速系统！为充分发挥本产品的卓越性能，并确保使用者和设备的安全，在使用该设备之前，请您详细阅读本手册。

本使用手册为随机配送的附件，使用后请务必妥善保管，以备今后对变频器进行检修和维护时使用。

如您对LPMV系列产品的使用存在其它任何疑问或有特殊要求时，请随时联络本公司，我们将竭诚为您服务！本手册内容如有变动，恕不另行通知。

同时，本公司还有系列化的隔爆型矿用皮带机变频器等产品，欢迎垂询、选购！江苏力普电子科技有限公司目录一．安全使用说明31.1．安装41.2．配线41.3．操作41.4．维护5二．产品介绍52.1．LP-MV变频调速系统特点52.2．LPMV变频调速系统原理72.3．LPMV变频调速系统性能指标122.4．LPMV变频调速系统系列型号说明132.5．LPMV变频调速系统适用范围13 三．运输贮存及安装配线143.1．运输贮存说明143.2．机械安装143.2.1 环境要求143.2.2 柜体安装说明153.3．电气安装153.3.1 电气安装注意事项153.3.2 主回路配线163.3.3 控制电路配线163.3.4 典型应用接线图18四．变频调速系统标准操作说明204.1．柜门按钮和开关说明204.2．控制界面204.3．参数设定274.3.1基本参数设定274.3.2高级参数设置284.3.3厂家参数设定354.4．变频调速系统控制方式切换354.4.1 本地控制354.4.2 远程DCS控制354.5．变频调速系统运行模式364.5.1 开环运行364.5.2 闭环运行364.5.3 正常停机364.5.4 紧急停机364.6．报警解除与故障复位374.6.1 报警解除374.6.2 故障复位374.7．变频调速系统正常操作步骤374.7.1本地控制、数字给定、开环运行374.7.2本地控制、模拟给定、开环运行384.7.3本地控制、数字给定、闭环运行394.7.4本地控制、模拟给定、闭环运行404.7.5远程控制、数字给定、开环运行414.7.6远程控制、模拟给定、开环运行424.7.7远程控制、模拟给定、闭环运行434.8．操作注意事项44五．故障对策及异常处理445.1可能出现异常及其处理455.2 故障复位47六．保养和维护476.1 日常检查与保养476.2 易损部件的检查与更换486.3 保修49附录1.柜内电气元件说明49附录2.功能参数简表50F0：基本参数50F1：辅助运行51F2：开环控制52F3：端子及通信53F4：保护功能56F5：电机参数57F6：闭环控制57附录3.LPMV系列变频调速系统规格参数59一．安全使用说明符号定义说明：“注意”标识。

紧凑型变频器0.1~2.2kW 单相 200V 0.1~7.5kW 三相 200V0.4~7.5kW 三相 400V目 录紧凑.............04方便.............06型号/基本规格........08技术数据...........10接线图............11电源端子...........12控制电路端子.........13面板的功能和使用.......14参数组和代码切换.......15外形尺寸.. (17)LSLV-C100 为全球客户提供最佳解决方案LSLV-C100，一款成本高效、易于安装的紧凑型变频器，将使您的机器性能更加强劲紧凑型变频器 LSLV-C100并排式安装LSLV-C100的“并排式”安装可以大大减小控制柜的尺寸。

再也无需“大型变频器”结构紧凑而性能优化的LSLV-C100 将完美取代紧凑型变频器 LSLV-C100产品特色尺寸缩减33%标准型 200V 0.75KW瞬时失电时KEB功能实现安全停止在电源突然中断时，变频器的KEB功能可利用负载减速时的回馈能量，维持变频器短暂运行或在受控状态下实现安全停止。

输入电压DC-ink电压运行频率输出电流尺寸缩减通过使用热分析和3D设计更加优化的布置主要部件，使得LSLV-C100和现有产品(iG5A)相比体积尺寸缩减了33%。

(标准型 0015C100-1/0022C100-2/0022C100-4)如果机器在紧急情况下需要使用安全停止功能，在正常情况下短接的SA, SB和SC端子将断开，从而阻断变频器的输出。

通过增加符合EN ISO 13849-1 PLd 和 EN 61508 SIL2(EN60204-1, stop category 0)标准的安全输入功能，完全满足系统的安全要求。

完全符合安全要求安全停止继电器注)不包含安全继电器尺寸缩减至33%标准型 200V 0.75kW紧凑型变频器 LSLV-C100产品特色内置电位器 V2标配的内置电位器，让用户操作更加方便除了标准的VR、AI端子，内置电位器可提供0-5V的电压输入，它可以用于频率命令和辅助频率设定。

资料收集于网络如有侵权请联系网站删除谢谢精品文档460v30hp变频器类型svxxxis5008015022037055075110150185220电机功率751015202530kw0751522375575111518522输出功率电容kva1930456191122183229297343输出电流121624303945频率400hz无传感器矢量控制300hz传感器矢量控制120hz电压380输入功率电压频率5060hz动态制动制动电路内置内置内置可选制动单元电阻最大制动转矩100100100150最大连续制动时间由制动单元控制最大负载30ed30ed30ed10ed重量kg47474849757713814319420460v40100hp变频器类型svxxxis5300370450550750电机功率hp40506075100kw3037455575输出功率kva45566882100输出电流617591110152频率400hz300hz传感器矢量控制120hz电压380输入功率电压频率5060hz动态制动制动电路由制动单元电阻控制最大制动转矩150最大连续制动时间由制动单元控制最大负载10ed重量kg4545636368资料收集于网络如有侵权请联系网站删除谢谢精品文档控制无传感器矢量控制传感器矢量控制速度转矩可选频率设定分辨率数字001hz100hz以下01hz100hz以上模拟003hz60hz频率精度数字最大输出频率的001
用干燥的手启动开关。 否则，你可能受到电击。
不要使用绝缘层已经破损的电挤压，超电压和过负载。 否则，你可能受到电击。
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资料收集于网络 如有侵权请联系网站 删除 谢谢
注意
✓ 变频器要安装在不易燃的表面，附近不要放置可燃性材料。 否则可能发生火灾。 ✓ 如果变频器受到损坏，立刻断开输入电源。 否则可能导致设备的二次损坏和火灾。 ✓ 输入电源存在或断开后，变频器残存的热量还会保持几分钟。 否则，你可能受到身体伤害（例如：皮肤烧伤或伤害）。 ✓ 不要给已经受损的或零件缺少的变频器通电，即使安装已经完成。 否则可能发生电击。 ✓ 不允许麻布，纸屑，木屑，灰尘，金属碎片或其他杂物体进入变频器。 否则可能发生火灾或意外事故。