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16-12-04 S610-GB-0444ACO5000 – USER MANUALDANAHER MOTION S.A. La Pierreire 2, CH-1029 Villars-Ste-CroixTelephone +41-21-631 33 33, Telefax +41-21-636 05 09E-mail: info@danaher-motion.chwww.danaher-motion.chDANAHER MOTION S.A.Empty pagePage 2 / 16 User Manual ACO5000 S610-GB-0444DANAHER MOTION S.A.S610-GB-0444 User Manual ACO5000 Page 3 / 16Table of contentSafety instructions.....................................................................................................................................4 Information on the Operating Manual ......................................................................................................4 The Basic Safety Rules (4)First read the user manual.................................................................................................................4 Electric drives are potentially dangerous...........................................................................................4 Your qualification...............................................................................................................................4 Working instruction............................................................................................................................5 Over speed protection.......................................................................................................................5 Overload protection...........................................................................................................................5 Proper installation..............................................................................................................................5 Responsibility.....................................................................................................................................5 Product description (6)Highlights...........................................................................................................................................6 Power supply module........................................................................................................................6 External braking resistor module.......................................................................................................6 Power Drive module..........................................................................................................................6 Power ratings.....................................................................................................................................6 General technical data...............................................................................................................................7 Examples of product configuration and weight......................................................................................7 Mounting and installation..........................................................................................................................8 Mechanical dimensions.............................................................................................................................8 Description and connection......................................................................................................................9 Power terminals (9)Input specifications............................................................................................................................9 Output specification...........................................................................................................................9 How to unlock the power terminals........................................................................................................10 Power terminal coding.............................................................................................................................10 Front panel description. (11)Power supply module......................................................................................................................11 Power Drive module........................................................................................................................11 Control terminals description.................................................................................................................11 Control terminals description.................................................................................................................12 Sensor input..............................................................................................................................................13 7 Segments display..................................................................................................................................13 Codification of failure...............................................................................................................................14 DECLARATION OF CONFORMITY..........................................................................................................15 Assistance and Trouble shooting.. (15)CAUTIONDO NOT INSTALL THE WINDOW PROGRAMMING SOFTWARE BEFORE TO INSTALL THE USB PORT CONNECTION AND DRIVER.FOLLOW THE INSTRUCTION OF THE INSTALLATION CARD DELIVERED WITHTHE WINDOWS SOFTWARE.DANAHER MOTION S.A.Page 4 / 16 User Manual ACO5000 S610-GB-0444Safety instructionsInformation on the Operating ManualThis operating manual applies to the ACO5000 frequency inverter family. It describes the connections and basic functions of the standard models.CAUTION ! Danger of death by electrocutionCAUTION ! Absolutely essentialBe careful ! Incorrect operation, may lead to damage.The Basic Safety RulesFirst read the user manualBefore installing and commissioning, it is important for such personal to read carefully the operating instructions and safety warnings. Electric drives are potentially dangerousElectrical voltages > 230 V/460 VHigh voltages may still be present up to 5 minutes after the power has been cutoff. Therefore you must always check for presence of power and voltages! In STOP mode, the drive remains active and the motor terminals are at apotential of 300 VDC against the ground. Rotating parts Hot surfacesYour qualificationIn order to prevent personal injury and damage to property, only personnel with electrical engineering qualifications may work on the device.According to IEC364, DIN VDE0100, the qualified personnel must be familiar with the User ManualHave knowledge of national standards and accident prevention regulationsDANAHER MOTION S.A.S610-GB-0444 User Manual ACO5000 Page 5 / 16Working instructionDuring installation observe the following instructions:Always comply with the connection conditions and technical specifications.Comply with the standards for electrical installations, such as regarding wire gauges, groundinglead and ground connections.Without prior writing agreement you are not allowed to open the drive. If you do it, the warrantywill be void. Over speed protectionIf an over speed protection is required, it must be provided by the motor manufacturer, as this function is not integrated in the drive.Overload protectionThe drive doesn't integrate any input line overload protection. An external overload protection is required for the AC main and the supplied 24 VDC.Proper installationInverter drives are components that are intended for installation within electrical systems or machines. The inverter may not be commissioned or put into operation until it has been established that the machine as a unit complies with the provisions of the EC Machinery Directive (89/392/EEC) as well with the standard EN 60204 (Safety of machines).If the frequency inverter is used for special applications the specific standards and regulations for this environment must always be observed.Repairs may only be carried out by authorized repair workshops. Unauthorized opening and incorrect intervention could lead to physical injury or material damage. The warranty provided by DANAHER-MOTION would thereby be void.If you have to do it, bear in mind that the converter control board uses a large number of MOS (Metal Oxide Semiconductor), which are highly sensitive to electrostatic charge.To avoid any damages to the control board:make sure you are working on an earthen anti-static floor use anti-static packing material onlyResponsibilityElectronic devices are fundamentally not fail-safe. The company setting up and/or operating the machine or plant is itself responsible for ensuring that the drive is rendered safe if the device fails.The standard EN 60204-1/DIN VDE 0113 “Safety of machines”, in the section on “Electrical equipment of machines”, stipulates safety requirements for electrical controls. The requirements to comply with are intended to protect the integrity of personnel and machines and to maintain the function capability of the machine or plant. The function of an emergency off system does not necessarily have to cut the power supply to the drive.To protect against risk of injury, it may be more beneficial to maintain individual drives in operation or to initiate specific safety sequences. The emergency stop process may be assessed by means of a risk analysis of the machine or plant, including the electrical equipment to EN 1050. Part of this analysis is determined by the selection of the circuit category in accordance with EN 954 “Safety of machines – Safety related parts of controls”.We strongly suggest the use of the provided certified safety relay in accordance with the EN954-1 recommendations (see paragraph "Control terminals description").DANAHER MOTION S.A.Page 6 / 16 User Manual ACO5000 S610-GB-0444Product descriptionHighlightsPAM – Pulse Amplitude Modulation – a technology with regulated intermediate DC bus Traditional ACOMEL SHS – Selective Harmonic Suppression – modulation Windows based programming softwareCan be operated via Terminal Block, dedicated KeyPad KP5, CAN or Profibus Large number of free programmable parameters32 complete sets of motor parameters can be stored and selected CE and UL (pending) Power supply moduleInput voltage 200 – 480 VAC, +10% / -15%, 50/60 Hz, auto-ranging DC power output max. 36 A Power IN connect to the bottomIntegrated dynamic braking resistor, 330 Ω /1000 W peak Possibility to add an external braking resistor module24 VDC, auxiliary power input supplied by customer, 2 to 4 A depending of the number of axis CAN port, internally interconnected to the drive(s) USB port, internally interconnected to the drive(s) RS485 port dedicated to remote KeyPad Article designation: ACO5000A External braking resistor moduleSame dimensions as the power supply module Internal connection to the power supply module Used when full braking power is required Rating 22 Ω / 1200 W (5 kW peak) Article designation: ACO5000RPower Drive moduleInternal connections to the power supply moduleMotor power OUT and PTC input connect to the bottomPluggable screw terminals – see "Control terminals description" All "Control terminals" are opto-insulated CAN portPROFIBUS port (Option)Sensor feedback connector (not compulsory to drive a motor) 7 segments status display4 power ratings: 5, 8, 12 and 20 A, 2 physical sizes Max output frequency 5000 HzArticle designation: ACO50xxD (see "Power ratings" table) Power ratingsDrive Nominal current Peakcurrent Max output Power @ 230 VMax. Output Power @ 400 VACMax. power dissipation ACO5005DACO5008D ACO5012D ACO5020D 5 A 8 A 12 A 20 A7.5 A 12 A 18 A 30 A3 kVA 5 kVA 7 kVA 12 kVA5 kVA 8 kVA 12 kVA 20 kVA200 W 320 W 480 W 800 WDANAHER MOTION S.A.S610-GB-0444 User Manual ACO5000 Page 7 / 16General technical dataUnit Comment Output frequency step Hz ≤ ± 0.5l of the set frequency Type of load Resistive / Inductive Short-circuit protection between phases At terminals Ground short-circuit protection At power ON and at terminals Efficiency at nominal load % 96 Max. ambient temperature °C 40 Output power derating relative to the operating altitude > 1000 m, derating of 5% per 1000 m. Max. operating altitude 2000 m – derating 10% Output power derating relative to the operating ambient temperature %/°C 3% / °C over the ambient of 40°C Max. ambient temperature 50° C Relative humidity % 15 … 85 not condensing Storage temperature °C -25 to +55 according VDE0160 Shipping temperature °C -25 to +70 according VDE0160Examples of product configuration and weightDesignationACO 5000A ACO 5005D ACO 5008D ACO 5012D ACO 5020D ACO 5000R Size Weight kgSINGLE AXISACO5-0005T 1 1 2 11.5 ACO5-0005R 1 1 1 3 13.8 ACO5-0008T 1 1 2 11.5 ACO5-0008R 1 1 1 3 13.8 ACO5-0012T 1 1 3 18.6 ACO5-0012R 1 1 1 4 20.7 ACO5-0020T 1 1 3 18.6 ACO5-0020R 1 1 1 4 20.7MULTI-AXISACO5-0055T 1 2 3 16.9 ACO5-0055R 1 2 1 4 19.2 ACO5-0085T 1 1 1 3 16.9 ACO5-5555T 1 4 5 27.6 ACO5-5555R 1 4 1 6 29.9 ACO5-0888R 1 3 1 5 24.5 ACO5-1255T 1 2 1 5 26.7 ACO5-1285R 1 1 1 1 1 6 29.0 ACO5-1212R 1 2 1 6 33.3 Any configuration up to size 6 (6 modules units) so far at any time, the sum of the currents doesn't exceed 36A as peak power. Any configuration exceeding the max. is not allowed, the power supply being not protected for overload. Only the drive(s) integrated a current limitation and an overload protection.DANAHER MOTION S.A.Mounting and installationMechanical dimensionsPage 8 / 16 User Manual ACO5000 S610-GB-0444DANAHER MOTION S.A.S610-GB-0444 User Manual ACO5000 Page 9 / 16Description and connectionPower terminalsInput specificationsAC lineo Input voltagemin. 200 V single phase –15% max. 3 phases 480 V 50 / 60 Hzo Single phase input connect to any 2 of L1, L2 or L3 o External overload protection (fuse) required, max. 32 A o Use copper conductors 75°C24 VDC power supplyo Voltage tolerances ±10%o Required power min. 1 A per moduleo External overload protection required if not short-circuit proofOutput specificationMotor powero Use power cable according to the recommendation of the motor manufacturer o Cable gauge according the motor current requirementsPTC inputo This input is over voltage proof up to 500 VACo In case of use of temperature sensor, program the appropriate input calibration.DANAHER MOTION S.A.Page 10 / 16 User Manual ACO5000 S610-GB-0444How to unlock the power terminalsPower terminal codingTo avoid the risk of inverting the connectors of the power supply and the drive(s), bothconnectors are coded. The pictures show the coding position (white square) and the way to insert the coding tag (the right pictures show a half inserted tag).PRESSPULLCoding of the power supplyCoding of the drive(s)Front panel description Power supply modulePower Drive moduleControl terminals descriptionNOTE: All digital and analogue inputs and outputs are opto-isolated. All outputs are short-circuit proof.# Name DESCRIPTION1 24V_OUTSame potential as the external supplied 24 VDC. Available to activate an input. This output is short circuit protected.2ENABLEThis enable is given by the CNC or PLC once all START conditions are satisfied. Without this enable, a START is impossible as the drivers of the chopper and the output stage are locked. Apply 24 VDC to energise the safety relay.Note: If this function is not managed by the CNC or PLC, a jumper must be put between terminals X1-1/1 and X1-1/2. If the AC power is not applied to the drive when the "enable" is powered, an error message will be displayed. A RESET is then needed before to start.3 EN_A4 EN_A This NO relay contact will close when the "enable" is powered. This information has normally to be sent back to the CNC or PLC as status confirmation.This relay contact is potential free. Max contact load 230VAC /2A or 24VDC/2A 5 DR_R 6 DR_R This NO relay potential free contact will close when the drive is READY resp. the relay energized, The contact will be open in case of FAILURE.Maximal contact load 125VAC/0.6A resp. 30VDC/2A or 110VDC/0.6A7STARTApply 24 VDC to START the drive. This function is active only if the drive enable has been powered (X1-1/2). The START can be activated with:A permanent signalAn impulse signal, duration min. 5 ms The type of START is selected by program.8 STOPThe drive will STOP when the 24 VDC is not applied to this input. If you use a permanent signal to START, this input must be connected to 24 VDC by ajumper to terminal X1-1/1 for example. If not, the drive will not start and an error message will be displayed.9 RESETApply 24 VDC to reset. Need always to be done after a failure. Don't apply a permanent 24 VDC as the reset is triggered by the positive edge of the signal. Min. duration of the pulse: 5 msF i r s t t e r m i n a l b l o c s e c t i o n X 1-110 0 VElectronic ground of the drive, linked to the 0 V of the external 24 VDC11 A_OUT1 12 A_OUT2 2 free programmable 0 to 10 V analogue outputs. Allocated parameters selected by program. Refer to 0 V, terminal X1-2/15. Max. load 10 mA, short-circuit proof.13 + 10 VDC Available to connect a potentiometer between X1-2/13 and X1-2/15, with the cursor to the input A_IN to make a manual analogue speed reference. Use a 10 k Ω potentiometer.14 A_IN Analogue speed reference input 0 to 10 V, referred to 0 V – X1-2/15 X 1-2 15 0 VElectronic ground of the drive, linked to the 0 V of the external 24 VDC# NameDESCRIPTION16 24V_OUT Same potential as the external supplied 24 VDC. Available to activate an input17 IN1 18 IN2 19 IN3 20 IN4 21 IN5 22 IN6 23 IN7 24 IN88 programmable digital inputs Function allocated by userAll inputs are opto-isolatedInsulated type 24 VDCVOFF [VDC] -0.3 - 5.0 @ 1 mA (max) VON [VDC] 15 - 30 @ 10 mA (typical)X 1-325 0 VElectronic ground of the drive, linked to the 0 V of the external 24 VDC26 OUT1 27 OUT2 28 OUT3 29 OUT4 4 programmable digital outputs, function allocated by userAll outputs are opto-isolated, max. load 10 mA, 24 VDCBy allocating the output frequency SDIG (6 times the output frequency) to one of these outputs, use a load resistors of max. 3.3 k ΩX 1-430 0 VElectronic ground of the drive, linked to the 0 V of the external 24 VDCSensor input1 Sensor detect +5 VDC 9 RESERVED2 NA 10 RESERVED3 RESERVED 11 RESERVED4 Input magneto-resistive sensor 12 INDEX -5 INDEX + 13 Channel B -6 Channel B + 14 Channel A -7 Channel A + 15 + 5 VDC power supply sensor8 Ground 0 V The case must be connected to earth The sensor input accept either 5 V TTL encoder signals or the signal from a magneto-resistive sensor (Siemens – FP210 D 250-22 or FP212 D 250-22)7 Segments displayCodification of failureDECLARATION OF CONFORMITYWe: Danaher Motion S.ALa Pierreire 2CH - 1029 Villars-Ste-Croixdeclare under our sole responsibility that the products of the family ACO5000, are exclusively designed for incorporation in an other machine. The operation of the product is submitted to the conformity of the complete equipment, following the provisions of the directive 89/392/EECThe conformity of the above specified products with the provisions of the Directive 73/23/EEC is supported by the respect of the standards CEI/IEC 1010-1If the mounting and connecting instructions of the installation’s manual have been respected, this product will be conform to the standards EN 61000-6-4, EN 61000-6-2 and EN61800-3 +A11 relating to the EMC directive 89/336/EEC.Mounting instructions related to the EMC - directive 89/336/EEC1. The frequency converter must be mounted in a closed metal cabinet.2. The power connection between converter and motor must be made using shield cable.3. The control connection must utilize shielded cables.4. The shield of the cables must be grounded at both ends.5. Power connections and control connection must be placed in separated canals.6. No external input filter is required.Assistance and Trouble shootingAll our products are manufactured in accordance with an accurate quality process. Beforedelivery they are checked for many hours under power. The quality system and productionprocess guarantee that all products are shipped free of default.The respect of the installation procedure describes in this manual and a correct definition of theapplication should avoid any commissioning problems.Should you meet some problems during installation or commissioning of the frequency inverterour technical staff are available for assistance. Please contact your local supplier or the localDANAHER-MOTION subsidiary.Please includes following information:1. Description of the application2. Default or problem you met3. Copy of the programmed parameters4. Wiring diagramIn case of emergency: Danaher Motion S.A.2LaPierreireCH - 1029 Villars-Ste-CroixTel. +41 21 631 33 33Fax. +41 21 636 05 09info@danaher-motion.chE-mail:NOTE: This user manual is subjet to modification without prior notice.Danaher Motion SALa Pierreire 2CH-1029 Villars-Ste-CroixSwitzerlandTel +41 (0) 21 631 33 33Fax +41 (0) 21 636 05 09E-mail info@danaher-motion.ch Internet MANUAL ACO5000_GB / printed in Switzerland © 10/2004 Subject to change without prior notice。
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易控变频器说明书ec500参数设置易控变频器EC500参数设置一、变频器参数设置的重要性易控变频器EC500是一种用于调节交流电机转速的装置，参数设置是使用变频器的前提。
通过合理设置参数，可以实现对电机的精确控制，提高设备的运行效率和性能。
二、主要参数设置1. 频率设置频率设置是变频器中最基本的参数之一。
根据实际需求，可以设置变频器输出的频率范围，通常单位为赫兹（Hz）。
在设置频率时，需要考虑电机的额定频率和负载的要求，以确保电机的正常工作。
2. 电压设置电压设置是影响电机转速的重要参数之一。
根据电机的额定电压和负载特性，可以设置变频器输出的电压范围。
电压设置需要根据实际情况进行调整，以确保电机的运行稳定和负载的正常工作。
3. 加速时间设置加速时间是指从变频器启动到达设定频率所需要的时间。
根据设备的要求和实际情况，可以设置变频器的加速时间。
加速时间的设置直接影响设备的启动效果和运行效率，过长或过短的加速时间都可能影响设备的正常运行。
4. 减速时间设置减速时间是指从设定频率到停止所需要的时间。
根据设备的要求和实际情况，可以设置变频器的减速时间。
减速时间的设置直接影响设备的停止效果和运行安全，过长或过短的减速时间都可能影响设备的正常运行和人身安全。
5. 过载保护设置过载保护是保护电机和设备的重要功能之一。
通过设置变频器的过载保护参数，可以避免电机在负载过大或故障情况下受损。
过载保护参数的设置需要根据电机的额定功率和负载特性进行合理调整，以确保设备的安全运行。
6. 过流保护设置过流保护是保护电机和设备的另一个重要功能。
通过设置变频器的过流保护参数，可以避免电机在电流过大或故障情况下受损。
过流保护参数的设置需要根据电机的额定电流和负载特性进行合理调整，以确保设备的安全运行。
7. 温度保护设置温度保护是保护电机和设备的关键功能之一。
通过设置变频器的温度保护参数，可以避免电机在高温环境下受损。
温度保护参数的设置需要根据电机的额定温度和环境条件进行合理调整，以确保设备的安全运行。
易控EC50变频器说明书ACON（易控）ST3000系列通用型变频调速器ST3000系列G1/P1多功能、*通用变频调速器采用新一代IGBT功率器件，16位电机控制*CPU，具有低损耗、高开关频率、高*性、*率、高*、*效果明显等优点。
它适用范围广，内置PID控制功能，各种保护功能*，键盘采用全中文LCD显示，操作直观。
软体覆盖功率范围：200V级：G1系列0.4KW~15KWP1系列18.5~75KW400V级：G1系列0.75~15KWP1系列18.5~300KW 二、EACON（易控）ST3000系列恒压供水*变频调速器EACON（易控）ST3000系列恒压供水*变频器是在ST3000通用变频调速器的基础上开发而成的集供水控制和供水管理一体化的系统。
凭借其*的**运算方式和供水*PID调节控制方式，既*又方便操作，*加一点压力传感器，即可方便地组成供水闭环控制系统。
传感器反馈的水压信号直接送入变频器自带的PID调节器输入口，而压力设定既可以使用变频器的键盘设定，也可以采用一只电位器以模拟量的形式送入。
每日可设定多段压力运行，以适应供水压力的需要。
也可设定指定日（如节假日）供水压力的需要。
也可设定指定日供水压力控制。
面板可以直接显示压力反馈值（Mpa）。
系统供水有两种基本运行方式：变频泵固定方式和变泵循环方式。
变频泵固定方式*多可以控制7台泵，可选择“先开先关”和“先开后关”（适用泵容量不用场合）2种水泵关闭顺序。
变频泵循环方式*多可以控制4台泵，系统可选择“先开先关”和“先开后关”（适用泵容量不用场合）2种水泵关闭顺序。
灵活配置常规泵、消*泵、排污泵、休眠泵，便于实现供水泵房*自动化。
工作泵与备用泵不固*，可自动定时轮换。
可以*地*因为备用泵长期不用时发生的锈*现象，*了设备的综合利用率，降低了维护费用。
作小时自动累计功能，方便*分析和设备状况维护。
夜间供水量急剧减少时，可方便指定每日休眠工作的起始/停止时刻，并可设定休眠时的压力给定值。
NICE5000电梯一体化控制器说明书Ver 0.0苏州远志科技有限公司SUZHOU WISH TECHNOLOGY CO.,LTDW e b: T e l: F a x: Email: 86-512-62576870 86-512-67508653 w i s h@w i s h t e c.c o mBEST IN SERVICE序言感谢您选择NICE 系列电梯一体化控制器！苏州默纳克控制技术有限公司是深圳市汇川技术股份有限公司全资子公司，以汇川公司领先的变频驱动技术为基础，聚集专业化的人才队伍，从事研发、生产、销售电梯控制与驱动系统并服务全球电梯行业的高新技术企业。
苏州默纳克控制技术有限公司目录序言.............................................................................................................................................- 1 - 目录.............................................................................................................................................- 2 - 1 产品概述..............................................................................................................................- 4 -1.1 产品介绍..............................................................................................................- 4 - 1.2 产品特点..............................................................................................................- 4 - 1.3 NICE Ⅱ功能列表................................................................................................- 6 - 2 使用须知............................................................................................................................- 11 -2.1 安全指导............................................................................................................- 11 -2.1. 1 安全事项....................................................................................................- 11 - 2.1. 2 注意事项....................................................................................................- 13 - 2.2 机械安装............................................................................................................- 14 -2.2. 1 产品外观及尺寸规格................................................................................- 14 - 2.2. 2 安装要求....................................................................................................- 14 - 2.3 电气安装............................................................................................................- 15 -2.3. 1 产品选型....................................................................................................- 15 - 2.3. 2 产品技术数据：........................................................................................- 16 - 2.3. 3 制动电阻配置............................................................................................- 18 - 2.3. 4 端子接线说明............................................................................................- 18 -3 系统调试............................................................................................................................- 21 -3.1 调试工具的使用................................................................................................- 21 -3.1. 1 小键盘........................................................................................................- 21 - 3.1. 2 操作面板....................................................................................................- 22 - 3.1. 3 液晶操作器................................................................................................- 24 - 3.2 系统布线参考....................................................................................................- 26 -3.2. 1 外围线路配置说明....................................................................................- 26 - 3.2. 2 井道开关配置............................................................................................- 27 - 3.3 典型调试方法....................................................................................................- 28 -3.3. 1 慢车试运行................................................................................................- 28 - 3.3. 2 快车试运行................................................................................................- 29 - 3.3. 3 舒适感调整................................................................................................- 29 -4 参数表................................................................................................................................- 31 -4.1 功能参数说明....................................................................................................- 31 - 4.2 参数列表............................................................................................................- 31 -4.2.1 功能参数的分组........................................................................................- 31 - 4.2.2 功能参数表................................................................................................- 31 -5 参数详述............................................................................................................................- 43 -5.1 F0组 基本参数................................................................................................- 43 - 5.2 F1组 电机参数................................................................................................- 44 - 5.3 F2组 矢量控制参数.........................................................................................- 47 - 5.4 F3组 运行控制参数.........................................................................................- 49 - 5.5 F4组 楼层参数................................................................................................- 52 -苏州默纳克控制技术有限公司5.6 F5组 端子功能参数.........................................................................................- 53 - 5.7 F6组 电梯逻辑参数.........................................................................................- 57 - 5.8 F7组 智能调试参数.........................................................................................- 62 - 5.9 F8组 逻辑辅助参数.........................................................................................- 63 - 5.10 F9组 时间保护参数.........................................................................................- 66 - 5.11 FA 组 辅助参数.................................................................................................- 67 - 5.12 Fb 组 门功能参数..............................................................................................- 69 - 5.13 FC 组 简要故障信息.........................................................................................- 71 - 5.14 Fd 组 并联参数.................................................................................................- 72 - 5.15 FE 组 显示设置.................................................................................................- 72 - 5.16 FH 组 闭环参数设置.........................................................................................- 73 - 5.17 FL 组 拓展端子功能.........................................................................................- 75 - 5.18 FU 组 监控参数.................................................................................................- 77 - 5.19 FF 组 厂家参数.................................................................................................- 81 - 5.20 FP 组 用户参数.................................................................................................- 82 - 5.21 E 组 详细故障信息...........................................................................................- 83 - 6系统应用............................................................................................................................- 84 - 6.1 系统典型接线图................................................................................................- 84 -6.1. 1 主控板推荐图纸及参数设定....................................................................- 84 - 6.1. 2 轿顶板推荐图纸及参数设定....................................................................- 85 - 6.2 停电应急运行方案............................................................................................- 85 -6.2. 1 封星方案的实现........................................................................................- 85 - 6.2. 2 应急救援方案............................................................................................- 87 - 6.3 并联方案说明....................................................................................................- 89 -6.3. 1 并联设置....................................................................................................- 89 - 6.3. 2 楼层地址设置............................................................................................- 89 - 6.4 贯通门使用说明................................................................................................- 90 - 7故障信息及对策................................................................................................................- 91 - 7.1 故障类别说明....................................................................................................- 91 - 7.2 故障信息及对策................................................................................................- 91 - 记事便签：........................................................................................................................- 97 - 联系我们............................................................................................................................- 97 -苏州默纳克控制技术有限公司1 产品概述1.1产品介绍NICE Ⅱ是苏州默纳克控制技术有限公司自主研发、生产的新一代电梯一体化控制器。
EC5000电子调速板使用说明目录1. 主要特征 (2)2. 产品描述 (2)3. 性能尺寸规格接线图 (3)4. 安装指南 (4)5. 使用前设置 (4)6. 故障排除指引及措施 (7)一、主要特征：双向同步与下倾调速减少启动烟雾与速度等变斜坡直接兼容Cummins EFC 阀远程摇控变速调控12V，24V，32V系统短路输出保护反极性保护负载分配性能AMBAC EC5000型速度控制器，是一种通过专业设计的多功能发动机调速器,可驱动比例螺线管调速控制器，包括康明斯EFC阀，其持续稳定的电流可达8Amps。
此控制器具有省燃油、启动时斜坡速度之功能，从而减少启动烟雾。
可用辅助输入，如：外部微调控制输入抑或负载共享控制输入。
控制器可设置运行、怠速、下倾调速、斜坡时间和启动燃油量。
除此之外，也可设置标准增益、稳定、空载时间。
对于小的或较大的调速控制器，起动电流、输出电流和下倾速度可随意选择。
在下倾模式中，独立速度的设置可设置成下倾偏离调速的形式，也可通过设置来防止调速控制器受阻或缩短输入。
所有的原器件都装在敷料电路板坚固的金属外壳内，这种敷料电路板能提供良好的保护环境。
每一种原器件都通过了电力测试并且达到了AMBAC对质量与长期可靠性要求的高标准。
二、产品描述EC5000直接运行于电池系统，测量发动机速度，提供控制信号给调速控制器，从而控制发动机燃油供应。
一般情况下，发动机速度信号的采集是由固定在调速轮轮齿附近的磁速传感器中获得的。
如果发动机速度频率是成比例的，且振幅与频率正确，那么控制器将会接收任何信号。
这种速度输入与内部速度设置相同，速度差增大，驱动调速控制器提供或多或少的燃油，从而控制发动机速度。
如果速度输入信号失败，超过0.1秒，安全装置就会关闭调速控制器，保护发动机失控，使其免受破坏。
（当下倾控制逆时针偏离其原来的位置时，离顺时针位置越远，下倾越多）速控同步或下倾模式。
接线端子5接地时，下倾运行，或左边断开，运行同步模式。
EAC 5000 用户调试软件说明书一、概述：1、EAC5000用户调试软件用于用户站端维护人员对EAC5000装置进行初始化、现场装置和电表的数据查询设置、初始化和调试报告的显示和打印等操作。
2、软件运行环境要求：WINDOWS 95、98或NT操作系统；一个可用的通讯串口。
3、使用科立公司提供的串口线连接在微机串口与装置串口之间，或使用MODEM拨号至装置所接的电话号码上。
二、EAC5000调试软件的使用详细说明：1、进入EAC5000调试软件：如下图（图0-0）所示，双击“EAC5000调试软件”的快捷方式，启动程序，进入登录窗体（如下图0-1）：。
图0-0（双击快捷方式启动程序）注：若要进入EAC5000调试软件，必须与EAC5000装置进行登录建链。
图0-1（输入操作人与口令、选择串口和登录方式）输入操作人和口令，选择使用的串口号和登录形式。
如果直接使用串口，则单击[登录]按钮。
若登录成功则进入调试软件。
如果使用MODEM远程修改，则先单击[拨号]按钮，输入电话号码，确定后进行拨号，等MODEM建链成功后，单击[登录]按钮。
登录成功后进入调试软件主窗体（见图0-2）：图0-2（调试软件主窗体图）如图0-2所示，主要分为1、文件；2、功能；3、通讯模块；4、采集模块5、窗口6、帮助等6个菜单选项，下面详细对此6个菜单的操作进行说明。
1、文件菜单：单击[文件]菜单，显示三项下拉菜单选项：A．查看报告：可以打开以前保存的数据报告，查阅或打印；可保存当前报告。
如下图1-1所示：如图1-1所示（查看、保存、打印报告）B．打开操作板：在主窗体中显示“通讯模块”“采集模块”操作板，同时在选中二者之一时，使主窗体上的相应菜单有效C．退出：结束程序2、功能菜单：单击[功能]菜单，显示三项下拉菜单选项：A．自动初始化：根据设置文件，对EAC5000装置进行自动初始化操作。
几点说明：a)初始化选择和初始化文件选择：对于通讯模块是通讯模块号下拉框右边的“初始化选择”多选框，当有“对勾”时有效表示初始化此通讯模块，其初始化文件在单击[选择通讯模块文件]后选择；对于采集模块是网格的“选择”列中选择当有“对勾”时有效表示初始化此采集模块，其初始化文件在单击“文件”列对应采集模块后选择。
