abb061506
ABB变频器价目表
北京ABB电气传动系统有限公司 低压交直流传动和PLC产品价目表
The Sales Price List of ABB Beijing Drive Systems Co., Ltd. 文档编号(Document Number)：2UBA001256
2011-VA版 价格说明(Price Indication) & 标准货期(Delivery Period)
ACS55 Price ACS150 Price ACS310 Price
ACS355 Price CompAC Option
ACS510 Price ACS550 Price ACS550/510-07
表价格调整 三相400V产品 全系列从价格表中移除 FECA-01 FLON-01
价格调整 价格调整 价格微调 价格微调 价格微调 Q967 Q967
Q950和Q967 Q967 新增 新增 新增 新增 新增 新增 价格调整 E Frame价格调整 E Frame价格调整 增加 增加 增加 价格调整 统一与Comp-AC Option销售代号 价格调整 价格调整 新增 价格调整 增加 增加 停止销售 增加 增加 增加 增加 增加 增加 变化相对于2010-C版PLC专用价格表 变化相对于2010-C版PLC专用价格表 变化相对于2010-C版PLC专用价格表 变化相对于2010-C版PLC专用价格表 变化相对于2010-C版PLC专用价格表 变化相对于2010-C版PLC专用价格表 变化相对于2010-C版PLC专用价格表 给出销售代号 更新 更新
ACS800 传动及内装可选项
ABB ACS580-01-088A-4产品数据手册说明书
You can view this page in:EN DE SV FI CS DA EL ES FR HU IT JA KO NL NO PL PT RU SK TR ZHDetailed information for: ACS580-01-088A-4This page contains technical data sheet, documents library and links to offering related to this product. If you require any other information, please contact us using form located at the bottom of the page.Global Commercial Alias:ACS580-01-088A-4 Product ID:3AUA0000080502 ABB Type Designation:ACS580-01-088A-4 EAN:6438177305583Catalog Description:ACS580-01-088A-4 PN: 45 kW, IN: 88 ALong Description:The ACS580-01 is plug-in ready to control your compressors, conveyors, pumps, extruders,centrifuges, mixers, fans and many other variable and constant torque applications, in avariety of light industries, including food and beverage, plastic, textile, material handling, and agriculture.All essential features are built-in as standard, simplifying drive selection, and makingadditional hardware unnecessary. Versatile and straightforward settings menu and assistants enable fast setup, commissioning, use and maintenance, while rugged and robust design makes it a good fit for various environments. With the ACS580 drives you can easily take full control of your processes to comprehensively manage your plant. The wall-mounted ACS580-01 comes in IP21 enclosure as standard. Also, IP55 and flange mounting units are available.Country of Origin:Finland (FI) Customs Tariff Number:85044084Invoice Description:ACS580-01-088A-4 PN: 45 kW, IN: 88 A Made To Order:Yes Minimum Order Quantity: 1 piece Order Multiple: 1 piece Quote Only:No Selling Unit of Measure:piece Gross Volume:128.34 m³ Product Net Weight:28.3 kg Product Net Height:732 mm Product Net Length:295 mm Product Net Width:203 mm Package Level 1 Depth / Length:835 mm Package Level 1 Height:521 mm Package Level 1 Width:295 mm Package Level 1 Units:1 cartonNumber of Phases: 3 Degree of Protection:IP21 Enclosure Type NEMA:Type1 Frequency (f ):50/60 Hz Input Voltage (U ):380 ... 480 V Mounting Type:Wall-mounted Communication Protocol:MODBUS DeviceNet PROFIBUS CANEtherNet/IP PROFINET IO TCP /IPOther Bus Systems Number of Hardware Interfaces:Industrial Ethernet 0 PROFINET 0ACS580-01-088A-4General InformationCategoriesProducts » Drives » Low voltage AC drives » General purpose drives » ACS580-01 - Wall-mounted driveOrderingContainer InformationDimensionsTechnicalinRS-232 0 RS-422 0 RS-485 1 Serial TTY 0 USB 1 Parallel 2 Other 2Includes:With control unitWithout optical interface With PC connectionAnalog Inputs: 2 Analog Outputs: 2 Number of Digital In/Outputs:6/3 Output Current, Heavy-Duty Use:72 A Output Current, Light-Overload Use:83 A Output Current, Normal Use:88 A Output Power, Heavy-Duty Use:37 kW Output Power, Light-Overload Use:45 kW Output Power, Normal Use:45 kW Apparent Power Output:61 kV·A Efficiency Level:IE2 Standby Loss:21 W Complete Drive Module Efficiency (61800-9-2):Operating Point Frequency /CurrentAbsolute LossRelative LossEfficiencyTemperature Rating:Maximum 40 °C Product Main Type:ACS580-01Product Name:Frequency converterETIM 7:EC001857 - Frequency converter =< 1 kV UNSPSC:39122001SCIP:24d7f559-8ddc-4469-93c7-ad912823d754 Finland (FI)WEEE Category:4. Large Equipment (Any External Dimension More Than 50 cm)Additional InformationClassificationsEnvironmental0 / 25 % 294 W 0.0 / 50 % 402 W 0.70 / 100 % 767 W 1.350 / 25 % 325 W 0.50 / 50 % 469 W 0.50 / 100 % 915 W 1.590 / 50 % 545 W 0.90 / 100 %1139 W1.9© Copyright 2022 ABB。
REF615中文版3.0
2. 标准配置
馈线保护测控装置 REF615 有九种可选择的标准配 置。标准配置可通过保护测控装置管理工具 PCM600 中的矩阵或应用配置功能进行更改。此外，PCM600 中 的应用配置功能支持创建多层逻辑，可以使用包括定时 器和触发器在内的多种不同逻辑元件。应用丰富的逻辑 模块组合不同的功能模块，可满足用户不同的应用需 求。
ABB
1YZA000042 版本：F/2010.07.02
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Relion® 615 ဣଚ
ઍ၍ԍࢺ֪੦ጎዃREF615 ׂኸళ
馈线保护测控装置 REF615 产品版本：3.0
目录
1. 概述 .............................................................3 2. 标准配置 ......................................................3 3. 保护功能 ......................................................7 4. 应用 ...........................................................14 5. ABB 配电自动化解决方案 .........................17 6. 控制功能 ....................................................19 7. 测量功能 ....................................................19 8. 故障录波 ....................................................19 9. 事件记录 ....................................................20 10. 故障数据记录 .............................................20 11. 断路器监视 .................................................20 12. 跳合闸回路监视 .........................................20 13. 自检功能 ....................................................20 14. VT 熔丝断线监视 .......................................21 15. 电流回路监视 .............................................21
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电机保护器M101-P_M102-P用户手册 (1)
7.2 通过 MD2/MD3 设置参数 ................................................... 50
7.3 M101-P/M102-P 参数 ..................................................... 50
6 M101-P/M102-P 的通讯 ..................................................... 49 6.1 概述 ................................................................... 49 6.2 RS485 通讯电缆 ......................................................... 49 6.3 PROFIBUS DP 描述 ....................................................... 49
M101-P/ M102-P
M101-P/ M102-P
REPEATER
M101-P/ M102-P
区段5：最大30个 M101-P/M102-P + 2 个中继
M101-P/ M102-P
REPEATER
M101-P/ M102-P
M101-P/ M102-P
区段6：最大31个 M101-P/M102-P + 1 个中继
3 安装及尺寸
M101-P/M102-P 的外形尺寸为：宽×高×深=110 ×140×75mm
安装方式：标准卡轨 TS35×15
MD2 的外形尺寸为：宽×高×深=88×72×30mm MD2 的面板开孔尺寸为：宽×高=84×68mm MD3 的外形尺寸为：宽×高×深=88×50×28mm MD3 的面板开孔尺寸为：宽×高=84×46mm M101-P/M102-P 及 MD2/MD3 安装注意事项请参 照 M101-P/M102-P 安装手册。
ABB 新式紧凑型电缆保护设备说明书
Compact and reliable switching Smaller, more efficient and simpler gas-insulated switchgearHANS-DIETER SCHlEMPER – Gas-insulated switchgear (GIS) operates invisibly – no movement, just a faint hum, betrays the flow of bulk AC power. At first sight uncomplicated-look-ing, a closer examination reveals the complexity in the variety of configurations, engineering investment and installation effort found in a typical GIS installation. Now, however, ABB’s new compact GIS switchgear makes everything much simpler. Even at 420 kV ratings, the switch-gear is assembled as a complete bay in the factory, includ-ing wiring and testing. Installation is fast and easy: Bays move on wheels to their final destination and they can be assembled in a day. The compact dimensions leave more space for access, fit in even smaller buildings and save on resources such as SF6and metals.11Compact and reliable switching12ABB review special reportThe first GIS was installed in 1965 and used sulfur hexafluoride gas (SF 6) as in-sulation. Today, GIS switchgear is avail-able from 52 to 1,200 kV rated voltage [1]. C urrent trends and needs in GIS i nclude:− Less complex, more standardized designs that inherently improve reliability and ease project engineer-ing, production, installation and maintenance. Purchase and use of GIS should become simpler, delivery times shorter and service life longer. − Smaller dimensions that save resourc-es, provide more convenient access to the equipment and enable installa-tion in smaller buildings or containers. − Digital controllers and electronicmeasuring equipment that provide comprehensive monitoring, supervi-sion and control functions. − Higher continuous current and short-circuit current ratings.− Less use of SF 6 and reduction of SF 6emissions.Much electrical switchgear is found out in the open, so the electrical breakdown prop-erties of air have to be takeninto account in its design. As a result, switchgear installations can take up substantial real estate. Where space is costly or limited, or where the environ-ment is challenging, GIS is an ideal alter-native. In GIS equipment, switching is done inside a gas-filled sealed vessel. The gas has much better insulation properties than air, so equipment can be made a lot smaller. Substations located underground in cities, inside hydropow-er dams, in high-value real-estate areas or in containers could not be realized without GIS technology.GIS is suitable for use in harsh environ-ments such as deserts, high-altitude lo-cations or offshore oil platforms. Its lownoise levels and low electromagneticemissions allow operation in residentialareas or in sensitive industrial plants.GIS also improves the grid’s efficiency as it enables power to be transmittedat higher voltages closer to the loadcenters in cities.ABB’s new GIS products for 72.5 kV, 245 kV and 420 kV, launched in 2010, 2011 and 2012 respectively, address these trends. The entire family is built on common design principles and the family members share many common components.Compact and efficientThe new products mark a significanta dvance in footprint reduction – be it in terms of dimensions or use of raw mate-rial and SF 6.The new portfolio is based on advanced circuit breakers with small dimensions and small drives. The ELK-14 compact, 245 kV GIS features an advanced dou-ble-motion Auto-Puffer TM (self-blast) cir-cuit breaker. A single pole requires less than 900 J of stored energy to interrupt a short-circuit current of 50 kA. The ELK-14 compact has 43 percent less volume and weighs 2 tons less than the prede-cessor product ➔1. The result is a com-pact bay that fits into containers that are used for shipment or even as a perma-nent housing.The ELK-3 compact, 420 kV GIS fea-tures a new, single-interrupter puffer breaker with an excellent two-cycle per-formance at 63 kA/60 Hz and plenty of reserve for short-line faults and other duties. The ELK-3 compact circuit breaker uses just one interrupter where two interrupters in series and a larger drive were needed in the past. The sav-ings in dimensions and weight are sig-nificant ➔2.Title pictureABB’s new GIS products greatly speed up and simplify installation. The GIS ELK-3 compact product is shown here.GIS is suitable for harsh environments such as deserts, high-altitude loca-tions or offshore platforms.1 Elk-14 compact, 245 kV compared with its predecessor13Compact and reliable switchingSimplicityABB’s new GIS consists of a set of high-ly-standardized building blocks that can be configured to the specific user r equirements at a very late stage of the production process. This reducesdelivery time. Even at 420 kV, the GIS is equipped with integrated local control panels mounted directly on the steel sup-port carrying the bay. Instead of wiring the bay on-site to a distantcontrol panel, all the cabling is done at the factory in a controlled environment with automated testing facilities. Any wiring mistakes are corrected before the bay leaves the factory.Installation time nearly halvedThe new GIS designs enable complete wired bays to be shipped in containers or on flat racks. A typical 420 kV substa-tion now requires only 44 shipping units and 53 coupling steps compared with the 80 shipping units and 74 coupling steps of the predecessor product.On site, 420 kV bays are wheeled from the unloading platform into the building to their final destination. After leveling, coupling adjacent bays and connecting them to the substation control systems takes only a few hours. Before leaving the factory, bays are prefilled with SF 6 at a transport pressure slightly above1bar, which significantly reduces time and effort for on-site gas handling. Low-pressure aluminum die casting and 3-D finite-element stress calculations enable the design of enclosures with complex shapes that still meet pressur-ized vessel standards at high safety margins. The result is “skinny” enclo-sures that minimize the enclosed vol-ume and, thus, the SF 6 content. A good example is the ENK GIS type for 72.5 kV rated voltage that uses a mere 27 kg SF 6 per bay (for a typical double busbar bay with cable connections) – less than half that used by traditional designs. Or the ELK-14, which uses 115 kg SF 6, 32 kg less than the predecessor prod-uct.Best of both worlds Traditional GIS often uses single-phase enclosed designs for 245 kV. Although they would reduce complexity, three-phase enclosed GIS components for 245 kV are large and difficult to design. ELK-14 compact is innovative: All com-ponents are three-phase-enclosed but, instead of three-phase partition insula-tors, as used at 145 kV, it uses single-phase insulators. Together with skinny enclosures, ELK-14 is somewhere in between traditional single-phase and three-phase design and combines the best of the two approaches.GIS improves the grid’se fficiency as it enables power to be transmitted at higher voltages closer to the load centers in cities.The entire family is built on common design principles and the family members share many common components.2 Elk-3 compact, 420 kV compared with its predecessor14ABB review special reportIn all, installation time is cut by some 40 percent.Easy access operation Although there is little maintenancer equired, all relevant parts, such as drives, view ports, gas density sensors, gas filling valves and terminal blocks are easily accessible – thus shortening maintenance or repair times.A unique feature is that the drives and position indicators for disconnectors and grounding switches are locatedu nderneath the local control panel ➔3. The user can access the drives from the operator’s aisle for emergency manual operation with a hand crank or to lock them with a padlock. Access laddersor scaffolding is no longer required.B esides, drives are plug-in units and they can be easily pulled out of the c abinet for inspection or maintenance.C onvenient access to viewports, gas valves and monitors is provided by plat-forms and catwalks. These are an inte-gral part of the GIS and no longerr equire custom designs.Digital sensors and smart switchgearToday’s practice of measuring basicp arameters using inductive current transformers (C Ts) and voltage trans-formers (VTs) has parallels with the changeover from vinyl records to C Ds: Gone was the distortion created by ana-log reproduction as C Ds and optical links ensured low-cost, interference-free audio reproduction every time.C urrent and voltage measurement in substations is undergoing a similartransformation. The old problems caused by transient performance and saturation of C Ts, over/under-burden-ing, cable length or cross section and troublesome relay input impedance are being banished by the adoption of elec-tronic precision transducers for current(ECTs) and voltage (EVTs). These comewith digital interfaces and connect as easily as a C D player to protection r elays with digital inputs. Their stability, dynamic range and precision are out-standing – a single EC T provides both class 0.2 metering data and precision current data in the kiloampere range. Consequently, most of ABB’s GIS equip-ment is now available with compact EC Ts and EVTs employing Rogowski coils and capacitive voltage transducers[2]➔4. They connect to any relay with anIEC 61850-9-2-compatible digital opti-cal interface, eg, ABB’s Relion series. Although not yet commonly used, ECTsand EVTs, together with intelligent bay controllers, such as ABB’s REC670, and protection devices, form the basis of a digital control panel. Replacing bulky hardwired controls and a sizeable bind-er of schematics, a digital control panel has a network interface based on IEC 61850 data models and communi-cation protocols. The GIS bay is deliv-ered with an electronic capability de-scription in XML – ready to be loaded,The GIS consists of a set of highly-standardized build-ing blocks that can be configured to the specific user requirements at a very late stage ofproduction.3 Frontal access to drives (Elk-14 compact) 4Combined ECT/EVT for 420kV15Compact and reliable switching grate renewable energy sources andf ocuses on providing Denmark with green energy. Energinet.dk selected GIS technology for new 420 kV substationsto reduce space consumption and visu-al impact. A project currently underway is the con-struction of a new 400kV connection between Kassø, near Aabenraa, and Tjele. A 400 kV double-circuit line, in-stalled on tubular towers designed to blend into the landscape, will reinforce and renew Jut-land’s grid. The line will replace the approximately 45-year-old sin-gle-circuit line op-erating on the section today. The project received funding from theEuropean Union’s trans-European ener-gy networks program. Part of the project is Revsing substa-tion. It forms a node with other 420 kV connections along the line. Energinet.dk selected the ELK-3 compact based on a comprehensive list of selection criteria that reflect the company’s demands.Decisive features were the low SF 6 gas content, the compactness (resulting in a small building, crane and basement) and the short installation time.browsed and integrated into the substa-tion automation system ➔5.As part of the new portfolio, ABB’s engi-neers have developed a comprehensive but simple-to-operate gas monitoring sys-tem called modular switchgear monitoring (MSM) that can be added to conventional controls or digital control panels ➔6.MSM’s main task is to detect even small leaks at rates as low as 0.5 percent per year with a set of linear prediction filters. The filters are tuned so as to distinguish leaks from natural density variations stemming from inhomogeneous temper-ature distributions in gas compart-ments. Unlike traditional gas density monitors, which would flag an alarm first when 5 to 10 percent of the SF 6 had already leaked, MSM alerts the operator when as little as 1 to 2 percent of the gas has escaped.Case study: Revsing substationEnerginet.dk owns and operates the transmission grid and the natural gassystem in Denmark. The company builds intelligent infrastructure to inte-Revsing substation will be commis-sioned in 2013. The new line is sched-uled to commence operation in 2014.Though established more than 40 years ago, GIS technology is still rapidly de-veloping. It continues to serve as a key element in growing grids. The installa-tion of GIS is becoming faster and the operation easier. C ompact designs useless raw materials and SF 6. Safeguard-ed by digital controls and monitoring functions, GIS technology is steadilyi mproving its excellent environmental compatibility.Hans-Dieter Schlemper ABB Power Products, High Voltage Products Zurich, Switzerland****************************.com References[1] Holaus, W., Stucki, F. “Breaking news:High-voltage switchgear to power China.”ABB Review Special Report: Dancing with the Dragon , pp. 33 – 37. (2008).[2] Schlemper H.-D et al., “Test and application ofnon-conventional multi-purpose voltage andcurrent transducers” Cigré, Paris, 2004, paperA3-108.6 Gas density monitoring system, MSMOn site, 420 kV bays arewheeled from the unloading platform into the building to their final destination.5 Schematic diagram of a digital control system for a GIS bay。
ABB隔离开关_OT
目录
页
产品概述 ............................................................................................... 1-2
技术数据 OT16-160 ..................................................................................... 3-4 OT200-800 ....................................................................................... 5 OT1000-1600 ................................................................................... 6 OETL2500-3150 ................................................................................ 6
造性和紧凑形的操作机械机构。 • 独特的超短电流路径设计，确保了紧凑的触头机构。
SwitchLine (OT、OETL)
产品概述
OT在太阳能光伏的应用
全新的1000V DC OT系列隔离开关是为了对太阳能 光伏系统中的直流分断问题而专门设计的。在直流 1000V DC时，仍具有出色的分断能力，可应用于 太阳能系统的各级汇流箱、逆变器以及电池系统， 为系统的分断和隔离提供解决方案。其优越的性能 和安全的设计，遥遥领先于市场同类产品。并在欧 州以及美国的各类光伏项目中获得广泛的应用和认 可。它不但兼备3极和4极开关的优点，而且还具备 以下优点： • 额定电压高达1000V（DC21条件下） • 额定电流16-630A • 紧凑的结构、卓越的性能
ABB集团
ABB集团全球最大的电力和自动化技术公司之一：ABB集团（ABB Group，阿西布朗勃法瑞）ABB集团官方网站: / 英文ABB集团中国网站: / 中文目录1 ABB集团简介2 ABB集团发展历程3 没有国界的ABB集团4 ABB在中国ABB集团简介ABB集团（阿西布朗勃法瑞）于1988年由瑞典ASEA 公司和瑞士BBC Brown Boveri 公司合并而成，是一个业务遍及全球的电气工程集团，ABB是电力和自动化技术领域的全球领先公司，致力于为工业和电力行业客户提供解决方案，以帮助客户提高业绩，同时降低对环境的不良影响。
ABB集团的业务遍布全球100多个国家，拥有107,000名员工。
为全球100多个国家的顾客提供服务。
ABB集团超过一半的营业额来自欧洲市场；近四分之一来自亚洲、中东和非洲；五分之一强来自南北美洲市场。
ABB集团下设三个业务部门，分别为电力技术，自动化技术和石油/天然气/石化行业。
ABB集团位列全球500强企业。
集团总部位于瑞士苏黎世，并在苏黎世、斯德哥尔摩和纽约证券交易所上市交易。
ABB由两个历史100多年的国际性企业－瑞典的阿西亚公司(ASEA)，和瑞士的布朗勃法瑞公司(BBC Brown Boveri) 在1988年合并而来的。
ABB集团发展历程1987年8月，瑞典Västerås的ASEA AB公司与瑞士Baden的BBC Brown Boveri宣布了将要合作成立ABB Asea Brown Boveri有限公司的消息，公司总部将设在瑞士的苏黎世，原先的两家公司各自拥有50%的股份。
1988年1月5日合并后的新公司开始营业，在营业的第一年中，公司共收购了15家公司，其中包括瑞典的环保监控公司Fläkt AB公司，意大利的合作公司Sadelmi/Cogepi 公司，丹麦的铁路产品制造公司Scandia-Randers A/S公司。
ABB REF615 ANSI 电源保护设备说明书
Feeder Protection REF615 ANSIABBThe power of communicationREF615 supports the new IEC 61850 standard for inter-device communication in substations. The relay also supports the industry standard DNP3.0 and Modbus ® protocols.The implementation of the IEC 61850 substationcommunication standard in REF615 encompasses both vertical and horizontal communication, including GOOSE messaging and parameter setting according to IEC61850-8-1. The substation configuration language enables the use of engineering tools for automated configuration, commissioning and maintenance of substation devices.IEC 61850-based Connectivity andInteroperability for Distribution SubstationsArea of applicationThe REF615 is a powerful and simple feeder protection relay perfectly aligned for the protection, measurement and supervision of utility substations and industrial power systems. Engineered from the ground up, the new feeder protection relay has been designed to unleash the full potential of the IEC 61850 standard for communication and interoperability of substation automation devices.REF615 provides main protection for overhead lines, cable feeders and busbar systems of distribution substations as well as backup transformer overcurrent protection. The feeder protection relay suits any distribution network, regardless of the applied power system grounding principle.Protection and controlThe feeder protection relay offers time and instantaneous overcurrent, negative sequence overcurrent, phase discontinuity, breaker failure and thermal overload protection. The relay also features optional high impedance fault (HIZ) and sensitive earth fault (SEF) protection for solidly-, impedance- and un-grounded distribution systems. Finally, the relay incorporates a flexible three-phase multi-shot auto-reclose function for automatic feeder restoration in temporary faults on overhead lines.Enhanced with safety options, the relay offers a three-channel arc-fault detection system for supervision of the switchgear circuit breaker, cable and busbar compartments.The REF615 also integrates basic control functionality, which facilitates the control of one circuit breaker via the relay’s front panel human machine interface (HMI) or remote control system. To protect the relay from unauthorized access and to maintain the integrity ofinformation, the relay has been provided with a four-level, role-based user authentication system, with individual passwords for the viewer, operator, engineer andadministrator level. The access control system applies to the front panel HMI, embedded web browser based HMI and the PCM600 relay setting and configuration user tool.ABB3disturbance handlingABB Inc.Distribution Automation7036 Snowdrift Road Suite Allentown, PA USAPhone: +1 610 395-7333Fax: +1 610 395-1055/substationautomation1V A D 386601-F L R e v . C M a r c h 008© C o p y r i g h t 007, 008 A B B . A l l r i g h t s r e s e r v e d.● = Included,= OptionalREF615 Technology SummaryTechnical details are available in the REF615 Product Guide 1VAD386601-AGAnalog inputsCurrents: 5/1 A or 1/0. A programmable Rated frequency: 60/50 Hz programmable Binary inputs and outputsFour binary inputs with common ground Two NO double pole outputs with TCS Two NO single pole outputs Two change over signal outputsOne Form C signal output for self-check alarm Additional seven binary inputs plus three binary outputs (available as an option)CommunicationIEC 61850-8-1 with GOOSE messaging DNP3.0 over TCP/IP Modbus over TCP/IPTime synchronization via SNTP (primary and backup servers)Control voltageVariant 1: 48 ... 250 V dc, 100 … 240 V ac Variant : 4 ... 60 V dcProduct Dimensions and Weight7” - 4U (177 mm) height, 7” - 4U (177 mm)width, 7.5” (191 mm) depth, 7.7 lbs. (3.5 kg)ToolsProtection and Control IED Manager PCM600 ver. .0 for setting, signal configuration and disturbance handling Web browser based user interface (IE 7.0 or later)。
ABB VCC真空浇注干式变压器技术数据
高压 (kV)
6 6.3 6.6 10 10.5 11
电压组合 高压分接 范围(%)
低压 (kV)
±4*2.5% 0.4
联结 组别
Dyn11 或 Yyn0
空载 损耗 (W) 990 1130 1300 1490 1440 1710 1980 2340 2730 3420 3960
负载 损耗 75℃(W) 3150 3730 4560 5390 5560 6550 7670 9130 10870 13280 15850
宁波 宁波市灵桥路2号 南苑饭店8楼616室 邮编：315000 电话：0574-8717 3251 传真：0574-8731 8179
济南 山东省济南市泉城路17号 华能大厦6楼8601室 邮编：250011 电话：0531-8609 2726 传真：0531-8609 2724
沈阳 辽宁省沈阳市和平区 南京北街206号沈阳假日大厦 城市广场二座3-166室 邮编：110001 电话：024-3132 6688 传真：024-3132 6699
空载 电流 (%) 1.0
0.8 0.6
0.5
短路 阻抗 (%)
6
声压级 dB
50 51 52 53 54 54 56 56 57 58
声功 率级 dB 63 64 65 66 67 68 69 70 71 72
4 技术数据表 I ABB真空浇注干式变压器
SCB10系列变压器技术数据表（35 kV）
(kVA) SC(B)12-100 SC(B)12-125 SC(B)12-160 SC(B)12-200 SC(B)12-250 SCB12-315 SCB12-400 SCB12-500 SCB12-630 SCB12-630 SCB12-800 SCB12-1000 SCB12-1250 SCB12-1600 SCB12-2000 SCB12-2500
REF615中文版3.0
-
-
y3) y3) y3) y3) y3)
4) 5) 4) 5) 4) 7) 4) 5) 4) 5)
y3) y3)
4) 6) 4) 6)
-
-
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表 2 支持的功能（续） 功能 三相低电压保护，实例 2 三相低电压保护，实例 3 三相过电压保护，实例 1 三相过电压保护，实例 2 三相过电压保护，实例 3 正序低电压保护 负序过电压保护 三相热过负荷保护 频率保护，实例 1 频率保护，实例 2 频率保护，实例 3 低频减载，实例 1 低频减载，实例 2 低频减载，实例 3 断路器失灵保护 三相涌流检测 主跳闸，实例 1 主跳闸，实例 2 弧光保护，实例 1 弧光保护，实例 2 弧光保护，实例 3 控制 断路器控制 隔离开关位置指示，实例 1 隔离开关位置指示，实例 2 隔离开关位置指示，实例 3 接地开关指示 自动重合闸 检同期
Relion® 615 ဣଚ
ઍ၍ԍࢺ֪੦ጎዃREF615 ׂኸళ
馈线保护测控装置 REF615 产品版本：3.0
目录
1. 概述 .............................................................3 2. 标准配置 ......................................................3 3. 保护功能 ......................................................7 4. 应用 ...........................................................14 5. ABB 配电自动化解决方案 .........................17 6. 控制功能 ....................................................19 7. 测量功能 ....................................................19 8. 故障录波 ....................................................19 9. 事件记录 ....................................................20 10. 故障数据记录 .............................................20 11. 断路器监视 .................................................20 12. 跳合闸回路监视 .........................................20 13. 自检功能 ....................................................20 14. VT 熔丝断线监视 .......................................21 15. 电流回路监视 .............................................21
Relion
通信模块带一个可选的RJ-45双网口总线 可组成一个由带支持快速生成树协议（RSTP）的管理交换 机控制的经济高效的自愈以太网通信环网 避免单点通信失败 使设备间安全快速通信
615 系列的预配置功能 快速设置与调试
默认配置 (标准配置) 一旦装置需要特殊的应用整定，设备可 以快速的进行整定和调试 可通过PCM600整定配置工具调整标准的 信号配置
标准配置 C 无方向接地保护的线路差动保护
RET615 变压器保护测控装置
专用变压器保护测控装置 RET615,用于电力变压器,厂 用变压器和升压变压器等,包 括公用电力发电机-变压器组 和工业电力配电系统
RET615 应用范围
用于要求稳定差动保护的单 元保护应用场合 主要应用范围:电力系统双绕 组变压器 可选的三通道弧光保护系统
专用电动机保护测控装置 REM615 为各类企业中的异 步电机提供保护,控制,测量 和监视功能.
REM615 三种标准配置
标准配置 A 电机保护,可选择的RTD/mA输入 标准配置 B 电机保护,基于电流,电压和频率的保护和测量 功能,可选择的RTD/mA输入 标准配置 C 电机保护,基于电流,电压和频率的保护和测量 功能
REF615 [X000] 选项: 通讯模块
以太网可选:
100Base-TX RJ-45网口 100Base-FX 光纤 LC 3 x RJ-45 2 x RJ-45 + 1 x LC RS-485 + IRIG-B 9 或 10针端子 2线或 4线接法 RS-232 + IRIG-B ST光纤
2009年 ABB新面价表
2009年参考价目表 - 塑壳断路器(S型) Isomax S3 塑壳断路器(S型) - 抽出式移动部分
Isomax S5 塑壳断路器(S型) - 抽出式移动部分
Isomax S3 塑壳断路器(S型) - 抽出式移动部分
2009年参考价目表 - 塑壳断路器(S型)
2009年参考价目表 - 塑壳断路器(S型)
S6 塑壳断路器(S型) - 抽出式抽出部份
S7 塑壳断路器(S型) - 抽出式
2009年参考价目表 - 塑壳断路器(S型)
S3X 塑壳断路器(S型) - 插入式抽出部份
S4X 塑壳断路器(S型) - 插入式抽出部份
S3X 塑壳断路器(S型) - 抽出式抽出部份
S4X 塑壳断路器(S型) - 抽出式抽出部份
S6X 塑壳断路器(S型) - 抽出式抽出部份
2009年参考价目表 - 塑壳断路器(S型)
S2X 塑壳断路器(S型) - 插入式抽出部份
2009年参考价目表 - 塑壳断路器(S型)。
ABB真空接触器价格表-2013
厦门ABB开关有限公司
厦门ABB固定式VSC真空接触器
价格清单 (2013)
2）所有采购之厦门ABB开关有限公司生产的VSC真空接触器均配送航空插座套件。
3）标准交货期为4周，如一次性定购数量超过30台，则需提前与我司确认交货期。
4）本公司拥有绝对的在此期间修改价格的权利。
5）如有需求请联系销售热线：136********。
厦门ABB手车式VSC真空接触器
价格清单 (2013)
2）所有采购之厦门ABB开关有限公司生产的VSC/P真空接触器均配送航空插座套件。
3）标准交货期为4周，如一次性定购数量超过30台，则需提前与我司确认交货期。
4）本公司拥有绝对的在此期间修改价格的权利。
5）如有需求请联系销售热线：136********。
厦门ABB固定式VSC真空接触器
说明：
联系人：梁先生 手机：136********
1）以上附件价格适用于安装在VSC上的附件。
价格不含熔断器。
该价格2013年期间有效。
2）以上附件价格不含运保费，我司可代发货，但运费另计。
3）本公司拥有绝对的在此期间修改价格的权利。
4）如有需求请联系销售热线：136********。
ABB电机型号大全
QABP系列变频调速电机：2P：QABP 71M2A，0.37KW-2P QABP 71M2B，0.55KW-2P QABP 80M2A，0.75KW-2P QABP 80M2B，1.1KW-2P QABP 90S2A，1.5KW-2P QABP 90L2A，2.2KW-2P QABP 100L2A，3KW-2P QABP 112M2A，4KW-2P QABP 132S2A，5.5KW-2P QABP 132S2B，7.5KW-2P QABP 160M2A，11KW-2P QABP 160M2B，15KW-2P QABP 160L2A，18.5KW-2P QABP 180M2A，22KW-2P QABP 200L2A，30KW-2P QABP 200L2B，37KW-2P QABP 225M2A，45KW-2P QABP 250M2A，55KW-2P QABP 280S2A，75KW-2P QABP 280M2A，90KW-2P QABP 315S2A，110KW-2P QABP 315M2A，132KW-2P QABP 315L2A，160KW-2P QABP 315L2B，200KW-2P QABP 355M2A，250KW-2P QABP 355L2A，315KW-2P4P：QABP 71M4A，0.25KW-4P QABP 71M4B，0.37KW-4P QABP 80M4A，0.55KW-4P QABP 80M4B，0.75KW-4P QABP 90S4A，1.1KW-4P QABP 90L4A，1.5KW-4P QABP 100L4A，2.2KW-4P QABP 100L4B，3KW-4P QABP 112M4A，4KW-4P QABP 132S4A，5.5KW-4P QABP 132M4A，7.5KW-4P QABP 160M4A，11KW-4P QABP 160L4A，15KW-4P QABP 180M4A，18.5KW-4PQABP 180L4A，22KW-4P QABP 200L4A，30KW-4P QABP 225S4A，37KW-4P QABP 225M4A，45KW-4P QABP 250M4A，55KW-4P QABP 280S4A，75KW-4P QABP 280M4A，90KW-4P QABP 315S4A，110KW-4P QABP 315M4A，132KW-4P QABP 315L4A，160KW-4P QABP 315L4B，200KW-4P QABP 355M4A，250KW-4P QABP 355L4A，315KW-4P6P：QABP 71M6A，0.18KW-6P QABP 71M6B，0.25KW-6P QABP 80M6A，0.37KW-6P QABP 80M6B，0.55KW-6P QABP 90S6A，0.75KW-6P QABP 90L6A，1.1KW-6P QABP 100L6A，1.5KW-6P QABP 112M6A，2.2KW-6P QABP 132S6A，3KW-6P QABP 132M6A，4KW-6P QABP 132M6B，5.5KW-6P QABP 160M6A，7.5KW-6P QABP 160L6A，11KW-6P QABP 180L6A，15KW-6P QABP 200L6A，18.5KW-6P QABP 200L6B，22KW-6P QABP 225M6A，30KW-6P QABP 250M6A，37KW-6P QABP 280S6A，45KW-6P QABP 280M6A，55KW-6P QABP 315S6A，75KW-6P QABP 315M6A，90KW-6P QABP 315L6A，110KW-6P QABP 315L6B，132KW-6P QABP 355M6A，160KW-6P QABP 355M6B，200KW-6P QABP 355L6A，250KW-6PM2JA系列隔爆电机2P：M2JA 80M2A，0.75KW-2P M2JA 80M2B，1.1KW-2P M2JA 90S2A，1.5KW-2PM2JA 90L2A，2.2KW-2PM2JA 100L2A，3KW-2PM2JA 112M2A，4KW-2PM2JA 132S2A，5.5KW-2P M2JA 132S2B，7.5KW-2P M2JA 160M2A，11KW-2P M2JA 160M2B，15KW-2P M2JA 160L2A，18.5KW-2P M2JA 180M2A，22KW-2P M2JA 200L2A，30KW-2P M2JA 200L2B，37KW-2P M2JA 225M2A，45KW-2P M2JA 250M2A，55KW-2P M2JA 280S2A，75KW-2P M2JA 280M2A，90KW-2P M2JA 315S2A，110KW-2P M2JA 315M2A，132KW-2P M2JA 315L2A，160KW-2P M2JA 315L2B，200KW-2P M2JA 355M2A，250KW-2P M2JA 355L2A，315KW-2P4P：M2JA 80M4A，0.55KW-4P M2JA 80M4B，0.75KW-4P M2JA 90S4A，1.1KW-4PM2JA 90L4A，1.5KW-4PM2JA 100L4A，2.2KW-4P M2JA 100L4B，3KW-4PM2JA 112M4A，4KW-4PM2JA 132S4A，5.5KW-4P M2JA 132M4A，7.5KW-4P M2JA 160M4A，11KW-4P M2JA 160L4A，15KW-4P M2JA 180M4A，18.5KW-4P M2JA 180L4A，22KW-4P M2JA 200L4A，30KW-4P M2JA 225S4A，37KW-4P M2JA 225M4A，45KW-4PM2JA 280S4A，75KW-4P M2JA 280M4A，90KW-4P M2JA 315S4A，110KW-4P M2JA 315M4A，132KW-4P M2JA 315L4A，160KW-4P M2JA 315L4B，200KW-4P M2JA 355M4A，250KW-4P M2JA 355L4A，315KW-4PQAEJ系列进口制动电机2P：QAEJ 71M2A，0.37KW-2P QAEJ 71M2B，0.55KW-2P QAEJ 80M2A，0.75KW-2P QAEJ 80M2B，1.1KW-2P QAEJ 90S2A，1.5KW-2P QAEJ 90L2A，2.2KW-2P QAEJ 100L2A，3KW-2P QAEJ 112M2A，4KW-2P QAEJ 132S2A，5.5KW-2P QAEJ 132S2B，7.5KW-2P QAEJ 160M2A，11KW-2P QAEJ 160M2B，15KW-2P QAEJ 160L2A，18.5KW-2P QAEJ 180M2A，22KW-2P QAEJ 200L2A，30KW-2P QAEJ 200L2B，37KW-2P QAEJ 225M2A，45KW-2P4P：QAEJ 71M4A，0.25KW-4P QAEJ 71M4B，0.37KW-4P QAEJ 80M4A，0.55KW-4P QAEJ 80M4B，0.75KW-4P QAEJ 90S4A，1.1KW-4P QAEJ 90L4A，1.5KW-4P QAEJ 100L4A，2.2KW-4P QAEJ 100L4B，3KW-4P QAEJ 112M4A，4KW-4P QAEJ 132S4A，5.5KW-4P QAEJ 132M4A，7.5KW-4P QAEJ 160M4A，11KW-4P QAEJ 160L4A，15KW-4PQAEJ 180L4A，22KW-4P QAEJ 200L4A，30KW-4P QAEJ 225S4A，37KW-4P QAEJ 225M4A，45KW-4P6P：QAEJ 71M6A，0.18KW-6P QAEJ 71M6B，0.25KW-6P QAEJ 80M6A，0.37KW-6P QAEJ 80M6B，0.55KW-6P QAEJ 90S6A，0.75KW-6P QAEJ 90L6A，1.1KW-6P QAEJ 100L6A，1.5KW-6P QAEJ 112M6A，2.2KW-6P QAEJ 132S6A，3KW-6P QAEJ 132M6A，4KW-6P QAEJ 132M6B，5.5KW-6P QAEJ 160M6A，7.5KW-6P QAEJ 160L6A，11KW-6P QAEJ 180L6A，15KW-6P QAEJ 200L6A，18.5KW-6P QAEJ 200L6B，22KW-6P QAEJ 225M6A，30KW-6PMQAEJ系列进口制动电机2P：MQAEJ 71M2A，0.37KW-2P MQAEJ 71M2B，0.55KW-2P MQAEJ 80M2A，0.75KW-2P MQAEJ 80M2B，1.1KW-2P MQAEJ 90S2A，1.5KW-2P MQAEJ 90L2A，2.2KW-2P MQAEJ 100L2A，3KW-2P MQAEJ 112M2A，4KW-2P MQAEJ 132S2A，5.5KW-2P MQAEJ 132S2B，7.5KW-2P MQAEJ 160M2A，11KW-2P MQAEJ 160M2B，15KW-2P MQAEJ 160L2A，18.5KW-2P MQAEJ 180M2A，22KW-2P MQAEJ 200L2A，30KW-2P MQAEJ 200L2B，37KW-2P4P：MQAEJ 71M4A，0.25KW-4P MQAEJ 71M4B，0.37KW-4P MQAEJ 80M4A，0.55KW-4P MQAEJ 80M4B，0.75KW-4P MQAEJ 90S4A，1.1KW-4P MQAEJ 90L4A，1.5KW-4P MQAEJ 100L4A，2.2KW-4P MQAEJ 100L4B，3KW-4P MQAEJ 112M4A，4KW-4P MQAEJ 132S4A，5.5KW-4P MQAEJ 132M4A，7.5KW-4P MQAEJ 160M4A，11KW-4P MQAEJ 160L4A，15KW-4P MQAEJ 180M4A，18.5KW-4P MQAEJ 180L4A，22KW-4P MQAEJ 200L4A，30KW-4P MQAEJ 225S4A，37KW-4P MQAEJ 225M4A，45KW-4P6P：MQAEJ 71M6A，0.18KW-6P MQAEJ 71M6B，0.25KW-6P MQAEJ 80M6A，0.37KW-6P MQAEJ 80M6B，0.55KW-6P MQAEJ 90S6A，0.75KW-6P MQAEJ 90L6A，1.1KW-6P MQAEJ 100L6A，1.5KW-6P MQAEJ 112M6A，2.2KW-6P MQAEJ 132S6A，3KW-6P MQAEJ 132M6A，4KW-6P MQAEJ 132M6B，5.5KW-6P MQAEJ 160M6A，7.5KW-6P MQAEJ 160L6A，11KW-6P MQAEJ 180L6A，15KW-6P MQAEJ 200L6A，18.5KW-6P MQAEJ 200L6B，22KW-6P MQAEJ 225M6A，30KW-6P。
ABB REJ603 自主供电保护设备说明书
Self-Powered Feeder Protection REJ603 Secondary Distribution ProtectionABB2Area of applicationREJ603 is intended to be used for the selective short-circuit and earth-fault protection of feeders in secondary distribution networks and for protection of transformers in utilities and industries.The relay is a self-powered Numerical relay, which requires no external supply voltage, making it an ideal choice for installation even in remote locations where auxiliary supplies are not available. The relay is primarily used in Ring Main Units within distribution networks and it derives power from the primary current transformers. The relay can measure earth current by internal calcula-tion and also by external core balance current transform-er input.Reliable protection relays for distribution and sub-distribution applicationsThe protection relay provides 3 phase overcurrent and earth-fault protection functions. Low-set stage hasselectable definite time / IDMT characteristics. High-set stage has selectable DMT / Instantaneous element. Integrated protections with selectable curves, wide phase current input range, and extensive internal self-supervision provided in the relay make it a simple and cost-efficient solution for the protection of secondary distribution network.Selectable characteristics for better co-ordinationThe low-set O/C & E/F element of the REJ603 relay has selectable DMT / IDMT characteristics. Apart from 4standard IDMT characteristics - NI, VI, EI & LTI, relay also has special characteristics like RI, HR & FR fuse, which allows better co-ordination with the entire network. Both low and high-set elements have wide setting ranges. The relay also has short power up time which ensures fast operation during switch on to fault.Transformer magnetizing inrushWhen applying overcurrent protection to the MV side of the power transformer, it is necessary that the protection system remains inoperative during transformer energi-zation, when a large primary current flows for a short period during switch on. The REJ603 employs the most proven technique of blocking based on measured value of second harmonic content to make the protection im-mune to magnetizing inrush.Numerical Feeder Protection withoutAuxiliary Supplyfor Secondary DistributionREJ603 highlights⏹Self-powered three phase non-directional overcurrent and earth-fault protection with DMT and IDMTcharacteristics⏹ Dual mode of earth fault measurementby internal calculation or externalCBCT input⏹Integrated IDMT curves (IEC andSpecial) in a single product to covertime co-ordination needs of secondarydistribution protection⏹Protection blocking by secondharmonic measurement for stabilityduring magnetizing inrush oftransformers⏹ Capacitor discharge impulse outputfor low energy trip coiABB3ABB Ltd.Distribution AutomationManeja WorksVadodara - 390 013, IndiaPhone: +91 265 2604386Fax: +91 265 2638922/substationautomation 1 M D S 0 7 2 0 3 -Y N A / 1 9 M a r 2 0 08 Current transformers for REJ603CT type Rated CT current range IsREJ603-CT2 16 - 56 AREJ603-CT3 32 - 112 AREJ603-CT4 64 - 224 AREJ603-CT5 128 - 448 AEnergizing InputsThree phase currents:REJ603 has to be used with specificcurrent transformers (not compatible withconventional 1 A/5 A CT’s)Earth-fault current:Internally by calculationExternally by 1 A CTBinary input:One binary input (24 - 240 V ac/dc) forremote tripOutput:Capacitor discharge impulse (12 V dc, 50 mJ)Indications:Trip: Hand-reset electromechanical flagGreen = OKRed = Device has trippedReady: Green LEDIRF: Red LEDDimensions: 160 mm (H) x 96 mm (W) x 149 mm (D)Weight: ~0.8 Kg©Copyright28ABB.Allrightsreserved.Theinformationinthisdocumentissubjecttochangewithoutnotice.Three phase overcurrent protection, high-set stage3I>> 50 / 51Earth protection, low-set stage I> 51NEarth protection, high-set stage I>> 50N / 51NThree phase transformer inrush detector 3I2f> 68。
ABB软启动装置RG651说明书
abb软启动装置晶闸管损坏维修有质保产品名称abb软启动装置晶闸管损坏维修有质保公司名称常州凌肯自动化科技有限公司价格351.00/台规格参数型号:RG651工控设备:维修公司地址江苏省常州市武进经济开发区政大路1号力达工业园4楼联系电话139******** 139********产品详情abb软启动装置晶闸管损坏维修有质保 变频器的电磁转矩也必减小，导致带载能力降低，由公式E=4.44*K *F*N*Φ可以看出，在变频器调速时，电动机的磁路随着运行频率fX是在相当大的范围内变化，它极容易使电动机的磁路严重饱和，导致励磁电流的波形严重畸变。
因此，UltraPLC使用正交或pprx等于每转个计数，交流和步进电机可能都是可靠的，因为它们都是无刷的。
或在机床运行过程中被置为OFF时就会发生SV0401报警，这是厂家的书面说明，其实就是数控机床准备就绪信号没准备，或者加工的时候准备就绪信号断开了，就出现此报警，也可能因为发生了其他伺服报警，比如当出现SV0449报警时。
设置位置，例如，如果要对号I/O引脚施加某些功能，则可以根据下表找到该信号的相关参数以及设置窗口中的位置，然后输入["作为设置值，选择电动机，一方面，他们使用的物理尺寸是非标准的，而Efilte规格充其量只是个粗略的-更不用说要考虑的额外费用了。
其周期决定于kf，振幅决定于ku,中曲线①。
abb软启动装置晶闸管损坏维修有质保：abb软启动装置晶闸管损坏维修电源电压不足。
这主要是因为电源变压器的容量不够大。
如果负载很重，很容易报告由于低压引起的欠压故障。
根据国家标准，进线电压的下限为380×0.9 =342V。
电压由内部总线采样。
342V时的DC平均电压为342×1.35 = 462V。
例如作为笔记本电脑电源的使用，起动机和电动***的启动用电源等，近作为电动***的行驶用电源本身也可以使用，板块结构更灵活尽管原则上结合硬板和软板可以使用各种级联结构，但是如果不仔细考虑PCBPCB制造商的生产步骤和材料性能。
ABB 615 系列保护与控制传感器的 IEC 61850 9-2LE 接口 PIXIT 指南说明书
Protection and Control Relay615 seriesProtocol Implementation extra Informationfor Testing (PIXIT) for the IEC 61850 9-2LEinterface in 615 series1MRS756464 A Protection and Control IED615 seriesProtocol Implementation eXtra Information for TestingTable of ContentsTable of Contents (II)Index of Tables (II)1About this manual (3)1.1Read it first! (3)1.2Document information (3)1.3Safety Information (3)2Abbreviations and Definitions (4)2.1Abbreviations (4)2.2Definitions (4)3References (5)4Introduction (5)5PIXIT for 92LE Publish (5)Index of TablesTABLE 1 PIXIT FOR 92LE PUBLISH (6)1 About this manual1.1 Read it first!Before attempting any operation with IED from 615 series, read carefully the IEDdocumentation first.This document is addressed to anyone who needs to interact with 615 series and itsIEC 61850 features in more detail.1.2 Document informationRevision HistoryApplicabilityThis manual is applicable to all 615 series Protection and Control IED versions men-tioned in document Revision History above or newer versions if document update isnot required.1.3 Safety InformationThere are safety warnings and notes in the following text. They are in a different for-mat to distinguish them from normal text.Safety warningThe safety warnings should always be observed. Non-observance can result indeath, personal injury or substantial damages to property. Guarantee claims mightnot be accepted when safety warnings are not respected. They look like below:Do not make any changes to the 615 series configuration unless you arefamiliar with the 615 series and its configuration tool. This might result indisoperation and loss of warranty.NoteA note contains additional information worth noting in the specific context, and lookslike below:The selection of this control mode requires caution, because operations are al-lowed both from the HMI and remotely.2 Abbreviations and Definitions2.1 AbbreviationsFTP F ile T ransfer P rotocolGOOSE G eneric O bject O riented S ubstation E ventGPS G lobal P ositioning S ystemGSE G eneric S ubstation E ventGSSE G eneric S ubstation S tatus E ventHMI H uman M achine I nterfaceIED I ntelligent E lectronic D eviceLED L ight E mitting D iodeMAC M edia A ccess C ontrolMICS M odel I mplementation C onformance S tatementMMS M anufacturing M essage S pecificationM/O M andatory/O ptionalN N oPICS P rotocol I mplementation C onformance S tatementPIXIT P rotocol I mplementation e X tra I nformation for T estingRCB R eport C ontrol B lockSCADA S upervision, C ontrol a nd D ata A cquisitionSLD S ingle L ine D iagramXML e X tensible M arkup L anguageY Y es2.2 DefinitionsOperational State The unit is active and it is protecting and controlling theswitchgear.Stand-alone The unit is not connected to a SCADA system.3 References[1] IEC: IEC 61850 (1-10), Communication Networks and Systems in Sub-stations, Part 1-10; 1st Edition.4 IntroductionThis document specifies the protocol implementation extra information for testing(PIXIT) of the IEC 61850 92LE interface in 615 series.Together with the PICS and the MICS the PIXIT forms the basis for a conformancetest according to IEC 61850-10. The PIXIT entries contain information which is notavailable in the PICS, MICS, TICS document or SCL file.5 PIXIT for 92LE PublishTable 1 PIXIT for 92LE PublishABB OyDistribution AutomationP.O. Box 699FI-65101 VaasaFINLANDTel. +358 10 22 11Fax. +358 10 224 1094/substationautomation P I X I T 9 2 L E 2 4 1 1 9 1 A 7 2 0 1 5。
ABB机械人配套变位机
IRBP L New order structure
Option 1201-15 to 22
Option 1203-xx
Option 1202-xx Option 1204-xx
© ABB Group June 22, 2010 | Slide 21
MTD with Dynamic Model
The new MTD-unit can be mounted in all possible directions
IRBP A-250/500/750 Changes
A/B
Smaller footprint Improved repetition accuracy
from ±0.1 to ±0.05
Faster positioning time axis by axis Reduced overall weight
IRBP L-300/600/1000/2000 M109
IRBP K-300/600/1000 M110 G4
IRBP R-300/600/1000
© ABB Group June 22, 2010 | Slide 6
G5
IRBP A-250/500/750
© ABB Group June 22, 2010 | Slide 7
IRBP K-300/600/1000
© ABB Group June 22, 2010 | Slide 15
IRBP K-300/600/1000 Changes
© ABB Group June 22, 2010 | Slide 16
Improved load capacity to 300, 600 and 1,000 kg Improved maximum load difference between sides 1 and 2 Improved repetition accuracy from ±0.1 to ±0.05 Faster station interchange and positioning time axis by axis Reduced loading height 950 mm New vertical weld screens