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LB系列机座号（mm）：80、110、130、150额定转矩（Nm）：1.3～27额定功率（Kw）：0.4～5.5额定转速（rpm）：1500、2000、2500、3000最高转速（rpm）：/转子惯量：中惯量标配反馈元件：增量式编码器（2500C/T）失电制动器：可配适配驱动器工作电压（VAC）：220LBB系列机座号（mm）：80、110、130、150额定转矩（Nm）：1.3～19.1额定功率（Kw）：0.4～3.0额定转速（rpm）：1500、2000、3000最高转速（rpm）：3000、5000转子惯量：中惯量标配反馈元件：总线式光电编码器失电制动器：可配适配驱动器工作电压（VAC）：220HB系列机座号（mm）：110、130、150额定转矩（Nm）：2～27额定功率（Kw）：0.6～5.5额定转速（rpm）：1500、2000、2500、3000最高转速（rpm）：/转子惯量：中惯量标配反馈元件：增量式编码器（2500C/T）失电制动器：可配适配驱动器工作电压（VAC）：380HBB系列机座号（mm）：110、130、150额定转矩（Nm）：2.4～28.7额定功率（Kw）：0.4～5.5额定转速（rpm）：1500、2000最高转速（rpm）：3000转子惯量：中惯量标配反馈元件：总线式光电编码器失电制动器：可配适配驱动器工作电压（VAC）：380请您关注以下伺服电机为自冷式散热方式，安装时请选择足够大的安装板。
伺服电机长期工作，机体本身会有一定的温度，这是正常情况。
装配了失电制动器的伺服电机，其失电制动器的电源必须由驱动器控制开闭，否则会造成工作状态不佳。
伺服电机内装精密反馈元件，严禁重力敲击电机轴伸端及后部。
请注意电机轴伸端的最大径、轴向力的限值。
严禁随意更改、拆装及加工电机部件。
请您将需求告之我们，我们来为您服务。
电机电联接器转矩转速曲线示意图LB 、HB系列 LBB 、HBB 系列LB、LBB 、HB 、HBB 系列伺服电机的Mmax=3Mn ；Mmax 输出状态为短时工作。
3×44 metres of leading edgeIn our quest to boost the efficiency of the V90, wemade sweeping improvements to two aspects ofour turbine blades: their material composition andtheir structureWe at Vestas have long enjoyed a reputation formaking some of the lightest blades on the market,and with the V90 we have once again raised the bar.We began by introducing several new lightweightmaterials, most notably carbon fibre for the load-bearing spars. Not only is carbon fibre intrinsicallylighter than the fibreglass it replaces, but itsstrength and rigidity also reduce the quantity ofmaterial needed – thus cutting overall weight evenfurther. So that even though the V90 has a sweptarea that is 27 per cent more than the V80, the newblades actually weigh about the same.The new profile of the V90 blades also represents asig-nificant aerodynamic advance. In collaborationwith Risø National Laboratory in Denmark, Vestasengineers worked on optimising the relationshipbetween the overall load impact on the turbine andthe volume of energy generated annually. Their finalblade design features an entirely new plane shapeand a curved back edge.The resulting airfoil improves energy production,while making the blade profile less sensitive to dirton the leading edge and maintaining a favourablegeometrical relationship between successive airfoilthicknesses. This translates into an increase inoutput combined with a decrease in load transfers– as well as improvements on the bottom line.Reduced need for service and maintenanceA series of improvements to the V90 have madeservice and maintenance calls less demanding– and less frequent. Turbine access has beensimplified and working areas expanded, while thearrangement of tower and nacelle components hasbeen optimised to facilitate service proce-dures. Moreover, a variety of new features, ranging from automatic blade-bearing lubrication to an oil-lubricated yaw system, have made it possible to reduce the number of preventive maintenance visits to one a year. This means considerable savings in turbine downtime and personnel costs, and is a particularly welcome development in the context of hard-to-reach offshore installations. Proven Performance Wind power plants require substantial investments, and the process can be very complex. To assist in the evaluation and purchasing process, Vestas has identified three factors that are critical to wind turbine quality: energy production, power quality and sound level.We spend months testing and documenting these performance areas for all Vestas turbines. When we are finally satisfied, we ask an independent testing organisation to verify the results – a practice we call Proven Performance. At Vestas we do not just talk about quality. We prove it.Innovations in blade technologyg h b d e c f 6789a 132453,5003,2503,0002,7502,5002,2502,0001,7501,5001,2501,000750500250051015202512345 6789a b c d e f g hOil coolerWater cooler for generatorHigh voltage transformerUltrasonic wind sensors VMP-Top controller with converter Service crane OptiSpeed® generator Composite disc coupling Yaw gears Gearbox Mechanical disc brake Machine foundation Blade bearing Blade hub Blade Pitch cylinder Hub controllerTechnical specificationsPower curve V90-3.0 MWWind speed (m/s)P o w e r (k W )30252015103025201510501,9001,7001,5001,3001,1009003,5003,0002,5002,0001,5001,000OptiSpeed ® allows the rotor speed to vary within a range of approximately 60 percent in relation to nominal rpm. Thus with OptiSpeed ®, the rotor speed can varyby as much as 30 per cent above and below synchronous speed. This minimises bothunwanted fluctuations in the output to the grid supply and the loads on the vitalparts of the construction.*Vestas OptiSpeed ® is not available in the USA and Canada.WindS peed (m /s)TimePitchA ng le(de g ree s)TimeGeneratorS peed(rpm )TimeOutputP o w e r(k W )TimeWhen Vestas set out to establish a new benchmark for efficiency with its development of the V90-3.0 MW turbine, high priority was given to keeping weight down. That is because wind turbines are heavy, and the heavier the turbine, the greater the costs – for production, material, transport and installation.Our engineers therefore rethought every aspect of turbine design – from foundations to blade tip – seeking ways to minimise the cost per kWh over the design lifetime of the V90. The result is a showcase of innovative engineering – particularly as regards weight saved. In fact, despite a larger rotor and generator, the new V90 actually weighs less than the V80-2.0 MW.The biggest reduction has come from strengthening the tower. To increase fatigue strength, we have pioneered the use of magnets to fasten internal components to the tower walls. In addition, using a stronger steel means less is needed. The decreased weight lets us construct the new towers in fewer sections, with significant savings in material, transport, and installation costs.The most radical redesign centred on the new nacelle. Even though the 3 MW generator is 50 per cent larger than the corresponding generator in the 2 MW wind turbine, we kept overall nacelle weight almost the same. We did this by integrating the hub bedplate directly into the gearbox, eliminating the main shaft and thus shortening nacelle length. The result is a nacelle that can generate much more power without any appreciable increase in size, w eight or tower load.Together with new low-weight blades, these breakthroughs have made the V90 remarkably light for a turbine of its size – and remarkably efficient for a turbine of any dimension.An efficient way to more power09/07 U K。
204OSHA详细信息及资料，请浏览/askg特性●操作范围达 7 m ●20 mm 光轴间距●IP-65 防水外壳●高度节省成本的扩充系统●内置 LED 指示灯简化了校准工作检测距离所有机型 - 7 m可扩展安全光栅长检测距离可达 7 m充分的检测距离保证了从小型到大型的各种设备或机器的可靠防护。
纤细而坚固的感测头可以在苛刻的环境中应用虽然外壳非常纤细，但感测头具备很高的坚固性。
使用金属材料制作的外壳、内壳及固定配件使得感测头可以耐振动或抗冲击。
柱状 LED 指示灯简化了光轴的校准指示灯亮起的数目会随着光轴的校准数目而改变。
任何人不需协助就能独自轻松执行光轴校准。
而且在发生故障时，指示灯可立即通知操作员有关故障的情况。
辅助控制器可进行双头操作辅助控制器可以使用双感测头而不需另外接线。
当辅助控制器连接到主控制器时，那么相互干扰抑制功能会自动开始工作。
节省空间的安全控制器控制器特别安装了故障检测电路和 3 个安全继电器。
控制器非常精巧可以很容易地安装到 DIN 轨道上。
* 1. 1.6 mm 厚的铝质外壳不仅坚固，而且重量很轻。
* 2.特制的内壳可以防止外物的侵入。
* 3.立体模制的坚固钢制结构构件。
*当所有光轴都很稳定而且清晰时，所有的LED 都会亮起，LED 颜色自红色转为绿色。
*1*3辅助控制器扩充单元扩充单元扩充单元205206控制器连接缆线207指示灯状态亮起个安全继电器以确保安全。
一个“常开”接点及一个“常闭”接点被连接在一起共同运作。
当一个继电器被一个焊合接点阻止运作时，可根据其它继电器的接点间隙而将此焊合接点检测出来，从而确保安全。
故障保险一旦系统中发生故障时，故障保险系统会立即工作以确保安全。
例如，当接收到环境光线或输出线路损坏，此时如果有人接近机器上的危险区域，普通的光电传感器无法将机器停止。
因此这样的传感器不能用来进行系统故障保险。
PJ-V 系列能使用两组独立电路执行自我检查以检测线路中的故障，环境光线的侵入或一个继电器接点被焊合。
SINAMICSV90PN伺服系统的配置示例FSB 用于单相电网的连接图：
FSD 用于三相电网的连接图：
⚠警告接线错误导致人身伤害和设备损坏
错误的接线会导致较高的电击和短路风险，从而会对人员安全和设备造成危害。
· 驱动与电机必须直接连接。
在它们之间不可连接电容器、感应器或者滤波器。
· 主电源电压必须处在允许的电压范围（参见驱动铭牌）之内。
切忌将电源电缆与电机端子U、V、W 连接，切忌将电机动力电缆与电源输入端子 L1、L2、L3 连接。
· 切忌不按U、V、W 相位顺序进行接线。
· 在某些情况下，如果必须在电缆上加示 CE 标记，则电机动力电缆、电源电缆和抱闸电缆都必须使用屏蔽电缆。
· 在进行端子连接时，须确保非绝缘带电部件之间的间距至少为5.5 mm。
· 信号电缆和动力电缆需分开敷设在不同的电缆槽中。
信号电缆必须与动力电缆保持 10 cm 以上的距离。
· 已连接的电缆不可与旋转的机械部件接触。
重要接线提示
为满足 EMC 要求，所有电缆都应屏蔽。
屏蔽双绞线的屏蔽层应连接至伺服驱动的屏蔽板或电缆夹。
屏蔽线与PROFINET I/O 连接器上未使用的针脚短接造成驱动损坏可能不小心将屏蔽线与要装配的 PROFINET I/O 连接器上未使用的针脚短接。
此操作会造成驱动损坏。
请在连接屏蔽电缆与PROFINET I/O 连接器时谨慎操作。
伺服电机合作代理商021-********/180********2目录伺服驱动系统SINAMICS V90 伺服驱动和 SIMOTICS S-1FL6 伺服电机组成了性能优化，易于使用的伺服驱动系统，八种驱动类型，七种不同的电机轴高规格，功率范围从0.05kW 到7.0kW 以及单相和三相的供电系统使其可以广泛用于各行各业，如：定位，传送，收卷等设备中，同时该伺服系统可以与S7-1500T/S7-1500/S7-1200 进行完美配合实现丰富的运动控制功能。
伺服驱动系统概述 ..................................................03伺服驱动系统优点 ..................................................05SINAMICS V90 伺服驱动系统 的自动化环境 ......................................................... 10SINAMICS V-ASSISTANT 调试工具 ..........................10SINAMICS V90 技术数据与控制特征 .......................12系统一览及接线图 ..................................................15SIMOTICS S-1FL6 技术数据 及扭矩/速度曲线 .................................................... 18SINAMICS V90 和 SIMOTICS S-1FL6 安装尺寸及安装间距 ............................................... 22选型步骤 ...............................................................26SINAMICS V90 和 SIMOTICS S-1FL6 订货数据 (27)3脉冲序列版本 (PTI)PROFINET 版本 (PN)SINAMICS V90 伺服驱动SINAMICS V90 根据不同的应用分为两个版本：1. 脉冲序列版本（集成了脉冲，模拟量，USS/MODBUS ）2. PROFINET 通讯版本SINAMICS V90 脉冲版本可以实现内部定位块功能，同时具有脉冲位置控制，速度控制，力矩控制模式。
