SG-PSG 伍德沃德WOODWARD 伺服电机
价格：面议
伍德沃德的BLDC电机代表了高功率和所有我们生产的电机的功率密度。伍德沃德BLDC电机可在各种转子磁体材料，包括钕和钐-钴合金。尺寸范围包括广受欢迎的寸系列直径从代码尺寸8至尺寸23（.75“到2.3”），以及各种核心长度。伍德沃德还提供了几个较大尺寸高达8英寸的标称直径与大输出功率高达100马力。
换向传感器
伍德沃德提供了多种换向传感器包括霍尔效应或固体和绕线转子的解析器，这取决于?应用。我们可以优化解析器为基础的单位，采用正弦电机电流驱动小纹波扭矩。伍德沃德还提供无传感器BLDC设计方案，这是现代涡轮机应用中特别有用。
对伍德沃德的BLDC电机产品等常见的应用包括：
目标和导航舵机
炮塔
机舱压力
驱动程序
飞行控制
泵驱动器
风扇驱动器
伍德沃德可以提供的BLDC电机，进行全面的高温施工和额定功率高达+220°Czui小绝缘系统。
无框，湿和密封应用
永磁转子是强大到足以在一个比较大的空气间隙，这使得伍德沃德提供尺寸宽大无框（未装）产品，以及引进压封口膜干燥绕组的运作良好-湿转子的应用，必要的关键燃料或液压泵的应用。
伍德沃德还可以提供整体的配套设备，如转速表，丝杠输出轴，制动器和减速机。
The WOODWARD Current-pressure Converter (CPC) is designed to control steam valves, fuel valves and/or corresponding servomotors by converting 4-20mA control signals linearly and proportionately to oil pressure output. CPC can be used with many electronic controls such as WOODWARDMicroNet or 505 series controllers. It is suitable for pressure servo system or single acting power cylinder. CPC is also applicable to old machine transformation projects.
WoodwardTG-13 and TG-17 are mechanical hydraulic differential governors used to control steam turbines - places that do not require synchronous (constant speed) operation. The maximum rotation Angle of tg-13 and TG-17 governor output shaft is 40°. The recommended turning stroke from no load to full load is 2/3 of the governor's full stroke. The WOODWARDTG-13E and TG-17E electro-hydraulic actuators are self-contained, self-contained oil sources for steam turbines requiring differential speed control, load distribution, or other functions, and are compatible with all WOODWARD electronic controllers and accessories.
WOODWARD Servo Position Controller (SPC) is a servo valve driver that accepts DeviceNet or 4-20mA position command signals from the system controller and can position proportional or integral servo valves. SPC is capable of meeting the control precision, responsiveness and redundancy requirements of steam or gas turbine fuel control valves.
WoodwardProTech? The 203 overspeed protection system provides overspeed protection for steam turbines, gas turbines, or other prime movers by monitoring signals from three independent reluctance transmitters (MPUs). In particular, ProTech203 can be used instead at high speeds (>10,000 RPM) where mechanical overspeed protection has become unreliable. The sensor used to detect the actual speed is usually the Woodward Reluctance speed sensor (MPU).
As of 2007, Governor Woodward is a $1 billion company with offices around the world, including: Japan, China, Europe and many other companies. On January 26, 2011, the Company announced that shareholders had approved the name change to its current name.
Also in the 1930s, Woodward developed a variable-pitch aircraft propeller governor. When the U.S. military's first turbo-powered aircraft flew successfully, its GE engine had a Woodward controller. Beginning in the 1950s, Woodward began designing electronic controls, first analog units, then digital units.
The Woodward CPC (8901-457), Woodward 505E Digital Regulator, Woodward 505E Electronic Governor (505E governor for short) is a microprocessor based controller. It is used to control the speed and load of the extraction turbine. Dani Woodward Woodward Speed Regulator, Woodward 505 generator controller, Woodward 505/505E, Woodward PG-PL Governor
EGS, 2301 a, 2301 d - ST - 01723 PLUS, 721723733 HMIEG - 3 p, EPG, EGB, 1907 / EM35, EGCP - 3, TG, PG, SG, PSG, PGP, PG - PL, UG - 5, UG7, UG8 - PL, UG9, UG10, UG40, 3161402, 4 LC - 50
Actuators: CPC, TG13E TG17E, EG - 3 PC, PGPL, UG, UG40, EHPC, EML100, TM25 / - 200 lp, serial number 1680-622, 9905-860, 9907-205, 9907-802, Woodward505e 9907-167 is a world leader in engines and turbine controllers for aviation, transportation, power generation and industrial production.
