伺服驱动器
伺服驱动器and servo amplifiers transform a low power command signal from a motion controller into high power current/voltage applied to the servo motor windings to produce torque. A servo motor drive utilizes internal feedback loops for precise control of motor current and may also control velocity.
The terms servo drive and servo amplifier are interchangeable. Digital drives contain some form of processing capability, typically a Digital Signal Processor (DSP).
Servo Drive Types:
Analog amplifiers or driveshave little to no processing capability and perform all the drive functionality strictly in the analog domain. Due to the additional intelligence available on digital drives, they have more functionality, diagnosis capabilities, and easier configuration compared to analog drives.
Intelligent Drives/Smart Drivesare drives that combine a portion, or all, of the motion controller functionality with the high power electronics of a motor drive. Smart drives vary with the amount of control functionality and type of communication interface. There are generally two types: fieldbus based and deterministic bus based.
Fieldbus based intelligent drivescontain all the components of a motion controller and are communicated to via a serial port or a fieldbus network. They are typically used for non-coordinated motion control applications. Electromate®offers a variety of network options for connecting servo drives in a multi-axis configuration. Choosing the right network depends on a variety of factors such as required bandwidth, update rate, performance, and cost. Currently supported network options are: CANopen, EtherCAT®, RS232, RS485, DeviceNet, Profibus, Ethernet/IP, PROFINET, Modbus TCP/IP and SynqNet.
Deterministic bus based intelligent drivestypically incorporate the interpolation and control loop into the drive but rely on a motion controller to perform the trajectory generation. The benefits of either intelligent drive topology include all digital communication, detailed diagnostics, reduced cabling, high axes count and short wiring distance between the drive and motor.
伺服驱动器用于机器人技术，CNC机械或自动制造等应用。作为伺服驱动供应商，Electomate供应了整个加拿大的工业伺服驱动器。
我们提供的伺服驱动器：
Motor Controllers for Electric Vehicles
Fully functional, four-quadrant servo drives designed and built to operate today's modern mobile electric vehicular platforms. Providing high power from battery supplies with multiple operating modes, for either permanent magnet brushed or brushless motors, propels this motor controlling series ahead of all others. Whether for traction / propulsion, steering,
Analog Type Amplifiers
在简单性和性能方面都提供无与伦比的好处。驱动器设置和操作比数字驱动器更简单，同时以较低的成本获得更高的带宽和更快的响应时间。自第一天起，模拟驱动技术一直是伺服系统解决方案的主要内容，我们在建造最高质量产品的多年经验创造了稳固且不断改进的模拟驱动器选择。
Digital Type Amplifiers
为伺服系统解决方案提供多种选择。支持一系列反馈选项。DP驱动器驾驶单相，三阶段和闭合循环矢量电动机，能够与数字网络命令和传统±10V模拟命令进行交互，提供了尖端技术的多功能混合物和可靠的结果。
CANopen Amplifiers
CANopen是一个健壮的串行协议,较低的公司st and offers enhanced diagnostic and control capabilities with reasonable bandwidth. The average CAN message is 130 bits, so it takes 130μsec per message per node to physically send out a message. Different CAN message types improve on this time, but update rates close to 1KHz are possible.
醚猫放大器
Ethercat是贝克霍夫开发的基于高性能以太网的确定性网络协议。Ethercat基于100个BASET物理层，并且每个EtherCat数据包可以发送多个数据报。周期时间可以低于1msec。
Extended Environment Amplifiers
设计用于在苛刻的热和机械极端。扩展的热工作范围使这些驱动器在热环境环境中都可以在功能上运行，并增强了防震和振动的保护，可提供额外的系统坚固性。扩展的环境驱动器还为在更温顺的条件下的应用带来利益。
POWERLINK / Modbus TCP / Ethernet Amplifiers
An open standard fieldbus for real-time Ethernet-based motion control created by B&R (Bernecker+Rainer Industrie-Elektronik) designed to give users a single, consistent, and integrated means for handling all communication tasks in modern automation. A POWERLINK network integrates all automation components such as PLCs, sensors, I/O modules, motion controllers, safety controls, and HMI systems.
Synqnet放大器
Feature an all-digital motion control interface built on IEEE 802.3 standards for 100baseT, the physical layer of Ethernet. High communication rates allow this centralized control network to coordinate up to 32 nodes.
Positioning and Speed Controllers for Micro Motors
如果不仅需要速度和扭矩控制，并且必须执行具有复杂轨迹的重复定位过程，请使用Maxon定位控制器。Maxon位置控制器具有Canopen或EtherCat连接性，因此设置分布式控制网络很容易。所有Maxon电动机速度和位置控件均专门为DC和EC电动机设计，其编码器最高750瓦连续输出功率。
