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  • Actuators in aviation.
    In the aviation industry, a wide range of applications is controlled by actuators. For example, they are used to control and limit velocity and engine speed by adjusting levers and flaps. In many of these actuators, maxon motors can be found.
  • Wireless Actuator
    A wireless actuator is an actuator geographically distributed and interconnected by wireless networks. Nowadays, wireless actuators are simple to use, easy to implement, easy to commission. They provide communication as well as diagnostics, while eliminating expensive wiring and install costs
  • Actuator Tips
    Stepper motors are commonly used to translate motion from rotary to linear. Selecting the right combination of electrical and mechanical components is complicated by the various options for precision positioning systems. This brief will review key criteria for successful stepper linear actuator
  • Rotary Actuators
    Rotary actuators produce oscillating power by rotating an output shaft through a fixed arc. They are compact, simple, and efficient. They produce high instantaneous torque in either direction and require only a small space and simple mountings. use fluid pressure to drive a piston connected
  • Actuator Characterization
    Zaber's T-Series computer-controlled positioning devices use stepper motors to achieve open loop position control. This article discusses various characteristics such as resolution, repeatability, and accuracy, of Zaber actuator series: T-NA, T-LA, T-LS, T-MM, and T-NM.
  • Actuator with Diode
    This actuator example demonstrates the power of a fully integrated MagNet's Transient 3D with motion solver which simultaneously solves the circuit equations, the field equations on the finite element mesh, and the equations of motion. All three sets of equations include some sort of non-linearity
  • Electrohydraulic Actuators
    The coupling of electronic and hydraulic technology is becoming increasingly common, especially in electrohydraulic actuators. Advances in transducer logic and control capabilities have resulted in cylinders that transmit high forces with a high degree of positioning accuracy. Key to the operation
  • Information on Linear Actuators
    WHAT IS AN ACTUATOR?
  • How to select an Actuator (part. 3): Electric Actuator
    Electric rotary actuators are basically geared motors with a variety of electrical accessories (limit switches, heater, circuit boards) that may be specified to meet the exact valve automation requirements of a process control system. As an electrical device it is housed in an enclosure designed
  • How to select an Actuator (part. 2): Pneumatic Actuator
    To ensure automated valve performance in today's sophisticated process control systems it is essential to develop a complete specification for each of the elements in the control package. Though the valve actuator is the basic element in a valve automation package, pilot valves, limit switches
  • The Importance Of Actuator Synchronization
    There are two methods of multiple actuator control - parallel and synchronous. Parallel control outputs a constant voltage to each actuator, while synchronous control outputs variable voltage to each actuator.
  • Electric Actuator Installation Guide
    Learn everything you need to know on installing your linear electric actuator.
  • How To Connect An Actuator
    Step-by-step instructions on how to quickly and easily connect a linear actuator.
  • Flowchart for Actuator Selection
    Selecting the right electric actuator for your application is a key part of bringing it to life.
  • How to Install An Electric Actuator
    Our step-by-step, exhaustive guide to actuator installation. If you need help installing your linear electric actuator, read this first.
  • Components of an Electric Linear Actuator
    TiMOTION is a manufacturer of electric linear actuators and related components, which is able to customize to specifications. In order to have a better foundation and understanding of how an actuation system works, we will now look at the components that go into manufacturing an electric linear