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  • Choosing Between Electromechanical and Fluid Power Linear Actuators in Industrial Systems Design
    with a load cell on the actuator. Electromechanical actuators can easily. be configured by the manufacturer to fit the requirements of any application by changing. gear ratios, leadscrew, motor, and electronic control parameters to predictably affect the. key performance variables. Precision linear
  • Design Decisions: Electro-mechanical vs. Pneumatic Actuators
    of electro-mechanical actuators are explored in comparison to pneumatic options. Design News - Features - Design Decisions: Electro-mechanical vs. Pneumatic Actuators. DESIGN NEWS MOBILE. HOME | NEWS | BLOGS | MESSAGES | FEATURES | VIDEOS | WEBINARS | RESOURCE CENTER | INDUSTRIES | JOBS
  • The Potential of Switched Reluctance Motor Technology for Electro-Mechanical Brake Applications (.pdf)
    Electro-mechanical brakes (EMBs) are emerging as a new approach to enhance brake system features as well as braking performance. This paper takes a fresh look at the switched reluctance (SR) drive as a possible prime mover technology for EMB applications. Microsoft Word - 2006-01-0296 Klode et
  • Ceramic Actuators and Custom Subassemblies
    . and manufacturing know-how. s Life Sciences, Medicine,. of electromechanical compo-. Biology. nents and systems is unique in. s Vibration Cancellation. the world. s Adaptronics. s Mechanical Engineering. s Measuring Technologies. s Microelectronics. s Disk Drive. 39. 1484_PI_Ceramic_Katalog.qxd
  • Straight talk on selecting linear actuators
    New technology in linear actuators, antibacklash techniques, and piezo motors helps designers field high-precision motion equipment. Linear actuators come in a variety of shapes and sizes, with variable stroke lengths and a range of load capacities. Depending on type, electromechanical linear
  • Chrysler brings Ethernet to pneumatics
    structural parts. Pneumatics work together with electromechanical actuators to move and position parts. For instance, air knives help separate individual blanks from a stack, then gantry-mounted suction cups lift them onto a conveyor. The conveyor carries the blanks through a washer, where
  • Unified Control of Brake- and Steer-by-Wire Systems Using Optimal Control Allocation Methods (.pdf)
    controlled by. the side. In order to minimize these effects, the control. independently operating electro-mechanical or electro-. strategy must be modified during failure, by redistributing. hydraulic, actuators. Consequently, failure modes that. the braking forces to the remaining three actuators
  • Application Note: Comparative Motor Technologies
    is an electromechanical device that works by dividing shaft rotation or linear displacement into discrete distances called steps. Each step represents an interaction between magnetic poles within the motor. The magnetic structure is designed to be incremental in nature; a pulse to the motor causes

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