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An electric actuator is powered by a motor that produces torque from electrical energy. A screw rotates as a result of the torque. Equipment that experiences frequent changes in speed, velocity, and distance travelled, like the systems in heavy-duty trucks, frequently uses electric actuators.
The vehicle’s headlights are individually positioned under the control of the headlight motor and actuator. This is often accomplished by an electrical system using a switch on the dashboard of the automobile as well as the cam-operated switch that regulates each headlight motor.
The Germany EV Actuators Market accounted for $XX Billion in 2021 and is anticipated to reach $XX Billion by 2026, registering a CAGR of XX% from 2022 to 2027.
For the first time, ZF claims that its platform-based fourth-generation brake actuator technology provides OEMs with “substantial safety and cost efficiency benefits.” An undisclosed European OEM has inked a long-term contract with the German supplier to use its most recent brake chamber line on its medium and heavy-duty trucks and buses.
All models of trucks, buses, and trailers are supported by the ZF brake chamber range with platform approach. With a focus on design-to-cost, the revamp expands on Wabco’s brake actuation technology. Component sizes and weights have also decreased, requiring less room and providing better mounting flexibility.
German charging plug actuator manufacturer Kiekert claims that a new gearing has allowed it to lock the connector more securely. For enhanced system safety, upgraded sensors will guarantee more accurate detection of the locking pin.
A more robust and compact actuator with improved driving technology has been introduced by Kiekert. Compared to traditional gearing, the compact package’s greater gear ratio results in more locking force.