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Linear Actuators - Rod Style

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Linear Actuators - Rod Style

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xysoom

投稿数: 3104

Linear Actuators - Rod Style

Configure a complete Electric Linear Actuators system with AC or DC motors and a wide variety of options such as limit switches, gearboxes, and sensors. Configurations include parallel or inline with motor mounts and single or double gear reductions. Product lines include Programmable Linear Actuators (high accuracy and precision), Electric Cylinders (heavy duty durability), and Commercial Series Linear Actuators. Get more news about actuator linear,you can vist our website!

Linear actuators for direct current with dynamic force up to 7000N. These actuators include a range with supply voltages between 12-24V and can, depending on the type, be supplied with encoder, potentiomenter and adjustable limit switches. Accessories for assembly are sold separately. All actuators can be customized as needed. Common adjustments are stroke length, cable connections and cabling. Read more here about customizations and please contact us for further information.

When engineers are designing an electro-mechanical system that utilizes electric linear actuators versus other technologies such as hydraulics or pneumatics, there can be multiple ways to solve one application. All variations differ in accuracy, performance, space (footprint), total cost of ownership, and many other factors. Before deciding on the type of electric linear actuator to be used for a given project, it is very important to consider the big picture of your operations and objectives (and not just focus on product specifications alone). Doing this will ultimately maximize ROI on your equipment investment while speeding up your time to market.

Have you and your equipment design team been looking for a reliable linear actuator for your next project? When safety, efficiency, and performance are on the line, you will need to set aside time for research before making a purchase. It is also important to consider the distinct advantages that modern electromechanical actuators have over traditional hydraulic or pneumatic powered actuators. Selecting the right actuator for the job up front can also facilitate a faster time-to-market and you will get the most benefit long-term as your equipment and facility needs evolve.

Unlike their hydraulic and pneumatic counterparts, electromechanical actuators do not require bulky support systems such as fluids, oils, hoses, and pumps. This eliminates the risk of dangerous leaks that can create slip hazards and environmental contamination (the processes to manage such instances are also very costly).
Electromechanical actuators are self-contained devices that only require minimal periodic lubrication (internal to the sealed device). There are no harmful or dangerous fluids that can leak into the environment.
Electromechanical actuators are >90% efficient, thus they consume less energy, and are thus more environmentally friendly (less strain on resources).
There is increased direct control over the motion profiles of electromechanical actuators. This eliminates the need for extra add-on control components (reducing equipment costs). Changes in adjustment are easily managed with software changes (reducing support costs).
Cleaner operation, less maintenance, and longer operating life ultimately drive down the long term operating costs.
Electromechanical actuators are >90% efficient. This in turn, drives down power consumption and reduces energy costs.

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