Thomson introduces high-capacity electric linear actuators Thomson, a leading global provider of linear motion control solutions, has introduced a high-capacity, high-performance electric linear actuator that gives motion system designers more cost-effective options to replace hydraulic cylinders. Among the many new features of the Thomson Electrak XD linear actuator are load handling up to 25,000 N (5000 lbs), depending on configuration, for a combined power output of more than 450 W. The Electrak XD can also achieve operating speeds of up to 75 mm/sec (3 in/sec), and duty cycles up to 100%Get more news about actuator linear,you can vist our website! “Machine designers who are looking to eliminate messy, space-consuming hydraulic systems, while also adding high controllability, can now do so for an expanded set of material handling and factory automation applications,” said Håkan Persson, Global Product Line Director–Linear Actuators at Thomson. “Compared to our previous offerings, the new Electrak XD actuators more than quadruple the load handling and speed, while delivering other benefits that would have previously required hydraulic systems or purchase of ultra-high-precision electric actuators.” Complementing these performance benefits is onboard intelligence that enables ease of use and programmability far greater than hydraulic systems can provide. The electronics also enable control and diagnostics through real-time position feedback, force feedback and control, and programmable end-of-stroke limits. Designers can implement applications over a CANopen or SAE J1939 CAN bus network, which, among other things, simplifies synchronization of multiple actuators. Shock dampening to protect electromechanical components from impacts common on warehouse and factory floors as well as other mobile applications in which hydraulics are traditionally used. Manual brake release and override, which enable backdrive under load and can be valuable for machine maintenance or situations where emergency lowering is required or beneficial. Up to 1200 mm of stroke, which is 20% more than comparably priced hydraulic cylinder options. Regen capability, which reduces energy consumption in battery-powered, industrial applications by enabling motor torque to charge the battery. Regen also extends the time between charges, allowing more movements from a single charge.

Thomson introduces high-capacity electric linear actuators Thomson, a leading global provider of linear motion control solutions, has introduced a high-capacity, high-performance electric linear actuator that gives motion system designers more cost-effective options to replace hydraulic cylinders. Among the many new features of the Thomson Electrak XD linear actuator are load handling up to 25,000 N (5000 lbs), depending on configuration, for a combined power output of more than 450 W. The Electrak XD can also achieve operating speeds of up to 75 mm/sec (3 in/sec), and duty cycles up to 100%.Get more news about actuator linear,you can vist our website! “Machine designers who are looking to eliminate messy, space-consuming hydraulic systems, while also adding high controllability, can now do so for an expanded set of material handling and factory automation applications,” said Håkan Persson, Global Product Line Director–Linear Actuators at Thomson. “Compared to our previous offerings, the new Electrak XD actuators more than quadruple the load handling and speed, while delivering other benefits that would have previously required hydraulic systems or purchase of ultra-high-precision electric actuators.” Complementing these performance benefits is onboard intelligence that enables ease of use and programmability far greater than hydraulic systems can provide. The electronics also enable control and diagnostics through real-time position feedback, force feedback and control, and programmable end-of-stroke limits. Designers can implement applications over a CANopen or SAE J1939 CAN bus network, which, among other things, simplifies synchronization of multiple actuators. Electrak XD linear actuators are available immediately as a compact, fully integrated unit, including the motor, drive, IP-rated housing, control architecture, diagnostic features and more. The end result is a "plug and play" actuator that saves the designer money and time.

The working principle of electric linear actuator The basic working principle of electric linear actuators is to convert the rotary motion into the linear motion. This conversion of motion is done with the help of a gearbox and a lead screw. They are three most important parts of electric linear actuators.Get more news about actuator linear,you can vist our website! The electric linear actuator is composed of 5 main components: motor, limit switches, lead screw, gears set and stroke rod. Motor: This is one of the most important components of linear actuators, which actually provides rotational movement. Usually 12 volt DC or 24 volt DC motors are used, and sometimes AC motors are also used, it interacts with other parts of the linear actuator to achieve linear movement. Limit Switch: Each linear actuator has two limit switches. When the stroke rod moves to the extreme position at both ends, the limit switch will be triggered, it will cut off the current of the motor and stop the movement of the stroke rod. Lead Screw: The main function of the lead screw is to convert the rotary motion of the motor into the linear motion of the stroke rod. They are installed in the cylinder, the upper part is connected to the stroke rod, the lower part is connected to the gear. Gear Set: They act as a connector between the motor and the lead screw, and decelerate the high-speed operation of the motor into the high-torque low-speed rotation of the lead screw. Stroke Rod: It is connected to the Lead Screw. When the Lead Screw rotates in the positive direction, the stroke rod moves upward, and when the Lead Screw rotates in the reverse direction, the stroke rod moves downward. When the DC motor is connected to the positive DC power supply, the motor rotates in the forward direction and drives the gear to rotate. After the gear set decelerates at high speed, it drives the lead screw to slowly rotate in the forward direction. The lead screw drives the stroke rod to move upward. When the stroke rod moves to the uppermost position, it touches a limit switch, the limit switch cuts off the current of the motor, the motor immediately stops rotating, and the stroke rod stops moving at the same time. When the DC motor is connected to the reverse DC power supply, the motor rotates in the reverse direction and drives the gear to rotate in the reverse direction, which also drives the screw to rotate in the reverse direction. The lead screw drives the stroke rod to move downward. When the stroke rod moves to the lowest position, it touches another limit switch, the limit switch cuts off the current of the motor, the motor immediately stops rotating, and the stroke rod also stops moving at the same time.

Firgelli Success with Linear Actuators led to the release of the Smart Synchronized controller Firgelli Automation is once again taking aim at the linear movement industry with its new Smart Synchronous controller for linear actuators, and better yet it can do this regardless of the Feedback technology used. Now that's a Smart Controller!Get more news about actuator linear,you can vist our website! A linear actuator is a device that allows a controlled application of force along a straight line. Linear actuators have been used in everything from cars, boats, Industrial motion control, Home Automation, to spacecraft. Feedback Linear Actuators are used extensively in industry for applications where precise motion control is required. Firgelli has been manufacturing Feedback Linear Actuators for year and its most recent new model named "The Bullet Series" got its name from the unique inner expansion rod apparatus, which resembles a bullet being pushed out of the barrel of a gun. The Bullet Series features sleek looks and versatility, with some "calibers" of the actuator series offering hi-tech options like a built-in hall effect sensor for feedback, which allows for position and speed control. However a Smart Control box had until now yet to be developed, because Firgelli wanted the Smart controller to have the ability to accept multiple feedback options, and all work within one Controller. We've been coming up with innovative solutions to linear movement problems since 2002, but the Smart Controller takes Firgelli's passion for precision and adds a next-level control to it," says Firgelli CEO and founder Robbie Dickson. "Over the years, we've noticed that the uses of our products occasionally put them in products where synchronization is required, so we wanted to make a high-performance Smart controller that offers the flexibility to accept different sensor inputs such as Hall effect, Optical and potentiometer inputs."