DOWNERS GROVE, IL – Thomson Industries, Inc., a leading manufacturer of linear motion control solutions, has announced the availability of an enhanced synchronization option for its Electrak® HD smart electric linear actuator. The new iteration of this control option implements position-based synchronization within the actuators’ onboard electronics for modern motion control applications requiring instant load balancing of multiple Electrak HD units.
“We worked closely with industrial equipment builders who need dynamic and reliable load synchronization and redesigned our controls to meet their demands. By incorporating advanced position sensing and communication capabilities, we have streamlined the process of synchronizing multiple actuators. This enhancement helps users achieve increased efficiency, strength and safety in heavy duty applications,” said Violet Urban, Product Manager at Thomson.
Actuators in lockstep
The synchronization option can support up to eight Electrak HD actuators that connect in real time across a CAN bus network, ensuring operation in perfect harmony. A constant heartbeat signal in each actuator maintains position awareness for all units. If one actuator senses a heavier load, it will signal to the others to slow their speed to maintain the same position. Only in the instance of a fault (loss of communication or power, or excessive voltage or temperature) on one or more of the actuators will the entire system shut down. This instant communication prevents binding or buckling, enhancing reliability and safety.
Unlike most other position-based actuators, which require space-consuming external controls, the Electrak HD embeds all synchronization functionality into its built-in electronics, making the system truly plug and play. All mounted and wired actuators can begin synchronizing immediately following installation.
The Electrak HD can handle loads of up to 16 kN, making it a popular choice for applications where hydraulic cylinders were traditionally used. Its improved synchronization capabilities make the HD particularly suitable for systems that require dynamic load balancing and position control—features that are not achievable with conventional hydraulic cylinders.
The synchronizing option is beneficial for many applications that are challenged with awkward or unbalanced loads, including:
- Work platforms, where the system must maintain a level surface as workers change position.
- Automated material handling, where multiple actuators help move products smoothly along conveyor belts or on an automated guided vehicle.
- Packaging automation, where multiple actuators position items and stack products.
- Solar panels, where multiple actuators help raise, lower and tilt heavy loads in sync and protect them from structural damage. The enhanced synchronization option is available immediately when ordering the Thomson Electrak HD.
For more information, visit https://www.thomsonlinear.com/
About Thomson Industries, Inc.
With nearly 80 years of achievement in motion control innovation, Thomson Industries, Inc., is the industry’s premier producer of Linear Actuators, Linear Ball Bushing® Bearings, Profile Rail Linear Guides, 60 Case® LinearRace® Shafting, Ground and Rolled Ball Screws, Lead and Acme Screws, Screw Jacks, Linear Units, Robot Transfer Units, and related accessories. Thomson invented the Linear Ball Bushing Bearing in 1945 and has set the standard ever since with an unsurpassed set of linear motion control solutions serving global material handling, industrial automation, medical and health, food and beverage processing, aerospace and defense, mobile off-highway, and many other markets. Thomson, along with Nook Corporation and Delevan, comprise the Linear Motion Division of Regal Rexnord Corporation, and has facilities in North America, Europe and Asia with more than 2000 distributor locations around the world.
For more information Thomson Industries, Inc., 2400 Curtiss Street, Downers Grove, IL 60515; 1-540-633-3549; 1- 540-633-0294 (fax); Thomson@regalrexnord.com; www.thomsonlinear.com.