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Linear Actuators
Linear Actuators
Thomson offers a wide range of linear motion and actuation solutions tailored for industries like medical, industrial automation, and aerospace. Their products enhance system integration and long-term value.
Electric actuators provide better control, reduced complexity, and a smaller footprint compared to pneumatic or hydraulic options. They are energy-efficient, environmentally friendly, and require less maintenance, reducing costs and improving sustainability.
Thomson actuators are versatile, user-friendly, and cost-effective. They are clean, maintenance-free, and suitable for various environments, available in both AC and DC models.
Thomson's smart actuators have integrated controls for advanced controllability and diagnostics, supporting bus communication for synchronization and remote control.
EMCS allows customization of smart actuators with safety features like the Electronic Monitoring Package (EMP) for monitoring critical functions and ensuring safe operation.
Thomson actuators are used in diverse applications, from compact models for limited spaces to robust models for demanding environments, suitable for industries requiring precise motion control.
The document details specifications and performance data for various Thomson actuator models, highlighting capabilities and suitable applications.
Specifications for various linear actuators include screw type, manual operation capability, static load holding, end-of-stroke protection, overload protection, input voltages, maximum loads, speed, temperature limits, and ingress protection ratings.
Control options include end-of-stroke output, position feedback, low-level switching, programmable limits, signal-follower, synchronization, and CAN bus compatibility.
Electrak® XD actuators maintain constant speed irrespective of load, with robust design, electronic monitoring, and speed control, supporting loads up to 25000 N and speeds up to 75 mm/s.
Electrak® XD features include ball screw type, load lock ball nut, manual override, anti-rotation, and static load holding brake, compliant with CE, UKCA, RoHS, and REACH standards.
Electrak® XD operates on 24 and 48 Vdc, with specific voltage tolerances and current draw varying with load.
Diagrams illustrate load vs. current, dynamic load vs. stroke, static compression load vs. stroke, load vs. speed, and estimated life vs. load duty cycle.
The ordering key for Electrak XD actuators includes model, input voltage, dynamic load capacity, stroke length, control system options, manual brake release, adapter options, and shock load dampening.
Options include manual brake release, shock load dampening, and specifications for maximum shock load force and dampening distance.
Control options specify input voltage, current, speed control range, force feedback specifications, and additional features like position feedback and programmable limits.
The document provides detailed technical specifications and features of Electrak HD linear actuators, including control options, mechanical and electrical specifications, and ordering information.
Actuators support various control interfaces, including CAN bus, allowing for control and monitoring via CAN messages.
Command data includes position, speed, and current, while feedback data includes position, speed, current, force, and diagnostics.
Actuators operate on 12, 24, or 48 Vdc, with specific voltage tolerances and current draw varying based on load and model.
Actuators handle static loads up to 18 kN and dynamic loads up to 16 kN, with stroke lengths up to 1000 mm.
Features include synchronization, low-level switching, programmable limit switches, and position outputs.
Detailed ordering key specifies model, screw type, stroke length, control options, cable length, adapter types, and connection options.
Diagrams illustrate load vs. speed and load vs. current, showing performance characteristics under different conditions.
Detailed dimensions and adapter options are provided for customizing the actuator to specific applications.
Specifications for Electrak LL and MD linear actuators include load capacities, motor and signal cable specifications, standard cable lengths, and conversion factors for measurements.
Instructions for manual override and adapter types are provided, detailing how to use a hexagon key for manual operation.
Diagrams illustrate the relationship between load and current, travel life distance, duty cycle, and speed.
Various control options include Electrak Monitoring Package, CAN bus interfaces, and position feedback outputs.
Details on electrical connections for different control options, including wiring configurations and voltage requirements.
Information on limit switches, sensor types, and rod end front adapters is included.
Electrak MD actuators are highlighted for their power density, onboard electronics, and suitability for various applications.
The ordering key for Electrak MD actuators covers model selection, screw type, stroke length, control system options, harness options, and adapter configurations.
Diagrams for Electrak MD actuators show load versus current and speed relationships, with dynamic load capacities specified for different models.
The document provides detailed technical specifications and control options for Electrak® MD linear actuators and DMHD lifting columns.
Options include analog potentiometer output, basic electronic monitoring features, end-of-stroke indication outputs, and CAN bus control interfaces.
Features include self-supporting column, high load torque capability, standard input voltages, static and dynamic load capacities, stroke lengths, and protection class.
Features include Electrak monitoring package, dynamic braking, and compliance with CE standards.
Details on maximum static and dynamic loads, speed, and ordering stroke lengths.
Diagrams show load vs. current and load vs. speed relationships for different actuator models.
Guide for selecting model types, screw types, stroke lengths, control options, and cable lengths.
The document provides detailed technical specifications and control options for Thomson Linear Actuators, specifically the DMHD series.
Specifications include actuator supply voltage, limit switch specifications, potentiometer and encoder details.
Options include basic control with Electrak Monitoring Package, analog potentiometer and encoder outputs, and CAN bus control interfaces.
Features include screw types, load capacities, stroke and speed, protection and compliance.
Input voltages, current draw, and cable specifications are detailed.
Notes on supply voltages, load distribution, synchronization features, and overload protection mechanisms.
The document provides detailed technical specifications and options for Electrak linear actuators, focusing on models such as Electrak GX AC and Electrak LA14.
Specifications include adapter hole orientation, ingress protection rating, options, connector options, and front and rear adapter options.
Details on connecting leads for different input voltages, potentiometer specifications, and wiring instructions.
General specifications include screw type, nut type, manual override options, and safety features.
Specifications cover static and dynamic load capacities, speed, stroke lengths, and operating temperature limits.
Specifications include available input voltages, current draw, and lead specifications.
Capacitor kits, mounting pin kits, magnetic sensors, and mating connector kits are available.
Ordering key for specifying model, input voltage, dynamic load capacity, stroke length, adapter positions, and options.
The document provides detailed technical specifications and features of the Electrak LA24 linear actuators.
Specifications include input voltages, load capacities, speed, stroke length, operating temperature, and protection class.
Features include overload clutch, motor with auto-reset thermal switch, corrosion-free aluminum cover tube, and maintenance-free design.
Features include potentiometer feedback, anti-coast brake, manual override, and various adapter orientations.
Options for connections with or without potentiometer, capacitor requirements, and wiring instructions.
Complies with CE and UKCA standards, certified by UL and CSA.
Capacitor kits, mounting pin kits, magnetic sensors, and trunnion mounting kits available.
Includes speed and current vs. load diagrams for both acme and ball screw models.
Specifications for B-Track IC DC and AC linear actuators include screw types, nut types, manual override, static load holding brake, and safety features.
DC models operate at 12V or 24V, AC models at 115V or 230V, with specific current draw details.
Specifications include maximum static load, dynamic load capacities, speed, and operating temperature range.
Stroke lengths, retracted length, and weight vary depending on the screw type and stroke length.
Diagrams illustrate speed, current, and load relationships for both acme and ball screw models.
Structured way to specify actuator configuration, including model type, dynamic load capacity, supply voltage, nut type, stroke length, and rear adapter orientation.
Details on electrical connections, including actuator supply voltage, end-of-stroke indication outputs, and potentiometer outputs.
The document provides detailed specifications and ordering information for B-Track linear actuators, both AC and DC models, as well as H-Track electro-hydraulic actuators.
Specifications include screw types, load capacities, stroke lengths, operating conditions, and protection classes.
Input voltages and current draw specifications are provided for various models.
Ordering keys specify model and screw type, nut types, and rear adapter orientation.
Graphs illustrate speed and current versus load for both acme and ball screw models.
Features include design, capabilities, and compliance with standards.
Specifications for H-Track linear actuators include maximum ordering stroke length, operating temperature limits, and protection class.
Available input voltages and current draw specifications are provided.
Dimensions for different front adapter types and weight chart for various actuator types and stroke lengths.
Details on maximum dynamic load, speeds, and current draw for different motor types and configurations.
Three main load configurations are described, affecting performance and current draw.
Step-by-step process for selecting the appropriate actuator, including determining bore size, motor and pump sizing, and load configuration.
Includes bore size, load configuration, input voltage, motor size, pump size, piston diameter, adapter type, stroke length, and rear adapter orientation.
Instructions for electrical connections, detailing wiring for extending and retracting the actuator.
Features include compact design, integrated end of stroke limit switches, and corrosion-resistant housing.
Specifications include motor leads, stroke and weight, electrical stroke, and adapters.
Diagrams illustrate speed and current versus load for different models.
Includes model and input voltage, CE compliance, dynamic load capacity, stroke length, connector, and adapter options.
Details on connecting leads for extending and retracting the actuator, with overload protection recommendations.
Features include acme screw and nut type, safety features, electrical specifications, and dimensions.
Diagrams illustrate speed and current versus load for different models.
Includes model, input voltage, dynamic load capacity, stroke length, connector, and adapter options.
Instructions for connecting leads and potentiometer output details.
Features include acme screw type, safety features, mechanical specifications, and electrical specifications.
Stroke, retracted length, and weight relationships provided for models with and without potentiometer.
Diagrams illustrate speed and current versus load for different models.
Includes model, input voltage, dynamic load capacity, stroke length, and control options.
Details on standard and potentiometer-equipped actuator connections.
Features include small, quiet, and lightweight design, durable plastic housing, maintenance-free operation, and safety features.
Specifications include screw type, nut type, manual override, and anti-rotation feature.
Available input voltages and current draw specifications are provided.
Specifications include max static and dynamic load, speed, and operating temperature limits.
Retracted length and weight vary with stroke length, with detailed measurements provided.
Diagrams illustrate speed and current vs. load for different models and configurations.
Details on model and input voltage, dynamic load capacity, ordering stroke length, options, cross-hole orientation, housing color, connector type, and front adapter.
Features include rugged aluminum housing, high corrosion resistance, and compliance with standards.
Specifications include max static and dynamic load, speed, operating temperature limits, and duty cycle.
Stroke, retracted length, and weight relationships detailed with specific measurements.
Diagrams illustrate speed and current vs. load for different models.
Details on model and input voltage, dynamic load capacity, ordering stroke length, options, and connector options.
Features include rugged aluminum housing, integrated electronic options, and compliance with standards.
Specifications include max static and dynamic load, speed, operational life, and operating temperature limits.
Specifications include model and input voltage, dynamic load and speed, temperature rating, control options, and electrical connections.
Specifications include standard features, mechanical specifications, electrical specifications, ordering key, and accessories.
Specifications include standard features, mechanical specifications, electrical specifications, and performance diagrams.
Diagrams illustrate speed and current vs. load for different models.
Ordering keys and electrical connections instructions are provided.
Specifications for various linear actuators include input voltage, screw type, dynamic load capacity, stroke length, and options.
Instructions for electrical connections and use of a DPDT switch are provided.
Diagrams illustrate speed and current versus load for different actuator models.
Ordering keys specify model type, screw type, stroke length, and additional options.
Accessories such as T-slot bolts are mentioned, with part numbers and dimensions provided.
Features include self-supporting columns, high load torque capability, maintenance-free operation, and compliance with standards.
Specifications cover maximum static and dynamic loads, speed, operating temperature limits, and protection class ratings.
For specific data on 36 Vdc models and other custom requirements, contact customer support.
The document provides detailed technical specifications and features of the LM80-V linear actuators.
Specifications include mounting kits, electrical connections, mechanical and electrical specifications, and performance diagrams.
Specifications include load capacities, torque specifications, speed, and stroke lengths.
Specifications include input voltage, current draw, and motor cable length.
Mounting kits and optional features like encoder feedback and manual override are available.
Diagrams illustrate the relationship between speed, current, and load for different actuator models.
Key terms related to actuators are defined.
Specifications include input voltage, inrush current, and IP ratings.
Installation instructions emphasize proper mounting and manual override availability.
Actuators comply with REACH and RoHS regulations.
Recommendations for optimal performance and actuator selection are provided.
Features include potentiometer feedback, overload clutches, and pulse width modulation for speed control.
Actuators are generally maintenance-free, with repair kits available for certain models.
Catalog excerpts
Linear Actuators Electric Solutions that Deliver Smarter, Stronger and Sturdier Performance / to Demanding Applications www.thomsonlinear.com A REGAL REXNORD BRAND
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Thomson – Engineering Linear Motion for a Rapidly Evolving World From precision linear motion solutions to fully integrated actuation systems, Thomson delivers intelligent, clean and efficient motion to help customers compete and scale. Whether your application demands speed, load capacity, controllability, compact design or long-term reliability, we help you design the right solution, not just the right part. Thomson stands apart through: • One of the industry’s most comprehensive portfolios of linear motion and actuation solutions. • Engineered-to-fit solutions, from configurable standards...
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Linear Actuators
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Why Convert to Electric Actuators? There are many reasons to switch from pneumatic or hydraulic actuators to electric solutions. Improved controllability, reduced system complexity and a smaller footprint are often the primary drivers. These advantages are complemented by lower energy consumption, cleaner operation and reduced maintenance, along with additional benefits such as improved performance, reduced downtime, and faster assembly and commissioning. An electric motor paired with a lead or ball screw is significantly easier to implement than a pneumatic or hydraulic cylinder, as it typically...
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Reduced Complexity and Smaller Footprint E1. Electric linear actuator P1. Pneumatic cylinder P2. One-way flow control valves P3. Bidirectional valve H3. Pressure relief valve H4. Hydraulic oil reservoir tank
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Why Choose a Thomson Actuator? Electric actuators are versatile, easy to use and affordable compared to most alternatives. As long as electric power is available, there is likely a suitable Thomson actuator for the job. The latest generation of actuators are smarter, stronger and sturdier, and have created new possibilities. A standard Thomson actuator can do things today that not long ago were considered too expensive or even impossible to do. Employing a Thomson electric actuator simplifies the transition from manual to powered motion since electricity is readily available. It doesn’t matter...
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Linear Actuators now find Thomson actuators working in the most demanding environments – whether it be hot, cold, dusty, dirty, humid or wet. When it comes to the unique H-Track electro-hydraulic actuator, even applications submerged in water are possible. Wide Range of Electric Actuators Not all applications require the most advanced solutions. Many times simpler is better, and with the wide range of actuators offered by Thomson, you are likely to find the ideal solution. Compact Electrak S, SP, M-Track and E050 models can be used where space is limited or loads are low. Electrak LA and B-Track...
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As the industrial world becomes increasingly connected, the need for intelligent components that can communicate and operate independently is growing. Thomson is meeting this demand with our smart actuators in which modular onboard controls and bus communication are key features. Smart Actuator Benefits • Increased efficiency and productivity • Fewer components and less cabling • Minimized complexity and easier installation • Reduced hardware and software costs • Decreased machine development time • Reduced overall system weight • Improved machine functionality and performance • Bus communication...
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Linear Actuators Traditional vs. Smart Systems Traditional System Each actuator with related devices is controlled by the host individually through multiple cables and boxes. Bus Communication System All actuators are controlled from the host over the same two-wire bus. Synchronization System The host communicates with the master actuator while the others follow it over the bus. Power lines Control signals Position feedback signals Bus communication Power supply Host control
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Smart Modular Onboard Controls Thomson’s Electrak® Modular Control System (EMCS) is our onboard modular control system that makes it possible to tailor a smart actuator precisely to your application requirements. It is the base of the system that handles the power to the actuator and acts as a barrier between the outside and inside. Safety Comes First The Electronic Monitoring Package (EMP) is the most important module and is, with a few exceptions, always included. The EMP module monitors critical actuator functions and takes appropriate actions when needed. Electrak Modular Control System (EMCS)...
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Linear Actuators What's On the Control Module Menu? Each smart actuator has its own menu of control modules depending on what type of applications it is geared toward. Typical modules are low-level motor switching, end-of-stroke outputs, position feedback and CAN bus functionality, while modules such as programmable limit switches, force feedback, speed control, signal-follower and synchronization are more specialized. New modules are continuously being added, and custom solutions are also available. 1. The combine uses a CAN bus control and wireless communication to keep track of productivity,...
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Applications Lifting and Handling • Fork lifts • Snow machines • Operator/passenger cabins • Material handling vehicles Mobile Off-Highway • Combines • Mining trucks
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Linear Actuators Utility Vehicles • Garden tractors • Ride-on lawn movers • Golf carts • Vehicles and adaptations for elderly and/or disabled Public Transportation • Trains • Airport logistics
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Applications Cleaning and Recycling • Recycling stations • Sorting machines • Garbage compressors • Waste management • Industrial washing Industrial Automation • Robots and manipulators • Machining/machine tools • Feeding and indexing equipment • Handling equipment • Painting/surface treatment • Printing
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Linear Actuators Food and Processing • Restaurant kitchens • Food/beverage machinery • Chemical/medicine equipment • Vending machines Unmanned Vehicles • Drones and drone landing pads • Driverless cars and trucks • Robotic lawn mowers • Robotic cleaning machines Healthcare and Assistance • Staircase lifts • Patient lifts • Wheelchairs • Beds and examination tables • Furniture and training equipment • Home and office automation Workstations and Storage • Fixtures • Assembly line adjustments • Automatic storage • Lifting and positioning aids • Ergonomic impr
Open the catalog to page 15All Thomson Industries, Inc. catalogs and technical brochures
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