High Speed 12V DC Electric Linear Actuators Kit - TiMOTION (2024)

Table of Contents
Product List JP3 Series JP4 Series JP5 Series JP6 Series MA1 Series MA2 Series MA3 Series MA4 Series MA5 Series MA6 Series SR1 Series TA2 Series TA2P Series TA2PAC Series TA4 Series TA5P Series TA6 Series TA9 Series TA10 Series TA11 Series TA12 Series TA13 Series TA14 Series TA15 Series TA16 Series TA19 Series TA20 Series TA21 Series TA23 Series TA25 Series TA26 Series TA29 Series TA29AC Series TA31 Series TA31QR Series TA32 Series TA36 Series TA37 Series TA38M Series TA41 Series TA42 Series TA43 Series TA49 Series TA50 Series TT1 Series VN1 Series VN2 Series VN3 Series Other Product Categories Lifting Columns Height Adjustable Desk Kits Gear Motors Control Boxes Power Supplies Controls Accessories Our Markets Care Motion Comfort Motion Ergo Motion Industrial Motion Contact Us Download FAQ FAQs

TiMOTION Linear Actuators

High Speed 12V DC Electric Linear Actuators Kit - TiMOTION (1)

TiMOTION is leading the way in technologies that make automation easier, smoother, and more efficient. With our fully custom electric linear actuator products and linear actuator kit, we are able to meet specific design requirements for countless manufacturing industries. We specialize in linear actuation systems that make life easier for consumers and industries alike. See our full product listing below, and read more about how TiMOTION products are revolutionizing the ways that manufacturers create high-quality end products.

Product List

    • JP3 Series

    • Max. load: 2,000N (push/pull)
    • Max. speed: 23.5mm/s
    • IP rating: IP69K

    Comparison

    • JP4 Series

    • Max. load: 4,500N (push); 3,000N (pull)
    • Max. speed: 27.5mm/s
    • IP rating: IP69K

    Comparison

    • JP5 Series

    • Max. load: 1,500N (push/pull)
    • Max. speed: 7.8mm/s
    • IP rating: IP69K

    Comparison

    • JP6 Series

    • Max. load: 3,000N (push/pull)
    • Max. speed: 8.5mm/s
    • IP rating: IP69K

    Comparison

    • MA1 Series

    • Max. load: ACME screw: 8,000N (push/pull); Ball screw: 4,500N (push/pull)
    • Max. speed: 31.2mm/s (ACME screw, DC motor); 59mm/s (Ball screw, DC motor)
    • IP rating: IP69K

    Comparison

    • MA2 Series

    • Max. load: 8,000N (push); 4,000N (pull)
    • Max. speed: 52.5mm/s
    • IP rating: IP69K

    Comparison

    • MA3 Series

    • Max. load: 16,000N (push/pull)
    • Max. speed: 172.5mm/s
    • IP rating: IP69K

    Comparison

    • MA4 Series

    • Max. load: 2,500N (push/pull)
    • Max. speed: 46.1mm/s
    • IP rating: IP69K

    Comparison

    • MA5 Series

    • Max. load: 3,500N (push); 2,000N (pull)
    • Max. speed: 56.5mm/s
    • IP rating: IP69K

    Comparison

    • MA6 Series

    • Max. load: 8,000N (push/pull)
    • Max. speed: 64mm/s
    • IP rating: IP69K

    Comparison

    • SR1 Series

    • Max. load: 4,000N (push/pull)
    • Max. speed: 7.4mm/s
    • IP rating: IP69K

    Comparison

    • TA2 Series

    • Max. load: 1,000N (push/pull)
    • Max. speed: 67.5mm/s
    • IP rating: IP66M

    Comparison

    • TA2P Series

    • Max. load: 3,500N (push); 2,000N (pull)
    • Max. speed: 56.5mm/s
    • IP rating: IP66M

    Comparison

    • TA4 Series

    • Max. load: 3,500N (push); 2,000N (pull)
    • Max. speed: 36.9mm/s
    • Retracted length: ≥ Stroke + 140mm

    Comparison

    • TA5P Series

    • Max. load: 6,000N (push); 3,000N (pull)
    • Max. speed: 58mm/s
    • Retracted length: ≥ 157mm

    Comparison

    • TA6 Series

    • Max. load: 6,000N (push); 4,000N (pull)
    • Max. speed: 43mm/s
    • Retracted length: ≥ Stroke + 163mm

    Comparison

    • TA9 Series

    • Max. load: 2,500N (push); 1,000N (pull)
    • Max. speed: 58.3mm/s
    • Retracted length: ≥ Stroke + 140mm

    Comparison

    • TA10 Series

    • Max. load: 6,000N (push); 4,000N (pull)
    • Max. speed: 14.5mm/s
    • With manual crank function

    Comparison

    • TA11 Series

    • Max. load: 1,500N (push/pull)
    • Max. speed: 13.1mm/s
    • IP rating: IP66D

    Comparison

    • TA12 Series

    • Max. load: 12,000N (push); 6,000N (pull)
    • Max. speed: 57.3mm/s
    • IP rating: IP66W

    Comparison

    • TA13 Series

    • Max. load: 10,000N (push); 5,500N (pull)
    • Max. speed: 49.4mm/s
    • Suitable for dentist chair application

    Comparison

    • TA14 Series

    • Max. load: 6,000N (push); 4,000N (pull)
    • Max. speed: 39mm/s
    • Retracted length: ≥ Stroke + 163mm

    Comparison

    • TA15 Series

    • Max. load: 10,000N (push); 5,500N (pull)
    • Max. speed: 14.4mm/s
    • IP rating: IP66

    Comparison

    • TA16 Series

    • Max. load: 4,500N (push)2,500N (pull)
    • Max. speed: 56.5mm/s
    • IP rating: IP66M

    Comparison

    • TA19 Series

    • Max. load: 1,000N (push)
    • Max. speed: 64mm/s
    • Suitable for height-adjustable work tables

    Comparison

    • TA20 Series

    • Max. load: 700N (push)
    • Max. speed: 63mm/s
    • Suitable for 3-stage desk columns

    Comparison

    • TA21 Series

    • Max. load: 10,000N (push); 6,000N (pull)
    • Max. speed: 24.7mm/s
    • High design flexibility

    Comparison

    • TA23 Series

    • Max. load: 10,000N (push); 4,000N (pull)
    • Max. speed: 39mm/s
    • IP rating: IP66W

    Comparison

    • TA25 Series

    • Max. load: 1,000N (push/pull)
    • Max. speed: 54mm/s
    • Retracted length: ≥ 99mm

    Comparison

    • TA26 Series

    • Max. load: 4,000N (push); 2,000N (pull)
    • Max. speed: 24mm/s
    • Retracted length: ≥ Stroke + 120mm

    Comparison

    • TA29 Series

    • Max. load: 6,000N (push); 3,500N (pull)
    • Max. speed: 30.2mm/s
    • IP rating: IP66W

    Comparison

    • TA29AC Series

    • Max. load: 4,000N (push/pull)
    • Max. speed: 9.5mm/s
    • IP rating: IP66W

    Comparison

    • TA31 Series

    • Max. load: 8,000N (push); 3,000N (pull)
    • Max. speed: 26.6mm/s
    • IP rating: IP66W

    Comparison

    • TA31QR Series

    • Max. load: 5,000N (push); 3,000N (pull)
    • Max. speed: 11.2mm/s
    • IP rating: IP66W

    Comparison

    • TA32 Series

    • Max. load: 500N (push)
    • Max. speed: 16mm/s
    • Retracted length: ≥ 143mm

    Comparison

    • TA36 Series

    • Max. load: 10,000N (push); 6,000N (pull)
    • Max. speed: 13.9mm/s
    • IP rating: IP66W

    Comparison

    • TA37 Series

    • Max. load: 12,000N (push)
    • Max. speed: 31.1mm/s
    • IP rating: IP66W

    Comparison

    • TA38M Series

    • Max. load: 2,000N (push); 1,500N (pull)
    • Max. speed: 20mm/s
    • Retracted length: ≥ 160mm (depending on chosen options)

    Comparison

    • TA41 Series

    • Max. load: 8,000N (push); 4,000N (pull)
    • Max. speed: 39mm/s
    • Suitable for dentist chairs and wheelchairs

    Comparison

    • TA42 Series

    • Max. load: 1,500N (push/pull)
    • Max. speed: 13.2mm/s
    • Retracted length: ≥ Stroke + 100mm

    Comparison

    • TA43 Series

    • Max. load: 4,000N (push/pull)
    • Max. speed: 12.1mm/s
    • Retracted length: ≥Stroke+ 100mm

    Comparison

    • TA49 Series

    • Max. load: 6,000N (push); 2,000N (pull)
    • Max. speed: 14.7mm/s
    • IP rating: IP66W

    Comparison

    • TA50 Series

    • Max. load: 8,000N (push); 3,000N (pull)
    • Max. speed: 15.7mm/s
    • IP rating: IP66

    Comparison

    • TT1 Series

    • Max. load: 6,000N (push)
    • Max. speed: 6.8mm/s
    • IP rating: IPX6

    Comparison

    • VN1 Series

    • Max. load: 3,500N (push/pull)
    • Max. speed: 10.4mm/s
    • IP rating: IP66

    Comparison

    • VN2 Series

    • Max. load: 500N (push/pull)
    • Max. speed: 10.8mm/s
    • IP rating: IP66

    Comparison

    • VN3 Series

    • Max. load: 3,000N (push/pull)
    • Max. speed: 6.8mm/s
    • IP rating: IP66

    Comparison

Other Product Categories

    • Lifting Columns

      TiMOTION's Lifting Columns set new standards for lifting applications. Offering stability and adaptability, these columns cater to diverse applications, from healthcare, industry, to office environments.

    • Height Adjustable Desk Kits

      TiMOTION's Height-Adjustable Desk Kits redefine workspaces, providing ergonomic solutions for sit-stand desks. Elevate your comfort and productivity with our innovative and customizable kits.

    • Gear Motors

      TiMOTION's Gear Motors combine efficiency and durability, driving precision in motion solutions. Ideal for various lifting applications, our gear motors make it possible for manufacturers to custom design products that are fast, quiet, and smooth.

    • Control Boxes

      TiMOTION's Control Boxes optimize the operation of linear actuators and lifting columns. Discover advanced control options for tailored and efficient motion solutions in healthcare and ergonomic applications.

    • Power Supplies

      TiMOTION's Power Supplies ensure the seamless and stable functioning of linear actuation systems. Engineered for reliability, these power supplies provide consistent energy to support diverse applications.

    • Controls

      TiMOTION carries various options suited for ergonomic furniture, healthcare, and industrial equipment. From basic to advanced settings, we offer the optimal solution for you: hand controls, foot switches, nursing panels, and wireless remotes.

    • Accessories

      Explore TiMOTION's range of Accessories, designed to complement and enhance electric linear motion solutions. From bed bottom lights, device chargers, to junction boxes, these accessories offer versatility for tailored applications.

    • Our Markets

    Care Motion

    Medical applications for hospitals, nursing homes, treatment centers, and home cares.

    Learn more

    Comfort Motion

    Home furniture applications for beds, recliners, TV lifts, and kitchens.

    Learn more

    Ergo Motion

    Height adjustable desks and workstations for office and industrial workspaces.

    Learn more

    Industrial Motion

    Industrial applications for agriculture, floor cleaning, outdoor equipment, ventilation and more.

    Learn more

    Contact Us

    Got A Question? Our team is ready to assist your projects!

    Download

    Find out more about our product information and total linear actuator solutions.

    FAQ

    TiMOTION primarily offers electric linear actuators operating in direct current configurations of 12V and 24V. Select models are also available in 36VDC, 48VDC, 110VAC, and 230VAC. Please consult your local sales representative for more details.

    Each actuator is unique and can be customized according to your needs. We offer our customers electric linear actuators to support up to 16,000 N in push and pull. However, determining the load supported depends on the application, the design, how our product will be integrated into the project, and other characteristics. TiMOTION designs specific devices for industrial, medical, comfort, and ergonomic applications. Also, other parameters have to be considered, such as speed and stroke. New actuators are in development continuously; see sales for more information.

    We manufacture electric actuators with different speeds depending on the type of application. However, each of our products'maximum speed depends on the type of motor used and its RPM (rotation per minute), the gear ratio, and the spindle. For more details, do not hesitate to consult our products' technical data sheets on our website.

    Each actuator is unique and can be customized according to your needs. Depending on the load, we generally offer electric linear actuators with stroke ranges from 20 mm to 1000 mm. Please contact our sales department if you require a stroke outside of this range.

    Our electric devices are specially designed to withstand their environment. However, we offer electric linear actuators with optional Ingress Protection (IP) up to IP68 or IP69K. This makes your electric motion system compatible with particularly harsh environments and resistant to solid or liquid components such as dust, water splashes, cleaning with detergents, or high-pressure cleaning.

    It is important to select an actuator that can meet the requirements of the application. Every application has a list of unavoidable conditions. To choose the right electric linear actuator, you must first consider your application's constraints and technical priorities:

    • Load to be pushed
    • Required speed of movement
    • Duty cycle
    • Available installation space
    • Application environment requirement

    At TiMOTION, technical experts will work with you throughout your project to provide the best solution for your application. With a vertically integrated business model, TiMOTION offers highly customized solutions to meet the unique requirements of various applications, ensuring that the integration of electric linear actuation is seamless and efficient.

    Please go to our “contact page” and select your location to find your nearest sales representative. You can also fill our contact form with your details, and we will contact you shortly.

    This mobile site is designed for compatibility with iOS 8.0+ or Android 5.0+ devices.

    High Speed 12V DC Electric Linear Actuators Kit - TiMOTION (2024)

    FAQs

    How many amps does a 12V linear actuator use? ›

    Since the current is quite small, only 5 amperes, such a power supply is usually used to power only one small 12V actuator. If the system is only using one 12-volt linear actuator, it is better to use a 12-volt DC linear actuator power supply.

    Read More ›
    What are the problems with linear actuators? ›

    Troubleshooting a linear actuator may involve checking for proper power and connections, checking for proper operation of the control circuit, and checking for any signs of damage or wear.

    View More ›
    How can I make my linear actuator faster? ›

    For screw-driven linear actuators (pictured right), change the lead screw's pitch to increase speed. For example, instead of using a standard 10×2 pitch, increase it to 10×5, 10×10 or even 10×50. That way, for every rotation of the lead screw, the carriage can travel that much farther.

    Continue Reading ›
    How do you control a 12V linear actuator? ›

    The simplest control system for a 12 VDC linear actuator for a user to implement will have to be a DPDT (double pole double throw) rocker switch. It can output DC current in both directions from the power supply, therefore it can control the linear actuator to extend and retract.

    Read More ›
    How many amps does it take to activate a solenoid? ›

    While solenoids vary, inrush current is normally around 0.250 Amps AC on a Hunter solenoid, with a holding current of around 0.200 Amps AC. Solenoids from other manufacturers may vary considerably, and there are high-draw solenoids which may greatly exceed these values.

    See More ›
    How many amps does a 12 volt DC motor draw? ›

    When calculating the current draw in amps with a 12 VDC Motor you can use the following guidelines: 0.1 HP = 8 amperes. 0.2 HP = 17 amperes. 0.5 HP = 42 amperes.

    View More ›
    What is the maximum speed of a linear actuator? ›

    While 5”/sec is considered a fast speed for actuators, there are linear actuators capable of reaching faster. The PA-15 is a super-high-speed linear actuator capable of reaching up to 9.05"/sec with the slowest pace as 3.20"/sec, a rate still considered quite impressive.

    Get More Info Here ›
    What is a cheaper alternative to linear actuators? ›

    Described as a low-cost alternative to high-torque linear actuators, the UKE series stepping motors provide almost three times the force, 250N as opposed 88N, in a smaller package.

    See More ›
    How do you adjust actuator speed? ›

    Adjust input voltage

    A simple way to lower the speed of a linear actuator is to reduce the voltage at which you drive it. The speed of Actuonix actuators is approximately proportional to voltage. This means that if you were to drive one of our 12V actuators at 6V, the speed would be roughly half of what it is a 12V.

    See Details ›
    Does a linear actuator need a relay? ›

    If you need your linear actuator to stop in between the fully extended and fully retracted positions, you'll need to make use of the two SPDT relay configuration. In this configuration, the two relays are used to flip the polarity of the voltage to the linear actuator as well as disconnect the power to the actuator.

    Get More Info ›

    Do you need a controller for a linear actuator? ›

    How do you control a linear actuator? You can control a linear actuator with manual switches such as a single pole single throw (SPDT) or single pole double throw (SPDT) or advanced motor controllers, such as the DC-112 linear actuator controller from ACT-U8.

    Read More ›
    How much current does a 12V solenoid draw? ›

    For example, a 12 volt solenoid valve with 15 watt coil will draw 1.25 amps and if connected to a battery will have a significant power drain and will need topping up according to the power usage. Amps (current consumption) = watts (power consumption of coil) divided by 12 volts.

    Find Out More ›
    How many amps does a 12V cooler use? ›

    How much power will my cooler use? Most Koolatron thermoelectric coolers consume 4.5 amps or 54 watts of power at 12 volts or 1 amp = 54 watts at 120 volts. The smallest P-series cooler, the P9, draws 3 amps = 36 watts.

    Continue Reading ›
    How many amps does a 12V coil draw? ›

    I read that modern coils draw about 4 amps while the points are closed. Either 12V across a 3-ohm primary coil or 6-9V across 1.5 ohms in a ballast coil. Either way, somewhere in the 4-6 amp range while the car is running.

    Learn More Now ›
    How many amps do 12V Power Wheels draw? ›

    Power Wheels uses a 9.5amp battery. Our upgraded 12, 18, and 24v batteries are all 12amp. This means about 30% more run time. Running more then 12 amps has proven to overheat motors and is not recommended.

    Find Out More ›
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