Video

@@Bluntedco. Hi there, The AC-03 battery used in this example project video is discontinued, however, replacing it with a power supply that receives 110-220 VAC from a wall outlet and outputs 12VDC for the actuator will supply power indefinitely. Assuming we want to use the example of all the components in the video and 6x full cycles a day at full load, the battery would last approximately 8.6 days before a recharge was required. Regards, Progressive Automations Team

@@ProgressiveAutomations for sure! i knew about connecting it directly to a wall outlet but i was curios to why many ppl use batteries if it only lets you get about 8 days max. i guess people who have the batteries set up to solar panels get a much better use. thanks

Hi there, We are Linear Motion product supplier, so you can browse our product range here: www.progressiveautomations.com/ Our engineering support is ready to help! Toll Free: 1-800-676-6123 Email: sales@progressiveautomations.com

Hello, It is possible to use electric actuators to adjust the positioning of headrests in automotive applications, however, determining the required specifications for the application is crucial to determine which model actuator is the most suitable. The common specs that would help in selecting a model include: • Stroke length • Force rating • Speed • IP rating (Dust and water resistance) • Dimension limitations For more information, we'll be happy to assist via email at sales@progressiveautomations.com Thank you, Progressive Automations Team

@@ProgressiveAutomations Hi sir, I sent an email..could check it please

Glad to hear it!

🤣🤣🤣 great catch

Hi ToJo! Thank you for contacting us! As for now, that`s the only video we have regarding this project. Take a look at out latest projects with Progressive linear actuators here: www.youtube.com/@ProgressiveAutomations/videos If you'd like to learn more about our actuators, visit our website or get in contact with us. We've provided the information below. Contact Info: info@progressiveautomations.com 1.800.676.6123

Hi Chris! We provide a wide range of power supplies for linear actuators. Browse our catalog: www.progressiveautomations.com/collections/power-supplies Feel free to contact us if you need more information: info@progressiveautomations.com 1.800.676.6123

Yes, it is possible to wire 4 actuators in a parallel circuit to 1 rocker switch as long as the current draw of the 4 actuators combined never exceeds the current rating of the switch being used. For example, our PA-14 actuators draw 5A at max rated load capacity while our RC-12 rocker switch is rated for 20A. The 4 actuators multiplied by 5A results in a 20A draw if all were at full load so this example switch will be sufficient in this use case.

We're glad you liked it, Thiago! Feel free to browse through our website for more exciting projects: www.progressiveautomations.com/pages/blog. And in case you are interested in doing a similar project, you can contact us at sales@progressiveautomations.com We will be happy to help you with your projects!

We do offer the options for custom actuators with custom manufacturing lead times, however, there will still be some physical limitations to what is feasibly possible from a design standpoint. For more information on what specifications we are able to customize actuators to, we will always be happy to discuss with you at 1-800-676-6123 or sales@progressiveautomations.com

Yes, it is possible to wire 4 actuators in a parallel circuit to 1 rocker switch as long as the current draw of the 4 actuators combined never exceeds the current rating of the switch being used. For example, our PA-14 actuators draw 5A at max rated load capacity while our RC-12 rocker switch is rated for 20A. The 4 actuators multiplied by 5A results in a 20A draw if all were at full load so this example switch will be sufficient in this use case.

Hi John! This project uses bottles of spices as items being stored in the spice rack for example purposes, however, it is up to the builder of a project to decide what items they want to place as storage. If you had any other questions, we’ll happily assist you at sales@progressiveautomations.com

Hi Sondre! It is important to note that the motor and actuator dynamics can have a varying range of characteristics, however, you may take a look at the link here with SolidWorks model, AutoCAD drawings, schematics, programming code, Leap information, and other references for example purposes: github.com/progressiveautomations/Stewart-Platform

We do not have information on which hinge model was used in this project, as this project has been made by one of our customers, however, you may consider heavy-duty door hinges from local hardware stores since having a physical hinge in hand is useful as a reference. If a hinge is catching, check to see if there is a sufficient gap for the hinges to pivot their full range of motion and slightly trim the wooden areas that do not have enough space for the hinges to pivot. You may also try cleaning the door of any debris and lubricating the hinges to reduce friction. If you had any other questions, we’ll happily assist you at sales@progressiveautomations.com

Hello Ryan! Yes, the model rated for 11lbs of force is the version that has the fastest travel speed.

Hello David, When switching to another model actuator, some of the major things to consider include making sure your design can account for the new: - Voltage and/or current draw requirements - Space/dimensional requirements - Travel speed - Force output capabilities We also recommend running a few tests in a controlled environment with the new actuator to confirm everything will work the way you wanted before finalizing the design. If you had any other questions, we’ll happily assist you at sales@progressiveautomations.com Best regards, Progressive Automations Team

Yes. I'm working with your engineers right now.

Hello, The wiring in this video follows the same wiring diagram listed in the video’s description linked below: www.progressiveautomations.com/blogs/how-to/how-to-use-relays-to-control-linear-actuators If you had any other questions, we’ll happily assist you at sales@progressiveautomations.com Best regards, Progressive Automations Team

Hello Kyle, The shorter side of a pivoting lever arm will need to be a length that is longer than half of the actuator's stroke to ensure the actuator can travel its full stroke without rotating the pivoting lever mechanism over 180 degrees. Since the actuator used in this video has a shaft that travels a distance of 6 inches, the length for the pivoting lever arm’s shorter side will need to be longer than 3 inches and the 3.5 inch length that was chosen is a relatively even number to work with while not being too oversized. If you had any other questions, we’ll happily assist you at sales@progressiveautomations.com Best regards, Progressive Automations Team - Nathan

Hi Fahri, we have a wide variety of control systems depending on your need. Please, check our website www.progressiveautomations.com/collections/control-boxes

Hi Mindy. Thank you for the question. Unfortunately, we do not have the project plans for this build. However, each individual's project can vary depending on the size and dimensions the user requires for their storage.