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@AutomationandFluidControlLab vor 0 Sekunden Dear @jeffry7127, thanks for your request and your interest on our products! The cylinder-model which is shown in the video is an CPA2. Unfortunately, there are currently no "How-To" service videos available. If you need to service one of these cylinders, please order a service-/seal kit. This will provide you with an explanation of how to service the cylinder. For more details, please visit: www.smcworld.com/webcatalog/en-jp/seriesList/?id=CPA2-E King regards, Your SMC team

Thank you for your question! You can adjust the speed by adjusting signal pressure on Cylinder Positioner series IP200 slowly. If you can’t do that, it’s possible to add SMC’s flow controller to limit the cylinder speed. Please contact your nearest SMC branch. We are happy to help you to find the best solution!

Thank you for this question. Please get in touch with your nearest SMC branch. We help you to find the best solution!

Dear MohammadZaid-tj4nml, thanks for watching our video! If you need support with maintaining your pump, please contact your local subsiduary: www.smcworld.com/overseas/sguide/en-jp/italy.html

Dear Lucas Nehemiah, thank you for your interest in this product. When mixing two liquids, you have one liquid on the inlet and the second liquid get suctioned on the "vacuum inlet". So no additional air inlet is needed. If you need more technical information, please contact fc@smc.at or your local branch office (www.smcworld.com/overseas/sguide/en-jp/index.html)

Dear Allan! Thanks for watching the video. We are sorry that the support was not satisfactory. As this RUclips Channel is provided by SMC Austria, we would like to forward the feedback to the local branch office. Could you please send us details via mail: fc@smc.at Best wishes, your SMC Fluid Control Lab Team

Dear Trinh! Thanks for watching the video. Yes, when you are using the LQ1 series, the insert is needed to connect the tube with the union. If you need further information please contact your local branch office (www.smcworld.com/overseas/sguide/en-jp/index.html) or write directly to us via e-mail: fc@smc.at Best wishes, your SMC Fluid Control Lab Team

Dear Aidan! Thanks for watching the video. We would like to refer to the official manual for our LQ3 series: www.smcworld.com/assets/manual/en-jp/files/M-E06-4-LQ3.pdf If you need further information please contact your local branch office (www.smcworld.com/overseas/sguide/en-jp/index.html) or write directly to SMC Austria via e-mail: fc@smc.at Best wishes, your SMC Fluid Control Lab Team

Hello! Thanks for watching the video. If you need further information please contact your local branch office (www.smcworld.com/overseas/sguide/en-jp/index.html) or write directly to SMC Austria via e-mail: fc@smc.at Best wishes, your SMC Fluid Control Lab Team

Dear Nihar! Thanks for liking our content, we will post more videos like this in the near future! If you need further information please contact us directly via e-mail: fc@smc.at Best wishes, your SMC Fluid Control Lab Team

Hello Nihar, thank you for your question! It is possible to create the Venturi effect with any gas, which then sucks in a liquid. In a certain way the gas will be mixed with the liquid, but this is not the actual purpose and a sufficient mixture will probably not be generated.