Відео

Thanks for your support 🙂

Thank you for your kind words! I'm glad you found the tutorial useful. Siemens TIA Portal: This is user-friendly software for Siemens LOGO! PLCs that supports both LD and FBD programming. It's perfect for beginners and allows you to simulate your programs before deploying them. CODESYS: A widely used PLC programming platform that supports multiple programming languages, including LD and FBD. It’s free for practice and works with virtual PLCs for simulation.

That means this relay is automatic. We don't need to reset it ??

Thanks for the encouragement! We're glad you're finding the tutorials helpful. 😊

Thank you for the great feedback and suggestions! 😊 I’m thrilled you enjoyed the video and appreciate your interest in exploring more protocols like BACnet/IP and MSPT. 🎥✨ These are fantastic topics, and diving into networking, data storage, graphics rendering, and controls in industrial automation sounds exciting! Stay tuned-I’ll definitely consider adding these to future videos! 🚀📚💡

Thank you so much! 😊 I’m glad you enjoyed the video! If you found it helpful, feel free to share it with others-let’s keep the learning going together! 🚀📚✨

You're describing a transmitter! 📡✨ It's an essential piece of equipment in communication systems, used to generate and send out electromagnetic waves carrying signals or messages, like in radio, television, or even Wi-Fi networks. 🚀😊 Transmitter technology is fascinating-if you're interested, we could dive deeper into its workings or applications! 🌟📚

Thank you so much! 😊 I’m thrilled you liked the explanation! 🌟 If you found it helpful, feel free to share it with others-let’s keep learning and growing together! 🚀📚✨

Yes, it’s possible, but always verify the relay’s manual or technical sheet for specific instructions on using it with fewer than three phases. And as always, ensure proper wiring and safety measures during installation! 😊 If you’d like a diagram or additional clarification, just let me know! 🚀

@@Automatedo Thanks I will. So I got an electrical manual for a back panel and a qps Personnel asked me to fuse the primary and secondary of the single phase step down transformer in it. In the manual the circuit breaker of the primary of the transformer has a rating of 15A/5KA labelled for it? What is the 5KA signify? Is that the rating of the breaker or is it 15A? The secondary is connected to the 200V terminal and has a 9A in the manual. Is that the one I have to fuse? I have a main supply of 208V 3Ph for this machine.

You’re very welcome! 😊🎉 I’m glad I could help! If you have more questions, feel free to ask anytime. Keep learning and exploring! 🚀📚✨

Thank you so much for your feedback! 😊 I’m glad you enjoyed the content and found it valuable. 🌟 I’ll definitely take your suggestion about the speech pace into account for future videos. 🎥✨ Making the content accessible for first-time learners is super important, so I’ll work on slowing it down to ensure clarity and better understanding. Thanks again for sharing your thoughts! If you think others might benefit, feel free to share the video with them too. Let’s keep learning together! 🚀📚💡

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You’re very welcome! 😊 I’m so glad you found it helpful. Thank you for watching and being part of this learning journey! 🌟 If you think others might enjoy it too, feel free to share. Let’s keep growing and learning together! 🚀📚✨

❤❤❤❤❤ Thank you so much for the love and support! 😊 It truly means the world! If you’re enjoying the content, don’t forget to share it with others-let’s spread the knowledge together! 🚀📚✨

I’m so glad you found it helpful! ❤😊 Your support means so much. If you think others could benefit from it too, feel free to share! Let’s keep learning and growing together! 🚀📚✨

Thank you so much! ❤ Your appreciation means a lot to me! 😊 It’s truly a pleasure to create content that helps and supports your learning journey. If you find it useful, feel free to share it with others-let’s keep spreading the knowledge together! 🚀📚✨

@Automatedo cheers mate.. keep going.🙌🏼

Thank you so much! 😊 Your feedback means a lot. We’re here to make complex topics simple and practical, and it’s awesome to hear that the details are hitting the mark! 🙌 If you’re finding value in this, consider sharing it with your friends and colleagues so they can join the learning too! 🚀👥 Let’s build a community of curious minds together

For most audio volume controls, the 2-wire potentiometer should be enough. It will allow you to adjust the audio signal's amplitude without needing the extra complexity of a 3-wire setup. 😊 If you're setting up a circuit for a more advanced audio system or specific equipment, you may want to consider other factors, but for basic usage, the 2-wire is perfectly fine! 🎶

I'm so glad you think so! 🎉 Your support keeps the energy high, and I can’t wait to share more useful content. If you’re enjoying it, don’t forget to invite others along for the ride! 📚✨ Let’s grow this community and make learning fun together! 🌟

Hello! 😊 Thank you for the kind words about the video! 🌟 If you're looking for capacitive proximity sensors, you can find them at a variety of online electronics and automation component stores.

Wow, thank you so much! 😊 Hearing that this is the best PNP training video you've seen truly means a lot! We're thrilled that the animations and explanations made things clear for you. 🎬✨ Welcome to the community! Don't forget to spread the word and invite others who’d find this helpful too. Let’s keep learning and growing together! 📈🚀

Given that you're working with 3000 psi, I’d recommend going with a direct-acting solenoid valve.

That’s amazing to hear! 🙌 I'm so glad the explanation clicked for you-knowing it’s helping you understand makes all the effort worth it. 😊 If this helped you, consider sharing it with friends or colleagues who might also benefit. Let’s spread the knowledge together! 📚✨

Shoutout to Johnson, Brian, Davis, Steven, and Ruth! 🎉 Thank you all for being a part of this learning journey. I appreciate every single one of you for tuning in! If you’re finding these videos helpful, don’t forget to share them with others who might also enjoy and learn from them. Let’s keep building this community together! 💪🌟

Thank you for your interest in the presentation! 😊 Unfortunately, I’m unable to provide the presentation separately. However, you can download the video to have access to all the details and revisit the information whenever you need. 🚀 I hope that works for you, and if you have any more questions, feel free to reach out! 😊📚

Thank you so much! 😊 I'm glad you're enjoying the content. If you're finding it helpful, feel free to share it with friends or colleagues who might benefit too! Let's keep the learning going together! 🚀📚

Big shoutout to Hall, Donna, Davis, Thomas, and White David! 🎉 Thank you for being here and engaging with the content-it means a lot! If you’re finding these videos useful, don’t hesitate to invite others to join in. Let’s build an awesome community of learners together! 🌟📚

Thank you so much! 😊 I’m thrilled to hear you enjoyed the video! If you found it helpful, consider sharing it with others who might benefit too. Let’s keep the knowledge spreading! 📈🎉

Shoutout to White, Sharon, Jackson, Dorothy, and Miller Jose! 🙌 Thanks for being part of this journey and for the amazing support! If you’re enjoying the videos, feel free to share them with friends or colleagues who’d find them useful. Let’s grow this learning community together! 🌟📚

Thank you so much! 😊 I’m really glad you enjoyed the explanation! If it helped, feel free to share it with your friends or colleagues-let’s spread the knowledge and keep learning together! 🌟📖

You're very welcome! 🥰 I’m so glad you found it helpful! If you’re enjoying the content, don’t forget to share it with others who might benefit too. Let’s keep learning and growing together! 🚀📚

Thank you so much for your kind words! 🙌 I'm so glad you found the video well-made and explained! 🎬✨ Your support means the world to me! 💖 If you're enjoying the content, don’t forget to share it with your friends and colleagues-let's spread the knowledge and grow this amazing community together! 🚀📚

Wow, thank you so much! 🌟 I’m so glad the video exceeded your expectations! 😄 It's awesome to hear that you appreciated the level of detail. 🎥🔍 We aim to make sure you get a full understanding, not just the basics! If you found it helpful, don’t forget to share it with your friends and colleagues-let’s keep this learning journey growing! 🚀📚

Thank you so much! 😊 I’m thrilled you find the videos interesting and full of knowledge! 🎉 I'm excited to share more with you! Stay tuned for more awesome content coming your way! 📚✨ And if you think others would benefit, feel free to share the videos with them-let’s keep growing and learning together! 🚀🙌 Thanks again! 💖

Thank you so much for your feedback! 😊 I'm glad you found the video helpful! 🎉 I appreciate your suggestion about including both rotary and linear potentiometers. Those are important distinctions, and I'll definitely consider adding explanations for them in future videos. 🌟 Rotary potentiometers are commonly used for adjusting volume or light intensity, while linear ones are more often used in applications like position sensing or level control. Thanks again for your input! If you found the video useful, feel free to share it, and stay tuned for more content. Let’s keep learning together! 🚀📚✨

I’m so glad you found it useful! 😊✨ Your feedback means a lot! If you think others could benefit too, don’t hesitate to share the video with them! Let’s keep the learning going and grow this amazing community together! 🚀📚💪

Thank you so much! 😊 I’m so happy you think it’s perfect! 🌟 If you’re finding the content helpful, feel free to share it with others so they can benefit too! Let’s keep the learning journey going! 🚀📚✨

You’re very welcome! 😊 I’m so glad it was helpful! If you found it useful, don’t forget to share it with others who might benefit too! Let’s keep the learning and sharing going! 🚀📚🌟 Thanks again! 🙏

Thank you so much! 🌟 I’m thrilled you think it’s outstanding! 😊 Your feedback means a lot! If you’re enjoying the content, feel free to share it with friends or colleagues-let’s keep spreading the knowledge together! 🚀📚✨

Thank you so much for the kind words! 😊 I’m thrilled to hear that you found the video helpful and informative! 🌟 As for your question about the tools and software used, I’m glad you're interested! However, I’ll pass your request along to our animation department, and they’ll be able to provide you with more details about the production process. 🎥✨ Thanks again for your support, and I’m excited to share more valuable content with you in the future! 🚀📚

Thank you so much! 😄👏 I’m so glad you’re enjoying the content! Your support keeps me motivated to create more awesome videos. 🎥✨ If you think others would enjoy and learn from it too, don’t hesitate to share! Let’s keep the knowledge flowing and grow this amazing community! 🚀📚💪

Wow, thank you so much for taking the time to comment! 😊 Your feedback means a lot, especially since you don’t usually comment! 🙏 I'm thrilled you found the video fantastic! 🎉 If you found it useful, feel free to share it with friends or colleagues so we can keep growing this amazing learning community together! 🚀📚🌟 Thanks again! 💖