Hello Max, I appreciated your guide on the video. I am a mechanical designer who works for automatic bio system. I am making a centrifuge that has a cooling system. But I haven't really had the experience I made a kind of cooling system. So, I took a look at a centrifuge to get the knowledge. They used AC solenoid valve which is PVE-191. They used 2 EA. I guessed that one was for cooling and the other one was for hot. Now my question is that.. Is it possible that a AC solenoid valve use for hot system?
Hello, yes it could be used. You need to check all requirements that you need and select the valve based on the conditions you have in the system. You can find out more on solenoid valves at: shop.tameson.com/pages/solenoid-valve-types
Dear HieuCN, thank you for your question. It is not really clear what your question is regarding. Please get in contact with our customer support so we can provide you with an answer, thank you! tameson.com/about-us.html
Yes, typically, DC coils do generate more heat due to resistance than AC coils. However, it's important to note that the level of heat generated can often depend on the specifics of your application and usage conditions. We have a wide range of solenoid valves that may be suitable for your needs. You can browse our range at our website: www.tameson.com
I have a dual port solenoid valve (24VDC, 80 MOPD, 6 watt & 5/64 orifice) but no info on polarity or amperage requirement. Can I use a generic 24VDC power adapter for this application? If not, how can I determine what 24VDC power adapter will work on this valve?
Dear Sword Fish, Thank you for your question. If the power is 6 watt, the min. required amperage will be 6(W))/24(V) = 0.25 (A). If you'll use a generic 24VDC power supply with a >0.5A current (2x safety factor) that should work just fine. Good luck with your application
No this is not safe for the coil, as the impedance for 220V DC will be lower (compared to 220VAC), this will result in a too high current for the coil.
It sounds like you need an electrical theory class on the difference between AC and DC. AC is ALTERNATING and DC is not. Gross conceptual error. Does not compute. Watch a bunch of videos on the difference between AC and DC signals and educate yourself on electron flow.
