Hey, Great video! Is this working with zone valves also? I have a cascaded system with two zones (upstairs and downstairs), maybe i can enhance my efficient with this pump.
Given good flow and balance, the success of this ‘clever’ pump has to centre on the control system which should account ‘for lead and lag’ (or system inertia viz time ) . The control system needs P&D (proportional and derivative) control and some sort of commissioning adjustments will need to be made to ‘match’ to system response. Interested in your view. 👍
Not sure. Why? I clearly heard "wet pocket" so the resistive sensor (most likely PT1000 or NTC) is directly in the flow. The resistance of the wires will change slightly, but the whole wiring should be several orders of magnitude lower than the sensor.
I assume the flow rates on each rads has to be correctly set in order for this to not affect heating in the house. In terms of far radiator not having enough flow.
Nice video little video. Are you aware there is a youtuber called heating geek ?? Your username and simple is very similar, do you know of him ? don’t know if this will cause you any issue in the future regarding people finding your channel etc.
I’ve just released a course detailing everything you need to know to become a heating genius! What’s more it’s been recognised by the UK government department BEIS which have offered to heavily subsidised the first 300 spaces! courses.heatgeek.com/
Hey, Great video! Is this working with zone valves also? I have a cascaded system with two zones (upstairs and downstairs), maybe i can enhance my efficient with this pump.
Given good flow and balance, the success of this ‘clever’ pump has to centre on the control system which should account ‘for lead and lag’ (or system inertia viz time ) . The control system needs P&D (proportional and derivative) control and some sort of commissioning adjustments will need to be made to ‘match’ to system response. Interested in your view. 👍
So the pump's temperature sensor wire Should be thermally insulated, right?
Not sure. Why?
I clearly heard "wet pocket" so the resistive sensor (most likely PT1000 or NTC) is directly in the flow.
The resistance of the wires will change slightly, but the whole wiring should be several orders of magnitude lower than the sensor.
Hello
An someone help me to find temperature sensor for magma 3.
I look on line but i cannot find.
Where is your insulation Adam? LOL. Great vid btw.
Lol yes an important part.. The job wasnt finished when this was recorded.
I assume the flow rates on each rads has to be correctly set in order for this to not affect heating in the house. In terms of far radiator not having enough flow.
You need to balance the system yes..
What does the buffer do ?
How accurate have you found these?
Hi Kev. Not amazingly, but certainly good enough.
Nice video little video.
Are you aware there is a youtuber called heating geek ?? Your username and simple is very similar, do you know of him ?
don’t know if this will cause you any issue in the future regarding people finding your channel etc.
Yes, i am aware. it's an unfortunate similarity.
But two highly skilled engineers nonetheless trying to share their wisdom
@@Shandanks 👍 agreed, I’m subscribed to both of them.
@@dan123collins me too, can’t stop watching
I’ve just released a course detailing everything you need to know to become a heating genius! What’s more it’s been recognised by the UK government department BEIS which have offered to heavily subsidised the first 300 spaces!
courses.heatgeek.com/