BlueBankBrewery
New Member
- Joined
- Oct 11, 2020
- Messages
- 11
- Reaction score
- 1
Hi all,
Sorry for the long post. I’ve had a search and I cant seem to find an answer to my specific question so I thought I’d create a new thread.
I have a second hand Buffalo 40l urn with an element rated on the bottom at 2.6kw. I attempted my first BIAB last weekend and heating the strike water took hours and reaching boil was non existent, more of a simmer. So I did a search and found people have had similar symptoms. Many recommend upgrading or removing the thermal cut out (Boil dry) sensor and/or relocating the thermostat temp sensor. Whist I didn’t think the boiler was cutting out and the stat clicked on and off nicely when I turned the knob, I though I may as well do both of these things first as they are quick/cheap jobs and they may just have fixed my issue.
After bypassing the boil dry sensor and relocating the thermal pickup for the stat I tested by adding 2 kitchen kettles worth of boiling water and switched the urn on. It still wasn’t boiling after 15 mins, just the same simmer that I had previously seen.
Im now wondering if my issue could be one of the two elements being faulty.
I have measured the resistance across the two elements (as they are commoned) and I think I’ve measured 70 Ohms
And here is the reason for the post. Can anyone check my method and my maths for working out that only the 800W element is working and the larger 1800W element is open circuit?
Voltage / Resistance = Current
230 / 70 = 3.28
Current x Voltage = Power
3.28 x 230 = 754.4
So by my reckoning that’s the 800W element that I’m reading and not the 1800W or indeed both together at 2.6kW
Thanks in advance. Any help appreciated!
Sorry for the long post. I’ve had a search and I cant seem to find an answer to my specific question so I thought I’d create a new thread.
I have a second hand Buffalo 40l urn with an element rated on the bottom at 2.6kw. I attempted my first BIAB last weekend and heating the strike water took hours and reaching boil was non existent, more of a simmer. So I did a search and found people have had similar symptoms. Many recommend upgrading or removing the thermal cut out (Boil dry) sensor and/or relocating the thermostat temp sensor. Whist I didn’t think the boiler was cutting out and the stat clicked on and off nicely when I turned the knob, I though I may as well do both of these things first as they are quick/cheap jobs and they may just have fixed my issue.
After bypassing the boil dry sensor and relocating the thermal pickup for the stat I tested by adding 2 kitchen kettles worth of boiling water and switched the urn on. It still wasn’t boiling after 15 mins, just the same simmer that I had previously seen.
Im now wondering if my issue could be one of the two elements being faulty.
I have measured the resistance across the two elements (as they are commoned) and I think I’ve measured 70 Ohms
And here is the reason for the post. Can anyone check my method and my maths for working out that only the 800W element is working and the larger 1800W element is open circuit?
Voltage / Resistance = Current
230 / 70 = 3.28
Current x Voltage = Power
3.28 x 230 = 754.4
So by my reckoning that’s the 800W element that I’m reading and not the 1800W or indeed both together at 2.6kW
Thanks in advance. Any help appreciated!