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Calibrate may not be the correct word, you need to find the difference in temp and make a note of it, so if you do what Alelover (Thanks), has posted below and say it should read 212 degrees but shows something like 245, then subtract the 212 from the 245, giving you a 33 degree difference, so your next smoke if you are trying to keep the temps at 225, your thermo would read 258 (33 added).Hi SQWIB,
Thanks for the response.
the termometer I used I had just purchased at Lowe's, it was brand new. I didn't realize I had to calibrate it. How do you calibrate them?
The chicken was not frozen, and I did sort of put it in the middle of the smoker. I'm wondering if the water pan was too close to the firebox? When you guys receive the pics, if I did it correctly, you will see where the chicken is.
I need to leave now, but will get back to all of you tomorrow.
Thanks for all the responses,
TTYL,
Excellent post, thanks againPut the thermo in boiling water and see if it reads 212 F. Your boiling point may differ depending on altitude. See chart below for the pressure in your neighborhood.
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[size=-1]To calculate the boiling point of water at a location on any specific day use the following equation:[/size]
[size=-1]Boiling point of water = Boiling point at specified altitude (Table 1) ± boiling point barometric correction (Table 2).[/size][size=-1]In the tables, the following equations have been used:[/size]
[size=-1]Pressure (in. Hg) = 29.921* (1-6.8753*0.000001 * altitude, ft.)^5.2559[/size][size=-1]Boiling point = 49.161 * Ln (in. Hg) + 44.932[/size]
[size=-1]TABLE[/size] [size=-1] 1[/size] [size=-2]Changes in Standard Temperature and Pressure (in Hg) as a Function of Altitude[/size] [size=-1] (Ref. 1)[/size] [size=-1]TABLE[/size] [size=-1] 2[/size] [size=-2]Boiling Point as a Function of [/size][size=-2]Barometric Pressure[/size] [size=-1] (Ref. 2)[/size] [size=-1]Altitude (ft.)[/size] [size=-1]Pressure[/size][size=-1](in. Hg)[/size] [size=-1]Boiling pt.[/size][size=-1](° F)[/size] [size=-1] [/size] [size=-1]Pressure[/size][size=-1](in. Hg)[/size] [size=-1]Boiling pt. [/size][size=-1](° F)[/size] [size=-1]Boiling pt.[/size][size=-1][added or reduced][/size][size=-1](° F)[/size] [size=-1]-500[/size] [size=-1]30.466[/size] [size=-1]212.9[/size] [size=-1]27.6[/size] [size=-1]208.04[/size] [size=-1]-3.96[/size] [size=-1]0[/size] [size=-1]29.921[/size] [size=-1]212.0[/size] [size=-1]27.8[/size] [size=-1]208.39[/size] [size=-1]-3.61[/size] [size=-1]500[/size] [size=-1]29.384[/size] [size=-1]211.1[/size] [size=-1]28.0[/size] [size=-1]208.75[/size] [size=-1]-3.25[/size] [size=-1]1000[/size] [size=-1]28.855[/size] [size=-1]210.2[/size] [size=-1]28.2[/size] [size=-1]209.10[/size] [size=-1]-2.90[/size] [size=-1]2000[/size] [size=-1]27.821[/size] [size=-1]208.4[/size] [size=-1]28.4[/size] [size=-1]209.44[/size] [size=-1]-2.56[/size] [size=-1]2500[/size] [size=-1]27.315[/size] [size=-1]207.5[/size] [size=-1]28.6[/size] [size=-1]209.79[/size] [size=-1]-2.21[/size] [size=-1]3000[/size] [size=-1]26.817[/size] [size=-1]206.6[/size] [size=-1]28.8[/size] [size=-1]210.13[/size] [size=-1]-1.87[/size] [size=-1]3500[/size] [size=-1]26.326[/size] [size=-1]205.7[/size] [size=-1]29.0[/size] [size=-1]210.47[/size] [size=-1]-1.53[/size] [size=-1]4000[/size] [size=-1]25.842[/size] [size=-1]204.8[/size] [size=-1]29.2[/size] [size=-1]210.81[/size] [size=-1]-1.19[/size] [size=-1]4500[/size] [size=-1]25.365[/size] [size=-1]203.9[/size] [size=-1]29.4[/size] [size=-1]211.15[/size] [size=-1]-0.85[/size] [size=-1]5000[/size] [size=-1]24.896[/size] [size=-1]203.0[/size] [size=-1]29.6[/size] [size=-1]211.48[/size] [size=-1]-0.52[/size] [size=-1]5500[/size] [size=-1]24.434[/size] [size=-1]202.0[/size] [size=-1]29.8[/size] [size=-1]211.81[/size] [size=-1]-0.19[/size] [size=-1]6000[/size] [size=-1]23.978[/size] [size=-1]201.1[/size] [size=-1]29.921[/size] [size=-1]212.00[/size] [size=-1]0.00[/size] [size=-1]6500[/size] [size=-1]23.530[/size] [size=-1]200.2[/size] [size=-1]30.0[/size] [size=-1]212.14[/size] [size=-1]0.14[/size] [size=-1]7000[/size] [size=-1]23.088[/size] [size=-1]199.3[/size] [size=-1]30.2[/size] [size=-1]212.46[/size] [size=-1]0.46[/size] [size=-1]7500[/size] [size=-1]22.653[/size] [size=-1]198.3[/size] [size=-1]30.4[/size] [size=-1]212.79[/size] [size=-1]0.79[/size] [size=-1]8000[/size] [size=-1]22.225[/size] [size=-1]197.4[/size] [size=-1]30.6[/size] [size=-1]213.11[/size] [size=-1]1.11[/size] [size=-1]8500[/size] [size=-1]21.803[/size] [size=-1]196.4[/size] [size=-1]30.8[/size] [size=-1]213.43[/size] [size=-1]1.43[/size] [size=-1]9000[/size] [size=-1]21.388[/size] [size=-1]195.5[/size] [size=-1]31.0[/size] [size=-1]213.75[/size] [size=-1]1.75[/size] [size=-1]9500[/size] [size=-1]20.979[/size] [size=-1]194.6[/size] [size=-1]31.2[/size] [size=-1]214.07[/size] [size=-1]2.07[/size] [size=-1]10000[/size] [size=-1]20.577[/size] [size=-1]193.6[/size] [size=-1]31.4[/size] [size=-1]214.38[/size] [size=-1]2.38[/size]
A lot of us don't have room in the fridge for brine buckets... and if you go to competition BBQ out in some field or parking lot, you won't have a fridge there. What I do is, I got couple of big glass containers with lids - like 2 or 3 gallon size maybe. You can mix up your brine, add the meat or chickens (I have put 2 whole racks of spare ribs together in one jar) and put in some ice cubes or chunks... the bigger the better. Wrap the glass briner in newspapers and/or towels and it should hold for many hours.I did not brine the chicken because I don't have a container big enough for two chickens or the space in the fridge for brining. I understand it has to be kept cold for brining. So I decided to just rub some oil and butter and a dry rub on them instead.