I'm a long term homebrewer. I brew outside with gas
when the weather is nice but when it's rainy, too cold or too hot I brew
inside. It turns out that over half the time I end up brewing inside. The
problem with brewing inside is it takes my electric stove over 1-1/2 hours
to barely bring 6 gallons of wurt to boil!
So I decided to solve my problem once and for all - I
installed a 2000 watt, 120V electric heater element in my new brew pot. Now
I can bring my wurt to boil in 50 minutes or if I'm really in a hurry I can
put the brew pot on the stove AND plug in the electric heater and bring my
wurt to boil in less than 25 minutes! This conversion can be plugged
directly into a 20 amp kitchen outlet because it only draws 16.6 amps, or it
can be plugged into our soon to be released electric brew pot controller.
I used a 32 quart Polar Ware brew pot because I believe
they are an excellent value for the money. They aren't over priced like some
of the brewpots on the market today but they aren't flimsy stainless steel
like the cheapo Chinese brewpots either.
This is a step by step guide for doing your own
install but first I need to warn you
Drilling holes in your Polar Ware Brew Pot will VOID YOUR WARRANTY!
Also, don't hold me responsible if you screw up your
install. These instructions are as complete as possible but we all have
different mechanical abilities. If you are unsure about any of this then
please invite a friend to help and celebrate with a few beers after the
project is done.

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Start with a perfectly good, leak free brewpot
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Drill a small hole where the element will be mounted. The hole is
started with a small bit because it's less likely to skate around on the
side of the pot.
I pre-measured by placing the water tight box on
the side then I moved it up about 1/2". This makes sure the box is
mounted high enough so that the pot is not straining the box when it's
sat on the counter.
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Oh, and congratulations, you just ruined a perfectly good brewpot - now
you have no choice but to plug the hole with a heating element!
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Open the hole up with a 3/8" drill bit. |
   
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Insert the 1/2" Greenlee Conduit Punch and tighten intil the punch pulls
through.
Pic 1 - Punch set Pic 2 - Punch on outside ready to
tighten Pic 3 - Punch on inside ready to tighten Pic 4 -
Tightening punch with adjustable wrench |
  
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Now insert the 1" Greenlee Conduit Punch and tighten intil the punch
pulls through.
Pic 1 - 1" punch on outside ready to tighten
Pic 2 - 1" punch on inside ready to tighten Pic 3 - Tightening punch
with adjustable wrench |

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A picture of the finished hole |

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Inside of water tight box. You are going to drill out the raised ridge
section in the middle.
Notice the green screw? You will attach
the power cord green ground wire to that screw later.
If you drill the hole dead
center the boss the green screw is in will be in the way of the water
heater element. So you have to drill the hole off center - see below. |

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Here's where a drill press helps a lot.
Getting ready to drill
the hole - it's hard to see but the box is to the left a little bit so
that the hole will be to the right. Just make sure that the drill bit is
still drilling out the entire raised area on the inside if the box. |

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Here is a better picture of the hole partly drilled - you can see that
it is not centered. |

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Layout the parts that will be inserted into the brewpot |

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I originally thought thet a O-ring seal (left side) would work better
than the original seal that came with the water heater element (right
side) but I was wrong!!!
I assembled everything with the O-ring
but no matter what I did the connection leaked water. I pulled the
O-ring seal out and installed the original water heater seal and I had
no problem making the connection water tight. |

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Drop the element into the inside of the water tight box then insert it
into the brewpot |

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Push the seal onto the threads as far as it will go |

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Thread on the stainless steel nut and hand tighten as tight as you can |

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Hold the nut with a pair of slip joint pliers |

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And tighten the water heater element with a water heater socket.
Note: Depending on how strong you are, you may need help with this
step because the element has to be very tight. |

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Don't forget to leak test before you go any further!!!!
Our first
and second leak tests failed.
We had to tighten the nut until the
stainless steel side was almost flush against the nut before our brewpot
was water tight. |

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You will see that the box is not straight after all of the tightening.
Just use a large screwdriver to straighten the box but make sure you
din't damage the water heater element with the screwdriver. |

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For power, start with a 8' Power Cord rated for 16 Amps.
We use
the 16 amp power cord we stock for resale. If you can't fine one
pre-made you can always buy a 6' - 8' length of power cord and a plug
end from Lowes or Home Depot.
DO NOT USE A LOWER RATED OR
LONGER POWER CORD! |

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Go ahead and feed the wires through the 1/2" cord connector. |
 
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Trim the excess off the wire ends
Then crimp on three blue color coded ring
terminals |

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Feed the wires into the box |

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Attach the green ground wire to the green ground screw first.
Then attach the white & black wires to the water heater screws. I
put the black on top and white on bottom but the
order does not matter. |

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Thread the cord connector into the box & tighten.
Then tighten
the nut on the outside end to compress the rubber seal inside around the
power cord. |
 
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Put the cover gasket on the cover, push through the screws, then install
the cover |

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Completed with the element starting to heat! |