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Model: Chugger - IN STOCK
The addition of the full line of Chugger Pumps and accessories rounds out our offering of water and wort flow related items so you don't have to piece together your brewery from as many vendors. The Chugger stainless steel headed pumps represents the first affordable pump designed specifically for homebrewers. Get stainless for the competition's polysulfone price. They all come with the mounting base plate and cord/plug.
All pumps have the following specifications in common:
316 Stainless Steel (Rear Housing), Teflon (Thrust Washer), CLEAR Silicone (O-Ring), POLYSULFONE (Impeller)
Max Flow 7 GPM 22.7 LPM Max Head 18.6 FT 4.1 M Power .04 HP .029 KW Electrical 115V 50/60HZ Submersible Non-Submersible 60HZ 50HZ
Max Flow 7 GPM 22.7 LPM Max Head 18.6 FT 4.1 M Power .04 HP .029 KW Electrical 115V 50/60HZ Submersible Non-Submersible 60HZ 50HZ
Max Flow 7.3 GPM Max Head 18.9 FT Power .05 HP
Can handle liquids of 250F Materials are FDA Food Compliant Components are UL Recognized DO NOT RUN DRY |
| Approx. Ship. Weight(LBS) : 7 |
| Voltage : 115 |
Differences (as chosen in the dropdown below):
- The INLINE head has 1/2" male NPT on the inlet and outlet.
- The stainless center inlet head has a 3/4" NPT male on the center inlet and a 1/2" male NPT on the outlet. NOTE: FREE SS 3/4" to 1/2" female converter included with this pump. This allows you to thread in a hose barb or a Type F camlock, sold separately.
If you're looking for the plastic head version of this pump, be aware that we did NOT restock these.
We now have these pumps in 230 volt... Press this add to cart button to request the pump to be 230V. Note: no plug is included on the end of the cord. You must add this yourself to conform to whatever standard you have in your country.
Some notes on using mag drive pumps:
These are not self priming pumps. The pump head must be flooded with liquid prior to turning the pump on. The easiest way to do this is to let liquid fill the inlet hose prior to connecting it to the pump. If the pump squeels or makes loud noises, shut it down and make sure the head is full of liquid.
If you wish to regulate the flow rate, it must be done on the output side of the pump.
Use teflon tape on all threaded connections and be very careful not to cross thread when applying metal fittings to the polysulfone heads. Stripping or cross-threading the polysulfone or galling the threads on the stainless head is not covered under warranty.
Orientation: We get a lot of questions regarding the best way to mount and connect hoses to these pumps. First, we recommend mounting the pumps so the outlet faces horizontally to the right. If this is not possible, the next best orientation is output facing up. The other two options will get air trapped in the pump head and cause priming issues.
Connections: The options are nearly endless given the pipe thread input and output ports. You can hard plumb the system with stainless or copper tubing or use flexible hoses. We use silicone tubing with 100% camlock disconnects on everything for flexibility in connectivity and easy breakdown for cleaning. By far the most important thing is to use high flow, non-restrictive components with the least number of elbows as possible on the input side. Here is how we recommed connecting hoses to the pump (the camlocks, valve, and barbs are available on this website in other sections):

NOTE: If you get the center inlet pump instead, it comes with a reducing coupling so the only thing that would change is the type A camlock would be replaced with a type F on the input side.
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Comments
I live in Denmark and we use 220(230) volts. Any chance that you can provide pumps with that voltage ?
I believe chugger is working on a 220v version but I don't know when that is going to happen.
I've asked this to the Chugger people a couple of months ago and they said this was not planned at that time, not so many requests had is the main reason. Consider to use a voltage adapter from 220/230V to 110V with enough amperage and you're done!
The pro to the center inlet is a slight increase in performance that is gained by NOT having a drag-inducing elbow in the flow. The only con I can see is that after you add the reducing coupling and inlet connection, you have a potentially annoying assembly sticking out from the face of the pump. This may or may not be an issue depending on where and how you use it, e.g. mounted to a sculpture or just sitting on the floor, etc.
I am looking into getting two pumps, and my question is. do you know if the manufacture warranty transfers if I purchase them from you? The chugger wed site says that you have one year warranty but I don't know if you are an authorized dealer?
Thanks
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