The last few weekends my dad and I have been building the ultimate RIMS toolbox.
The first picture is the front of the toolbox. The Auber instruments controller is currently reading 150 degrees and working at getting to 155 degrees. There is a fan in front as well as the switch for controlling the pump.
The second picture shows the stainless steel chugger pump head on the march pump. The selector switches allow for you to select whether the liquid should flow through the RIMS tube or just the pump head. In the bottom right there is a bleeder valve that makes priming the pump much easier.
The third picture shows the back of the RIMS box and the custom RIMS tube. The tube is mounted at an angle to allow for easy draining. The white cap on the left covers the connections made to the hot water heater element. Each end of the RIMS tube is easily removed with the clamp fittings.
The fourth picture shows the inside of the box. Wiring still needs to be cleaned up a bit.
The fifth picture shows the terminal block inside it's box that flips open and close.
The sixth picture shows the GFI outlet that feeds all other devices inside the box and also provides for external outlets for devices such as a grain mill.
The seventh picture shows one side of the RIMS tube disassembled. This side includes the RTD style temperature probe and the out fitting.
The first picture is the front of the toolbox. The Auber instruments controller is currently reading 150 degrees and working at getting to 155 degrees. There is a fan in front as well as the switch for controlling the pump.
The second picture shows the stainless steel chugger pump head on the march pump. The selector switches allow for you to select whether the liquid should flow through the RIMS tube or just the pump head. In the bottom right there is a bleeder valve that makes priming the pump much easier.
The third picture shows the back of the RIMS box and the custom RIMS tube. The tube is mounted at an angle to allow for easy draining. The white cap on the left covers the connections made to the hot water heater element. Each end of the RIMS tube is easily removed with the clamp fittings.
The fourth picture shows the inside of the box. Wiring still needs to be cleaned up a bit.
The fifth picture shows the terminal block inside it's box that flips open and close.
The sixth picture shows the GFI outlet that feeds all other devices inside the box and also provides for external outlets for devices such as a grain mill.
The seventh picture shows one side of the RIMS tube disassembled. This side includes the RTD style temperature probe and the out fitting.