PAN Kit Instructions

Step 3 The LED’s longer pin goes to the pin nearest the small 100K pot. This should have been clearer on the PCB, sorry.

Long Pin Short Pin

Step 4 Get the pots, LED and jacks into place on the opposite side of the PCB as the parts. The parts and printing face out.

Parts 1 PCB 1 25K Pot (green) 2 100K Pot (green 3 Washers/Nuts for Green Pots 3 Knobs 1 Faceplate 5 Jacks 5 Hex Nuts 1 LED 1 10 Pin Header 1 Power Cable 2 Mounting Screws 1 100K Knobless Pot

Place the faceplate on the module. Then put the washers on the pots and the nuts on all the parts, tighten and then check that everything is flush to the PCB. Turn the Module over and solder the pots and jacks into place. Once everything is soldered deflux the PCB and it should be ready to go.

Step 1 Check the inventory and make sure everything is there.

Step 4 Troubleshooting. Hopefully this will be unnecessary but if the PAN is not working there are a few things to check .

Step 2 Solder the Header Row into place. The goal is to make little pyramids of solder. There is a ground plane so the middle 6 pins need to get a little hotter. Holding the soldering iron on a pin for 3-5 seconds before applying solder should be enough.

1. Look at the solder joints, make sure all the resistors have been soldered and make sure all the pins of the chips have solder. In the reflow process sometimes the pins do not get soldered, if the chip is not level sometimes a pin or 2 end up unconnected. The same goes for the resistors. 2. Look for solder bridges in the chips. This is not common but sometimes during reflow a solder bridge can from behind the pins and can be very hard to see. If there are no visible bridges and the module is still not working use the continuity section of your multi meter and check the chips for tiny bridges. If there is one use a small amount of flux and then apply heat. That should be enough to refow the bridge and fix the problem.