Yes, the size of these units was one reason I have gone with the Tympanium. Got it mounted yesterday in the stock rec location. Made up a 1/4" alu mounting plate so it can sit clear of the frame web while using one of the mudguard bracket bolts and the 2 MC mounting bolt. Now I just need a fresh uncooked battery.So, I just received the FH020AA from an eBay vendor. This thing is big, I dunno where I'm gonna put it. The fuse they supplied is like 2 inches square - I've never seen a blade fuse holder that big before. Looks like 12 or 10 gauge wires, fused at 30 amps. Holy cow. Definitely heavy duty. Will install tomorrow.
My understanding is they both use the same single phase diode arrangement for rectifying. Both are shunt type regulators which, though not as technically superior as the sh775 type, are standard fitment in nearly all modern bikes and have long history of good performance. Main difference between pod and Tympanium is no cooling fins on the Tympanium. Mine is 200W rating. Pods can be had in different ratings with or without built in capacitor and either single or three phase. My capacitor is working fine so didn't need the added cost.To anyone that knows; Are the Podtronics and Tympanium essentially the same?
not as technically superior as the sh775 type,
TedRob-- I don't know about that specific model, but it should be easy to find out.
@maylar the big square thing is a thermal trip - I tend to use a standard blade fuse instead.
A couple of mounting options for you:
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Isn’t the current being shunted by the regulator when you have LED lights the same current that would have been going through the incandescent lights?
So the stator isn’t “suffering” any more than before?
@worntorn or you can use one of these:
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https://www.improvingclassicmotorcycles.com/products.htm
The ‘Standard Charge Warning light’ allows you to use the original lamp so that it matches the others on your headlight!
We fitted one to the MK3 and it works a treat.
They also do a ‘Deluxe’ version with an LED that fits into pre MK3 lens bezels.
A shunt regulator acts as a low resistance path to ground and this ensures that the stator will have the maximum current flowing in it that is a function of engine rpm. Higher rpm = higher watts. As rpm's increase, so too does the current and heat in the stator. Since stators fail by burning the insulation, anything we can do to lower the heat in the stator will help reduce the likelihood of failure. This is where the MOSFET style series regulator is advantageous.