notrefined
Enlightened
I can report that the M61LL is significantly dimmer on 2x NiCd than 2x alkaline AAs
currently running a test in a G3 with 3x 123s but will switch over to eneloops next...
Test one complete. Lap 1 is fully regulated. Lap 2 is dimming.
Please stock more neutral LLL's please!!!
is the LLL brighter on 3x CR123?
so does that mean you have 1 more M61NLLL in stock? or are you keeping that one?
Please stock more neutral LLL's please!!!
In currently running a test in a G3 with 3x 123s but will switch over to eneloops next...
I tried running to alkaline AA's in my 9P yesterday. They were low to start (1.04v each). I used an XR-E 3 mode low voltage (.8-4.2v) LED. It provided a nice low light, and it looked like it was a little brighter than moonlight mode for over an hour or so (maybe 1-5 lumens). The light finally ran out. I did not untwist the switch when the light went out. A while later, I checked the light, and noticed that my rubber boot on the switch looked a balloon (about half the size of a golf ball and very squishy). I immediately untwisted the switch, and the air deflated from inside the host from the switch. What gives here? Do the batteries create air pressure inside the host? Was it a gas from the batteries? I checked the batteries when I unscrewed everything, and they both read .48v with my DMM. No heat was present. No leakage of batteries. Any insight on this? Did I damage the rubber boot on the switch? I tried this again today with more AA's, and the light and LED still work.
Will this rubber boot/switch issue happen if I use a Malkoff M31WLL also?
Can't believe I volunteered for this
M61NLLL on 2 Eneloop 1500x AA's (blue). Passing hour 94, its now dim enough to look directly into the LED.
So 24 hours of good output, followed by another ~70 hours, g r a d u a l l y declining from there.