Not surprising !
Need4reebs has one idea per minute..... When he is tired ! Usually it's 2 per minute !
Thanks, Ben !
I thought the same thing in relationship to the smaller luke vert frame and the lpr/grip. I wonder what it might look like to drill out a hole, or a channel for a macroline tube in the apron of the lpr/grip bottom. It might make it so a ccm 90 degree fitting would work to avoid a big bend in the macro tubing?
If you guys dont care about the extra weight I'll do away with the cavity, but I won't do both. Over-all I would classify it as being a considerable increase in weight though.
I like the cavity myself. My previous comments where just ideas building off of previous suggestions that were posted.
I like the the length and meatiness of the grip.
Last edited by barkingspider; 03-22-2014 at 09:09 PM.
Honestly I think you would be a mistake to produce it without the cavity.
Yeah. With cavity. We can always use extender if we want to use 90° fittings.
The cavity is fine... leave it... if the grooves are gone those of us inclined to could shorten it without them running off the edge.
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The initial tests of both units were a great success, didn't find anything discouraging. These first tests I was only able to use a shop compressor with a PSI of 135. But this was enough to test the basic design and concept. I didn't find any air leaks, LPR holds its setting and is fully adjustable. I tested at 22 cycles per second with the LPR set at 65 psi and only got a fluctuation of 8 psi. Even the lower settings only fluctuated 10 psi. I still need to feed about 950 psi to it for final testing but so far so good.
Last edited by luke; 03-24-2014 at 04:47 PM.
Good to hear the positive test
With the LPR equipped, would the use of a SHP regulator still be acceptable?
Should handle 1500 psi in...
That was the question, right?
Last edited by luke; 03-24-2014 at 07:32 PM.
Why are you expecting spikes?
suddenly I have the desire to make a pneumag again.... tnx luke
Did more testing today at full input pressure and everything looks good.
I'll do more testing tomorrow if I can locate a low pressure gauge locally, my $6 ebay gauge took a crap.
It looks like you already have things covered, but I thought I would at least pass this along. Palmers rock o meter has a lot of features that would be very helpful for testing.
http://palmer-pursuit.com/cart/rock-...r-ii-p-72.html
I've had this for a while and use it on my pneumags. It makes it very easy to dial in.
Is it just a manifold to monitor/adjust the low pressure air coming out of a LPR? If so that is what I made.
Well I've finished up testing, I can't find any issues or adjustments that need made, I think it's a viable part.
Okay I will take it. Just send me an invoice...lol.
This was all mechanical testing not on a marker. It was actually tested on my milling machine using a SCUBA tank providing the air. The milling machine provide constant and measurable cycling rates for consistency, not all that exciting to watch.
Tester set up>
Ninga Reg>
MSV2 actuator, ran at 660 RPM (X 2 per revolution) = 22 cycles per second>
Pretty boring.
So when does the sale thread go up.
Still trying to figure some things out on pricing..
that's neat you posted that up.
its always cool to see behind the scene
Sale thread is up.