I have an E-Mag that is warp fed and I am having a problem. The warp sometimes decides not to spin when I am hammering on the trigger causing mis-feeds, and sometimes barrel breaks (prob a unrelated issue). I was in a tourney on Sunday and noticed this twice. I went to the range and watched the warp, and sure enough, there were points I was firing 3-4 shots without the warp spinning at all.
My setup at the time was:
two(2) dwell jumpers in
positive (+) jumper in
vibration jumper in
For the last game I went and pulled out the vibration jumper (I was then Positive only) and did not have one problem.
First question
With the vibration sensor jumper in, why does the warp spin a different amount based on the tap of the housing? A light tap might give me a 1/32 rotation when a firm tap would give me a full 1/4 turn (same as my sensor mode from the emag)I was under the impresion when I bought this unit that the circuit board controlled all motor function (delay, dwell ect...) and had multiple trigger sources.
Secong question
will the sensor mode and vibration mode interfer with each other? I would guess they complement, but what is with the little 1/32 rotations on a light vibration?
Third question
Is the sensor output of the emag directly tied into the firing circuit? ie. is it possible to fire the marker in e-mode and not send a pulse to the warp connector? I would guess not, but you never know.
I do not want to run the warp in sensor mode only, as that would reck havoc if the E-Mag battery died. My major objective is I have to be able to shoot a ball EVERY time I bump the trigger not 95% of the time. That is why I bought the warp in the first place.
Thank you for reading this huge post. I hope there is some warp guru out there that could explain this, to keep me from reverse engineering the warp board.
Thanks,
Lamby
My setup at the time was:
two(2) dwell jumpers in
positive (+) jumper in
vibration jumper in
For the last game I went and pulled out the vibration jumper (I was then Positive only) and did not have one problem.
First question
With the vibration sensor jumper in, why does the warp spin a different amount based on the tap of the housing? A light tap might give me a 1/32 rotation when a firm tap would give me a full 1/4 turn (same as my sensor mode from the emag)I was under the impresion when I bought this unit that the circuit board controlled all motor function (delay, dwell ect...) and had multiple trigger sources.
Secong question
will the sensor mode and vibration mode interfer with each other? I would guess they complement, but what is with the little 1/32 rotations on a light vibration?
Third question
Is the sensor output of the emag directly tied into the firing circuit? ie. is it possible to fire the marker in e-mode and not send a pulse to the warp connector? I would guess not, but you never know.
I do not want to run the warp in sensor mode only, as that would reck havoc if the E-Mag battery died. My major objective is I have to be able to shoot a ball EVERY time I bump the trigger not 95% of the time. That is why I bought the warp in the first place.
Thank you for reading this huge post. I hope there is some warp guru out there that could explain this, to keep me from reverse engineering the warp board.
Thanks,
Lamby



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