Leshiy Tuning:
https://www.edgunwest.com/store/edgun-leshiy-2/item/leshiy-2-power-jets/
I was just clicking around on EdGun West and noticed Brian had posted these tuning nozzles for sale. The link on the website gives a pretty good description of how the dwell can be modified and its impact on the shot. Basically the valve is closed by an in flow of air through the nozzles. The time it takes for the air to flow through the holes in the nozzles to push the valve closed is how long the valve will dwell open. So if the holes in the nozzle are bigger, more air flows and dwell time is less. When the holes are smaller, it takes more time for the air to flow through the nozzles thus increasing the dwell. My understanding is that it only takes a 0.1mm change in the internal nozzle diameter to impact the dwell time.
The cool thing about this tuning using nozzles and reg pressure is that you don't have to go about resetting hammer spring tension every time you adjust the reg pressure.
https://www.edgunwest.com/store/edgun-leshiy-2/item/leshiy-2-power-jets/
I was just clicking around on EdGun West and noticed Brian had posted these tuning nozzles for sale. The link on the website gives a pretty good description of how the dwell can be modified and its impact on the shot. Basically the valve is closed by an in flow of air through the nozzles. The time it takes for the air to flow through the holes in the nozzles to push the valve closed is how long the valve will dwell open. So if the holes in the nozzle are bigger, more air flows and dwell time is less. When the holes are smaller, it takes more time for the air to flow through the nozzles thus increasing the dwell. My understanding is that it only takes a 0.1mm change in the internal nozzle diameter to impact the dwell time.
The cool thing about this tuning using nozzles and reg pressure is that you don't have to go about resetting hammer spring tension every time you adjust the reg pressure.
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