Hi Marc,
This is similar to the tank I am using:
https://www.amazon.co.uk/Litre-PLASTIC-WATER-CONTAINER-Containers/dp/B003URSXQI
This is similar to the type of nozzle used : https://www.landefeld.com/gruppe/en/threaded-nozzles-with-tapered-thread-up-to-16-bar/GT186KMSV
Additionally, you need a drill and fast drying clue.
In re-reading the HK post, surge tanks have to be used in low pressure / high air flow applications, like the Terminator. I seem to understand that for high pressure/ low air flow applications, I.e. ET, Airtangent...etc, surge tanks are not required. The assumption is that surge tanks are used to disrupt high velocity / fluctuating air flow. This allows a smooth / regulated air flow to reach the manifold. I assume that the slider on the Terminator would probably oscillate too eradically to control the cartridge without any surge tank at all. ( Terminator without surge tank is one experiment I am not interested in performing. ) I have noticed that with the additional surge tanks, the slider glides along with almost no lateral swaying. This presumably allows more electrical information to be passed along to the cartridge. I am, however, fuzzy on the physics of it all. For instance, l am not sure if longer tube runs equals smoother air flow. What is certain is the improvement in the arm’s performance.
This is similar to the tank I am using:
https://www.amazon.co.uk/Litre-PLASTIC-WATER-CONTAINER-Containers/dp/B003URSXQI
This is similar to the type of nozzle used : https://www.landefeld.com/gruppe/en/threaded-nozzles-with-tapered-thread-up-to-16-bar/GT186KMSV
Additionally, you need a drill and fast drying clue.
In re-reading the HK post, surge tanks have to be used in low pressure / high air flow applications, like the Terminator. I seem to understand that for high pressure/ low air flow applications, I.e. ET, Airtangent...etc, surge tanks are not required. The assumption is that surge tanks are used to disrupt high velocity / fluctuating air flow. This allows a smooth / regulated air flow to reach the manifold. I assume that the slider on the Terminator would probably oscillate too eradically to control the cartridge without any surge tank at all. ( Terminator without surge tank is one experiment I am not interested in performing. ) I have noticed that with the additional surge tanks, the slider glides along with almost no lateral swaying. This presumably allows more electrical information to be passed along to the cartridge. I am, however, fuzzy on the physics of it all. For instance, l am not sure if longer tube runs equals smoother air flow. What is certain is the improvement in the arm’s performance.