I have seen a few discussions regarding a bypass for a HERMS coil and I am thinking about different ways to accomplish this. I didnt see this covered anywhere in the forums, but there are a ton of threads to maneuver, so forgive me if this has already been suggested.
Why not use a 3 way ball valve (Type L or Type T) on the HERMS coil input with a stainless check valve on the HERMS coil output. This would remove 2 manual valves from your system and turn 3 valve maneuvers into 1. Not to mention the element of human error being reduced by a large percentage.
Without doing much bargain shopping, I can see that this valve system can be realized for about $50. 50 bucks doesnt make it any cheaper than the next idea, but certainly streamlines the process if you are using multiple valves in a HERMS rig.
This setup could easily be accomplished in manual valve systems as well as electronic automated systems.
Things I'm not sure about:
Take a look at the diagram and let me know if you think this is a worthwhile venture.
Thanks!
Why not use a 3 way ball valve (Type L or Type T) on the HERMS coil input with a stainless check valve on the HERMS coil output. This would remove 2 manual valves from your system and turn 3 valve maneuvers into 1. Not to mention the element of human error being reduced by a large percentage.
Without doing much bargain shopping, I can see that this valve system can be realized for about $50. 50 bucks doesnt make it any cheaper than the next idea, but certainly streamlines the process if you are using multiple valves in a HERMS rig.
This setup could easily be accomplished in manual valve systems as well as electronic automated systems.
Things I'm not sure about:
- Will the check valve impede the flow rate within the system?
- What is the cracking pressure of the valve AND does your system operating pressure exceed this?
Take a look at the diagram and let me know if you think this is a worthwhile venture.
Thanks!