I wish that I could have come across this channel when I was working as a ISP Technician, this is by far more educational and easy to listen too/understand than the classes that we had to attend.
On the topic of leakage.... waiting for Ron to say "it Depends." But seriously, great series these back to basics! Always good to refresh, and glad these are on UA-cam for future replay!
Leakage math assumption is you already know where the leak is. In real world conditions, when your detector goes off you might be very close to the source and chasing leaks that don't fall into the requirements for repair (but still good practice to fix) and completely missing leaks because you are too far away from it for it to register. Hypothetically how do you effectively measure leakage without already knowing where the leak is?
I wish that I could have come across this channel when I was working as a ISP Technician, this is by far more educational and easy to listen too/understand than the classes that we had to attend.
Hi StevenG thanks for watching and for the feedback. Pass us along to the next newbie tech so they don’t have to experience your pain 😂
On the topic of leakage.... waiting for Ron to say "it Depends." But seriously, great series these back to basics! Always good to refresh, and glad these are on UA-cam for future replay!
Hi @jason thanks for watching! Wait, what?! Ron did NOT say "it depends" in this episode? We need to reshoot it. 🤣
I finally found time to enjoy the session. Great job guys!
Thanks for watching Dick and great to hear from you. Hope all is well 👍👍
Leakage math assumption is you already know where the leak is. In real world conditions, when your detector goes off you might be very close to the source and chasing leaks that don't fall into the requirements for repair (but still good practice to fix) and completely missing leaks because you are too far away from it for it to register. Hypothetically how do you effectively measure leakage without already knowing where the leak is?