Q: You mentioned that the detector can detect a leak even if the indoor blower motor is in operation. Then shuts the system off, and then turns the blower that was already running back on :) Can the detector pick up a small leak with the blower already running? And at what leak rate do the detectors trip? 6oz /year, 1 lb/year 4 oz/min. ? Are the detector able to handle the condensation that's going to be building p on them? Whats next, will the boards activate that fire extinguisher like a restaurant grease hood?? Oh yea, one last question. What have the other countries been using if any for the last 10 years for detection of R-32 leaks?
I understand what you guys are trying to show and achieve but I’m not sure I agree with the way it’s done. I’d like to see a more real life situation. And not have you spraying directly on the sensor. I’d like to see how good a job that sensor does in a down flow application. And have the “leak” be more realistic like a very tiny pinhole on the back lower side of the coil.
Sadly coil manufacturers can’t make a better coil so we have to install expensive leak detectors in our equipment now……….
Nice job fellas
Q: You mentioned that the detector can detect a leak even if the indoor blower motor is in operation. Then shuts the system off, and then turns the blower that was already running back on :) Can the detector pick up a small leak with the blower already running? And at what leak rate do the detectors trip? 6oz /year, 1 lb/year 4 oz/min. ? Are the detector able to handle the condensation that's going to be building p on them? Whats next, will the boards activate that fire extinguisher like a restaurant grease hood?? Oh yea, one last question. What have the other countries been using if any for the last 10 years for detection of R-32 leaks?
Not all this bs
Where do you mount that dragonfly board to
I wonder if will detect farts😅.
I understand what you guys are trying to show and achieve but I’m not sure I agree with the way it’s done. I’d like to see a more real life situation. And not have you spraying directly on the sensor. I’d like to see how good a job that sensor does in a down flow application. And have the “leak” be more realistic like a very tiny pinhole on the back lower side of the coil.
Slight leak higher up in the coil while.fan is running...that sensor ain't doing D
Plus the customer won’t notice outside unit cycling on and off, but they’ll call- “just not cooling well”
Too much electronic crap to fail. Do newbie engineers not understand KISS ?
Junk!!!