Thanks man - I'm at work taking some measurements now so I will find out the breaker rating info when I am home & get back to you. Option 1 seems the best, no? If applicable
1. yep inverter. i think the super cheap ones that plug right into the cigarette lighter will handle 80 watts. if you're running it right off the battery though, i think the ones with the lugs ready made start at around 400 watts or so.
2. either another inverter or else an appliance that runs on dc. in north america, the only applications i know they make dc appliances for are motor homes and (to a much lesser degree) off-the-grid type folks who prefer to use dc to avoid the inefficiency of an inverter.
This one is for you Rives first pic of what i am talking about !
https://www.icmag.com/ic/picture.php?albumid=42986&pictureid=1043998View Image https://www.icmag.com/ic/picture.php?albumid=42986&pictureid=1043988View Image https://www.icmag.com/ic/picture.php?albumid=42986&pictureid=1043989View Imagehttps://www.icmag.com/ic/picture.php?albumid=42986&pictureid=1012577View Image
Now the problem,not everytime but almost each time i plug some electric load(tool/pump/etc.)in outlet feed from panel,or contact direct in panel(temporary ofcourse )the relay core(only the one hooked to delay on break acting by these i mean click going on and off )core is drived by ssr board,i know ssr leak some current but why only one of my relays is acting like this !does the delay on break was the culprint? obviously for me it was no acting when plug direct so ... but why,i need this delay in case of power outage(a/c relay)i may have another option but more costly so may i fix it?
Thanks bro.
So in answer #1; If I had an inverter that attaches to a battery with lugs, I can't hook it to my car's own installed battery (not a second battery) and power the device while driving the car? [if I ran wire through the firewall/car to the trunk for the device]
Lol
Looks like you are doing a nice job, OBJ. Unfortunately, I cannot really understand what you are asking here but I'll take a stab at it.
Yes, all SSRs leak to an extent, and can have different levels of leakage. Some relays are more sensitive than others to the voltage levels that they need to operate. Perhaps you have a high-leakage SSR combined with a sensitive relay? Can you swap components around and see if the problem still exists? If this doesn't give you any answers, please re-phrase your question and post it again.
You could if you could come up with a way to connect to the battery or the battery leads that would carry the current levels necessary. Any remote wiring should be protected with a fuse at the source end. You would need to make sure that the overall draw on the car's system is lower than it's charging systems output or you will drain your battery.
. In the past, I've had some luck with stopping sensitive relays from operating on triac leakage current by putting a pull-down resistor across the coil. If I recall correctly, for a 120v coil I was using a 5-watt, 3300 ohm (3.3k) resistor. You might want to step up to a 10-watt resistor depending on the duty cycle of the relay, and keep the resistor out in free air to help dissipate the heat.
Is this a new installation problem or has it been running for a while?
There was no answer to this question - "[FONT=Arial, Helvetica, sans-serif]if you connect one of the suspect ballasts to the flipper –and then connect lamps without any extension, just the 15ft factory cord."
When you are testing the individual lamps in room B with the new ballast, are you doing it through the full circuit from the flip box to the hood or are you taking the ballast into the room and hooking up locally?
It sounds to me like an ignitor issue from what you have described so far. Ignitors are specified for different distances - it's possible that the two new ballasts that won't fire the lamps are using short-distance rated ignitors.
You could pick up a long-distance ignitor and move it from ballast to ballast to see if that impacts the problem, or try moving the ignitors out to the hoods. It would take an extra wire to move the ignitor to the hood location, but that might still be cheaper than going with long-distance ignitors.
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Room A has been running for 7+months. a few months ago i decided to add a flip flop with the adjacent room.
when i was doing the individual test i was plugging the ballast directly into lamp cords..Room B lamp runs range from 20ft to 35ft and they did fire up.. lol all the troubleshooting seems to contradict itself!
So Room B is a new installation or did it run for "a few months" and then the problem developed?
Room B has been set up for awhile but i was using it as a veg room with a couple 1000w before i decided to add the flip flip box.. the problem started when i added the flip flop box.
When you say that you plugged the ballast directly into the lamp cords, are you saying that it was done at the flip location and just bypassed around the flip?
Yes i just bypassed the flipper
If the installation is brand new, and if the lamps work from the flip location while bypassing the flip, then the problem could be in the relays doing the flip. You would need to see if they are using the normally open or the normally closed contacts and insure that there isn't something in the contacts or possibly a loose connection in the terminations.
I hope so!!!..how can i find out which contacts theyre using????
Sorry for the shitty quality!! full size pics are in my post in the Growroom design thread