Some of the best connectors made. Those will handle high current draws easily. I've saw them used on electric fork lifts for power and charging
Or connecting battery packs(golf cart) to inverters.Some of the best connectors made. Those will handle high current draws easily. I've saw them used on electric fork lifts for power and charging
Made up a few of those in my day.No, those are SB175 grey connectors. It's a DC power feed.
The short lengths are jumper cables to connect battery cables that aren't long enough.
I had at least 5 just like them everywhere I went 'back in the day'.
They look like this:
Thanks, but I still have no idea why.No, those are SB175 grey connectors. It's a DC power feed.
The short lengths are jumper cables to connect battery cables that aren't long enough.
I had at least 5 just like them everywhere I went 'back in the day'.
They look like this:
Or connecting battery packs(golf cart) to inverters.
Jim
Me and @phideaux know why. It's obviously a temp setup to feed DC to an inverter on the second floor.Thanks, but I still have no idea why.
Me and @phideaux know why. It's obviously a temp setup to feed DC to an inverter on the second floor.
The add-on building in the photo is likely full of batteries.
Since this is the jokes thread, I don't want to derail it.
You'd probably have enough power to charge your cell-phone.....Can't you imagine throwing a big inverter in the back of the golf cart...plug it into that battery pack with a pigtail and that cable.
Mobile tool shop.
I can't believe he doesn't have any safety chains.
Well, "list", "dish", "on" and "in" were spelled correctly. That has to count for something.
Which means they would not provide surge protection. Daisy-chaining surge protectors defeats the way they work, for those that didn't know. You would still have electricity delivered to the connected devices, just no significant surge protection.Looks more like a chain of surge protectors to me.
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