 Reason being it's got a lot of space to it. Some of these older units you could not open them very much You did not have a lot of work in space. A lot of early underground tools were shot made there at the office Because you had all your secondary bushings so close up next to each other that you couldn't get in there to work You ended up having to make your own tools. This is really nice You've got a lot of space from here to here here here here here and it opens Several different ways Now let's run through some of the parts that we got here. This is a three-phase transformer And that's most of your connections. Your biggest pain is going to be making up these elbows and getting the cables trained to go into position But same thing. We've got bayonet pieces up here for each face comes through This is your line coming in. This is your line going out. This is your secondary connections Anybody tell me what the voltage on this transformer is? It's a 75 kPa, but what's the secondary connections? That's right. It's a two-way at 120. Here unless you change the voltage that it's set to Come over here. You look at your tap positions different positions that you have Nature is a big concern and you already transferred We're gonna lock it out tag it out and Ground it. This is a load break transformer or not Well, they used to be white but these white bands around The elbows identify that they are load break. If you're looking at it on the ground before it had been installed You can also identify it by this porcelain end on here. That means it is load break. You can break it under load We need a place to put these elbows after we pull them off So we need to install three standoff pushing. Let's see that done with gloves and a hot stick