I expand the circuit in my shop area to include more outlets and an arc lamp.

Back in early September, I finally had the ground work done to bring electrical power, water, fiber optic cable, and a septic system line into my building. I got all the required inspections done, including the one with Washington State Labor & Industries (L&I). That required, in part, to set up a circuit that included an outlet, a light, and a light switch. Although I wanted to do more than just that, I decided to keep it simple to pass the inspection.

Of course, once the initial inspection was done and the power was turned on, I was free to wire my building however I liked — as long as it was within the requirements of the local electrical code. An inspection would be made before the walls were closed up — likely sometime in the spring. I didn’t have to keep the original circuit as it was on inspection day. I could expand the circuit to include more devices: outlets, lamps, switches.

So that’s what I did. I finished the wiring of my shop/RV garage area — the 36 x 48 foot space on the left side of my building.

More Outlets

One double outlet was clearly not enough — although I was making it work through the use of extension cords and outlet strips. I’d plugged in my Internet router and chest freezer on one side of the big garage door, with an empty outlet for the drill I’d need to get through the studs to run more wire. On the other side of the big garage door, I’d plugged in my mini fridge, wine cooler, radio, and four battery chargers (for power tools). There were spare outlets for my tile saw and kiln, which I use for my glass projects. To get the power from the outlet on one side of the garage door to the other side, I’d run a heavy-duty extension cord across the garage floor at the door. Not the best solution for long term.

So I started laying in outlet boxes. One by the fridge, one by my work desk, and one on the other side of the post in my storage area. I had to do some creative work with scrap lumber to hammer the outlet boxes on the underside of the girts — the L&I inspector had warned me that outlet boxes in unfinished walls could not be above a girt. And then I had to run the wire around the two windows in my shop area and behind two posts to connect them. Wiring them together wasn’t much of a problem at all.

What was a problem was getting the wire from the first outlet on the circuit over the garage door and back down to the next outlet near the fridge. The garage door is 14 feet tall and 20 feet wide.

I’d bought scaffolding on Amazon a few weeks before and a friend had helped me assemble it. (It’s simply not possible to put together a 12-foot scaffold by myself.) The scaffolding consists of two 6-foot scaffolds stacked one atop the other with outriggers to prevent the whole thing from toppling over. A guardrail around the top scaffold platform gives me the illusion of safety — I’m not fooling myself: if I fall sideways while standing up there, that flimsy rail is not going to prevent me from falling over the edge.

It took some time getting used to climbing up and down the side of the scaffold, but after doing it a dozen times, I became quite proficient. Not only did all those trips up and down make me more comfortable about climbing the scaffolding, but it was great exercise that really wiped me out by the end of the day.

I brought the coil of wire upstairs and set it down on the floor. I fed it through the framing toward the post at one side of the garage door. Then I went downstairs, positioned the scaffolding, and climbed up. I fed the end of the wire between the post and metal wall — remember, the metal is fastened to the girts, not the posts — and into the space atop the garage door. I pushed it as far as I could, then climbed down the scaffold, repositioned it, and climbed back up to pull. I got about halfway across the top of the garage door when the wire got hung up on something at the other end. Back down, climb the stairs, free up the wire, push some forward, down the stairs, up the scaffold, pull the wire. It was clearly not a one-person job, but I was making headway.

That is until I got to the far end of the garage door and needed to pull the wire down to the outlet. Several trips up and down the stairs and scaffolding got me only a few inches. At that rate, it would take the rest of the day. I needed help.

Fortunately, a friend was coming by to help me move my heavier furniture — the red sofa bed, my bedroom set, a desk — to the back of the building to make room for the helicopter and possibly the RV later in the season. When he and his son were finished with the furniture, I asked him to climb the stairs and push the wire while I pulled it at the other end. Within 5 minutes, we were done.

I suspect that a lot of my friends would be helping me feed wire during visits over the next few months.

Once the wire was run over the garage door and stapled to the posts as required by code, I got back to work wiring the outlets. I did them in a sequence, then covered them up with the cheap covers I’d bought for the garage. (I’d use nicer ones for the living space.)

That part of the wiring was done.

The Arc Lamp

My friends Donn and Kathryn had built a cherry packing shed on their orchard earlier in the year. They’d lighted the place with arc lamps that Donn had obtained used from some source. Donn had hired an electrician to do all the wiring. When he was finished, he had a few lamps left over. On the day I came to admire the shed, he offered me one. I thought it would make a good light for my RV garage so I took it.

That was months ago. For months, it sat in a big box in the upstairs of my building, out of the way of builders and movers. Four big pieces: transformer, light bulb, reflector, and lens. My job was to make sure the thing actually worked, fasten it securely to the rafters 16 feet off the ground in the center of the RV garage, and wire it to a light switch near the door.

The wire coming out of the transformer was simply cut about 3 feet from the fixture. I had two options to test it. I could hard wire it into a circuit and switch or I could put a plug on it and plug it into an extension cord. I went with the second option.

I also went to Home Depot and bought a two-foot length of chain with a screw-closure carabiner. The transformer, which weighted at least 30 pounds, had a heavy duty hook for mounting. I used the chain to hang the transformer to my scaffolding, screwed in the lightbulb — which is about 16 inches long — and plugged it in. The transformer hummed, but no light.

I wasn’t really surprised. I knew it couldn’t be that easy.

I examined the label on the transformer. It listed four different voltages, including the 120 volts I was using. Maybe the lamp was wired for a different voltage?

I (carefully) put the lamp in my Jeep and drove it down to Platt, the local electric supply store. I brought it inside. No one there could help me. They directed me to a lamp repair shop on Mission Street. I drove over. It was located in what used to be a house. I went in and described the lamp. The guy there said he couldn’t help.

Back in the Jeep, I called Donn and asked him. He said he didn’t know because he hadn’t done the wiring. He gave me the number of the man who had, Tom. I called Tom. We tried to get together that day, but weren’t able to connect. Instead, he came up to my place the next day.

He brought tools. We chatted a bit. He admired my “man cave” and then made the now familiar comment about me having a “great setup.” Then he opened the transformer and fiddled around with the wires. Apparently, it had been wired for 277 volts. He rewired it for 120. He closed it back up and we put the bulb back in. I rehung it on the chain and plugged it in. It immediately came to life with a hum. In about 3 minutes, it was at its full brightness, like a second sun inside my shop.

Whoa.

When he left he gave me a spare bulb. He wouldn’t take my money.

Of course, testing the lamp and making sure it worked was only the first part of installation. I still had to get the wire and the lamp up into the rafters.

The wire wasn’t that difficult. The route I chose was pretty much clear of obstacles, so the wire was easy to run. I did, of course, need to stand on the scaffolding. Up, run wire, staple wire, down, reposition scaffolding, up, run wire — you get the idea.

It was about this time that I got sick and tired of hammering in the wire staples, which were required a maximum of every four feet. There had to be a better way. I took a break for the day and headed out to Home Depot. I came back with a good stapler designed to drive in those damn wire staples. Not perfect — I still needed to tap them a bit with a hammer — but a hell of a lot better than what I’d been doing.

(Any job is easy when you have the right tools, eh, honey?)

Back to work the next morning, I finished running the wire between where the light switch would go and where the lamp would go. Easy peasy.

Next, I had to lift the lamp into place. I fully assembled it with the transformer, bulb, reflector, and lens. Then I tied a rope to it at the bottom of the scaffold, climbed up, and pulled. I lifted it about 2 feet off the ground when I realized that I would probably not be able to lift it 16 feet off the ground. Again, there had to be a better way.

The better way was with a winch that I already had. You see, I’d cooked up a solution to lift my kayaks off the floor of the shop. I was tired of walking around them, so I’d put pulleys in the rafters between two posts and run line down and around them. Because I couldn’t manually lift them, I’d bought a small electric winch on Amazon. I’d fastened the winch to a hook on a post and had fastened the ropes to the winch. Squeezing a trigger lifted the kayaks high enough to walk under them.

Hanging my kayaks was another little project I did this summer. You can see the winch hanging from a post. (If I blogged about all my projects, I wouldn’t have time to do any projects.)

The winch was still holding up the kayaks, but I rigged up a rope on the same hook to do the job, freeing up the winch for other duties. I carried the winch up the scaffolding and secured it with a rope atop some rafters near where I’d hung the chain for the arc lamp. I ran an extension cord to the winch. Then I dropped the winch cable down to the floor — it’s 15 feet long — went down, and hooked up the lamp. Then back up to run the winch. I brought the lamp up slowly until it was high enough to fasten to the hook. That was probably the hardest part: disconnecting the lamp from the winch and connecting it to the chain without dropping it. I was mighty relieved when I was done and the lamp hung securely from the rafters.

Next, I had to mount one of those blue plastic boxes to the rafter to connect the wire from the lamp to the wire from the switch. Not a big deal. I hammered the box in place, ran the wires in, and connected them with wire screws. Then I fastened a cap over the blue box. I stepped back on the scaffold to admire my work — and take a picture, of course.

I brought all my tools and the winch back down the scaffold. I had one step left.

Tying It All Together

So far, I had three new double outlets and an arc lamp wired. But none of them were wired to a circuit. That was the last step.

I’d already set up a light switch and outlet beside the circuit panel near the door to my RV garage. I decided to tear that apart and replace it with a box that would house two light switches and an outlet.

I should mention here that L&I, on its inspection, had told me that the outlet needed to be GFCI protected because it was the first one on a garage circuit. Although they passed me, it was contingent on me replacing that outlet. Doing the rewiring to add outlets and the arc lamp seemed to be a good time to make the fix.

I shut off the circuit in the panel, rolled over my cart full of electrical tools, and got to work. The wiring wasn’t difficult — I had done it all before. When I was all done, I put one of the cheap plates over it, crossed my fingers for luck, and turned on the circuit breaker.

No explosions, fires, or even smoke. Always a good sign.

I tried the light switch for the existing fixture beside the panel. It worked fine. Then I tried the light switch for the arc lamp. It came to life immediately, sputtering a little as it warmed up. Then I crossed the room and tried the outlets. They worked.

Success!

Later, I’d ditch the extension cord across the garage doorway and plug everything in to the closest outlets. (Still needed a power strip for all those darn battery chargers.)

That night, my friend Bob stopped by for dinner. After watching a beautiful sunset from my Lookout Point bench, we went into the garage and I flicked the switch for the arc lamp. The light started off dim but warmed and brightened as it usually does. It lighted the entire space. Not only that, but the light shined through every single window in my place, making it glow from outside.

This was the first time my building had been lighted at night since the night before the concrete was poured.

As far as I’m concerned, my shop/RV garage is now wired. Whether I add another circuit in the future is something I’ll deal with when I find a need. It’s good to go now and extremely functional.

Up Next

My next circuit will include my entrance lighting, entrance hall lighting, one outside outlet (near the front door), a light (with a switch) for just inside the first bay of the garage, outlets inside the first two garage bays (including for garage door openers), and light fixtures for outside the first two garage bays. The entrancee hall lighting will be interesting because it requires a three-way switch that makes it possible to turn the light on or off from the top or bottom of the stairs.

And don’t worry: if the job has any unusual challenges, I’ll blog it.

I bring electrical power into my building.

I don’t know if it’s a state or county law, but for new construction, a home owner has two options for setting up electrical power in their home: hire a licensed electrician to do all the work or do all the work herself. Because of my tight budget constraints, I elected to do all the electrical wiring myself.

Don’t get the idea that I’ve done electrical wiring work before. I haven’t. Any time something needed to be wired, I let my wasband do it. After all, he knew how and I didn’t. It wasn’t until he was out of the picture that I did my first wiring job: replacing a thermostat in my Arizona home. That was nothing compared to what I had ahead of me to wire a 2880 square foot garage and 1152 square foot living space. And a 6×8 foot shed 80+ feet away from the power source.

My Job

The first challenge was installing the meter base and service panel. The meter base is the component that the power company — in this case, the Chelan County PUD — attaches the electric meter to. The wires come out of the ground, through a conduit I’d have to provide into a metal box on the outside of my building. The conduit had all kinds of size and component requirements and would have to be sealed to the meter base. On the other side of the wall I’d have to install a service panel with the circuit breakers that would connect to all of my electrical circuits. I had to not only mount both devices, but connect them with extremely heavy duty wires. In addition to all that, I also needed to run a copper wire from the service panel back outside the building and connect it to 2 8-foot copper rods driven all the way into the ground at least 6 feet apart.

(These requirements weren’t exactly new to me. After all, I’d installed my temporary power pole back in September 2013. But that was already partially cobbled together when I got it and I had an advisor to help me make the connections. The only part I knew how to do well was to drive in those grounding rods.)

In addition to all this, I’d also have to have at least one circuit installed in the panel. That circuit would have to run to an outlet and light, presumably with a light switch.

My work would be inspected by a government entity called Labor and Industries, which also sold me a permit before I started work. L&I, as it’s locally called, is responsible for all wiring inside a building; the PUD is responsible for wiring outside. L&I had to approve the installation of the meter base and service panel before PUD could connect power.

The Timing Issue

Coordinating visits by the PUD and L&I workers and inspectors was crucial and tricky. I had to know when each bit of work would be done so I could request services and inspections I needed.

Once the PUD turned off power to my temporary pole so we could finish the earth work in that area, I would not have power restored until I passed L&I’s inspection. I couldn’t pass that inspection until I installed the conduit, which had to be done as part of the earth work. PUD couldn’t reconnect my power until I passed the L&I inspection. Not only did all the work need to be done timely in a certain order, but the PUD and L&I work had to be scheduled properly.

That’s how I spent Thursday while I was on vacation out at Lopez Island. I excused myself from my host, sat down with a calendar and note paper, and made a bunch of phone calls. The result:

• Monday morning: Jeff the earth-moving guy and I would dig and install as much conduit as we could.
• Monday afternoon or Tuesday morning: L&I would inspect the meter base and service panel. I should have enough of the conduit installed to satisfy them.
• Tuesday morning: PUD would turn off temporary power.
• Tuesday afternoon: Jeff and I would dig and install the remaining conduit to the transformer box.
• Wednesday morning: PUD would connect permanent power to my building.

That was the plan, anyway.

The Meter Base and Service Panel

I bought everything I needed to mount the meter base and service panel. At least I thought I did. The funny thing about working on building projects is that no matter how many things you buy at Home Depot or Lowes, you always forget something. Or get a wrong thing. My primary destination these days is Home Depot, which is a 40-minute drive from my home. I’m there at least five times a week. (Maybe I should get a job there.)

On Sunday, my first full day home after vacation, I tried to start work. The trouble is, I couldn’t figure out how to mount the meter box on my building and I absolutely dreaded the thought of cutting a hole in the metal.

My friend Bob came to the rescue. He came by with tools and experience and advice. While his dog Skip and my dog Penny played together in the yard, he helped me decide on a location for the boxes — height was the primary issue that needed determination — and has the dubious honor of being the first person to drill a hole in my building. Of course, we didn’t have everything we needed to finish up, so we made the trip down to Home Depot together in my Jeep, stopping for tacos at the Plaza on the way back. (Have I ever mentioned the abundance of excellent, authentic Mexican food in this area? Whodathunkit, huh?)

By the time he left, the meter base was securely fastened outside the building with a “nipple” connecting it to the service panel securely fastened inside the building. I ran the three cables between the two panels and fastened them securely.

The First Circuit

Before leaving for vacation the week before, I had already wired my first circuit.

Although I’d wanted to set up the entry hall light with a 3-way switch to make accessible from both upstairs and downstairs, Bob had convinced me to keep it simple. So I wired up a 2-gang box with an outlet and single pole switch that ran to a fixture mounted nearby. The fixture was designed for the ceiling, but I mounted it on the wall, which meant the shade wouldn’t stay on it. I hoped the bare bulb wouldn’t bother the inspector.

With the service panel in place, all I had to do was run the wires from the outlet into the service panel and attach them to the neutral bar and circuit. This was remarkably simple. It was also the only time I’d be able to work on the panel without worries about electrocution since there was no power running to it at all.

The Conduit and Grounding Rods

I began running the required 3-in schedule 40 conduit the next day when we started the earth work.

Measuring and cutting the conduit to piece together required components to connect the sweep to the meter base was a bit of a challenge. My reciprocating saw made a mess of the plastic pipe when I cut it so I had to use my hacksaw. I got the measurements wrong once — fortunately, I hadn’t applied any glue yet — and had to recut a piece. But in the end, it came together well. I glued everything together, feeling relieved that the hardest part was done.

Although everyone had warned me that driving the two grounding rods into the ground would be difficult, I knew otherwise. I’d already done it once on my property — for the temporary power pole — and with a T-post driver the work had gone remarkably well. My building site is pretty much free of large rocks, as the builders discovered when they dug the holes for my building’s posts. Besides, with a 4-foot trench in the area, I only had to drive them 4 feet into the ground. As I expected, the work went quickly. I drilled a small hole through the building’s metal near the ground, ran an 8-gauge copper wire I’d bought as a remnant from Home Depot the day before from my panel to the two poles, and considered the job done.

I was now ready for inspection.

The First Inspection

The inspector showed up very late that evening. It might have been around 7 PM. He’d spent the day up in Chelan and I think the only reason he came that evening at all was because he lived nearby and had more jobs to do farther away the next day. Knocking off my inspection would leave him free to get to those other jobs first thing in the morning.

He checked the wiring of my outlet and light switch and seemed satisfied. Then he looked at the service panel. He disconnected the grounding wire, which I’d put in the wrong place. He was about to move it to the correct place when he realized it was 8-gauge wire. It was supposed to be 6-gauge.

Oops.

He said he couldn’t pass me until I replaced the grounding wire. He told me either he or another inspector would come back the next morning. I told him I’d have it taken care of.

Replacing the Grounding Wire

I absolutely dreaded the thought of driving all the way down to Home Depot that night or the next morning to buy more wire. As I was going to sleep, however, I remembered that I’d never cut the grounding wire on my temporary service pole. Instead, I’d left the extra wire coiled up beside the pole.

The next morning, I took my bolt cutters and cut the wire as close to the rod as I could. Then I went back to my building, disconnected the other wire, and ran the old wire through the hole. It was a stretch, but the wire was just long enough to go from the panel, down the wall, through the hole, and attach to the tops of both copper rods. Yes, I’d saved some money, but I’d also saved myself a trip to Home Depot.

The Second Inspection

A different inspector came to look at my work later that morning. He had a long beard like the guys in ZZ Top. He pointed out that the first outlet on a garage circuit needed to be a GFCI — a fact the previous inspector had neglected to mention. He also pointed out that I needed to clamp the conduit to the building in at least one place. But he passed me for PUD connection purposes, with the requirement that I make the two changes before final inspection.

I asked him whether I needed him to inspect the conduit that ran from the building to the shed where I planned to install power. He told me that L&I was responsible for inspecting anything on the inside of the circuit panel. Since the two circuits I planned ran from the panel back outside, he did need to inspect the conduit. Even though it wasn’t 100% complete — I still needed to bring the conduit into the building and shed on either end — he approved it. If he didn’t approve it, Jeff wouldn’t be able to bury it and that would hold up the entire project.

PUD Disconnects and then Connects

The PUD workers arrived a while later to turn off the temporary power. That enabled us to do the earth work needed to get the conduit right up to the transformer box.

From that point forward, I had no power at all. Fortunately, my RV has a solar panel on the roof that keeps its batteries — which I replaced just last year — fully charged. I could go without the microwave and coffee maker for a while. Later that day, I’d move the few items I had in the chest freezer into my RV’s freezer, which would operate on propane.

A while later that same day, a PUD engineer, who’d come primarily to consult with me about the possibility of moving the transformer, approved the conduit from the transformer to the meter base.

Jeff finished the earth work and buried the conduits, pipes, and telephone cable I’d run. (My property had a telephone line running to it and a huge roll of cable sitting beside it on the ground. Even though I don’t want a land line, the next owner might so I ran the cable in the trench. Not sure if I’ll bother to run it inside the walls, though.)

On Wednesday morning, the PUD guys came back. A crew of six ran the cable from the meter base to the transformer and installed the meter. When they were done, I had power in the building.

Success!

I was alone when I flipped the main breaker in the service panel. Then I turned on my only circuit breaker. I reached over and flicked the switch for the light. The bulb lit up.

It may seem silly, but I consider the lighting of that bulb another major breakthrough in the construction of my new home. Like the day I held the keys in my hand for the first time, it’s a milestone — something that registered inside me as a sign that I was moving forward.

But what’s more important is that having electricity inside the building meant that I could begin the task of wiring the building. That means planning and adding outlets and lights and switches throughout the garage and living space above. It’s a huge task made more difficult by having to do it alone — try running wire long distances when there’s no one to feed it while you pull. But like everything else I’ve been dealing with for the past two years and much of my adult life, it’s just another challenge.

And I’ve come to realize that I live for challenges.

The excavator guy comes in one more time.

My building has a concrete slab. The cost of construction included plumbing “stub outs” — that means a plumber came and laid in pipe for my water and sewer lines before the slab was poured. Inside the building, I have a bunch of pipes sticking out of the ground under the stairs. In front of the building, I had the other end of those pipes, all ready to be connected to city water and my septic system.

Here’s what the interior stub outs looked like right after the concrete was poured. This space, which is now under the stairs, will eventually house a small bathroom with shop sink.

All of my utilities were already on the property and not far from the building site. The septic system line, which had been installed the previous summer, came within 10 feet of the front of the building. The water line, which had been installed by the original property owner came within 50 feet of the front of the building. The electric transformer, also installed by the original property owner, came within 60 feet of the building. A telephone line and fiber optic cable came out of the ground between the water and electric lines.

The Work

My task was to connect the utilities to the building. For that, I needed my earth-moving contractor, Jeff of Parkway Excavating, to come back and dig some trenches. I then had to lay conduit in the trenches — 3-in. schedule 40 for electric service and 1-in. schedule 40 for fiber optic lines — while Jeff laid 1-in. pipe for my water supply and sewer pipe for my septic system. At the same time, I wanted to run power, water, and the sewer line out to my shed, which was 80 feet from the building, so I could have a full RV hookup for future guests. That meant running 2-in. schedule 40 conduit, 1-1/2 in. water pipe, and more sewer line.

The Chelan County PUD very kindly provides this diagram to show the requirements for laying all kinds of conduit for underground utilities.

Although Jeff was allowed to do all the plumbing and sewer line connections, I had to lay all the electric and fiber conduit. This was required by local building codes: either the owner hires a licensed electrician do do all the electrical work or the owner does all the work herself. Because of my limited budget, I elected to do it all myself. That meant everything, including the laying of conduit.

There was also an element related to timing for the electricity connection. But I’ll cover that in a separate post.

Digging the Trenches

I got back from my vacation on Saturday and did as much prep work as I could on Sunday. Although I expected Jeff bright and early on Monday morning, he was delayed. There had been heavy rain over the weekend and his equipment was partially buried in mud. He didn’t roll down the street with his backhoe until 11 AM. He got right to work.

Jeff had to dig three trenches. The first, for the electric, fiber, and telephone service, ran from the space between my front door and the RV garage door to as close to the electric transformer as he could get. The second, for the water and sewer lines, ran from the space to the right of my front door away from the building and then connected to the first trench. The third ran from a place near the transformer across my driveway to my shed. He dug this third trench last, after both he and I had moved our vehicles away from the building so we could still drive away.

The plumbers had left enough 1-in. pipe from the building stub out to reach the main water line, which was 1-1/2 in. pipe. Whoever installed that pipe had left a bunch of it behind — enough to reach my shed. That would save some money; I wouldn’t have to buy any water pipe. Jeff dug around the frost-free valve and eventually turned off the water so he could pull the valve out. From that point on, I had no water.

(If I’d planned better, I would have topped off the water tank in the RV. But I didn’t. I had only 1/3 tank of water left. Since I didn’t know how long I’d be disconnected from the water supply, I showered that night at my neighbor’s house. Thank you Michelle and Aaron!)

Laying the Pipe and Conduit

Jeff was all business. (It’s such a pleasure working with someone who has done the job so many times before.) He stayed focused and worked quickly, laying the pipe and making the connections.

Meanwhile, I laid conduit. It’s really not difficult to do. Each length has a wide end called a bell that fits over the narrow end of the piece it’s connected to. You brush some special glue inside the bell and outside the other end and slip them together. The glue sets in less than a minute. The only challenges were the bends, called sweeps, which had to be within certain specifications. For example, for the 3-in. conduit, the 90° sweeps needed to be 36 inches. Tight bends simply wouldn’t work for pulling heavy wire.

Jeff called it quits for the day around six. I was hot, tired, and covered with dirt. After a hot shower at my neighbor’s house, I just about passed out. I slept amazingly well.

I shot this panoramic image from the top of my RV on Tuesday morning. What a mess!

Final Conduit and Plumbing Work

On Tuesday morning, Jeff was back to work. The Chelan County PUD guys showed up around 8:30. to turn off the power. This was necessary because I had to remove the temporary power pole I’d installed the previous year. The pole was in the way of the ground prep work Jeff needed to do for my concrete driveway apron; I needed the concrete to get as close to the transformer as possible. The PUD guys opened the transformer and disconnected the cables. I was now without water and power.

With the power to the pole turned off, Jeff wasted no time digging it out. With a weird sense of dread, I cut the fiber optic cables, thus disconnecting my Internet service. I helped Jeff attach a chain to the pole and he used his backhoe to pull it out of the ground and lay it on the ground out of the way. (Later, I’d salvage my 30 amp circuit breaker, RV outlet, and Internet connection components from the pole for reuse and put the remaining components on Craig’s List.) This made it possible for me to run the remaining 3-in. and 1-in. conduit for the power and fiber-optic cable.

Meanwhile, Jeff installed the frost-free valve at my shed — after I filled the hole with three loads of rock leftover from my septic system the year before — and finished the water line connections. He wanted to pressurize the system to make sure there were no leaks. So he went up to the road and turned the water on. I immediately heard water running and yelled up for him to shut it off. Turns out, neither of us had capped the open water line inside the building. Turning the water on had sent up a geyser of water under the stairs. (No harm done — the water hit the bottom of the stairs and came right back down; it dried quickly in this desert environment. Bonus: I got to test the slope of the concrete in my garage — it did indeed drain out the doors.) Jeff put together a makeshift plug and turned the water on again. The only leak was at the plug, which I’d have to replace as part of my plumbing work. He covered up the water and sewer pipes.

(Later, I’d connect the RV supply hose to the valve at the shed to restore my water supply. The first thing I did was drain the water from my tanks and fill it with fresh water.)

Around this time, Jeff also laid in the sewer lines that would connect a new sewer port to my septic system. He did this by digging a trench from the port behind my RV to a spot we’d agreed upon near the shed and putting a T in the line. Once I ran power to the shed and set up a 115v and 30 amp plugs, I’d have a very nice RV parking spot for visitors. (I’d likely be the first to use it when I returned in the spring.)

At midday, an engineer from the PUD came by as requested to talk to me about moving my transformer. I really wanted it about 10 feet either closer to the road or further from my building. Either was possible at what was actually an affordable amount — if I had Jeff do all the ground work. But Jeff’s time with me was limited and I really couldn’t wait for him to come back. Besides, I don’t think he was too keen on using his equipment around live wires. (Can you blame him?) So we decided not to make the move.

While she was there, however, she also inspected the trench and conduit and passed it. That gave Jeff the green light to cover the trenches up. I laid the red warning tape the PUD supplied as he dumped dirt onto it. (Of course, that meant I was covered with dirt again — fortunately, I could take a shower at home that night.)

Power Restored, Prepping the RV Garage Apron

With the trenches covered, Jeff got right to work on prepping the area for my RV garage apron. This meant digging and moving earth to create a gradual slope from the building down to my driveway. He took the extra dirt and moved it in front of my garage, smoothing down the fill so I could better access the last garage bay, which is where I expect to park my truck. (My dining table is currently set up in there for the occasional dinner party.) Along the way, he created an area in front of my front deck that would be perfect for a lawn with a rock border.

Here’s what my building site looked like on Wednesday morning. The bobcat is parked on what will someday be a small lawn for Penny. (She loves grass.)

Jeff finished up on Wednesday morning with the delivery of two loads of gravel that he spread on the garage apron area and my driveway.

He was out getting the second load when the PUD guys returned. There were six of them in three trucks. They backed one of the trucks up to the meter base I’d installed on Sunday (more on that in another post) and pushed the heavy cable from a spool through the conduit. They connected the cables to the transformer. They installed the meter. They tested some things on the panel inside. And then they left. It took less than 15 minutes. I now had power running to my building.

Before they left, however, I chatted with them about my upcoming project — to pull six wires through the 2-in. conduit I’d laid to the shed. One of them asked what I was going to use to pull the wire. When I told him I’d buy some nylon rope, he gave me a 200-foot length of the fiber strapping they use to pull wires. Apparently, they have so much of this stuff they usually just throw it away.

Jeff returned with the second load of gravel and spread it out. He was done by 11 AM. He left with his dump truck and backhoe on a trailer behind it. Later, I’d meet him at another job site and bring him back to my place to fetch his truck, smaller trailer, and bobcat.

Although the place was still a bit of a mess after all that work, it was definitely shaping up. I was now ready to start wiring my shed and building and install the plumbing. But more important than that, I was ready to get the concrete laid so I could finally get my helicopter inside.