Then it probably had spacers added accidentally. That's what's sliding around.Got the ram out, getting ready to pull it apart.
No change to the travel completely disconnected.
When I turn it end to end, I can hear something sliding, actually it sounds like two things sliding around free.
When I originally got a quote from Howe for a complete system, I did tell them I wanted a 8" ram. But I ended buying all my parts piece meal as I needed them. The very last thing I bought was the ram and I was specific about it being a 10". And as I said before, they asked how much travel I needed.
Don't know where the confusion came from but I'm glad it was only a few screws and almost taking a c clip to the face to rectify the issue.
I plan to run Swepco 715 oil in the system. Don't have any right now. Would wiping down the guts of the ram with parts store hyd oil be the end of the world?
Perfect, cause I just went ahead and did it.It will be fine. Residual oil won't hurt the system.
Ya, everything is still all jammed up into one half. I need to rent a man lift so I can swap out all the lights in the shop. Then I can move thing back into a less compacted mess.Looks good! Jeebus man, clean your shop!
Good to see you back and working on this.
Is it separate circuits for portions of the lights?that will be a saving grace. It will probably be brighter than expected.Stopped by the equipment rental place today. A 65' reach man lift is going to run me $400/day plus $250 for delivery and pickup.
Looks like tomorrow I get to start setting up the new lights for installing quickly. The old lights were mounted with 1/4-20 bolts, I don't think I can mount the new ones the same way. I'd rather not just screw them to the beams and that's how the clips that hold them look to be mounted.
Should be interesting to see what a total of 1,094,400 lumens looks like
Yes, the lights are on 4 separate circuits. Shop is 4 bays and each has it's own circuit and switch.Is it separate circuits for portions of the lights?that will be a saving grace. It will probably be brighter than expected.
I hope you are ready to work with 2 rows of lights.Yes, the lights are on 4 separate circuits. Shop is 4 bays and each has it's own circuit and switch.
Each bay has 5 rows of lights, each row is 2 - 8' T5HO's with a total of 8 - 4' bulbs. Bulbs are 54 watt each. Which gave me 39,200 lumens per row.
The new LED's are 8' long, so 2 per row and they are 144 watts ea, which gives me 43,776 lumens per row.
Since I bought 2 cases of 25 LED's, I'll have 10 extra to mount wherever.
This is what it looked like when the T5's were new. I want at least that kind of light again.
What?I hope you are ready to work with 2 rows of lights.
Should be interesting to see what a total of 1,094,400 lumens looks like
Each bay has 5 rows of lights, each row is 2 - 8' T5HO's with a total of 8 - 4' bulbs. Bulbs are 54 watt each. Which gave me 39,200 lumens per row.
The new LED's are 8' long, so 2 per row and they are 144 watts ea, which gives me 43,776 lumens per row.
1,000,000lm would be close to the surface of the sun in your garage, 44,000lm x 4 rows sounds alot more reasonable.
Normally we go with desk height or working area height for fc levels. Your Lighting loss factor will only be 10% or less over life of the LED's, compared to 30% with T5s. Another thing to consider is cleaning the dust off the insulation, that will also increase brightness for free.Oh ya, I did retard math didn't I? It's not a million, but it ain't too far off either.
Here's what I got from the lighting guy. Apparently, the key that they look for is foot candles 3'-4' off the ground.
I'll name a build after that.Did I mention that I hate shadows
<Kevin starts wearing shade 5 welding glasses inside to prevent headaches from the glare>Since I had extra fixtures, I did a double row down the center at the highest point.
<Kevin starts wearing shade 5 welding glasses inside to prevent headaches from the glare>
But seriously: looks good, dude!