Lessons From Our Past

My first motorcycle was given to me by a friend of my brother who knew I just wanted to ride and, at the same time, knew I didn’t have the means to buy anything rideable. It came with some stipulations: there wasn’t a key, and it didn’t run. It was given to him by someone else, and the best part was that it actually had a service manual and a title.

1 – Camera phone / my first motorcycle

The bike was a 1984 Kawasaki KZ440 LTD. The issue was, rust in the gas tank had clogged the carb, and then it sat for years with the fuel in it. I had never attempted to rebuild a carburetor and had only heard horror stories. With my basic set of tools and the bike stored at my then-girlfriend’s house, I took the carbs off and figured, how hard could the repair be? I took everything apart, cleaned it all, or so I thought, put it back together, and it didn’t work. So then I took the carbs to a shop, and they warned me they couldn’t get them fully adjusted, but they were running. So I installed them back and found out I had to block off some of the intake, and it ran like a dream. Well, until you sat at idle, because then gas would leak out of the overflow onto the exhaust. I didn’t care, and I rode that bike for two years until the electric starter went out, and I worked on it continuously. Finally, I was able to purchase a fuel-injected bike and swore off carbs. Well, I was wrong. I now attempt to bring old equipment back to life for fun.

Well, last night, in between delivering the kids to Young Life and troubleshooting a car, I also had a carb off my dad’s John Deere 322 with electric choke. The tractor wasn’t running, he needed to get his garden tilled, and this tractor was the only way to do that. He brought me just the carb, and with this being a single-carb 3-cylinder motor, it is pretty simple. Having access to a friend with an ultrasonic cleaner makes it even easier. I opened the carb up and left the two halves fully assembled, then into an ultrasonic cleaner that was filled with piping-hot water and dish soap. No harsh cleaners; from shared experience of others, I have found that good old dish soap and hot water are all that is needed most of the time to clean these parts up.

That is some dirty water, and it had only been about 15 minutes in the cleaner.

After about 45 minutes in the cleaner, I took it out and checked all the jets with a light and a carb brush. Everything looked clean, I went and picked up some new bolts to hold the halves together, and sent them back home with my dad. He called me the next day and gave me the good news that the tractor ran better than it ever has.

All cleaned up, new bolts, and ready for testing.

The entire process made me realize that a carburetor is not far off from a couple of EXAIR products that we offer for refurbishment. Some of the products that we frequently refurbish for some customers are the EXAIR Air Knives and the Reversible Drum Vacs. These refurbishments are often the result of the environment and a failure in the filtration of the compressed air. The best part is that we will evaluate the products for free, determine if they can be repaired or refurbished, and then provide a quote for the process all within a few days of the item getting here. We also offer free videos of how to do things like clean the RDV for free through this blog.

Take this Super Air Amplifier, for instance. The system came in for the issue of underperformance, and we had already discussed with the customer how their filtration had failed about a year ago. They wanted to see what could bring this unit back to life. As soon as we saw pictures of it, we knew that the plenum was clogged up with debris.

If you have any EXAIR product that you think is not performing at an optimal level, please contact an Application Engineer today. If the product cannot be refurbished or repaired, we will give you a replacement option as well. The best part is, stock products ship the same day on orders received by 2 PM ET.

1 – Kris Krug – Camera phone / my first motorcycle – retrieved from https://commons.wikimedia.org/wiki/File:Kawasaki_Z440_LTD.jpg, 8/17/2005

Mudathlon, Battlestar Galactica, Transformers…

I’ve written a few blog posts about personal health and gave reference to my hobby of running before as well.  Usually I get a light stretch in and try to eat something dense before a run, but I have no particular “ritual”.

In a few weeks I’ll be competing on a team of 30 or so friends in the Cincinnati Mudathlon.  The Mudathlon is a short 5k run with obstacles and various exercises every 1/10th of a mile.  It should be a good time, and although I run pretty regularly I thought I’d step it up a notch as the race approaches.

Something new that I’m doing is a thorough preparation.  Not just in the short time before I run or workout, but in the entire day beforehand.  I’ve been increasing my caloric intake with foods that have good carbs and starches and I’ve been hydrating as well.  This approach, the thorough preparation, has led to longer runs, less fatigue, and greater performance.  I’m running longer and faster with what feels like less effort.

As I worked through an application I realized that this approach is almost identical to how I determine proper product for an end user.  I have a lot of discussions about compressed air plumbing (see my previous blog about compressed air plumbing mistakes here) and realized that the needs I have when exerting energy (or “doing work” as many of our engineers like to call it) during a run are almost identical to the compressed air needs of an application.

For example:  If my body is low on energy, my output will decrease.  If a compressed air application is underpowered, its output will decrease.  If I’m dehydrated, blood flow is constricted and performance degrades.  If compressed air plumbing is restricted, performance will degrade.

Noticing these similarities I entertained the idea of being a machine (Battlestar Galactica , anyone??) and decided that if I was to ever be a machine I want to be an Autobot.  Possible?  Maybe..  Then again, maybe I’ve been watching too many episodes of Transformers.

Lee Evans
Application Engineer
leeevans@exair.com
@EXAIR_LE