What do you guys think about our new compressed air system?
http://i445.photobucket.com/albums/qq173/eww_enterprise/Kaeser_2.jpg
http://i445.photobucket.com/albums/qq173/eww_enterprise/Kaeser_3.jpg
http://i445.photobucket.com/albums/qq173/eww_enterprise/Kaeser_4.jpg
http://i445.photobucket.com/albums/qq173/eww_enterprise/Kaeser_5.jpg
http://i445.photobucket.com/albums/qq173/eww_enterprise/Kaeser_13.jpg
http://i445.photobucket.com/albums/qq173/eww_enterprise/Kaeser_15.jpg
http://i445.photobucket.com/albums/qq173/eww_enterprise/Kaeser_16.jpg
Two Kaeser 7.5 HP rotary screw compressors feed into a 60 gal wet reciever tank with a Kaeser eco drain. From there the air goes into a particulate filter then a cycling air dryer then an oil removal filter. The filters and dryer have a bypass so I can work on them and still have air. The air then goes into a 240 gal dry reciever tank and then to a regulator and through our shops air piping system. We're still working on getting all the condensate drains connected to our condensate separator.
I had a 15 hp Ingersol Rand total air sytem (integrated dryer and filters) that we replaced with this setup. The IR was problematic and the warrantee was out. It had an 80 gal tank, so it would fill the tank very fast. It ended up cycling so much that most of the time I ran it in continous mode. The first full month after I disconnected it, we were running our old 3 hp recip, I saved $170 on my electric bill. Might not sound like much but when the bill drops from $500 to $330 it's a lot easier to write the check each month. The IR was also a lot noisier than the Kaesers and it put out a lot more heat than the Kaesers. The new compressors each have a shutoff valve so we can work on one compressor and still have air. This was becoming a problem with our old air compressor. Compressor goes out and no work gets done
Well did we miss anything?
http://i445.photobucket.com/albums/qq173/eww_enterprise/Kaeser_2.jpg
http://i445.photobucket.com/albums/qq173/eww_enterprise/Kaeser_3.jpg
http://i445.photobucket.com/albums/qq173/eww_enterprise/Kaeser_4.jpg
http://i445.photobucket.com/albums/qq173/eww_enterprise/Kaeser_5.jpg
http://i445.photobucket.com/albums/qq173/eww_enterprise/Kaeser_13.jpg
http://i445.photobucket.com/albums/qq173/eww_enterprise/Kaeser_15.jpg
http://i445.photobucket.com/albums/qq173/eww_enterprise/Kaeser_16.jpg
Two Kaeser 7.5 HP rotary screw compressors feed into a 60 gal wet reciever tank with a Kaeser eco drain. From there the air goes into a particulate filter then a cycling air dryer then an oil removal filter. The filters and dryer have a bypass so I can work on them and still have air. The air then goes into a 240 gal dry reciever tank and then to a regulator and through our shops air piping system. We're still working on getting all the condensate drains connected to our condensate separator.
I had a 15 hp Ingersol Rand total air sytem (integrated dryer and filters) that we replaced with this setup. The IR was problematic and the warrantee was out. It had an 80 gal tank, so it would fill the tank very fast. It ended up cycling so much that most of the time I ran it in continous mode. The first full month after I disconnected it, we were running our old 3 hp recip, I saved $170 on my electric bill. Might not sound like much but when the bill drops from $500 to $330 it's a lot easier to write the check each month. The IR was also a lot noisier than the Kaesers and it put out a lot more heat than the Kaesers. The new compressors each have a shutoff valve so we can work on one compressor and still have air. This was becoming a problem with our old air compressor. Compressor goes out and no work gets done
Well did we miss anything?