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120CFM AIR LINE CONTROL UNIT
- Provides clean, dry air at any drop in the paint andbody shop.- 5 micron particle filter Removes bulk oil and water while filtering the air.- 120 CFM filter capacity For use with multiple spray guns and air tools.- 50 CFM regulator capacity- Additional filtered regulated outlet- Filtered main line outlet- Simple filter element replacement No tools required after bowl is removed.- Large bowl less frequent draining of accumulated water.- Easy installation No elbow required. Air inlet located at top of unit in front of mounting bracket.- Mounting bracket included- Air inlet: 1/2 N.P.T. (F)- Air outlet at shutoff valve: 1/4 NPSM (M)- Maximum pressure: 150 psi.
Diesel particulates can thus be continuously eliminated from the engine - and without reducing fuel efficiency. The regulatory requirements laid down in the EU4 exhaust standards are met with ease, and there is no need for the additional maintenance made necessary by filter systems that use fuel additives.

The reservoir is clear for an easy view
1/4" NPT Male inlet x 1/4" NPT Female outlet
Filter can be removed and cleaned periodically
Button release valve allows for easy disposal
Removes water and foreign particles from compressed air stream. Attaches directly to paint spray gun or air tool. Clear reservoir shows accumulated water taken out of air line. This is a must for your paint gun!At each iteration, the robot is plotted at the position estimated from the most recent sample set. The blue lines indicate the sensor measurements (note the noise in the sonar readings!!). The number of samples is indicated in the lower left corner (we limited the number to 40,000). The time between updates of the animations is proportional to the time needed to update the sample set. In fact, the animations are much slower than the actual processing time (during tracking, a sample set is typically updated in less than 0.05 secs).The animations illustrate that the approach is able to adjust the number of samples as the robot localizes itself. The number can also increase if the robot gets uncertain. Furthermore, the experiment shows that by simply using a more accurate sensor such as a laser range-finder, the approach automatically chooses less samples.