Due to the intensity of my work for a long time yayınlayamıyordum a new article. the total amount of leakage in the system today is a very simple way you can find on the subject of how I want to share. I hope that is helpful. Please share with us your suggestions and comments.

First Method:

First, the air tank valve, starting with all major pipe network volume (V), joining the branch and landing lines, (in liters) is calculated. Then, the whole system in its normal operating pressure (P1) until it reaches the air basılırr and pressure (P1) when the compressor reaches the value of the stop is made. Air tank valve is turned off, using all the cool tools and equipment off the air, while the sub-set arbitrarily sınırr pressure value (P2) was observed until the fall time (in seconds) are kept. The difference between the upper and lower pressure (the pressure difference P1-P2) pressure drop (bar), as the air flow is taken into account and ultimately found illegal by the following formula:

V * (P1-P2) / t

Example: V (liters) = 300 liters

P1 (bar) = 7 bar

P2 (bar) = 6 bar

t (seconds) = 300 seconds

300 * (7-6) / 300 = 1 liter / second (L / s)

The second method:

Capacity of not less than 100 mm in diameter is a known compressor and high-precision, calibrated according to the test pressure with a manometer or a stopwatch (precision) requires the use of time. According to this method, first, all compressed air equipment is turned off (isolated) and (maximum) operating pressure of the air system until the value is printed ulaşınncaya. Pressure to remain constant for a period of 1 minute, the compressor operation is continued, after 1 minute, pressure and time (precisely) were recorded, the compressor stops are made. System pressure, approximately, registered (work pressure, the high-pressure) falls below the value at 1 bar, the pressure value and the elapsed time ("t" seconds) is recorded as sensitive. The compressor runs and running again soon, starting from the pre-pressure (in the first place), saved (maximum) operating pressure until it reaches the value of the elapsed time ("t" seconds) is kept as accurate. Compressor (again) to stop shall be made and these measurements, the average values ("t" and "T" seconds, the average values) in order to obtain at least 4 times repeated.

Compressor capacity QL / s (liters / second), the amount of air Q * T l is printed. Total run time, T + t is seconds. According to these data, the average leakage air flow rate:

Q * T / T + t l / sec (L / s) is.

Compressor capacity is uncertain, even with this method, the maximum flow rate of leakage of air compressor outlet (compressor capacity) can be found as a percentage.