8
4.
Then oil transferring from oil tray to oil tank.
5.
Screw on the drain plug of vehicle.
Vacuum Generation
Operating air pressure: 87~116PSI /6~8 bar
Consumption of air: 52 Gallons/min (about 200L/min.)
If only measuring glass to be vacuum(FIG.9)
1.
Turn off the machine ball valve
○
3 and the extraction valve
○
6 (fix on the extraction hose)
2.
Connect the compressed air to the machine air inlet
○
1 .
3.
Gradually turn on the air inlet valve(which equipped by customer himself) for vacuum generation.
4.
When finger reaching to the MAX area on the vacuum gauge
○
2 , turn off the air inlet valve (Estimated time
for vacuum generation within 20~30seconds, If continuously extraction required, please let it open).
5.
Now it is ready for extraction
Vacuuming both measuring glass and tank(FIG.9)
1.
Turn off all valves before vacuuming.
2.
Connect the compressed air to the machine air inlet
○
1 .
3.
Open the ball valve
○
3 .
4.
Gradually turn on the air inlet valve(which equipped by customer himself) for vacuum generation.
5.
When finger reaching to the MAX. area on the vacuum gauge
○
2 , turn off the air inlet valve (estimated time
for vacuum generation within 4~5 minutes) (If continuously extraction required, please let it open)
6.
Now it is ready for extraction
Tips
1.
Benefits for gradually and slowly turn on air inlet valve for reducing of air-consumption and a quicker
speed for vacuum-generation.
2.
Benefits for vacuum generation of both cylinder and oil tank is fasting the speed of oil transferring.
3.
We suggest extract both to be vacuum when the machine need to be used to the place without air
compressor. Which will benefit long time continuously working.
Oil Extraction(FIG.9)
1.
After vacuum, choose suitable probe (which is the largest
diameter one can be inserted into the engine) and tightly connect
it to the extraction pipe connector.
2.
Insert the end of the probe into the engine oil inlet hole of the
FIG.5
