10
Figure 6 : Method for
Figure 6 : Method for
Figure 6 : Method for
Figure 6 : Method for PPPPreventing
reventing
reventing
reventing SSSSuction of
uction of
uction of
uction of TTTTramp
ramp
ramp
ramp O
O
O
Oil
il
il
il (Typical)
(Typical)
(Typical)
(Typical)
Contaminant
Contaminant
Contaminant
Contaminant D
D
D
Drain
rain
rain
rain LLLLine
ine
ine
ine
・After filtered by Turbulence filter, clean coolant will be delivered from the outlet
port while the dirty coolant will be discharged from the contaminant drain port.
・Collect the metal chips discharged from the contaminant drain port by bucket,
magnet separator or some other devices. It will help maintain the tank coolant
clean.
Table 2
Table 2
Table 2
Table 2 : : : : Contaminant
Contaminant
Contaminant
Contaminant D
D
D
Drain
rain
rain
rain PPPPort
ort
ort
ort PPPPerformance (for reference only)
erformance (for reference only)
erformance (for reference only)
erformance (for reference only)
＊
＊
＊
＊
Flow rate
30 to 40 L/min
Pressure
0.02 MPa
＊
The values above are for reference only and not for guaranteeing the performance.
Caution
Diameter of contaminant drain piping must be the same as /or
larger than contaminant drain port.
Contaminant drain piping must not be higher than 1 M from the
ground and not be longer than 3 M horizontally. The piping must
be as short as possible. (PVC piping is recommended).
See figure 7 on P.11, for the sample piping layout.
Caution
Inspect all valves, cocks, joints and the like before installation to
avoid using any component that has a cavity in the casting.
LLLLAYER OF
AYER OF
AYER OF
AYER OF
TRAMP OIL
TRAMP OIL
TRAMP OIL
TRAMP OIL
P
PP
PARTITION
ARTITION
ARTITION
ARTITION
