Applications
The sensor of FLUEREX consists of a rectier that converts the 
compressed air to a uniform ow and a platinum thin lm resistor that 
detects the ow rate. The rectier works to make the ow uniform 
when a bent pipe such as an elbow is installed immediately before the 
sensor. Through the use of multiple rectication plates, the pressure 
loss is suppressed and an adequate rectication effect is realized.
When the compressed air does not ow, the platinum thin lm 
sensor that detects the ow rate is heated from the uid temperature 
to a certain constant temperature. When the compressed air ows, 
the amount of heat proportional to the weight of air is detracted and 
the current that intends to maintain the constant temperature ows 
in the circuit inside the platinum thin lm sensor that detects the ow 
rate. By receiving this current as a ow rate signal, the display 
section displays a practical atmospheric pressure, instantaneous 
ow rate or integrating ow of the air converted to 0°C.
In addition, by the platinum thin film sensor that detects the 
fluid temperature, the temperature of the compressed air is 
measured and the temperature correction is performed.
Functions
For ow rate management of paint line
For ow rate management of line of an auto plant
●
 For ow rate management of each line!
●
 Cost conversion is possible using integrating ow display
For semiconductor manufacturing equipment
●
 For ow rate management of expensive low dew-point air! 
Also for early detection of trouble such as "excessive ow 
rate"!
For ow rate management of weaving machine plant
For low pressure casting 
machine
●
 
For mold cooling temperature 
management!
PF-F Series
Molten metal
Compressed air
Punch-out cylinder
Mold
Stoke
Crucible
Flow path
Fluid direction
Rectier
Platinum thin lm sensor
Pipe adaptor
F.R.L
F (Filtr)
R (Reg)
L (Lub)
PresSW
Shutoff
SlowStart
FlmResistFR
Oil-ProhR
MedPresFR
No Cu/
PTFE FRL
Outdrs FR
F.R.L 
(Related)
CompFRL
LgFRL
PrecsR
VacF/R
Clean FR
ElecPneuR
AirBoost
SpdContr
Silncr
CheckV/ 
other
Jnt/tube
AirUnt
PrecsCompn
Mech/
ElecPresSw
ContactSW
AirSens
PresSW  
Cool
AirFloSens/
Contr
WaterRtSens
TotAirSys 
(Total Air)
TotAirSys 
(Gamma)
RefrDry
DesicDry
HiPolymDry
MainFiltr
Dischrg  
etc
Ending
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