FUJIKURA FPM

FPM-A Data sheet
Sensing element/Absolute
■Features
Barometric pressure measurable
Dual-in-line package (DIP)
■Ordering Information
FPM-15P
A R
Terminal leadsdirection
Model
Rated Pressure
(PSI)
Pressure type
A:Absolute pressure
No Mark:
R :
Weight
(grams)
RoHS compliance
1.5
Measurable pressure
range(kPa.abs)
34.66 to 168.0
Part number
FPM-15PA
FPM-15PAR
■Specifications
Model
FPM-15PA / FPM-15PAR
Recommended operating conditions
Pressure type
Absolute pressure
Rated pressure
168.0
Measurable pressure range
34.66 to 168.0
Temperature range
0 to 50
Pressure media
Non-corrosive gases only (No liquid)
Excitation current (Constant)
1.5
Absolute maximum rating
Maximum load pressure
Twice of rated pressure
Maximum excitation current
3.0
Operating temperature
-20 to 100
Storage temperature
-40 to 120
Operating humidity
30 to 80 (Non dew condition)
Electric characteristics (Drive Current 1.5mA constant ,ambient temperature Ta=25deg.C)
Output span voltage
80 to 160 (at 34.66 to 168.0kPa.abs)
Offset voltage
50 to 130 (at 101.3kPa.abs)
Bridge resistance
4000 to 6000
Response time
2 (for the reference)
Accuracy
TSO*
+/-3
TCS*
2.5
Linearity
+/-0.3
Pressure hysteresis
+/-0.2
*TSO : Temperature sensitivity of offset voltage(Temperature range from 0-50 deg.C)
*TCS : Temperature coefficient of output span voltage(Temperature range from 0-50 deg.C)
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Unit
kPa.abs
kPa.abs
deg.C
mADC
mADC
deg.C
deg.C
%RH
mV
mV
Ω
msec.
%FS/0-50deg.C
%FS/0-50deg.C
%FS
%FS
FPM-A Data sheet
Sensing element/Absolute
P1= 34.66 kPa.abs
P2= 67.98 kPa.abs
P3= 101.3 kPa.abs
P4= 168.0 kPa.abs
Offset voltage (mV)
Voff = V(P3,T)
T1= 0 deg.C
T2= 25 deg.C
T3= 50 deg.C
at 101.3kPa.abs
Output voltage at full scale (mV)
V(P1,T)
at 34.66kPa.abs
V(P4,T)
at 168.0kPa.abs
Output span voltage (mV)
SV = V(P4,T) - V(P1,T)
SV(0) = V(P4,T1) - V(P1,T1)
SV(25) = V(P4,T2) - V(P1,T2)
SV(50) = V(P4,T3) - V(P1,T3)
Temperature sensitivity of offset voltage (%FS)
TSO = {LARGER ONE} / SV(25) x 100
LARGER ONE = larger absolute value which of {V(P3,T1)-V(P3,T2)} and {V(P3,T3)-V(P3,T2)}
Temperature coefficient of output span voltage (%FS)
TCS = {max[SV(0),SV(25),SV(50)] - min[SV(0),SV(25),SV(50)] } / SV(25) x 100
Linearity (%FS)
NL = {V(P2,T2) - [V(P1,T2)+V(P3,T2)]/2 } / SV(25) x 100
Pressure hysteresis (%FS)
Phys = {V’(P3,T2) - V(P3,T2) } / SV(25) x 100
V’(P3,T2) : Output voltage against P1 after stressing by P3 pressure.
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FPM-A Data sheet
Sensing element/Absolute
■Outline dimensions■
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FPM-A Data sheet
Sensing element/Absolute
■Connection diagram■
■Output characteristics■
↑Output voltage(mV)
Offset voltage
Output span
voltage
34.66
101.3
168.0
Atomospheric
pressure
Note ;
→Pressure(kPa.abs)
Please read instruction “Notes” before using the sensor.
Fujikura reserves the right to change specifications without notice.
Please keep the sensors sealed using static shielding bags on storage.The pins of the sensor are plated by Ag.
If the sensors expose to an atmosphere, the pins will be black by sulfuration.
Please set Zero-calibration function up your products. The offset voltage may be shifted some mechanical stress
such as mounting, installation and etc. over longtime using.
If you have any questions regarding technical issues or specifications, please contact us.
Fujikura Ltd. Sensor Department
5-1 Kiba 1-chome, Koto-ku, Tokyo 135-8512, Japan
Phone +81-(0)3-5606-1072
E-mail : [email protected]o.jp
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