Sensing element/Differential
■Features
Differential pressure,Surface mount package
■Ordering
Information
FDM-07P
Model
Rated Pressure
(PSI)
FDM
Data sheet
D SR
Terminal leads configuration
Surface mount package
Pressure type
D:Differential pressure
Weight
(grams)
RoHS compliance
1.2
Measurable pressure
range(kPa)
-13.79 to 13.79
-34.47 to 34.47
-48.26 to 48.26
-103.4 to 103.4
-206.8 to 206.8
-344.7 to 344.7
-482.6 to 482.6
-827.4 to 827.4
Part number
FDM-02PDSR
FDM-05PDSR
FDM-07PDSR
FDM-15PDSR
FDM-30PDSR
FDM-50PDSR
FDM-70PDSR
FDM-120PDSR
05PD
07PD
15PD
30PD
50PD
70PD
120PD
Unit
-
kPa
kPa
deg.C
-
mADC
1.5 times
of rating
pressure
■Specifications
Model
02PD
Recommended operating conditions
Pressure type
Rated pressure
Measurable pressure range
Temperature range
Pressure media
Excitation current (Constant)
13.79
-13.79
to 13.79
34.47
-34.47
to 34.47
Differential pressure
48.26
103.4
206.8
344.7
-48.26
-103.4
-206.8
-344.7
to 48.26 to 103.4 to 206.8 to 344.7
0 to 50
Non-corrosive gases only (No liquid)
1.5
Twice of rated pressure
482.6
-482.6
to 482.6
827.4
-827.4
to 827.4
Absolute maximum rating
Maximum differential pressure
**1
3.0
-20 to 100
-40 to 120
30 to 80 (Non dew condition)
Electric characteristics (Drive Current 1.5mA constant ,ambient temperature Ta=25deg.C)
Output span voltage **2
60 to 140 (at 0kPa to rated pressure)
Offset voltage **2
+/-20 (at 0kPa)
Bridge resistance
4000 to 6000
Response time
2 (for the reference)
Accuracy
TSO*
+/-5
TCS*
2.5
Linearity
+/-0.5
+/-0.3
Pressure hysteresis
+/-0.4
+/-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)
**1 Port1 pressure > Port2 pressure , Port2 pressure : reference pressure
**2 Output refers to pressure at pressure port2.
Port1 Maximum load pressure
Port2 Maximum load pressure
Maximum excitation current
Operating temperature
Storage temperature
Operating humidity
-
mADC
deg.C
deg.C
%RH
mV
mV
Ω
msec.
%FS/0-
50deg.C
+/-0.5
+/-0.6
+/-0.4
%FS
%FS
1