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│ SERIES: PS04 │ DESCRIPTION: PRESSURE SENSOR

date 12/09/2021

│ page 2 of 5

BASIC PARAMETERS

parameter

conditions/description

min

typ

max

units

nonlinearity1

-0.3

±0.2

0.3

%FS

hysteresis

-0.05

±0.03

0.05

%FS

repeatability

-0.05

±0.03

0.05

%FS

zero output

-2

±0.2

2

mV

full scale span output

constant current; ≤35 kPa models

constant current; all other models

constant voltage; ≤35 kPa models

constant voltage; all other models

40

60

60

80

90

90

90

100

150

150

150

120

mV

mV

mV

mV

zero temperature coefficient2

≤10 kPa models

all other models

-2

-1.5

±1.5

±0.75

2

1.5

%FS

%FS

span temperature coefficient2

-1.5

±0.75

1.5

%FS

thermal hysteresis3

-0.075

±0.05

0.075

%FS

long term stability

-0.3

±0.2

0.3

%FS/year

Note:

1. Calculated according to best fit straight line (BFSL) least square method.

2. In the compensated temperature range, refer to 30°C for constant current models, and refer to 32.5°C for constant voltage models.

3. After passing high and low temperature, return to the reference temperature.

PRESSURE SPECIFICATIONS

pressure range

overload pressure

burst pressure

0~10 kPa

G

200%FS

500%FS

0~20 kPa

G

200%FS

500%FS

0~35 kPa

G

200%FS

500%FS

0~70 kPa

G

200%FS

500%FS

0~100 kPa

G

200%FS

500%FS

0~160 kPa

G

200%FS

500%FS

0~250 kPa

G

200%FS

400%FS

0~400 kPa

G

200%FS

400%FS

0~800 kPa

G

200%FS

400%FS

0~1 MPa

G

200%FS

400%FS

0~1.6 MPa

G

150%FS

400%FS

0~2.5 MPa

G

150%FS

300%FS

Note:

4. G=gauge pressure (current atmospheric pressure as zero).

PART NUMBER KEY

Base Number

Pressure Range:

10K = 10 kPa

20K = 20 kPa

35K = 35 kPa

70K = 70 kPa

100K = 100 kPa

160K = 160 kPa

250K = 250 kPa

400K = 400 kPa

800K= 800 kPa

10M = 1 MPa

16M = 1.6 MPa

25M = 2.5 MPa

Pressure Reference:

G = Gauge

Excitation:

A = 1.5 mA

V = 10 V

Additional Resources: Product Page