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7.
TECHNICAL DETAILS
Input data
Measuring ranges
Overload pressure
Burst pressure
Parts in contact with media
Output data
Curve deviation at max. setting to DIN16086
(accuracy class)
Curve deviation at min. setting
Adjustment range zero signal:
Adjustment range:
Tem erature
Temperature
compensation zero point
i
Temperature
Tem erature
compensation over range Typ.
i
Linearity
to DIN 16086
Hysteresis
Hysteresis
Repeatability
Rise time
Long–term drift (6 months)
Ambient conditions
Nominal temperature range
Operating temperature range
Storage temperature range
Fluid temperature range
–mark
Vibration resistance to
IEC 68–2–6 at 10 ..500Hz
Safety type to DIN 40050
Other data
Supply voltage 2–conductor
Supply voltage 3–conductor
Residual ripple supply voltage
Reverse polarity protection of the supply voltage;
excess voltage, override and short circuit protection
Current consumption 2– and 3–conductor
Life expectancy
Weight
Note:
Special models on request
8
Max.
Max.
i
Typ.
T
Max.
Max.
T
Max.
Ty .
Typ.
Max.
Max.
Typ.
T
FS (Full Scale) = relative to the complete measuring range
*) optionally accessible to customers,
please quote separately if required
HDA 3700
6; 16; 60; 100; 250;
400; 600 bar
20; 32; 200; 200 400;
800; 900 bar
100; 200; 500; 500;
1000; 2000; 2000 bar
stainless steel
Viton seal
0.5 %FS
0.3 %FS
± 2.5 %FS *)
± 2.5 %FS *)
0.15 %/10K
0.08 %/10K
0.15%/10K
0.08%/10K
0.3%FS
(from 100 bar:
0.2 %FS)
0.1 %FS
0.1 %FS
0.05 %FS
0.05 %FS
0.5 ms
0.1 %FS
–25...+ 85° C
–40...+ 85° C
–40...+100° C
–40...+100° C
EN 50081–1
EN 50081–2
EN 50082–1
EN 50082–2
approx. 20 g
2
(196.2 m/sec
)
IP 65
10 .. 30 V
12 .. 30 V
5 %
available
approx.15 mA
10 mill. load cycle
approx. 180 g
HDA 3800
6; 16; 60; 100; 250;
400; 600 bar
20; 32; 200; 200 400;
800; 900 bar
100; 200; 500; 500;
1000; 2000; 2000 bar
stainless steel
Viton seal
0.3 %FS
0.2 %FS
± 2.5 %FS *)
± 2.5 %FS *)
0.1 %/10K
0.05 %/10K
0.1 %/10K
0.05 %/10K
0.2 %FS
(from 100 bar:
0.15 %FS)
0.1 %FS
0.1 %FS
0.05 %FS
0.05 %FS
0.5 ms
0.1 %FS
–25...+ 85° C
–40...+ 85° C
–40...+100° C
–40...+100° C
EN 50081–1
EN 50081–2
EN 50082–1
EN 50082–2
approx. 20 g
2
(196.2 m/sec
)
IP 65
10 .. 30 V
12 .. 30 V
5 %
available
approx. 15 mA
10 mill. load cycle
approx. 180 g
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