HBM P3MB Montageanleitung Seite 23

P3.../P3 Top Class
The following data applies to P3 and P3 Top Class
Mechanical input quantities
Measuring range, 0 bar...
Initial value
Operating range at reference
temperature
Overload limit at reference
temperature
Test pressure
Dynamic loading
Permissible pressure
Permissible oscillation width
to achieve a typical 10,000,000
DIN 50100 load cycles
Dead volume
Control volume
Output characteristics
Fundamental resonance
frequency
Input resistance at
reference temperature
Output resistance at
reference temperature
Insulation resistance
Electrical strength
Excitation voltage
Reference excitation voltage
Nominal (rated) excitation
voltage
Operating range
Ambient conditions
Permissible voltage between
measuring circuit and transducer
ground at reference temperature
Materials for parts which come
into contact with the environment
Reference temperature
Nominal (rated) temperature
range
Limiting temperature range
Storage temperature range
Impact resistance (tested to DIN 40046)
Impact acceleration
Impact duration
Impact form
Acceleration sensitivity per 10
m/s2 for exciting frequencies of
20% of the natural frequency
A2239-3.0 en/de/fr
bar 10 20
bar
% 0...200
% 250
% 250
%
%
3
mm 2500
3
mm 9
kHz 13 15
Ω
Ω
MΩ
V
V
V
V
V
1.4301; 1.4541; 1.4542; 1.6354 PU / chrome‐plated and
°C
°C
°C
°C
2
m/s
ms
-
%
50 100 200 500 1000 2000
0
100
70
2000
7
26 38 67
350 "5
350 "1.5
5000
90
5
0.5 ... 7.5
0.5 ... 12
50
nickel‐plated brass
23
-10...+80
-40...+100
-40...+100
1000
4
Half sine wave
t"0.001
23
3000
2500
0...150
200
200 150
800 900
1.5
100
HBM