17
U
2B
H
BM
A03823.3en/de/fr
6
T
ec
hn
ical
D
ata
T
ec
hn
ical
D
ata i
n
acc
o
r
d
a
n
ce wit
h
V
D
I/V
D
E 2638
F
o
rce tra
n
s
du
cer ty
p
e
U
2B
Rate
d
f
o
rce
F
nom
k
N
0.5
1
2
5
10
20
50
100
200
F
nom
ft−lb
1000
0.375 0.75 1.5 3.75
7.5
15 37.5
75
150
Acc
u
racy class
0.2
0.1
Rate
d
se
n
sitivity
C
nom
mV/V
2
Rel. se
n
sitivity varia
n
ce
T
e
n
si
on
/c
o
m
p
ressi
on
d
c
%
<
0.2/1.5
<
0.2/0.5
Rel. zer
o
si
gn
al varia
n
ce
d
s,o
%
<
1
Hysteresis err
o
r (0.5 F
no
m
)
u
%
<
0.2
<
0.15
Li
n
earity variati
on
d
lin
%
<
0.2
<
0.1
I
n
fl
u
e
n
ce
o
f tem
p
erat
u
re
on
se
n
sitivity/10 K
relati
v
e to sensiti
v
it
y
TK
c
%
0.1
I
n
fl
u
e
n
ce
o
f tem
p
erat
u
re
on
t
h
e zer
o
si
gn
al/10 K
relati
v
e to sensiti
v
it
y
TK
0
%
0.05
I
n
fl
u
e
n
ce
o
f ecce
n
tricity
(1mm)
d
E
%
0.05
I
n
fl
u
e
n
ce
o
f lateral f
o
rce
(Lateral f
o
rce 10% F
no
m
)
1)
d
Q
%
0.1
Rel. leaka
g
e
o
ver 30 mi
n
d
crF+E
%
<
"
0.06
I
npu
t resista
n
ce
R
i
Ω
>
345
O
u
t
pu
t resista
n
ce
R
o
Ω
300...400
I
n
s
u
lati
on
resista
n
ce
R
is
Ω
>
2
⋅
10
9
Refere
n
ce excitati
on
v
o
lta
g
e
U
ref
V
5
Service ra
ng
e
o
f excitati
on
v
o
lta
g
e
B
U
,G
T
V
0.5...12
Rate
d
tem
p
erat
u
re ra
ng
e
B
t,nom
°
C
[
°
F]
−10 ... +70 [+14 ... +158]
Service tem
p
erat
u
re ra
ng
e
B
t,G
°
C
[
°
F]
−30 ... +85 (120)
2)
[−22 ... +185 (248)
2)
]
St
o
ra
g
e tem
p
erat
u
re ra
ng
e
B
t,S
°
C
[
°
F]
−50 ... +85 [−58 ... +185]
Refere
n
ce tem
p
erat
u
re
t
ref
°
C
[
°
F]
+23 [+73.4]
M
ax.
op
erati
ng
f
o
rce
(F
G
)
%
130
150
B
reaki
ng
f
o
rce
(F
B
)
%
>
300
Static lateral f
o
rce limit
1)
(F
Q
)
%
25
N
o
mi
n
al
d
is
p
laceme
n
t
S
nom
mm
<
0.1
<
0.07
<
0.09
F
und
ame
n
tal res
on
a
n
ce
freq
u
e
n
cy
f
G
k
H
z
4
6
8.7
14
17.5
8
8.5
6
5.6
Wei
gh
t
kg
0.8
2.9
4.3
10.7 15.9
Rel.
p
ermissible vibrati
on
l
o
a
d
i
ng
F
rb
%
100
160
Pr
o
tecti
on
system
acc. t
o
D
IN EN 60529
IP67
Le
ng
t
h
o
f cable, 6wire c
onn
ecti
on
3 m
6 m
12 m
1)
relati
v
e to a force triggering point 20 mm o
v
er the membrane
2)
C
lass 120
v
ersion optional. The technical data in the e
x
tenden ser
v
ice temperature range ma
y
differ from
the data mentioned abo
v
e. The 120
°
C
(248
°
F)
v
ersion cannot be used for zero−related long−term
measurements.
Summary of Contents for U2B
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