Nominal force

Fnom

kN

100

200

500

Accuracy class

0.1

0.3

Nominal sensitivity

Cnom

mV/V

2

Rel. sensitivity deviation compressive force>

dC

%

<"0.25

Rel. tensile/compressive force sensitivity difference

dzd

%

<"0.2

(typically 0.07)

<"0.5

(typically 0.02)

<"2

(typically 1)

Compressive force sensitivity difference when using through-holes on the outer ring

ddd

%

< "0.2 (typically 0.07)

< +1

(typically 0.5)

Rel. deviation from zero

ds,o

%

<1

Rel. range of inversion (0.5 Fnom )

u 0.5

%

< 0.2

Linearity deviation compressive force

dlin

%

< 0.1

Linearity deviation tensile force

dlin

%

< 0.1

< 0.3

Effect of temperature on sensitivity/10 K by reference to sensitivity

TKc

%

0.1

Effect of temperature on zero signal/10 K by reference to sensitivity

TK0

%

0.1

Effect of transverse forces (t. force 10 % Fnom)*

dQ

%

<"0.1

Effect of eccentricity / mm

%

<"0.1

Rel. creep over 30 min

dcrF+E

%

<"0.05

Input resistance

Re

Ω

>345

Output resistance

Ra

Ω

300 − 400

Isolation resistance

Ris

Ω

> 2x109

Reference excitation voltage

Uref

V

5

Operating range of the excitation voltage

BU,G T

V

0.5 to 12

Nominal temperature range

Bt,nom

oC

−10 to +70

Operating temperature range

Bt,G

oC

−30 to +85

Storage temperature range

Bt,S

oC

−50 to +85

Reference temperature

tref

oC

+23

Max. operational force

(FG)

%

150

Limit force

(FL)

%

150

Breaking force

(FB)

%

>300

> 250

Static lateral limit force

(FQ)

%

60

50

Per. torque

Mg

kN⋅m

1

2

5

Nominal displacement

Snom

mm

0.09

0.11

0.16

Fundamental resonance frequency

fG

kHz

4.8

4.3

3.3

Weight

kg

5

7

17

Rel. permissible vibrational stress

Frb

%

160

100

Degree of protection to DIN EN 60529

IP65