Type

MVD2510

Mains/supply voltage

V

115/230; +6 %; −10 %

Hz

48...60

Power consumption, max.

VA

8

Fusible-link fuse (slow blow)

mA

T 125 mA L (115 V) / T 63 mA L (230 V)

DC amplifier

VB

±2.5 V

Bridge excitation voltage (±5 %)

Transducers that can be connected

Strain-gauge full bridges

Ω

80...5000

Permissible cable length between transducer and

m

500

amplifier

Measuring ranges, adjust. (-1 dB)

Hz

0.05...5

Measuring range

mV/V

0.2...3.8

Bridge balance range

mV/V

±3.8

Measuring frequency range

Nom. val.

-1 dB -3 dB Phase del Rise

Overshoot

Butterworth low pass (2nd order)

fc

(Hz) (Hz) . time

(%)

(Hz)

4.9 6.9 (ms) (ms)

5

5

2.0 3.6 100 54

−

2

1.0 1.8 140 100

−

1

0.48 0.86 200 196

−

0.5

0.21 0.39 290 406

−

0.2

0.105 0.195 580 900

−

0.1

0.050 0.099 1070 1800

−

0.05

2140 3600

Noise voltage (typical)

without filter with filter

Max. permissible comm. mode volt. Common-mode rejection

Max. permissible voltage on input Linearity deviation

Long-term drift over 48 hours

After 15 minutes warm-up

Effect of 10 K ambient temperature change

Zero point Sensitivity

μV/Vpp μV/Vpp V

dB V

%

μV/V μV/V

%

<0.4

<0.2

±2

>120

±5

<0.02

<0.3

< 0.4

< 0.05

Analogue output

Impressed voltage

Permissible load resistance, min. Internal resistance, max.

Impressed current

Permissible load resistance, max. Internal resistance, min.

Analogue output can represent gross and net val- ues

Noise voltage

Residual carrier (300 Hz)

Long-term drift over 48 hours

(After 30 minutes warm−up)

Effect of 10 K ambient temperature change

(effect additional to digital value) Zero point

Sensitivity

V

kΩ Ω

mA

Ω

kΩ

mVSS mVSS

mV

mV

%

±10 V

5

1.5

±20; 4...20

500

100

10, typ.

5

< 3

< 5

< 0.1