Lower limit

UBmin.

20 V DC

Upper limit

UBmax.

28 V DC

maximum admissible residual ripple (40 … 400 Hz)

U

5 Vpp (observe the admissible limits)

Total current consumption

I

Running empty: 0.2 A … 0.4 A
max. admissible load: 0.9 A … 2.6 A (external fuse protection required)

Power loss (at 24 V)

W

< 15

External fuse

4 A time-lag

Low level

U

‒3 V … 5 V

High level

U

11 V … UB

Current consumption at high level

I

2 mA … 15 mA

Reference potential

GND

Low level

U

0 V … 3 V

High level

U

14.5 V … UB

Current carrying capacity 1)

Imax.

50 mA (short-circuit-proof)

Maximum capacitive load

µF

200

Signal delay time

t

Depending on the set performance

Reference potential

GND

1)

If a short-circuit is detected, all digital outputs are switched to Low level.

Resolution 1)

14 bit

Input Ai_sv (swivel angle sensor)

Number (current or voltage input via separate pin)

1

Resolution 1)

13 bit

Voltage inputs (differential inputs)

Measurement range

UE

‒10 V … +10 V

Input resistance

RE

200 kΩ ±10 %

Linearity at 20 °C

U

mV

< 20

Noise

U

mV

± 15

Temperature drift

< 12 mV/10 K

Current inputs (reference to AGND)

Input current

IE

4 mA … 20 mA (0 mA … 20 mA physical)

Input resistance

RE

Ω

100

Linearity at 20 °C

I

μA

< 20

Temperature drift

< 12 μA/10 K

1)

Minimum feasible resolution of 1.465 mV or 1.27 µA

Resolution 1)

16 bit

Voltage outputs

Output range

U

‒10 V … +10 V (0 V … 10 V via software)

Minimum load impedance

Z

Ω

1000

Linearity and noise at 20 °C

U

mV

< 25

Temperature drift

< 12 mV/10 K

Current outputs

Output range

I

0 mA … 20 mA (4 mA … 20 mA via software)

Maximum load

R

Ω

500

Linearity and noise at 20 °C

I

μA

< 35

Temperature drift

< 12 μA/10 K

1)

0.334 mV/Bit

Maximum supply current

I

mA

60