750531.0000 - LCIS analogue/analogue converter

750531.0000 - LCIS analogue/analogue converter

Part No.
750531.0000
Type
LCIS-WAA-0531-62-S
Article on request
PU
1 piece
Interface Technology
LCIS analogue/analogue converter

Description

Input: 0–10 V
Output: 0–20 mA
Insulation: 2.5 kV, 3-way isolation

Technical Data

Input

Input signal
0–10 V
Galvanic isolation I/O
3-way isolation
Zero /Span
Production comparison
Input resistance
>330 k

Output

Output signal
0–20 mA
Output current limit
  • min. 0 mA for all output ranges with nominal lower limit 0 mA
  • max. 21.6 mA for all output ranges with nominal upper limit 20 mA
Max. load impedance at I-output
500
Output voltage
<16 V
Residual ripple
<20 mVeff

Operating data

Accuracy
0.1 % FSR @ 23 °C
Linearity error
0.05 % FSR
Rise time (10 - 90%)
6 ms
Build-up time (Accuracy 1%)
17 ms
Critical frequency
30 Hz @ 3 dB
Temperature coefficient
<150 ppm / K FSR

General

Rated voltage UN
AC/DC 24 V
Operation voltage range
AC 19.2–26.4 V / DC 18.0–31.2 V
Status indication
LED green
Input/output protection
Overvoltage, short circuit-proof output
Insulation voltage input / output
2.5 kVeff
Housing material
PA 6.6 (UL 94 V-0, NFF I2, F2)
Color of the housing
  • RAL 7012
  • basalt grey
Mounting
  • DIN rail mountable TS35
  • (EN 60715)
Protection class
IP20
Installation position
any
Connection type
  • Screwed terminal
  • single wire
  • 0.25 mm2–2.5 mm2 / AWG 20–14
  • fine stranded wire with ferrule
  • 0.25 mm2–1.5 mm2 / AWG 20–16
Operation temperature range
-25 °C … +60 °C
Storage temperature range
-40°C…80°C
Dimensions (w × h × d)
6,2×93×73 mm
Weight
0,029 kg/piece
PU
1 piece
Certifications
  • cULus (E135145)
  • DNV GL
Standards
EN 60947-5-1

Failure Rate Prediction (MTBF)

Standards
  • Electronic components – Reliability – Reference conditions for failure rates and stress models for conversion: EN/IEC 61709
  • Failure Rates of Components – Expected values: SN 29500
Failure rate at +45 °C
504 fit
Failure rate at +45 °C
1983891 h
1 fit equals one failure per 109 component hours
The indicated temperature is the mean component ambient temperature.
Comments
  • The results are valid under following conditions:
  • Automotive environment or industrial areas without extreme dust levels and harmful substances
  • Continuous operation 8760 h per year
Dimensions
PIN assignment

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