B&R X20AO4632 Analog Output Module

Technical Specifications

Model:X20AO4632

Brand:B&R

Product Type:X20 system high‑precision analog output module

Applicable System:B&R X20 PLC system,applied for packaging machinery,process automation equipment for high‑precision proportional valve and analog actuator control

Channel Quantity:4 independent analog output channels

Output Range:±10V voltage,0‑20mA current,signal type selected by terminal wiring

Resolution:16‑bit including sign bit

Conversion Time:50µs full‑channel

Settling Time:500µs full range

Load Requirement:current output max 600Ω,voltage output ≥1kΩ

Protection:per‑channel short‑circuit protection,internal enable relay

Power Consumption:bus 0.01W,internal I/O 1.8W(revision ≥J0),2.2W(old revision)

Installation:Install on X20 backplane,matching X20BM11 bus module and X20TB12 terminal block

Indicator:per‑channel LED for channel status and fault diagnosis

Degree of protection:IP20

Certification:CE,cUL‑us,ATEX Zone2,UKCA,DNV marine certification,CCS,LR,ABS,BV

Working temperature:‑20℃ ~ +65℃

Storage temperature:‑40℃ ~ +85℃

Relative humidity:5‑95% non‑condensing,pollution degree 2

Built‑in function:X20 series high‑resolution analog output module converts PLC bus digital signals into analog voltage or current signals. Signal type is selected via terminal wiring. 16‑bit high‑resolution conversion improves analog control accuracy. Built‑in short‑circuit protection prevents module damage caused by field wiring faults. Internal enable relay manages power‑on output behavior. LED indicators support fast on‑site fault diagnosis,supports hot‑swap replacement during equipment maintenance

Product Brief

X20AO4632 belongs to B&R X20 I/O module family,it is different from 13‑bit X20AO4622 module. Bus module and terminal block need to be ordered separately for field wiring. Widely used for original B&R automation equipment maintenance and renovation. Before purchase,please confirm X20 hardware version and backplane compatibility requirement. ESD anti‑static protection shall be followed during installation