4 half-bridge outputs 24 VDC 3A 5 A peak 2 channels 2 AB incremental encoders 24 to 39 VDC ±25% 3A 3.5 A peak Motor control 1 full bridge for controlling stepper motors 1 ABR incremental encoder 24 to 39 VDC ±25% 3A 3.5 A peak 4 digital input channels 4 digital channels configurable as inputs or outputs 24 VDC 4 edge detection units 4x edge generation with μs precision 4x oversampling 3 digital channels configurable as inputs or outputs 5 VDC 2 digital input channels 24 VDC 1 universal counter pair Linear movement generator SSI absolute encoder, I/O oversampling 4 digital input channels 4 digital channels configurable as inputs or outputs 24 VDC 1 universal counter pair Linear movement generator SSI absolute encoder, I/O oversampling SinCos encoder interface Encoder monitoring 5 VDC and GND for encoder supply Hub base module Easily expandable 2/4/6x Fast Ethernet Hub Integrated automation Global presence Solid partnership Energy measurement and synchronization modules B&R X20 system Slice-based I/O and control 4 channels 4 ABR incremental encoders 24 to 48 VDC ±25% 6A 10 A peak 1 AB incremental encoder 4 digital inputs channels 4 digital channels configurable as inputs or outputs 24 VDC 1 full bridge for controlling stepper motors 1 ABR incremental encoder 24 VDC 1A 1.2 A peak HIPERFACE encoder interface Encoder monitoring 11 VDC and GND for encoder supply POWERLINK - TCP/IP gateway 3/5x POWERLINK hub EnDat 2.1 and EnDat 2.2 encoder interface Encoder monitoring 5 VDC and GND for encoder supply Ethernet analysis tool Recording and analysis of CRC and frame errors Triggers can also be activated using external digital signals Analysis of both half-duplex and full-duplex networks Able to record two networks simultaneously Energy measurement and synchronization module 5 DO, 24 VDC, source, 1-wire connections, 0.1 A nominal output current 1 DO, Relay/Changeover contact, 30 VDC/230 VAC, 1 A nominal output current 8 AI, 120 VAC/480 VAC, 16-bit 3 AI, 1 A/5 A, 16-bit 3 AI 480 VAC 4 AI 20 mA Calculates active, reactive and apparent power/energy, calculates root mean square values 3 AI 480 VAC 4 AI 1 A Calculates active, reactive and apparent power/energy, calculates root mean square values 3 AI 480 VAC 4 AI 5 A Calculates active, reactive and apparent power/energy, calculates root mean square values High-speed precision of open and closed loop control for machines and systems – at an attractive price. B&R eliminates this seeming contradiction with the high degree of scalability of their control systems. This makes it possible for B&R to cover all requirements with a single platform – from the smallest controllers all the way up to CNC, robotics and process control applications. What‘s more, this platform can be programmed and configured – regardless of the hardware being used – with Automation Studio. This compatibility reduces development costs while at the same time protecting investments made throughout the entire life cycle of the machine. Programmable logic controllers With a performance range reaching all the way to Intel® Atom™ CPUs, the X20 system can handle all tasks large or small. This system is extremely compact and highly modular as a result of its unique "slice" system. Perfectly integrated fieldbus connections provide the highest degree of freedom for decentralized machine and system concepts. Slice-based I/O and control system There are many different slice-based I/O and control systems available on the market, but the X20 system from B&R is the only one that lives up to the motto "Perfection in Automation". Born from experience gained from applications all over the world, numerous conversations with customers and with the aim for more simple, economical and secure usage, the X20 system is a new universal solution for any automated task in machine and system manufacturing. Condition monitoring 3 x 1 = One Three subcomponents – terminal block, electronics module and bus module – come together to form this module. This modularity results in a system that combines the advantages of both rack and I/O slice systems: < Prewiring without the module < Hot pluggable electronics < Extra bus slots for added options B&R Corporate Headquarters Bernecker + Rainer Industrie-Elektronik Ges.m.b.H. B&R Strasse 1 5142 Eggelsberg, Austria [email protected] www.br-automation.com Your local contact www.br-automation.com/contact 8 channels PWM output 24 VDC, sink, 1-wire connections 0.6 A nominal output current Current trace Switching time detection IO-Link master 4 IO-Link interfaces Each interface can be configured as a standard input or output Seamless integration in POWERLINK Supports all transfer rates < Intel Atom™ performance < Fanless and maintenance-free < Onboard POWERLINK < Onboard gigabit Ethernet and USB < Removable terminal blocks < Hot-pluggable electronics < 16 channels with total width of only 12.5 mm < Open for all fieldbus systems Seamless and continuous data recording Calculation of meaningful characteristic values within the module (ISO 10816-3, VDI 3832, etc.) RMS calculation for damage frequency bands Envelope calculation FFT calculation within the module No additional costs for algorithms No additional costs for integration into automation solutions No added costs for additional channels Easy to use 4 AI incl. IEPE supply for sensors 24-bit resolution Internal sampling rate: 51.2 kHz (measurable input frequency: 10 kHz) MM-E01343.083 © 11/2013 by B&R. All rights reserved worldwide. 3 full-bridge outputs 24 VDC 3A 5 A peak Half bridge Universal mixed module 4 DI, 24 VDC, sink, 1-wire connections, 2 event counters, gate measurement 2 DO, 24 VDC, source, 1-wire connections, 0.5 A nominal output current 1 AI, ±10 V or 0 to 20 mA / 4 to 20 mA, 12-bit or 1 AO, ±10 V or 0 to 20 mA, 12-bit

Sink, 3-wire connections 2 event counters Gate measurement Digital outputs Sink, 3-wire connections, open line and short circuit detection 4 event counters Open line and short circuit detection Analog inputs Source, 3-wire connections 0.5 A nominal output current Sink, 3-wire connections 0.5 A nominal output current Source, 3-wire connections 0.5 A nominal output current Sink, 1- or 2-wire connections 0.5 A nominal output current Source, 1- or 2-wire connections 0.5 A nominal output current Source, 3-wire connections 2 A nominal output current Controls external power triacs or non-parallel thyristors...