B&R from Foxmere

- Part Number
- Description
- Availability
- X20DO9321
- The module is equipped with 12 outputs for 1-wire connections. The module is designed for sink output wiring.
- Available
- X20DO9322
- The module is equipped with 12 outputs for 1-wire connections. The module is designed for source output wiring.
- Available
- X20DOD322
- The X20DOD322 module is equipped with eight outputs for 1-wire or 2-wire connections. The X20DOD322 is designed for source output wiring.
- Available
- X20DOF32
- Digital output module with 16 outputs rated at 24V DC, 0.5A.
- Available
- X20DOF321
- The module is equipped with 16 outputs for 1-wire connections. The module is designed for a sink output circuit.
- Available
- X20DOF322
- The module is equipped with 16 outputs for 1-wire connections. The module is designed for source output wiring.
- Available
- X20DS1119
- This module is a multifunction digital signal processor module. It can be used extremely flexibly for a wide variety of tasks involving digital signal processing or digital signal generation. Two primary example applications include controlling stepper output stages with pulse and direction signals or using as encoder emulation. In this application, for example, frequency inverters or servo axes with the speed follow function can follow a real or virtual master axis. An additional major feature is the module's integrated timestamp function. It allows counter ramps curves to be generated virtually independently of bus cycle times during encoder emulation, for example. Only the target counter value and moment when it should be reached are transferred. The module automatically generates the corresponding counter values at the appropriate time, precisely in microsecond resolution and independently of the bus clock.
- Available
- X20DS1319
- This module is a multifunction digital signal processor module. It can be used extremely flexibly for a wide variety of tasks involving digital signal processing or digital signal generation. Two primary example applications include controlling stepper output stages with pulse and direction signals or using as encoder emulation. In this application, for example, frequency inverters or servo axes with the speed follow function can follow a real or virtual master axis. An additional essential feature is the module's integrated timestamp function. It allows counter ramps curves to be generated virtually independently of bus cycle times during encoder emulation, for example. Only the target counter value and moment when it should be reached are transferred. The module automatically generates the corresponding counter values at the appropriate time, precisely in microsecond resolution and independently of the bus clock.
- Available
- X20DS1828
- The module is equipped with 1 HIPERFACE encoder interface. This module can be used to evaluate encoders installed in motors from other manufacturers as well as encoders for external axes (encoders that sample any machine movement). The input signals are monitored. This makes it possible to detect open or shorted lines as well as encoder supply failures.
- Available
- X20DS1928
- The module is equipped with an EnDat encoder interface. The module automatically detects whether an encoder is connected with EnDat 2.1 or EnDat 2.2. This module can be used to evaluate encoders installed in B&R servo motors as well as encoders for external axes (encoders that scan any machine movement). The input signals are monitored. This makes it possible to detect open or shorted lines as well as encoder supply failures.
- Available
- X20DS4389
- This module is a digital signal processor module that is used for detecting and evaluating input edges and for creating edges. An additional essential feature is the module's integrated timestamp function. This allows fast input edges such as registration marks to be detected independently of the system's X2X Link cycle time and provided with a precise input stamp. In the other direction, the module sets outputs at exactly specified times. This is done with a resolution up to 125 ns. In oversampling mode, the module acquires very short input patters whose low or high phases are shorter than the X2X Link cycle time. Similarly, output patterns (e.g. drum sequencers) can also be output with extremely short high/low times. Oversampling can take place with a scan rate of up to 25 μs. If necessary, up to 4 events per edge detection unit can be stored in a buffer (history elements). Other functions include pulse duration measuring and differential time measuring.
- Available
- X20DS438A
- The module is an IO-Link master that allows intelligent sensors and actuators to be connected to the X20 system in accordance with the IO-Link standard. The module can be used to operate up to 4 IO-Link devices. All IO-Link channels can be used either as standard digital inputs or outputs.
- Available
- X20EM0611
- This compact yet powerful controller is based on Intel Atom processor technology. The fanless, battery-free design of this controller means it is completely maintenance-free. The basic configuration includes USB, Ethernet, POWERLINK V2, RS485 and a flash drive.
- Available
- X20EM0612
- This compact yet powerful controller is based on Intel Atom processor technology. The fanless, battery-free design of this controller means it is completely maintenance-free. The basic configuration includes USB, Ethernet, POWERLINK V2, RS485 and a flash drive.
- Available
- X20EM0613
- This compact yet powerful controller is based on Intel Atom processor technology. The fanless, battery-free design of this controller means it is completely maintenance-free. The basic configuration includes USB, Ethernet, POWERLINK V2, RS485 and a flash drive.
- Available
- X20EM1611
- This compact yet powerful controller is based on Intel Atom processor technology. The fanless, battery-free design of this controller means it is completely maintenance-free. The basic configuration includes USB, Ethernet, POWERLINK V2, RS485 and a flash drive. In addition, 1 slot can be used for X20 interface modules to increase flexibility.
- Available
- X20EM1612
- This compact yet powerful controller is based on Intel Atom processor technology. The fanless, battery-free design of this controller means it is completely maintenance-free. The basic configuration includes USB, Ethernet, POWERLINK V2, RS485 and a flash drive. In addition, 1 slot can be used for X20 interface modules to increase flexibility.
- Available
- X20EM1613
- This compact yet powerful controller is based on Intel Atom processor technology. The fanless, battery-free design of this controller means it is completely maintenance-free. The basic configuration includes USB, Ethernet, POWERLINK V2, RS485 and a flash drive. In addition, 1 slot can be used for X20 interface modules to increase flexibility.
- Available
- X20ET8819
- POWERLINK has proven itself in the field for years and rarely has problems during commissioning and production. Nonetheless, it is still possible for communication disturbances to occur due to damaged or poor quality cables. If an error occurs, localizing and correcting it is usually very easy thanks to the heterogeneous structure of this flat network type (all data is always visible throughout the network). What's problematic are errors that occur sporadically. This is where tools such as Omnipeek or Wireshark come in. These tools (or more likely the standard PC technology being used) reach their limits, however, when dealing with machines that have short network cycles. Either not all frames can be recorded, or some telegrams are lost altogether. In these cases, what's needed is a special hardware tool that can work very quickly, record and save every bit of traffic and then pass it on to a laptop. This module provides different operating modes. For example, it can work passively on the network, in which case the real-time behavior remains unchanged. The device listens in and selectively takes in data when certain defined trigger conditions are met. It can read all of the data, mark it with a timestamp, store it temporarily and ultimately pass it on to a PC. The data is then analyzed in the familiar PC environment.
- Available
- X20HB1881
- The POWERLINK bus controllers X20BC8083, X20BC8084 (revision D0 or higher) and the stand-alone hub X20HB8880 are equipped with a modular hub expansion. An additional 1 or 2 slots are available, depending on the bus base used. The X20HB1881 hub expansion module can be operated in these slots. Note that the hardware revision of the X20BC8083 and the X20HB8880 must be ≥F0. The hub expansion module is a 1x hub. The Ethernet connection is made using 62.5/125 μm or 50/125 µm fiber optic multimode cable with a duplex LC connection. The module and network status is indicated using LEDs.
- Available
- X20HB1882
- POWERLINK bus controllers X20BC8083 and X20BC8084 (revision D0 and later) and standalone hub X20HB8880 are equipped with a modular hub expansion. An additional 1 or 2 slots are available depending on the bus base being used. Hub expansion module X20HB1882 can be operated in these slots. Note that the hardware revision of the X20BC8083 and X20HB8880 must be ≥F0. The hub expansion module is designed as a 1-port hub. The Ethernet connection is made using 9/125 µm single-mode glass fiber cables with a duplex LC connector. The module state and network status are indicated using LEDs.
- Available
- X20HB2880
- The POWERLINK bus controller X20BC8083 and the stand-alone hubs X20HB8880 and X20HB8815 are equipped with a modular hub expansion. An additional 1 or 2 slots are available, depending on the bus base used. The X20HB2880 hub expansion module can be operated in these slots. The status of the module and network are indicated by LEDs.
- Available
- X20HB2881
- The POWERLINK bus controller X20BC8083 and the stand-alone hubs X20HB8880 and X20HB8815 are equipped with a modular hub expansion. An additional 1 or 2 slots are available, depending on the bus base used. The X20HB2881 hub expansion module can be operated in these slots. Note that the hardware revision of the X20BC8083 and the X20HB8880 must be ≥F0. The hub expansion module is a 2x hub. The Ethernet connection is made using 62.5/125 μm or 50/125 µm fiber optic multimode cable with a duplex LC connection. The status of the module and network are indicated by LEDs.
- Available
- X20HB2885
- The X20BC8084 POWERLINK bus controller and the X20HB8884 module are equipped with an integrated link selector function. An additional 1 or 2 slots are available, depending on the bus base used. The active X20HB2885 hub expansion module can be operated in these slots. The active hub expansion module is equipped with one integrated 2x hub and allows redundant wiring. This means that the connection between the two ports remains intact if there is a failure in the bus controller or Compact Link Selector. The status of the module and network are indicated by LEDs.
- Available
- X20HB2886
- The X20BC8084 POWERLINK bus controller and the X20HB8884 module are equipped with an integrated link selector function. An additional 1 or 2 slots are available, depending on the bus base used. The active X20HB2886 hub expansion module can be operated in these slots. Note that the hardware revision of the X20BC8084 and the X20HB8884 must be ≥E0. The active hub expansion module is equipped with one integrated 2x hub and allows redundant wiring. This means that the connection between the two 100 Base-FX interfaces remains intact if there is a failure in the bus controller or Compact Link Selector. The Ethernet connection is made using 62.5/125 μm or 50/125 µm fiber optic multimode cable with a duplex LC connection. The status of the module and network are indicated by LEDs.
- Available

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