This module is equipped with 1 input for SSI absolute encoders with 5 V encoder signal. The data signal is monitored (Data, Data\).
2 CAN bus interfaces for serial, remote connection of complex devices to the X20 system. Integrated terminating resistors. In addition to the standard I/O, complex devices often need to be connected. The X20 CS communication modules are intended precisely for cases like this. As normal X20 electronics modules, they can be placed anywhere on the remote backplane.
CAN bus interface for serial, remote connection of complex devices to the X20 system
Integrated terminating resistor
In addition to the standard I/O, complex devices often need to be connected. The X20CS communication modules are intended precisely for cases like this. As normal X20 electronics modules, they can be placed anywhere on the remote backplane.
RS232 interface for serial, remote connection of complex devices to the X20 system
In addition to the standard I/O, complex devices often need to be connected. The X20CS communication modules are intended precisely for cases like this. As normal X20 electronics modules, they can be placed anywhere on the remote backplane.
Intel Atom 600 MHz processor with an additional I/O-processor
Onboard Ethernet, POWERLINK with poll response chaining and USB
3 slots for modular interface expansion
CompactFlash as removable application memory
256 MB DDR2-SDRAM
Controller redundancy possible
Fanless
The X20CP3585 controller is based on an Atom processor clocked at 0.6 GHz and equipped with 256 MB DDR2 SDRAM.
USB, Ethernet, POWERLINK and removable CompactFlash are all included as standard features. A Gigabit Ethernet interface is a standard feature. For even more real-time network performance, the onboard POWERLINK interface supports poll response chaining mode (PRC).
The controller is equipped with 3 slots available for X20 communication modules. Various bus and network systems can easily be integrated into the X20 system through the use of communication modules.
Intel Celeron 400 Performance with additional I/O processor
Ethernet, POWERLINK and USB onboard
1 slot for modular interface expansion
CompactFlash as removable application memory
Fan-free
Extremely compact
The X20CP1485 is a powerful CPU for the X20 System. This CPU is especially useful for applications that require short cycle times, have to process very large amounts of data, or carry out floating point operations.
Ethernet and USB are onboard. In addition, the CPU has a POWERLINK connection for real-time communication. The only differences from the X20CP3485 are that the X20CP1485 only has one slot for interface modules and a smaller width.
The CPU models X20CP1485 and X20CP1485-1 differ only by SDRAM size.
Intel Celeron 266 Performance with additional I/O processor
Ethernet, POWERLINK and USB onboard
1 slot for modular interface expansion
CompactFlash as removable application memory
Fan-free
Extremely compact
The X20CP1484 is the smallest Celeron based CPU for the X20 System. However, its shortest cycle time of 800 µs still shows its power. The basic features are the same as those of the larger types.
Ethernet and USB are onboard. In addition, the CPU has a POWERLINK connection for real-time communication. The only differences from the X20CP3484 are that the X20CP1484 only has one slot for interface modules and a smaller width.
The CPU models X20CP1484 and X20CP1484-1 differ only by SDRAM size.
ARM Cortex-A9 processor with 667 MHz and integrated I/O processor
POWERLINK with onboard poll response chaining
Onboard Ethernet
2x onboard USB
256 MB DDR3 SDRAM
2 GB onboard flash drive
Fanless
No battery
Extremely compact
The controllers in the X20 Compact-S family are both powerful and compact. The fanless, battery-free design of these controllers means they are completely maintenance-free.
The X20CP0484 is equipped with an ARM Cortex-A9-667 processor, 256 MB RAM and 2 GB built-in flash drive. The FRAM for storing remanent variables has 64 kB available.
With POWERLINK, Ethernet, USB and RS232, the controller offers a wide range of communication options. An optional RS485 or CAN interface is available. If the application requires additional interfaces, the controller can be modularly expanded by one or two X20 interface slots. This allows the entire product range of X20 fieldbus interfaces to be used.
ARM Cortex-A9 processor with 500 MHz and integrated I/O processor
POWERLINK with onboard poll response chaining
Onboard Ethernet
2x onboard USB
256 MB DDR3 SDRAM
1 GB onboard flash drive
Fanless
No battery
Extremely compact
The controllers in the X20 Compact-S family are both powerful and compact. The fanless, battery-free design of these controllers means they are completely maintenance-free.
The X20CP0483 is equipped with an ARM Cortex-A9-500 processor, 256 MB RAM and 1 GB built-in flash drive. The FRAM for storing remanent variables has 32 kB available.
With POWERLINK, Ethernet, USB and RS232, the controller offers a wide range of communication options. An optional RS485 or CAN interface is available. If the application requires additional interfaces, the controller can be modularly expanded by one or two X20 interface slots. This allows the entire product range of X20 fieldbus interfaces to be used.
Embedded µP25 with additional I/O processor
750 kB User SRAM
3 MB User FlashPROM
Onboard Ethernet
Only 37.5 mm wide
Battery-free
The X20CP0292 is the most powerful of the X20 Compact CPUs. Equipped with Embedded ?P 25 and additional memory, it is predestined for basic drive and visualization applications.
The network capability of the CPU is ensured by an onboard Ethernet interface.
Digital and analog channels
Selectable current and voltage for AI and AO
Counter functions
The module is a universal mixed module. On this module, digital I/O and analog I/O are combined. A current or voltage signal can be used for the analog I/O as desired. Counter functions on two of the digital inputs expand the range of use.
4-channel vibration measurement and analysis module
24-bit resolution at 51.562 kHz
IEPE supply
Internal calculation of an extensive range of condition parameters
Data buffer upload
This compact module provides a system for measuring and analyzing vibrations for use in applications such as condition monitoring for machinery and equipment.
The measurement unit consists of 4 vibration inputs with 24-bit converter resolution and a sampling frequency of 51.562 kHz. Each of the inputs has a separately activated constant current source to supply IEPE sensors.
Signal conditioning algorithms integrated in the module include configurable high and low-pass filters, an envelope curve generator and a Fourier transform, among many others.
Various characteristic values and configurable frequency bands are available to ensure seamless signal evaluation. The module-internal calculation minimizes the load on the bus and PLC.
Whether used for traditional condition monitoring or as a means of process optimization, the maximum evaluable frequency of 10 kHz and maximum frequency resolution of under 63 mHz make it suitable for almost any application. If desired, it can also be used as a standard input module.
The ability to upload all values in the time and frequency domain also allow measurements to be evaluated externally or archived.
Energy measurement for 120 to 480 VAC
Simultaneous measurement of 2 AC mains networks plus 2 additional voltages
For multifunctional measurement tasks
Intelligent mains synchronization unit
The module has a compact size and combines a power measurement module that has special features with a synchronization unit that is able to meet all demands.
The measurement unit's 3 current inputs are suitable for both X: 1 A and X: 5 A current transformers. Overcurrent resistance and the high resolution of the measurement unit round off its features. For the voltage inputs, the value range can be configured between 480 VAC and 120 VAC.
The area of use includes 4-wire AC networks with a phase voltage up to 480 VAC and 3-wire systems, whereas L2 can be grounded (V-connection). The module can also handle Aron measuring circuits.
The resulting measured values include the pure phase current; line-to-line voltage or phase voltage; the effective, reactive and apparent power parts; the mains frequency; the power factor and much more. In addition, peak values and energy meters are stored on the module in nonvolatile memory. Depending on the configuration, it is also possible to use a digital output as a pulse encoder for an external energy meter.
The synchronization unit doesn't just take the phasing and phase voltage into consideration; integrated intelligence also monitors the rate of change and other parameters, allowing them to influence when the synchronization output is switched. It is also possible to monitor a generator using a large number of additional conditions. A total of 4 voltage inputs provide substantial overall flexibility.
Monitoring functions expand the features of the module. Dependent overcurrent monitoring is included, which utilizes the thermal capacity of the motor/generator to allow short overloads while still providing full protection. The dependent, delayed imbalanced load monitoring used to protect three-phase generator and three-phase networks from imbalanced load can be adapted to the characteristics of different generator types using parameters while taking their special thermal time constants into account.
X2X Link bus transmitter
For seamless expansion of the system
Up to 100 m segment length
Supply for internal I/O power supply
Integrated X2X Link power supply of the X67 system
Operation only on the rightmost slot
To connect an X20 system to an X67 system, a bus transmitter is simply connected to the end of the X20 block so that the X2X Link cable can be clamped. The bus transmitter also provides the X2X Link supply voltage of the X67 system. The X67 system power supply module that was previously always necessary can be omitted.
X2X Link bus transmitter
For seamless expansion of the system
Up to 100 m segment length
Supply for internal I/O power supply
Operation only on the rightmost slot
The bus transmitter is used for seamless expansion of the X20 system. Stations can be up to 100 m apart.
X2X Link bus receiver. Feed for X2X Link and internal I/O supply
Electrical isolation of feed and X2X Link supply
Redundancy of X2X Link supply possible by operating multiple supply modules simultaneously
Operation only on the slot to the far left
The bus receiver is used to connect the X20 System to the X2X Link. The module is equipped with a feed for the X2X Link as well as the internal I/O supply.
Bus module for SafeIO modules
The internal I/O power supply is continuous.
Manual node number assignment
Independent from the electronics module
Manual and automatic addressing can be combined as desired.
The bus module is the base for all SafeIO modules. The internal I/O power supply is continuous. In addition, a unique address is defined with this bus module using a node number switch.
Bus module for SafeIO modules
The internal I/O power supply is continuous.
The bus module is the base for all SafeIO modules. The internal I/O power supply is continuous.
Bus module for double-width I/O modules The internal I/O supply is interconnected
The bus module serves as a basis for all double-width X20 I/O modules. The internal I/O supply is interconnected.
Bus module for 24 VDC I/O modules
The internal I/O power supply is connected through.
The bus module is the base for all 24 VDC I/O modules. The internal I/O power supply is connected through.
POWERLINK
I/O configuration and firmware update via the fieldbus
Integrated hub for efficient cabling
Up to 2 slots for hub expansion modules
2x/4x/6x Fast Ethernet hub
The bus controller makes it possible to connect X2X Link I/O nodes to POWERLINK. It is also possible to operate the X2X Link cycle synchronously 1:1 or synchronous to POWERLINK using a prescaler.
POWERLINK is a standard protocol for Fast Ethernet equipped with hard real-time characteristics. The POWERLINK Standardization Group (EPSG) ensures that the standard remains open and is continually developed:: www.ethernet-powerlink.org.
The bus modules expanded to the left allow connection of up to 2 hub expansion modules in addition to the bus controller. Each expansion module is equipped with 2 RJ45 connections. This means that a basic device provides up to 6 hub connections.
Fieldbus: EtherCAT
Auto-configuration of I/O modules
I/O configuration and firmware update via the fieldbus (FoE)
Full support of the modular slice concept via CoE (CANopen over EtherCAT)
Configurable I/O cycle (0.2 to 4 ms)
Synchronization between the fieldbus and X2X Link
EtherCAT is an Ethernet-based fieldbus developed by Beckhoff. This protocol is suitable for both hard and soft real-time requirements in automation technology. In addition to a ring structure, which becomes logically necessary because of the summation frame telegram used, the EtherCAT technology also physically supports topologies such as line, tree, star (limited) and combinations of these topologies. B&R's X20BC80G3 (expandable bus controller module) and X20HB88G0 (standalone junction base module) are available for implementing these topologies.
EtherCAT slave devices take the data designated for them from a telegram as it is passing through the device. Input data is also added to the telegram as it is passing through. The bus controller allows X2X Link I/O modules to be coupled to EtherCAT and operated on any EtherCAT master system. A transition between IP20 and IP67 protection outside of the control cabinet is possible by arranging X20, X67 or XV modules one after the other as needed at distances up to 100 m.
Master systems without FoE (File access over EtherCAT) support require an appropriate configuration tool to transfer the configuration (optional).
POWERLINK
I/O configuration and firmware update via the fieldbus
Integrated hub for economical wiring
The bus controller makes it possible to connect X2X Link I/O nodes to POWERLINK. It is also possible to operate the X2X Link cycle synchronously 1:1 or synchronous to POWERLINK using a prescaler.
POWERLINK is a standard protocol for Fast Ethernet equipped with hard real-time characteristics. The POWERLINK Standardization Group (EPSG) ensures that the standard remains open and is continually developed:: www.ethernet-powerlink.org.
Bus base with 2 expansion slots
The bus module has 2 expansion slots. The following modules are used on this module:
Base module (BC, HB, etc.)
Two add-on modules (IF, HB, etc.)
Supply module
The left and right end cover plates are included in delivery.