B&R

The code "X20CM8281" appears to be a model or serial number, possibly for an electronic component, industrial part, or machinery. Below is a general English description based on common naming conventions for such codes:

363

B&R

The X20DOF322 is an ultra-compact, high-performance digital output module designed for space-constrained industrial automation applications. As part of B&R's X20 system, this module delivers exceptional output density with 32 individually controllable channels in a standard 30mm form factor, making it ideal for controlling multiple actuators, indicators, and relays in modern machinery.

878

B&R

The X20AT6402 represents B&R's advanced analog output solution within the X20 automation system, delivering exceptional signal accuracy for demanding control applications. This versatile module provides four fully isolated channels configurable as either voltage or current outputs, making it ideal for precision process control systems.

907

B&R

The X20BM01 serves as the fundamental building block for B&R's modular X20 I/O system, providing both mechanical support and electrical connectivity for individual X20 modules. This passive component forms the critical interface between X20 functional modules and the DIN rail mounting system.

721

B&R

The X20PS4951 is a dedicated power supply module designed specifically for B&R's X20 automation system, providing clean and stable 5V DC power to the X20 backplane and connected I/O modules. This industrial-grade PSU ensures reliable operation of X20 systems with robust protection features.

993

B&R

The X20IF1030 is a high-performance PROFIBUS DP slave interface designed for B&R's X20 automation system, providing seamless integration between modern X20 I/O and legacy PROFIBUS DP networks. This rugged industrial communication module enables bidirectional data exchange with PROFIBUS DP master devices while maintaining the flexibility of the X20 I/O system.

463

B&R

The X20DI4371 is a space-saving digital input module designed for B&R's X20 automation system, offering an exceptional 32 channels of 24V DC input monitoring in a compact 30mm wide form factor. This industrial-grade module provides reliable signal acquisition for high-I/O-count applications while maintaining robust electrical isolation.

589

B&R

The X20CP1584 represents B&R's advanced compact automation controller within the X20 system, combining industrial computing power with modular I/O flexibility. Designed for space-constrained applications requiring robust control capabilities, this controller delivers real-time performance in a DIN-rail mountable package.

874

B&R

The 8V1090.00-2 is a high-performance 24V DC switching power supply designed for demanding industrial automation applications. As part of B&R's power solutions portfolio, this unit delivers reliable 960W power with exceptional efficiency for control systems, I/O stations, and industrial electronics.

264

B&R

The X20IF1073 represents B&R's advanced fieldbus communication solution for the X20 I/O system, serving as a powerful gateway between industrial networks and distributed I/O. This versatile interface module enables seamless integration of X20 stations into modern automation architectures with deterministic real-time performance. Allow adequate heat dissipation space Follow EMC guidelines for cabinet installation Important: Protocol-specific functionality may vary. Always verify network parameters with system requirements before configuration. For optimal performance in motion applications, use B&R's deterministic network settings.

315

B&R

The B&R X20AT2402 is an advanced temperature input module designed for precise and reliable data acquisition in industrial automation environments, offering enhanced accuracy and durability.

89

B&R

The X20AI1744 is a high-precision analog input module designed for B&R's X20 automation system, providing four fully isolated channels for versatile signal acquisition in industrial environments. This module delivers exceptional measurement accuracy for both voltage and current signals, making it ideal for critical process monitoring applications.

284