B&R X20CP1585 CPU PLC Module

Buy B&R X20CP1585 CPU PLC Module high-performance CPU (Central Processing Unit) module for Programmable Logic Controller (PLC) systems designed to serve as the central processing core in modular automation platforms. Engineered for demanding industrial control tasks, this PLC CPU module combines fast execution, flexible connectivity, and robust system diagnostics to manage complex machine logic and process automation reliably.

Typically used in modular I/O systems, the X20CP1585 is well suited for applications that require high-speed data processing, extensive communication capabilities, and seamless integration with various field devices. Its architecture supports both discrete and analog I/O motion control, and networked automation systems, making it a versatile choice for factories, processing plants, packaging machines, and other industrial environments.

Key Functional Highlights

High-Performance Processing

The B&R X20CP1585 CPU module features a powerful onboard processor engineered for rapid execution of control programs, enabling deterministic performance in real-time automation tasks. It efficiently processes complex logic, timing, and communication routines without bottlenecks, ensuring smooth operation of automated systems.

Modular System Integration

Designed to be part of a modular hardware platform (typically matching compatible I/O and communication modules), this CPU acts as the control backbone of a scalable PLC architecture. Its modular approach allows users to add only the I/O and communication options needed for the application, reducing wiring complexity and installation cost.

Versatile Connectivity

The module supports multiple communication interfaces and protocols to seamlessly integrate with higher-level systems such as SCADA (Supervisory Control and Data Acquisition), HMIs (Human-Machine Interfaces), and industrial networks. This capability enables data exchange and remote monitoring across a plant network.

Reliable Industrial Operation

Built for 24/7 industrial service the B&R X20CP1585 is engineered to withstand harsh factory conditions, including temperature variations, vibrations, and electrical noise. Its rugged design and diagnostic features help maintain system uptime and reduce troubleshooting time.

Typical Industrial Use Cases

The B&R X20CP1585 CPU module is commonly used in:

Manufacturing automation systems
Process control applications
Material handling and packaging machinery
Motion control and robotics
Energy and utilities automation
Assembly line sequencing and machine safety logic

Why Choose the B&R X20CP1585 CPU Module

High Processing Power: Executes control programs rapidly with minimal latency, ideal for high-speed automation tasks.

Flexible Expansion: Works within modular PLC platforms, allowing users to configure precisely the I/O and communication modules needed.

Strong Network Support: Enables integration with multiple industrial communication networks for centralized monitoring and control.

Industrial Grade Reliability: Designed to operate in harsh environments with built-in diagnostics and error handling to minimize downtime.

Technical Specifications

General Overview

Product Type: PLC CPU module
Series / Family: BR X20 modular automation system
Role: Central processing unit for PLC control logic, communication, and I/O coordination

Processor & Performance

CPU Architecture: Industrial control optimized microprocessor
Program Execution: Fast execution with real-time deterministic performance
Memory: Sufficient program and data memory for typical industrial automation tasks (program memory + work memory)
Task Handling: Supports multiple user tasks and interrupt processing

I/O & Expansion

Modular I/O Support:
- Designed to link with X20 I/O modules for digital and analog signals
- Easily expandable with additional I/O modules as required
Local I/O Capability: Direct connection to modular I/O rack

Communication Interfaces

Industrial Fieldbus Support:
- Support for standard fieldbus networks (protocol support dependent on optional modules and base system)
- Typical support includes Modbus, Ethernet/IP, Profinet, Profibus, CANopen, and others via expansion communication modules
Physical Ports: Ethernet port(s) and fieldbus interfaces on module or via optional cards
Protocol Flexibility: Communicates with HMI/SCADA systems and master PLCs

Program & Data Handling

Programming Language Support: IEC 61131-3 compliant languages (Ladder Diagram, Function Block, Structured Text, etc.)
Program Storage: Non-volatile memory retains program during power loss
Data Logging: Capable of data storage and historical logging via system memory or external interfaces

Diagnostics & System Monitoring

Error Status Indicators: On-board LED indicators for power, run, fault, and communication status
Built-in Diagnostics:
- Watchdog timer
- Memory and I/O integrity checks
- Bus communication monitoring
Fault Logging: Stores fault history for troubleshooting

Environmental & Mechanical

Operating Temperature: Industrial range (typically 0 °C to +55 °C; specifics depend on system design)
Storage Temperature: Extended range for storage and transport
Humidity: Up to ~95% non-condensing operating humidity
Shock & Vibration: Designed to industrial mechanical standards suitable for machine environments
Installation: DIN rail or rack mounting in control cabinets

Power Requirements

Supply Voltage: Typically 24 V DC (standard for modular PLC systems)
Power Consumption: Dependent on module configuration and attached I/O modules
Power Protection: Internal protection against overcurrent and reverse polarity

Safety & Compliance

Standards Compliance: Meets industrial automation safety, EMC (electromagnetic compatibility), and environmental requirements for PLC equipment
Certifications: Conforms to relevant international industrial control standards

Physical Attributes

Form Factor: Compact modular CPU module designed for X20 automation rack systems
Module Width / Height / Depth: Sized to fit modular X20 rack specification
Indicators:
- RUN/STOP status
- Error/Fault status
- Communication activity

System Features

Real-Time Control: Suitable for high-speed machine logic, sequencing, and process control
Scalability: Expandable with I/O communication, and specialty modules
Network Integration: Connects easily with higher-level plant systems for data exchange and centralized automation