B&R 2CP104.60-125 CPU Module
May 27, 2026

B&R 2CP104.60-125 CPU Module

The 2CP104.60-125 is a high-temperature resistant CPU module from the B&R 2010 series PCC (Programmable Computer Controller) system. It is an enhanced version of the standard 2CP104.60-1, designed for extreme industrial environments with ambient temperatures up to +125°C. As the core control unit, it integrates a powerful processor, high-speed SRAM, and multiple isolated communication interfaces, delivering reliable real-time control and data processing for high-heat applications.

Description

B&R 2CP104.60-125 CPU Module

Product Introduction

The 2CP104.60-125 is a high-temperature resistant CPU module from the B&R 2010 series PCC (Programmable Computer Controller) system. It is an enhanced version of the standard 2CP104.60-1, designed for extreme industrial environments with ambient temperatures up to +125°C. As the core control unit, it integrates a powerful processor, high-speed SRAM, and multiple isolated communication interfaces, delivering reliable real-time control and data processing for high-heat applications.

Basic Information

  • Model: 2CP104.60-125 (standard model: 2CP104.60-1)

  • Brand: B&R (Bernecker + Rainer, ABB Group)

  • Series: 2010 Series (PCC System)

  • Product Type: CPU Main Control Module

  • Processor: Industrial-grade CPU for 2010 series

  • Memory: 128 KB system SRAM + 256 KB user SRAM

  • Communication Interfaces: 1×non-isolated RS232, 1×electrically isolated RS232/TTY, 1×electrically isolated CAN (CANopen capable)

  • Power Supply: 24 VDC (±10%)

  • Power Consumption: Max 10 W

  • Dimensions: 285 mm × 185 mm × 80 mm

  • Weight: Approx. 1.2 kg

  • Protection Class: IP20

  • Operating Temperature: -40°C to +125°C (wide-range high-temperature version)

  • Certifications: CE, UL/cULus, EAC

  • Origin: Austria (original imported)

Function and Positioning

The 2CP104.60-125 serves as the central processing and communication core of B&R 2010 series PCC systems. It executes user programs, handles logic and motion control, and manages data exchange with I/O modules and host systems. The three independent communication interfaces with electrical isolation ensure stable and interference-resistant data transmission. Its -40°C to +125°C wide-temperature design enables continuous, stable operation without performance degradation in high-heat environments such as metallurgical plants, energy facilities, and high-temperature workshops. It works seamlessly with B&R Automation Studio for integrated programming, configuration, and diagnostics.

Core Performance Parameters

  • Programming Languages: Compliant with IEC 61131-3 (ST, Ladder, FBD)

  • Memory Configuration: 128 KB system SRAM, 256 KB user SRAM; application memory ordered separately

  • Communication Speed: High-speed I/O bus and CANopen communication

  • Isolation: Electrical isolation on RS232/TTY and CAN interfaces

  • Real-Time Performance: Microsecond-level task scheduling for motion control

  • EMC Compliance: EN 61000-6-2, EN 61000-6-4

  • Vibration/Shock Resistance: Compliant with IEC 60068-2-6/27

  • Battery Backup: Supports 0AC201.91 lithium battery for data retention during power loss

General Compatible Accessories

  • B&R 2010 series backplanes and racks (2BP series)

  • B&R 2010 series I/O modules (digital, analog, sensor, communication)

  • 24 VDC industrial power supplies (0PS105.1, 0PS205.1)

  • Backup battery: 0AC201.91 (3 V lithium battery)

  • Bus adapters: 0AC912.9 (CAN), 0G1000.00-090 (RS485)

  • Programming software: B&R Automation Studio (V4.x and above)

  • Application memory modules (ME950, ME953, ME960, ME963)

  • RS232 programming cable (0G0001.00-090)

Applicable Equipment Fields

  • High-Temperature Industries: Metallurgy, heat treatment, kilns, glass manufacturing

  • Energy Sector: Photovoltaics, wind power, energy storage, power plant control

  • Heavy Industry: Construction machinery, mining equipment, heavy-duty machinery

  • Extreme Conditions: Outdoor equipment, high-temperature workshops, vehicle/shipboard automation

  • General Automation: Packaging, textile, printing, plastics machinery (high-temperature customized scenarios)


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