Technical Specifications:​

Processor: 32-bit embedded industrial CPU, approximately 300 MHz

Program memory: flash memory, 32 MB and above

Runtime memory: SDRAM, 64 MB

Operating system: KEBA real-time operating system or Linux RT version

Communication: 1 Ethernet interface, 1 system bus interface, expandable CAN, RS232 and USB

Power supply: 24 V DC through backplane

Operating temperature: 0 °C to +55 °C

Mounting: control rack slot or DIN rail according to system chassis

Functional Features:​

Deterministic real-time task execution for logic and motion

System bus coordination with KEBA I/O and axis modules

Ethernet communication with supervisory systems and HMI panels

Expandable CAN, RS232 and USB for peripherals and service

Modular I/O expansion for medium-scale machine architectures

Performance Parameters:​

Sustained scan performance suitable for injection, packaging and assembly control

Real-time operating system scheduling for millisecond-class control cycles

System bus data exchange with digital, analog and servo modules

Ethernet throughput adequate for program download, diagnostics and visualization

Material Composition:​

Housing: industrial aluminum/metal CPU carrier with oxidation finish

Internal boards: multilayer FR4 control PCB

Connectors: gold-plated Ethernet, system bus and serial contacts

Terminals: flame-retardant thermoplastic with spring or screw clamping

Structural Characteristics:​

Standard KEBA control rack width CPU module

Front status LED array and service interfaces

Rear backplane connector for system bus and 24 V DC power

Optional DIN rail mounting bracket depending on chassis design

Working Principle:​

The CPU boots from internal flash, loads the real-time control project into SDRAM, and executes IEC-style or KEBA machine tasks. Field data from I/O and servo modules arrives over the system bus; Ethernet handles HMI, recipes and diagnostics; CAN/RS232/USB support local peripherals. Output commands return to I/O and motion modules each control cycle.

Installation Requirements:​

Insert into a compatible KEBA rack or mount on DIN rail with proper spacing

Connect 24 V DC backplane power with correct polarity and fusing

Install only approved KEBA I/O, communication and servo modules

Maintain cabinet ventilation within 0 °C to +55 °C

Usage Precautions:​

Do not operate with non-KEBA system components outside validated configurations

Backup application project before firmware or parameter changes

Prevent electrostatic discharge when handling board edges and connectors

Monitor CPU temperature and system bus load during continuous production