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Bachmann MP226
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Bachmann MP226

Product Name​
M1 System Compact Processor Module
Product Introduction​
Bachmann MP226 is a compact CPU module for the Bachmann M1 control system. It performs real-time logic execution, communication management, and system diagnostics for machine control, process automation, and infrastructure applications. Ordering suffixes determine onboard I/O, Ethernet, and fieldbus options.
Category:
Description
Technical Specifications​
System platform: Bachmann M1 backplane
Power supply: 24 V DC through M1 backplane
Processor: 32-bit industrial CPU in integrated-I/O variants; base CPU variant according to ordering suffix
Programming: IEC 61131-3 via Bachmann SolutionCenter
Memory: Flash program memory and RAM/data memory according to suffix; integrated-I/O versions support 8 MB flash and 32 MB RAM typical
Communication: M1 system bus as standard; Ethernet, RS232, RS485, and CANopen according to variant
Onboard I/O: not included in base MP226; MP226/EW and similar suffixes can include digital input, digital output, analog input, and Ethernet ports
Status indication: front-panel LEDs for run, error, and communication
Operating temperature: 0 °C to +60 °C in ventilated cabinet
Humidity: 5–95 percent non-condensing
Mounting: M1 rack or DIN-rail cabinet installation
Functional Features​
Deterministic control cycles, structured fault reporting, hot-standby and redundancy options in larger M1 systems, standard PLC language support, and seamless data exchange with Bachmann I/O and third-party controllers through configured protocols.
Working Principle​
The CPU reads system bus data from I/O modules, executes control tasks according to the loaded IEC 61131-3 application, writes output commands to the bus, and reports diagnostics through LEDs and communication ports. Field signals are processed locally when onboard I/O variants are used.
Application Scenarios​
Packaging machines, power and energy skids, marine auxiliary systems, wind-power control, building automation, and general industrial process control.
Structural Characteristics​
Single-slot M1 module, multilayer control PCB, backplane connector, metal or plastic front plate, isolation between logic and field circuits, variant-specific RJ45, D-Sub, and terminal interfaces.
Installation Requirements​
Mount on the M1 backplane or DIN rail inside a grounded control cabinet. Provide stabilized 24 V DC supply. Separate signal cables from power cables. Confirm variant suffix before wiring onboard I/O. Ground the cabinet PE bus and verify backplane seating.
Usage Precautions​
Keep current project backup before firmware changes. Use ESD protection when handling modules. Confirm memory and communication options before plant integration. Inspect terminal tightness and diagnostic logs periodically. Do not mix incompatible firmware versions in redundant CPUs.
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