Features:
- Predictable Single-Task Execution
- Native M1 Bus Compatibility
- Onboard Retentive Data Security
The single-core architecture of the Bachmann CPC210 eliminates multi-core resource contention or task-jitter, providing linear and highly predictable task execution times for mission-critical logic loops.
Designed exclusively for the classic M1 backplane, the Bachmann CPC210 provides seamless plug-and-play integration with all standard Bachmann digital, analog, and counter modules without requiring specialized driver layers.
The Bachmann CPC210 incorporates reliable non-volatile memory chips that instantly freeze critical machine states and alarm logs during unexpected power anomalies, preventing data corruption without relying on external battery backups.
The CPC210 Bachmann M1 System Central Processor Module may still be available for purchase and support from Apter Power beyond End-Of-Life (EOL) by the manufacturer (OEM).
Bachmann CPC210 M1 System Central Processor Module Manuals,Datasheets,Link
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
Bachmann CPC210 M1 System Central Processor Module
General
- Manufacturer Bachmann
- Model CPC210
- Condition New Original ready stock
- Product Family CNT204/R,DO232,BS207,BS205
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
- Legacy Wind Turbine Retrofits: The Bachmann CPC210 is widely used as a replacement CPU in existing wind turbine control networks, managing standard yaw loops and secondary turbine subsystem data tracking.
- Vessel Machinery Control: Thanks to its high resistance to offshore vibrations, the Bachmann CPC210 serves reliably in marine auxiliary panels, controlling pumps, ventilation, and localized maritime power distribution sequences.
- Mid-Scale Water Treatment Plants: The deterministic cycle time of the Bachmann CPC210 makes it perfectly suited for executing logic sequences in chemical dosing pumps, filtration sequencing, and flow-rate data logging.
- Factory Conveyor Line Logic: In material handling, the Bachmann CPC210 provides stable, jitter-free processing required to manage high-speed sorting gates, interlocking safety barriers, and regional factory network telemetry.
- Jitter-Free Single-Core Logic: The Bachmann CPC210 executes standard PLC code with absolute cycle predictability, eliminating the complex core-to-core communication latencies inherent in modern multi-core platforms.
- Low Thermal Dissipation Profile: Operating as an efficient single-core unit, the Bachmann CPC210 generates significantly less heat than modern high-performance processors, reducing the cooling load requirements of small control cabinets.
- Optimized NVRAM State Retention: Built-in fast-writing retentive registers allow the Bachmann CPC210 to save critical machine positions and operating parameters instantly during power dips, preventing homing sequence losses upon reboot.
- Streamlined Backplane Mapping: The internal bus driver of the Bachmann CPC210 is fine-tuned for the standard M1 parallel backplane, ensuring rapid update times for local digital and analog channels.
- Convection Fanless Operation: The Bachmann CPC210 relies entirely on passive convection cooling, ensuring long-term reliability in dusty or oil-mist factory environments where cooling fans frequently fail.
- Vibration and Mechanical Shock Resistance: Engineered to withstand constant industrial harmonic stress, the hardware framework of the Bachmann CPC210 complies with strict international standards for deployment on shaking machinery decks.
- Industrial EMC Protection: The metallic internal framing and component shielding of the Bachmann CPC210 provide exceptional immunity against electromagnetic noise generated by nearby large frequency inverters.
- Treated PCB Component Protection: The internal circuit boards of the Bachmann CPC210 are built to resist atmospheric oxidation, extending the operational life of the processor when deployed in coastal or high-humidity regions.