The Bachmann CFA200 series represents industrial-grade CFast memory engineered for mission-critical automation environments. Offering 4GB, 8GB, and 16GB capacity options, this SATA-based storage solution withstands extreme temperatures, vibration, and continuous write cycles that destroy consumer-grade media within months.
Designed specifically for Bachmann M1 automation platforms, the CFA200 eliminates storage-related downtime in manufacturing lines, energy infrastructure, and process control installations. Where standard memory cards fail at temperature extremes or after limited write cycles, this industrial CFast module maintains data integrity across decades of 24/7 operation.
Whether you're deploying new automation systems or upgrading legacy installations, the CFA200 delivers proven reliability backed by industrial-grade MLC NAND technology and comprehensive wear-leveling algorithms. Request technical specifications and compatibility verification today.
→ Extended Temperature Resilience: Functions flawlessly from -40°C to +85°C, enabling deployment in outdoor substations, desert solar farms, and Arctic processing facilities where commercial memory fails catastrophically.
→ High-Speed SATA Performance: CFast 2.0 interface achieves 160 MB/s sequential reads and 140 MB/s writes—reducing PLC boot times by 60% compared to legacy PC Card solutions and accelerating data historian operations.
→ Scalable Capacity Architecture: 4GB handles basic ladder logic and HMI projects; 8GB supports moderate SCADA applications; 16GB accommodates complex multi-recipe systems with extensive alarm/trend databases.
→ Industrial Endurance Engineering: MLC NAND with advanced ECC and wear leveling delivers >2 million hours MTBF—outlasting consumer cards by 10x in continuous logging applications.
→ Shock & Vibration Hardening: Survives 1500G shock and 20G vibration exposure, maintaining data integrity on mobile machinery, rail systems, and high-vibration manufacturing equipment.
→ Plug-and-Play M1 Integration: Pre-validated compatibility with Bachmann MX213, MP213/E, and MPC240 CPU modules—no firmware patches or configuration workarounds required.
✓ PLC Program & Configuration Storage
Serves as primary boot media for Bachmann M1 controllers in packaging lines, water treatment plants, and building automation systems. Stores ladder logic, structured text programs, and I/O configurations with instant access—eliminating network dependencies during startup sequences.
✓ High-Speed Data Historian & Logging
Captures process variables, alarm events, and production metrics at millisecond resolution. The 16GB variant archives 6-12 months of continuous data from analog modules, temperature sensors, and flow meters without external database servers.
✓ Multi-Recipe Production Systems
Stores dozens of product recipes, calibration profiles, and machine parameters for food processing, pharmaceutical batching, and chemical mixing applications. Operators switch between formulations via HMI without reprogramming delays.
✓ Firmware Version Management
Maintains multiple controller firmware revisions and configuration backups for rapid rollback during commissioning or troubleshooting. Swap CFast cards to test new automation logic without risking production systems.
✓ Remote Site Deployments
Ideal for unmanned installations in oil/gas wellheads, renewable energy farms, and water distribution networks where extreme temperatures and limited maintenance access demand maximum reliability.
| Specification | CFA200/4GB | CFA200/8GB | CFA200/16GB |
|---|---|---|---|
| Storage Capacity | 4 GB | 8 GB | 16 GB |
| Interface Standard | CFast 2.0 (SATA III 6Gb/s) | ||
| Sequential Read | Up to 160 MB/s | ||
| Sequential Write | Up to 140 MB/s | ||
| Operating Temperature | -40°C to +85°C | ||
| Storage Temperature | -55°C to +95°C | ||
| NAND Type | Industrial MLC with ECC | ||
| MTBF Rating | >2,000,000 hours | ||
| Shock Tolerance | 1500G @ 0.5ms | ||
| Vibration Tolerance | 20G (10-2000 Hz) | ||
| Validated Compatibility | Bachmann M1/M200 CPU modules | ||
Selection Criteria:
Advanced Wear Management: Proprietary flash translation layer distributes write operations across all memory cells, preventing premature block exhaustion in high-frequency logging applications. Real-time bad block management automatically remaps failing sectors without data loss.
Power-Loss Protection: Integrated capacitor-backed write buffer ensures in-flight data commits to NAND during unexpected power interruptions—critical for maintaining PLC program integrity and preventing configuration corruption.
Customization Options: Available with pre-loaded firmware images, factory-configured partitions, or customer-specific data sets for volume deployments. Contact our engineering team for OEM integration requirements.
Lead Time: Standard capacities ship within 3-5 business days from regional distribution centers. Custom configurations require 2-3 weeks for factory preparation and quality validation.
Warranty Coverage: 12-month comprehensive warranty against manufacturing defects, premature wear failures, and environmental stress damage. Extended warranty programs available for critical infrastructure deployments.
Technical Support: Direct access to automation storage specialists for capacity planning, data migration assistance, and compatibility verification. Remote diagnostics available for troubleshooting suspected card failures.
Documentation Package: Includes installation guide, M-Base software integration instructions, capacity planning worksheets, and RMA procedures. CAD drawings and compliance certificates provided upon request.
How does CFast storage compare to traditional CompactFlash for industrial PLCs?
CFast utilizes SATA protocol versus CompactFlash's parallel ATA interface, delivering 3-5x faster transfer speeds. This translates to quicker PLC boot sequences, reduced data logging latency, and improved historian query performance in SCADA applications.
What capacity is recommended for systems with continuous data logging?
For installations logging 50-100 tags at 1-second intervals, the 8GB variant provides 3-6 months of storage. High-resolution applications (500+ tags, sub-second sampling) benefit from the 16GB model's extended archive capacity.
Can the CFA200 withstand outdoor installation temperature extremes?
Yes—the -40°C to +85°C operating range covers Arctic winter conditions and direct-sun enclosure temperatures in desert climates. Unlike consumer cards rated for 0-70°C, the CFA200 maintains full read/write performance at temperature extremes.
Is hot-swapping supported during controller operation?
No. Always power down the Bachmann CPU module before inserting or removing CFast cards to prevent file system corruption and potential hardware damage. Plan maintenance windows for card replacement procedures.
How do I migrate programs from legacy PC Card storage to CFast?
Use Bachmann's M-Base engineering software to create a project backup, then restore to the new CFast card via Ethernet download. Alternatively, copy files directly using a CFast-to-USB adapter and standard file management tools.
What is the expected service life in 24/7 industrial environments?
With industrial MLC NAND and wear leveling, anticipate 5-10 years of continuous operation in typical PLC applications. Data-intensive logging scenarios may reduce lifespan to 3-5 years depending on write frequency—still 5x longer than consumer-grade alternatives.
The Bachmann CFA200 CFast memory card eliminates storage-related failures in industrial control systems through proven temperature resilience, shock tolerance, and endurance engineering. Whether you're commissioning new installations or replacing aging PC Card technology, the CFA200 delivers the reliability demanded by mission-critical automation.
Contact our automation specialists for capacity recommendations, compatibility verification, and volume pricing.
© 2026 NINERMAS COMPANY LIMITED. All rights reserved.
Original Source: https://ninermas.com
Contact: sale@ninermas.com | +0086 187 5021 5667
Download PDF file here:
Click to Download PDF