Product Introduction
The ABB 6214BZ10120C Backup Memory Module is designed to provide reliable memory backup and data retention for ABB PLC and automation systems. It ensures that critical system parameters, configurations, and process data are securely stored and retained even during power interruptions.
The module features robust design and internal protection circuits that safeguard stored data from electrical transients, ensuring reliable operation in industrial environments. It is compatible with both centralized and distributed ABB control architectures.
Typical applications include automated process systems, machinery monitoring, safety systems, and distributed I/O configurations where uninterrupted memory retention is essential.
Product Specifications
| Parameter | Specification |
|---|---|
| Product Type | Backup Memory Module |
| Memory Type | Non-volatile / Retentive |
| Nominal Voltage | 24 V DC |
| Data Retention | Maintains memory during power loss |
| Interface | Compatible with ABB PLC bus systems |
| Electrical Protection | Overvoltage and surge protection |
| Operating Temperature | Industrial range |
| Mounting Method | Panel or rack mounting |
| Dimensions | 380 × 220 × 50 mm |
| Weight | 0.35 kg |
Product Applications
• Retaining system configuration and program data during power interruptions.
• Backup of critical process parameters in industrial automation systems.
• Integration in distributed and centralized PLC architectures for data safety.
• Ensuring system recovery without manual reconfiguration after power loss.
• Supporting machinery control systems where memory stability is essential.
• Use in safety and monitoring systems that require persistent data storage.
Product Advantages
• Reliable non-volatile memory retention during power failures.
• Protection circuits safeguard memory from electrical transients and surges.
• Industrial-grade construction ensures stable operation under vibration, temperature changes, and interference.
• Seamless integration with ABB PLC and automation systems reduces engineering complexity.
• Supports both centralized and distributed architectures for flexible deployment.
• Low power consumption contributes to efficient system operation and longevity.
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