Introduction The ABB 086318-501 Memory Board is engineered to provide secure, non-volatile storage for critical data in ABB automation systems. Ideal for PLCs and drives, it ensures configuration and program integrity, supports firmware updates, and enhances system flexibility. Its compact design allows easy integration, making it a reliable component for both new installations and system upgrades.
Technical Specifications Parameter Details Product Type Memory Board Function Non-volatile data storage Compatible Systems ABB PLCs and drives Mounting Module / Backplane Operating Temperature 0°C to 60°C Storage Temperature -40°C to 85°C Humidity 5% to 95% (non-condensing) Dimensions 163 × 92 × 30 mm Weight Approximately 0.0907 kg
Recommended Related Models • 3BSE025579R1 – ABB PLC CPU Module
• 3BSE025771R1 – ABB Drive Memory Expansion Module
• 3BSE017077R1 – ABB I/O Module
• 3BSE029134R1 – ABB Communication Module
Popular Related Models • 3BSE025578R1 – Memory Board for ABB PLC
• 3BSE025780R1 – ABB Firmware Memory Module
• 3BSE017080R1 – ABB Discrete Input Module
• 3BSE029136R1 – ABB Analog Output Module
Applications • Provides non-volatile memory storage for ABB industrial automation systems.
• Storing configuration, program data, and system parameters in ABB PLCs and drives.
• Facilitating firmware updates and backup procedures for critical automation equipment.
• Enabling system recovery and minimizing downtime in industrial processes.
• Expanding memory capacity in modular PLC and drive architectures for flexible operation.
Key Advantages • Reliable non-volatile memory ensures data retention even during power loss.
• Compact form factor allows easy installation in tight control cabinets.
• Compatible with a wide range of ABB PLCs and automation systems.
• Supports fast read/write operations for efficient system management.
• Enhances system flexibility and safety by enabling backups and restores.
Technical FAQs 1. What is the primary function of this memory board?
2. Which ABB systems is it compatible with?
3. Can it retain data during power outages?
4. Is it used for firmware updates?
5. Can multiple memory boards be used in the same system?
6. Is there any diagnostic feedback for memory status?
7. Can it be replaced while the system is powered?
8. Does it require any configuration before use?
9. Can it store both program and parameter data?
10. Is it suitable for long-term industrial use?
Look forward to your comments! Comment
