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Siemens 6ES7952-1AL00-0AA0 Memory Card – Program Storage for SIMATIC S5 Systems

Brand:Siemens
Part Number:6ES7952-1AL00-0AA0
Product:Memory Card
Origin:Germany
Payment: T/T, Western Union
Price: USD 99
Dimensions: 90 × 80 × 62 mm
Weight: 0.30 kg
Warranty: 12 months

  • Product Details
  • Datasheet

This memory card provides reliable program and data storage for SIMATIC S5 controllers. It integrates seamlessly into the Siemens SIMATIC S5 programmable logic controller platform. The unit offers non-volatile memory for user programs and system parameters. Users can store application logic, configuration data, and diagnostic information with confidence.

Memory Capacity and Storage Specifications

This memory card provides substantial non-volatile storage for critical program data. It offers 64 KB of flash memory for reliable long-term data retention. The unit stores user programs, system parameters, and configuration settings effectively. Users can also archive diagnostic logs for future troubleshooting and analysis. This capacity supports medium-scale automation applications with moderate data requirements. Consequently, engineers can implement complex control strategies without memory constraints.

Parameter Specification
Model 6ES7952-1AL00-0AA0
Product Type Memory Card
Memory Type Flash (non-volatile)
Storage Capacity 64 KB
Data Retention Unlimited (battery-free)
Compatible Systems SIMATIC S5 series
Compatible CPUs S5-95U, S5-100U, S5-115U
Write Cycles > 100,000
Operating Temperature 0 °C to 60 °C
Storage Temperature -20 °C to 70 °C
Dimensions Standard S5 memory card
Weight 0.02 kg

Program Storage and System Integration

The 6ES7952-1AL00-0AA0 stores user programs with exceptional data integrity and security. It also retains all system configuration parameters and operational settings. Users can transfer programs between multiple S5 controllers using this memory card. The module supports program updates without requiring a programming device. This feature reduces maintenance time and simplifies field modifications significantly. Furthermore, the card stores diagnostic buffers for troubleshooting system events.

Data Protection and Operational Reliability

This memory card employs advanced flash technology for exceptional reliability and security. It retains all stored data without any battery backup for unlimited retention. The module withstands more than 100,000 write cycles for long-term durability. It includes built-in error detection for data integrity verification. Additionally, the card resists magnetic fields and physical shock effectively. This robust design ensures reliable operation in demanding industrial environments.

Compatibility and System Requirements

This memory card works with a wide range of SIMATIC S5 control systems. It fits the S5-95U, S5-100U, and S5-115U CPU models. The card also supports various S5 expansion and interface modules. Users must ensure their CPU supports this specific memory card type. The unit automatically interfaces with the CPU for seamless data exchange. This broad compatibility simplifies inventory management and spare parts handling.

Installation and Operational Simplicity

This memory card inserts directly into the CPU’s dedicated memory slot. Users simply align the card and push it firmly into place. The CPU automatically recognizes the memory card upon power-up. No additional configuration or software settings are required. Users can also remove the card while the CPU remains powered. However, we recommend following the proper removal procedure to ensure data integrity. This straightforward installation minimizes system downtime and operator training.

Application Flexibility and Use Cases

This memory card supports various application requirements across multiple industries. Users can store multiple program variants for different production modes. The card also archives process parameters for quality assurance purposes. In addition, users can save diagnostic information for preventive maintenance analysis. The memory supports storing complex control algorithms for advanced automation tasks. This versatility makes it a valuable component for modern manufacturing facilities.

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