Siemens 6ES Series Memory Card for Use with SIMATIC HMI Devices and IPCs

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Kr. 3 561,27

(exc. VAT)

Kr. 4 451,59

(inc. VAT)

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RS Stock No.:
255-3684
Mfr. Part No.:
6ES76482BF100XH0
Brand:
Siemens
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Brand

Siemens

Product Type

Memory Card

Accessory Type

Memory Card

Series

6ES

For Use With

SIMATIC HMI Devices and IPCs

Hazardous Area Certification

No

Standards/Approvals

No

Communication Protocol

PROFINET

COO (Country of Origin):
DE

Siemens 6ES Series Memory Card, PROFINET Communication Protocol, For Use With SIMATIC HMI Devices and IPCs - 6ES76482BF100XH0


This memory card is a Compact CFast Type I storage device designed for use in industrial HMI panels and IPCs operating over PROFINET. It provides non-volatile mass storage for system images, configuration files and runtime data in automation environments where bootable and real-time capable media are required.

Features & Benefits


• 8 Gbyte capacity enables substantial system and data storage
• UDMA6 read up to100MB/s and write up to 60MB/s for fast transfers
• SLC NAND flash with wear levelling extends usable life
• Power-loss protection reduces data corruption risk during outages
• Low power draw typically 0.7W Active and 0.3W idle for efficient operation

**Applications**


• Suitable for storing HMI projects on SIMATIC HMI devices
• Ideal for boot media in industrial IPCs with corresponding slot
• Used for firmware and configuration deployment over PROFINET networks
• Can be used for local logging of runtime diagnostics and events

How is data integrity maintained during unexpected power interruptions?


The device includes power-loss protection and an error-correction-capable controller to reduce corruption and maintain readable data after abrupt power events.

What environmental limits should installers plan for during system integration?


It tolerates operation down to -40°C and up to 85°C and must be protected from condensation

storage temperatures range from -50°C to 100°C.

How does the flash technology affect endurance and lifetime?


The SLC NAND design and the controller’s wear-levelling strategy distribute write cycles across cells so the overall storage endurance surpasses the limits of individual flash cells.

What connectivity or protocol considerations apply when deploying the card?


The card is intended for systems communicating via PROFINET and fits IPCs and SIMATIC HMI devices that provide a compatible CFast slot.

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