Transcend TS64GJF282T 64 GB USB 3.1 USB Flash Drive

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Kr. 1 013,81

(exc. VAT)

Kr. 1 267,26

(inc. VAT)

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RS Stock No.:
174-329
Mfr. Part No.:
TS64GJF282T
Brand:
Transcend
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Brand

Transcend

Product Type

USB Flash Drive

Memory Size

64GB

USB Specification

USB 3.1

Industrial Grade

Yes

Self-Destruct

Yes

NAND Type

3D NAND

Standards/Approvals

CE, FCC, UKCA, RoHS, BSMI

Maximum Operating Temperature

70°C

Minimum Operating Temperature

0°C

Transcend USB Flash Drive, 64GB Memory Size, USB 3.1 Specification - TS64GJF282T


This USB flash drive provides removable solid-state storage designed for industrial environments where temperature resilience and standards-compliant connectivity are required. It offers high-capacity removable memory for transferring and storing data in automation, electronics and mechanical settings while supporting a modern USB interface.

Features and Benefits:


• 64GB capacity enables substantial file and configuration storage
• USB 3.1 Interface reduces transfer times for large datasets
• 3D NAND memory improves endurance for frequent write cycles
• Self-destruct function prevents data recovery if required

Applications


• Suitable for firmware updates in industrial controllers
• Ideal for transferring calibration files between test rigs
• Used for portable data logging in harsh production areas
• Can be used for secure transport of electrical schematics
• Used with maintenance systems requiring controlled data removal

What type of memory cell technology does it use and why does that matter?


It uses 3D NAND, which stacks memory layers to increase density and endurance, supporting repeated programme/erase cycles common in industrial data tasks.

How does the self-destruct function operate in practice?


The mechanism renders stored data irrecoverable by triggering a secure data-erasure routine or circuitry that prevents standard recovery methods, suitable for controlled destruction scenarios.

Which environmental limits should be observed during operation?


The device is specified to operate between 0°C to 70°C, so it should not be used in situations that fall below or exceed this range to maintain data integrity.

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