C9900-H596 | BECKHOFF | PC industriel ultra-compact

Description

Designed as a high-reliability solid-state storage solution, the Beckhoff C9900-H596 provides robust data storage capacity for demanding industrial environments. This 160 GB M.2 SSD module utilizes high-end 3D flash technology, specifically engineered to operate within extended temperature ranges. It serves as a rugged primary or secondary drive option, maintaining data integrity against mechanical shock, vibration, and thermal fluctuations common in control cabinets.

The Beckhoff C9900-H596 storage module is optimized for direct integration with Beckhoff C603x and C604x ultra-compact control cabinet Industrial PC series. By implementing industrial-grade 3D flash memory, this drive delivers consistent read/write cycle performance and longevity for edge computing, high-speed data acquisition, and real-time TwinCAT automation tasks.

Features

• High-density 160 GB capacity with robust 3D flash architecture.
• Extended operating temperature range suitable for enclosed control cabinets.
• M.2 form factor configuration for direct motherboard mounting and clean cableless design.
• Excellent resistance to mechanical shock and vibration.
• Engineered specifically for Beckhoff C603x and C604x series Industrial PCs.

Applications

• Industrial edge computing and data logging.
• TwinCAT automation and real-time control execution.
• High-vibration manufacturing environments and CNC systems.
• Embedded control cabinets with tight thermal and physical footprints.

Technical Specifications

Installation Guidelines

• Always isolate and power down the Industrial PC completely before attempting installation.
• Ensure proper electrostatic discharge (ESD) protection, including a grounded wrist strap, before handling the M.2 SSD module.
• Insert the module firmly into the designated M.2 slot and secure it with the specified retaining screw to prevent physical displacement during system operation.
• Ensure any existing cooling elements or thermal pads are correctly positioned over the M.2 drive to facilitate optimal heat dissipation.