Parte di case per computer CoreParts MUXMS-00423

The CoreParts MUXMS-00423 is a compact black computer case designed to house storage drives and related components in desktop or embedded systems. With an outer width of 120 mm, depth of 30 mm and height of 100 mm (noted as 8.89 cm / 3.5" in some references), this lightweight enclosure provides a space-efficient solution for mounting HDDs or SSDs where a small form factor is required. Each pack contains one unit.

Advantages

This CoreParts case is lightweight (0.09 kg) and finished in black to integrate unobtrusively into a variety of builds. Its compact footprint suits constrained spaces and allows straightforward installation of standard 3.5" storage devices or adapters commonly used in HDD and SSD accessories. Manufactured by a reputable supplier and identified by MPN MUXMS-00423 and EAN 5712505584514, it matches expected quality for consumer and light industrial applications.

Suitable for

• Small form factor desktop PCs
• Embedded systems and industrial enclosures
• Storage upgrade projects using 3.5" drives or appropriate adapters
• Replacement or spare part needs for HDD/SSD accessory installations

Key specifications

• Model: CoreParts MUXMS-00423
• Dimensions (W×D×H): 120 mm × 30 mm × 100 mm
• Approximate size note: 8.89 cm (3.5") referenced for compatibility
• Colour: Black
• Weight: 0.09 kg
• Package contents: 1 piece
• Category: HDD and SSD disks accessories
• MPN: MUXMS-00423, EAN: 5712505584514

How to use

Install the case in your system according to the form factor and available mounting points. Place the drive or adapter inside the enclosure, secure it with the appropriate screws or mounting hardware, and connect power and data cables to the drive following your system's layout. Verify mounting orientation and clearance before final assembly to ensure proper airflow and cable routing.

Recommendations

Ensure compatibility of drive thickness and connector type before installation; use anti-static precautions when handling internal components and avoid excessive force when securing drives to prevent damage to the enclosure or the drive.