SATA cable XILENCE XZ182 for modular power supply, connector for SATA drives

SATA cable XILENCE XZ182 is designed for connecting SATA storage devices to modular power supplies. The cable provides a standard SATA power connector interface compatible with 2.5" and 3.5" hard drives and SSDs, delivering the necessary power lines for reliable operation in desktop PC builds. It is intended for use where a modular PSU requires detachable cabling to power SATA drives during assembly, upgrades, or replacements.

Advantages

The XILENCE XZ182 cable offers a compact and flexible design that simplifies cable routing inside the system chassis. Its standardized SATA power connector ensures compatibility with a wide range of SATA drives and reduces the need for adapters. As a modular PSU cable, it enables cleaner builds by allowing removal or replacement of cabling as needed, which can improve airflow and maintenance access.

Suitable for

• Connecting 2.5" SSDs in desktop systems
• Powering 3.5" HDDs in storage or workstation PCs
• PC assembly and system upgrades involving modular power supplies
• Replacing damaged or missing SATA power leads from modular PSUs

Key specifications

• Interface: Standard SATA power connector
• Compatibility: SATA drives (HDD, SSD) and modular power supplies with matching connector
• Cable type: Modular PSU to SATA power lead
• Design: Flexible insulated cable with molded connector housings

How to use

Identify the modular PSU output port that matches the cable end, then firmly insert the cable into the PSU modular socket until it seats. Route the cable to the target drive and align the SATA power connector with the drive's power receptacle. Insert the connector straight into the drive until it clicks into place. Ensure the cable is not kinked or stretched and that connectors are fully seated before powering on the system.

Usage recommendations

Use the cable only with compatible modular power supplies and SATA devices. Avoid routing the cable across sharp edges or high-temperature components. For best results, plan cable routing to minimize obstruction of airflow and check connector seating after system transport or maintenance.