SAS Cable DeLOCK 83146 1m

The DeLOCK 83146 is a 1 m internal Serial Attached SCSI (SAS) cable that converts a single mini SAS 36-pin (SFF-8087) host connection to four SAS 29-pin (SFF-8482) device connectors with an additional 5.25" power plug. It is designed for connecting a controller with a mini SAS port to multiple SAS hard drives in servers, workstations or storage enclosures.

Advantages

This mini SAS to 4x SAS cable provides a compact, single-cable solution for splitting a mini SAS 36-pin connection to four separate SAS 29-pin drives while supplying the 5.25" power connection. The 1 m length is suitable for standard internal routing, the straight-to-straight connectors simplify installation and the use of standard SFF-8087 and SFF-8482 interfaces ensures compatibility with common SAS controllers and drives.

Suitable for

• Connecting a mini SAS (SFF-8087) controller to up to four SAS (SFF-8482) HDDs or SSDs
• Internal cable routing in servers, workstations and storage enclosures
• Drive bay setups requiring an additional 5.25" power connector

Key specifications

• Cable length: 1 m
• Connector 1: Mini SAS 36-pin (SFF-8087)
• Connector 2: 4 × SAS 29-pin (SFF-8482) + 5.25" power
• Cable type: Serial Attached SCSI (SAS), internal
• Connector orientation: straight to straight
• Product colours: Black, Red, White

How to use

Power off the system before installation. Plug the mini SAS 36-pin (SFF-8087) connector into the host/controller port. Connect each SAS 29-pin (SFF-8482) connector to the corresponding drive backplane or drive, and attach the 5.25" power connector where required. Route the cable securely inside the chassis to avoid interference with fans or moving parts, then power on the system and verify drive detection in the controller or BIOS.

Recommendations

Use this cable for internal connections only. Ensure compatibility with your controller and drive backplanes (SFF-8087 to SFF-8482) before installation. Avoid sharp bends and excessive tension; maintain the cable length within the recommended routing to preserve signal integrity.