ORICO 5 Bay Hard Drive Enclosure USB 3.0 to SATA Magnetic Tool-Free External HDD Docking Station Case with 12V/6.5A Power Adapter for Family Storage Supports 2.5/3.5 inch Drives Max 110TB (5x22TB)
ORICO 5 Bay Hard Drive Enclosure USB 3.0 to SATA Magnetic Tool-Free External HDD Docking Station Case with 12V/6.5A Power Adapter for Family Storage Supports 2.5/3.5 inch Drives Max 110TB (5x22TB)
【Massive 110TB Storage Capacity】--This 5-bay hard drive enclosure supports all 2.5 and 3.5 inch SATA HDD/SSDs up to 110TB (single drive up to 22TB). It is the ideal choice for home storage expansion. perfect for saving and backing up precious family videos. high-resolution photos. and 4K movies.
【Transfer 1GB in 3 Seconds】-- This USB 3.0 hard drive enclosure adopts SATA III protocol connected to USB 3.0 devices transfer rate of up to 5Gbps (MAX). Equipped with a versatile USB 3.0 Type-B interface. it also can connect to other peripheral devices. Compatible with Windows XP / Vista / 7/8. Mac OS X 10.2 and higher & and Linux
【Cooling and Heat Dissipation】--The ORICO 5 bay HDD enclosure is equipped with a 60mm double-ball bearing fan. which can to some extent cool and heat dissipating for the hard drive that heats up due to high-speed operation; and the rear panel of this 5bay 3.5inch enclosure is designed with many small honeycomb holes. which further facilitate air flowing and heat dissipation
【Multi-Protection】 -- Anti-over voltage. over-current. overheat. short-circuit. leakage. and other multiple protection designs to ensure the security of data transmission of the external HDD enclosure. Four indicator lights help you to monitor the working status of your hard drives whenever. Any problem with ORICO products. we will always welcome and provide you with a suitable solution
1Extra Storage Expansion2Safety and Stability3Details of LED Lights4Plug and Play
5 Bay DAS-9758C3
4 Bay DAS-9848RU3
4 Bay DAS-9948C3
Material
ABS Plastic
Material
Aluminum Alloy
Material
Aluminum Alloy
Transfer Speed
5 Gbps
Transfer Speed
5 Gbps
Transfer Speed
10 Gbps
Function Supported
Independent Bracket
Function Supported
RAID Supported
Function Supported
Daisy Chain &Hub Expansion
Interface Port
USB C TO USB A/C
Interface Port
USB-B TO USB A
Interface Port
USB C TO USB A/C
One: The computer fails to recognize or read the disk.
1.1: Ensure that the power adapter is securely connected to the socket and verify that the connection is stable.1.2: Confirm that the hard disk enclosure is powered on correctly and that the power indicator light is illuminated.1.3: Verify that the data cable is properly connected. If necessary. replace the data cable with a functional one and test its performance.1.4: Ensure that the computer's connection interface is functioning correctly. Check that the relevant drivers for the interface are installed and up-to-date. You may also try reseating the connections or testing with an alternative interface.1.5: A brand-new hard disk must be initialized and formatted before it can function properly.1.6: Ensure that the file system format of the hard disk is compatible with the formats supported by the current operating system. If not. the hard disk may need to be reformatted for proper recognition and reading.1.7: Verify that the hard disk is functioning without faults or errors.
Two: Slow transmission speed.
2.1: Connect the device to a USB 3.0 or higher-speed interface on the computer to achieve optimal transfer speeds.2.2: Ensure that the connection interface and its associated drivers are functioning correctly.2.3: Use the original data cable if available. If replacement is necessary. ensure the new cable is fully functional.2.4: Note that different computer hosts have varying configuration environments. which may affect the transmission speed.2.5: The performance of different hard disks varies; newer or older hard disks may impact transfer speeds differently.2.6: Use CrystalDiskMark software to test whether the theoretical maximum transfer speed is achieved. Actual transfer speeds may vary due to factors such as computer configuration. file types being transferred. etc.
Three: Equipment overheating.
3.1: Inspect whether the equipment's ventilation is adequate.3.2: Ensure that there is no dust obstructing the heat dissipation holes.3.3: If feasible. reduce the workload of the device by avoiding simultaneous operation of multiple large applications.3.4: Consider using external cooling pads or fans to enhance heat dissipation.