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Chassis Hard Disk tray

1.Improve space utilization: Through the rational design of the tray structure, limited space can be effectively used to install a larger number of hard disks or larger capacity, which is particularly important for data centers, servers and other environments that require a large amount of storage space.

2.Easy to manage and maintain: A good hard disk tray design usually takes into account the convenience of the user to plug and remove the operation, making it easier to replace or repair the hard disk. At the same time, the clear and orderly layout also helps to better manage the different uses of the hard disk.

3.Enhanced heat dissipation performance: Reasonable vent design can help improve air circulation, accelerate heat dissipation, thereby reducing the operating temperature of the hard disk, extending the service life, and ensuring the stable operation of the system.

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Product Details

1. Material
Metal bracket: Common steel or aluminum bracket, durable, good heat dissipation performance.
Plastic bracket: lightweight and low cost, but relatively poor durability and heat dissipation.
2. Installation method
Screw fixation: The traditional installation method uses screws to secure the hard disk to the tray.
Tool-free installation: Using a clip or spring mechanism, the hard drive can be quickly installed and removed without screws.
Guide rail installation: Suitable for servers and data centers, hard disks can be easily inserted and removed by using the guide rail.
Hot swap: Allows hard disks to be inserted or removed while the system is running, improving the availability and flexibility of the system. Shock absorption design: Some brackets are equipped with rubber pads or shock absorbers to reduce the impact of vibration on the hard disk.
Vent design: Increase air circulation, help heat dissipation, reduce the operating temperature of the hard disk.
Air filter: Some brackets are equipped with an air filter to prevent dust from entering hard disks. 4. Application Scenario
Personal computer: Suitable for ordinary users and game players, providing convenient storage expansion solutions.
Workstation: Suitable for professional designers, engineers and other users who need a lot of storage space.
Server and Data center: Suitable for enterprise applications, providing high-density storage solutions, support for hot swappable and redundant configuration.
5.
Determine the demand: Choose the right type and size of bracket according to your actual needs.
Consider the material: metal bracket is more durable and better heat dissipation, but the price is higher; Plastic brackets are more economical.
Check compatibility: Make sure the selected bracket is compatible with your case.
Function first: If you need to replace your hard drive frequently, you can choose a tray that supports hot swap and tool-free installation.
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Dimensions:

Determine the external dimensions and internal layout of a chassis cabinet based on the actual space used and the size of the devices to be installed inside.

Material selection: Common cold-rolled steel plate, stainless steel plate and other different materials, according to the use of the environment (such as rust, corrosion) and personal preferences to choose the appropriate material.

Heat dissipation performance: It is very important for electronic equipment, and good ventilation design can effectively extend the service life of the equipment. This may include the design of fan configuration and opening position.

Protection level: Select appropriate protection measures based on different levels defined by the IP (Ingress Protection) standard.

Additional functions: for example, whether it is necessary to install glass doors to facilitate the observation of internal conditions; Whether equipped with locks to enhance security; Whether there is a special color or logo printing needs.

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