Nov. 27, 2023
Choosing the right subrack is essential to ensure the optimal performance, protection, and longevity of your electronic systems — whether in telecommunications, server setups, or industrial control applications. This guide covers seven critical factors to consider when selecting a subrack, supported by practical tips, industry standards, and FAQs to help you make an informed decision.
Ensure the subrack matches your device’s specifications. Check exact dimensions, mounting options, and connector accessibility. A well-fitted subrack prevents mechanical stress and ensures reliable operation. Most subracks follow the standard 19-inch rack width and conform to the 1.75-inch (44.45 mm) rack unit (U) height, but always verify for your particular equipment.
Subracks typically use aluminum or steel for their excellent strength-to-weight ratio and corrosion resistance. Aluminum is lighter and better for environments where weight is critical, while steel offers superior mechanical robustness. Look for surface treatments like powder coating or anodizing to enhance corrosion resistance, especially for harsh environments.
Proper airflow is crucial to prevent overheating. Select subracks with built-in ventilation grills or perforated panels that promote passive cooling. For high-power or densely packed equipment, ensure compatibility with active cooling solutions such as fans or liquid cooling modules. Always consider the thermal dissipation requirements of your specific devices.
A good subrack design offers adjustable mounting rails and versatile hole patterns (such as EIA-310 standards) to accommodate a variety of module sizes and brands. This flexibility simplifies installation and future upgrades. Some subracks include sliding rails or quick-release mechanisms for easier maintenance.
Neat cable routing reduces signal interference and facilitates maintenance. Look for integrated cable trays, tie points, and dedicated channels within the subrack. Effective cable management minimizes downtime and improves airflow, directly impacting system reliability.
For sensitive electronic components, electromagnetic interference (EMI) can cause performance degradation or failure. Subracks with built-in EMI shielding materials and proper grounding points help maintain signal integrity and ensure compliance with industry standards like FCC Part 15 or CE EMC Directive.
Choose subracks that support modular expansion, allowing additional boards or accessories without a complete system overhaul. Modular designs reduce future costs and downtime, enabling you to adapt to evolving technological needs easily.
A: While some subracks are designed for universal compatibility, mixing equipment from various brands may lead to fitment issues. Always check manufacturer specifications and guidelines for compatibility.
A: Yes, outdoor subracks feature weather-resistant enclosures, corrosion-proof materials, and sealing to protect against moisture and dust (e.g., IP65-rated). Choose based on your environment’s demands.
A: The standard rack unit height is 1.75 inches (44.45 mm). Most subracks adhere to this standard, allowing for compatibility with a wide range of equipment.Subracks are typically designed in multiples of these units (e.g., 2U, 4U), compatible with industry-standard equipment.
Selecting the right subrack involves balancing compatibility, durability, cooling, EMI protection, and future scalability. Applying these seven tips will help ensure your electronic equipment is housed securely and operates reliably. For tailored advice or to explore our range of subrack products, please contact our experts.
Oct. 01, 2023
For PCB board of the subrack insertion and extraction, Provides assistance when pulled out.Composed of four parts: handle, scutcheon, printed board bracket, and shaft. Handle material: PC+GF20%, Fire retardant standard: UL94V1, printed board bracket material: die-cast zinc alloy surface nickel plating.
Oct. 08, 2023
The subrack does not have a series of profiles, and after receiving an order, it is usually customized and processed according to the drawings. Products from different customers and products of different specifications from the same customer all need to be redesigned and processed, resulting in higher costs;