Server

Requirement 1: Information Security and Protection Design

Ensure the confidentiality and safety of servers and data centers, preventing unauthorized access and malicious intrusion.

• Prevent Unauthorized Access:
  • Enterprise server rooms, cloud data centers, and government projects require strict information security protection to prevent physical damage, unauthorized personnel entry, and data leakage.
• High-Security Locking Mechanisms:
  • Equipped with anti-tamper, anti-pry, and anti-explosion designs to effectively delay forced intrusion.
  • Dual-control mechanism with mechanical lock + electronic lock, ensuring both physical protection and smart access management.
• Smart Management Needs:
  • Passive electronic locks: Suitable for edge computing sites or server maintenance compartments, allowing technicians to unlock with special tools without external power supply.
  • Remote-controlled electronic locks: Applicable to large-scale deployments such as telecom facilities or smart server stations, ensuring secure and convenient access management.

Requirement 2: Anti-Vibration and Operational Stability

Industrial hardware must withstand heavy operational loads and mobile deployments, ensuring high vibration resistance and long-term stability.

• Anti-Vibration Design – Prevent Component Loosening:
  • Server rails, cabinet locks, and panel hardware should pass vibration tests to avoid loosening or deformation from continuous operation or external shocks.
• Impact Resistance and Anti-Crush Structure:
  • Locks used in edge devices, outdoor server enclosures, or mobile deployments must provide strong resistance against impacts and compression to prevent failure during transport or collisions.。
• Reinforced Hinges and Support Structures:
  • Adopting patented high-strength hinges, fasteners, and brackets can extend equipment lifespan, reduce maintenance frequency, and ensure stable operation of critical cabinets in high-vibration environments.

Requirement 3: Waterproofing, Dustproofing, and Weather Resistance

For server rooms and equipment deployed in humid, dusty, or outdoor environments, locks must demonstrate excellent weather durability.

• Salt Spray and Corrosion Resistance:
  • Outdoor 5G base stations and server cabinets must endure prolonged exposure to rain, humidity, and salt environments. Recommended use of 304 / 316 stainless steel locks that pass ASTM B117 salt spray tests.
• Extreme Climate Resistance:
  • Whether in cold mountainous regions or tropical climates, locks must withstand temperature fluctuations and condensation. High-seal waterproof gaskets are recommended to prevent moisture intrusion.
• Durable Materials:
  • 304 / 316 stainless steel for superior corrosion resistance.
  • High anti-corrosion aluminum alloys for lightweight yet rust-resistant applications.
• High-Performance Material:
  • Locks and fasteners with IP54–IP65 protection levels for high-humidity, high-dust, or high-salt environments to extend product lifespan and minimize rust risks.

Requirement 4: Quick Installation and Modular Integration

Improve maintenance efficiency and installation convenience, aligning with the modular construction trend of modern data centers.

• Quick-Release Design – Improve Maintenance Efficiency:
  • Locks and fasteners should support tool-free installation and quick release, simplifying servicing and upgrades while reducing labor costs.
• Modular Integration:
  • Industrial hardware should integrate seamlessly with server rails, panels, and power control modules to optimize space utilization and operational efficiency.
• Standard and Customized Support:
  • Provide universal standard parts as well as customized solutions tailored to different equipment sizes and installation requirements, ensuring flexibility and efficiency.

Application Scenarios

• Cloud Data Centers
• Edge Computing Stations
• Enterprise Server Rooms
• Outdoor Energy Storage & 5G Server Cabinets
• Vehicle-Mounted or Mobile Server Systems