The core value of server network cabinet is reflected in several key aspects——
Equipment protection and safety: The solid frame constructed with 1.2-2.0mm thick high-quality cold-rolled steel plate, with locking mechanism and safety door design, provides physical security for server equipment.
Space optimization management: Standard height design realizes efficient use of vertical space. Adjustable mounting rails support equipment installation of different depths (600mm-1200mm), and 60%-80% perforation rate of front and rear doors ensures good airflow.
Environmental control system: Integrated intelligent temperature and humidity monitoring module, with optional active cooling system (such as fan unit or liquid cooling interface), to maintain the best operating environment for equipment.
Cable management solution: Professional cable management channel, D-ring and cable organizer design ensure neat and orderly wiring, reduce signal interference and heat dissipation obstacles, and facilitate maintenance and troubleshooting.
The server network cabinet works together through carefully designed subsystems:
Heat dissipation airflow management: Based on the concept of cold and hot channel isolation, the airflow path design of the front door air intake (cold air) and the rear door exhaust (hot air). The perforation pattern optimized by computational fluid dynamics (CFD) ensures the minimum airflow resistance.
Power distribution network: Integrated intelligent PDU (power distribution unit), supporting remote monitoring and power metering. Dual AB power input design, combined with cabinet-level UPS interface, ensures the continuity of power supply.
Correct installation is the prerequisite for the effectiveness of the cabinet——
Choose a flat ground with load-bearing capacity (≥1000kg/m²)
Ensure that the ambient temperature is controlled at 18-27℃ and the humidity is 40%-60%RH
Reserve at least 1.2m of operating space in front and behind, and 0.6m of maintenance channel on the side
Assemble the frame: Connect the columns, top frame and base in the order of the instructions
Leveling correction: Use a level to ensure that the vertical deviation is <3mm/m
Fixed reinforcement: Use expansion bolts above M10 to firmly connect to the ground
Install accessories: Deploy guide rails, PDUs, cable management devices, etc. according to the plan
Grounding treatment: Independent grounding wire diameter ≥6mm², grounding resistance <4Ω
Install heavier equipment from bottom to top, keeping the center of gravity low
Retain appropriate space between adjacent equipment for airflow Circulation and maintenance
Standard rack screws are used to fix the equipment, and the torque is controlled at 2-3N·m
Power cables and data cables are routed separately, and the minimum bending radius is greater than 50mm
Check the temperature gradient daily
Record humidity changes weekly
Clean the dust screen monthly
Check the tightness of all connectors (quarterly)
Monitor the load of each branch of the PDU (not exceeding 80% of the rated value)
Verify the door lock mechanism and alarm function (once every six months)
Use cable ties to fix cables to avoid excessive bending
Cables of different signal types are managed in layers
Regularly check the cleanliness of fiber optic connectors
Strictly manage cabinet access rights
Disable unused network ports
Update firmware and security patches in a timely manner
Use zero-U space accessories
Deploy high-density server equipment
Implement virtualization to reduce the number of physical devices