17U Outdoor Server Cabinet With 19inch Rack And DC48V Fan For Cooling

Technical Data Sheet

Accessories List

Cabinet Picture

Cabinet Diagram

Cabinet Lock

The three-point lock system is a lock configuration that enhances the security of cabinets. It securely locks the cabinet door to the cabinet frame through three independent locking points. This design aims to prevent unauthorized access and improve the physical security of the equipment.

II. Characteristics of Three-Point Lock System

• Enhanced Security: Compared to traditional single-point or double-point locks, the three-point lock system offers higher anti-theft capabilities, making it more difficult for the cabinet to be pried open.
• Stable Structure: The even distribution of three locking points contributes to maintaining the stability and seal of the cabinet door when closed.
• Convenient Maintenance: Despite the increased number of locking points, the design of the three-point lock system typically considers ease of maintenance, such as facilitating lock core replacement or routine inspections.

How to selecting a cabinet air conditioner

I. Refrigerating Capacity Matching

• Determining the Heat Generation Inside the Cabinet: Obtain the total heat generation of all equipment inside the cabinet through data provided by the equipment manufacturer or actual measurements.
• Selecting an Appropriately Sized Cabinet Air Conditioner: The refrigerating capacity of the cabinet air conditioner should be slightly greater than the total heat generation of the equipment inside the cabinet to ensure stable internal temperature. Insufficient refrigerating capacity can lead to inadequate heat dissipation, while excessive capacity may increase energy consumption and operational costs.

II. Cooling Method

• Natural Cooling vs. Forced Air Cooling: Choose the appropriate cabinet air conditioner based on the cooling method of the equipment inside the cabinet (e.g., natural cooling, forced air cooling). For naturally cooled equipment, an air-cooled cabinet air conditioner can be selected, while more efficient cooling methods like water-cooled cabinet air conditioners (though less common in regular cabinets and more prevalent in large data centers) may be considered for forced air-cooled equipment.
• Cooling Efficiency: Ensure that the selected cabinet air conditioner provides sufficient cooling efficiency to meet the heat dissipation requirements of the equipment inside the cabinet.

III. Energy Efficiency Ratio (EER)

• Energy Efficiency Rating: Select a cabinet air conditioner with a high EER to reduce operating costs and improve energy utilization. Air conditioners with higher EERs consume less electricity for the same refrigerating capacity.
• Energy-Saving Technologies: Consider whether the air conditioner employs energy-saving technologies such as variable frequency technology and intelligent temperature control, which can automatically adjust operating states under different conditions to achieve energy savings.

IV. Reliability

• Brand and Reputation: Choose a cabinet air conditioner from a well-known and reputable brand to ensure equipment quality and after-sales service. Renowned brands typically have more comprehensive quality assurance systems and after-sales service networks.
• Durability: Consider the durability of the air conditioner, including the materials and manufacturing processes of key components like compressors, condensers, and evaporators. High-quality materials and precise manufacturing processes can improve the durability and service life of the air conditioner.

V. Compatibility

• Cabinet Size and Layout: Ensure that the selected cabinet air conditioner is compatible with the size and layout of the existing cabinet to facilitate installation and maintenance.
• Power Distribution System: Ensure that the power requirements of the cabinet air conditioner match the existing power distribution system to ensure stable power supply.

VI. Other Factors

• Noise and Vibration: Cabinet air conditioners produce a certain level of noise and vibration during operation. Select a unit with low noise and vibration, and implement corresponding shock absorption and sound insulation measures.
• Maintenance and Servicing: Consider the ease of maintenance and servicing of the air conditioner, including the simplicity of operations like filter cleaning and condenser cleaning.
• Intelligent Features: With the development of IoT technology, more and more cabinet air conditioners are equipped with intelligent features such as remote monitoring and fault diagnosis. These features can enhance operational efficiency and management levels.