Product Describe:
Application Scenarios | Typical Requirements & Adaptability |
Industrial production workshops | Manufacturing industries (automotive, machinery, electronics, etc.) require stable power distribution for machine tools, motors, assembly line equipment, etc. The drawer-type design allows quick replacement of faulty units to reduce downtime. |
Large commercial buildings | Shopping malls, office buildings, hotels, etc. need centralized power distribution for lighting, air conditioning, elevators, security systems, etc., requiring a balance of safety and convenient maintenance. Drawer units facilitate independent maintenance of a single circuit. |
Public facilities & municipal engineering | Places such as hospitals, schools, and stadiums have high requirements for power supply continuity (e.g., hospital ICUs, operating rooms). The drawer-type structure supports "hot swapping," enabling component replacement without power interruption. |
Data centers & communication rooms | Provide precision power distribution for servers, switches, cooling equipment, etc., requiring high reliability and rapid fault handling capability. The independent isolation design of drawer units reduces the risk of circuit interference. |
Transportation hubs | Subway stations, high-speed rail stations, airports, etc. need centralized power supply for multiple devices such as ticket checking systems, broadcasting, lighting, and air conditioning. The drawer-type layout facilitates functional zoning management (e.g., power circuits, lighting circuits). |
New energy & energy storage scenarios | Photovoltaic power stations, wind power supporting facilities, electric vehicle charging stations, etc. need to adapt to flexible access and expansion of new energy equipment. Drawer units can be added or removed as needed to adapt to load changes. |
Chemical and metallurgical industries | In high-dust, multi-equipment environments, the sealing and modular design of drawer-type cabinets not only ensure safety (anti-electric shock, dustproof) but also facilitate circuit maintenance for equipment such as pumps and fans. |
Design:
Attribute | Details |
Rated Voltage | AC380 V / AC690V |
Rated Current | 400A-4000A |
Size | W800×D1500×H2300mm or Customized |
Model Number | WS-28052057 |
Application | Power distribution, indoor, industrial, electric power,data center |
Frequency | 50Hz |
Material | Metal |
IP Level | IP30 IP40 |
Design:
Dimension Type | Size Range (Width×Height×Depth, mm) | Key Features | Typical Applications |
Standard Sizes | 300×200×150 | Entry-level, wall-mounted | Small relay control, sensor enclosures |
400×300×200 | Most common 规格,universal mounting | PLC panels, motor starters | |
600×400×300 | Floor-standing option available | Industrial automation systems | |
800×600×400 | Heavy-duty, multiple component layout | Power distribution, HVAC controls | |
Custom Sizes | 200×150×100 ~ 1500×1200×800 | Tailored to equipment dimensions | Specialized machinery, OEM integration |
Custom depth (100-1000mm) | Adjustable based on component depth | Deep electronic modules, battery storage | |
Non-standard proportions | Irregular shapes for space constraints | Vehicle-mounted enclosures, embedded systems |
IP Rating:
IP30 / IP40
Suggestion:
Dimension | Customization Highlights |
Structural Fit | Classify drawer sizes by circuit current (1/4 unit for low current, multi-unit for high current); use thick steel plates with anti-corrosion treatment and reinforced rails for durability. |
Electrical Optimization | Select components matching the application (vibration-resistant breakers for industrial, smart breakers for data centers); include mechanical interlocks (prevent misoperation) + surge protection. |
Environmental Protection | Choose IP rating based on environment (IP4X for dry, IP54 for humid, IP65 for outdoor); cooling system matched to power density (natural convection for low load, forced air for high load). |