Product Description
The MNS type low-voltage withdrawable switchgear, crafted meticulously by Xiamen Newcom Electrical Co. Ltd, represents a pinnacle in electrical equipment innovation. Drawing inspiration from the renowned MNS series by ABB in Switzerland, our switchgear has undergone comprehensive enhancements to emerge as the foremost low-voltage withdrawable switchgear in China. Constructed from a series of standardized modules, each unit ensures exceptional safety through reliable mechanical interlocks in the drawers, delivering unparalleled reliability and security for users.
This revolutionary switch cabinet is engineered for AC 50 (60) Hz systems with a formidable rated working voltage of 400V to 660V and current up to 5000A. Ideally suited for a broad spectrum of applications such as power plants, substations, industrial facilities, mining enterprises, commercial buildings, hotels, airports, docks, and communication hubs like radio and television centers. It excels in power generation, transmission, distribution, and consumption control, with the added advantage of founder bus reactive power compensation via a capacitance compensation cabinet. Our product strictly adheres to national standards: GB7251.1 'low-voltage switchgear' and IEC60439 'low-voltage switchgear and control equipment'.
Use Environment
1. The ambient air temperature is maintained between a maximum of +40 °C and a minimum of -5 °C, with the average temperature not exceeding +35 °C over a span of 24 hours.
2. Ambient air relative humidity must not surpass 50% at +40°C, allowing higher humidity at reduced temperatures, such as 90% at +20°C. Note that occasional moderate condensation may arise due to temperature fluctuations.
3. Designed for indoor utilization, the installation height must not exceed 2000 meters above sea level.
4. Installation should occur in settings free from severe vibrations or impacts, and where electrical components remain unaffected by corrosion.
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Ordering Instructions
To ensure a seamless ordering process, please provide:
1. Detailed main circuit distribution system and phase layout diagrams, including rated working voltage, rated current, protection device calibration, and essential technical parameters.
2. Specify incoming and outgoing cable specifications for accurate configuration.
3. The model, specification, and quantity of main electrical components required within the differential cabinet.
4. Should a bus extrusion or bus duct be necessary between switch cabinets or incoming cabinets, specify required data such as span and height from the ground.
5. For switch cabinets used in special environmental conditions, provide detailed descriptions during ordering.
6. Specify the desired surface color for the switch cabinet along with any other specific requirements.