Product Description
Our MNS Enhanced Low Voltage Switchgear is an innovative evolution in electrical distribution technology, inspired by the renowned MNS series from ABB of Switzerland. This advanced switchgear embodies the pinnacle of cutting-edge design in China, incorporating a robust series of standardized modules. Each component, from its seamless drawers to its sturdy mechanical interlocks, ensures unparalleled safety and reliability for every user.
Expertly crafted for power systems operating at AC 50 (60) Hz with a rated working voltage of 400V to 660V and a rated current up to 5000A, this switch cabinet is a versatile solution for various environments. Whether in power plants, substations, or commercial buildings like hotels and airports, it serves as a vital hub for power generation, transmission, and distribution. Moreover, it integrates with capacitance compensation cabinets for optimal reactive power management. Our product adheres strictly to national and international standards, including GB7251.1 and IEC60439, ensuring supreme quality and performance.
Use Environment
1. Designed for optimal performance, it functions efficiently within an ambient air temperature range of -5 °C to +40 °C, with an average of +35 °C over 24 hours.
2. The surrounding air's relative humidity should not surpass 50% at +40°C. However, at lower temperatures such as +20°C, it can be as high as 90%, accommodating occasional moderate condensation due to temperature variations.
3. Intended for indoor use, it is suitable for locations with elevations up to 2000 meters.
4. Installation should be in vibration-free zones without corrosive elements to maintain the integrity of electrical components.
Customizable products
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Ordering Instructions
When placing your order, please ensure to provide:
1. A comprehensive main circuit distribution system diagram, including phase layout, rated working voltage, current, and essential protection device parameters.
2. Specifications for both incoming and outgoing cables must be clearly specified.
3. Detailed information on model, specification, and quantity for main electrical components within the differential cabinet is required.
4. If required, specify the data for bus extrusion or bus duct systems between switch cabinets or incoming cabinets, including span and ground height.
5. For special environmental conditions, detailed specifications are necessary at the time of order.
6. The switch cabinet's surface color and any specific customization needs should be detailed.