BODUN ELECTRIC
MNS Low-voltage Withdrawable Switchboards Automotive
MNS Low-voltage Withdrawable Switchgear introduce
MNS power distribution cabinet is an advanced low-voltage withdrawable complete set of switchgear, suitable for a variety of power supply and distribution demand scenarios. The following is a detailed introduction to the MNS power distribution cabinet:
1. Design background: MNS distribution cabinet is designed and developed to meet the needs of the development of the power industry.
2. Comply with standards: The product design complies with a number of domestic and foreign standards and regulations, including GB7251, VDE660, ZBK36001-89 "Low-voltage withdrawable switchgear complete set" and IEC439.
3. Scope of application: MNS distribution cabinets can be widely used in various low-voltage distribution systems such as power plants, substations, industrial and mining enterprises, buildings, hotels, and municipal constructions to adapt to various power supply and distribution needs.
4. Structural features: MNS distribution cabinet has an independent single cabinet channel. Its appearance and structural design make it a combined low-voltage switch cabinet that has passed form testing.
5. Drawer-type design: Unlike the GGD fixed cabinet, the MNS power distribution cabinet adopts a drawer-type design for easy maintenance and operation. GCK cabinets and GCS cabinets also use drawer-type designs, but their drawer advancement mechanisms are different from MNS. In addition, GCS cabinets can usually only be used as single-sided operation cabinets, while MNS cabinets provide more flexibility.
To sum up, MNS distribution cabinet has become an indispensable part of modern power system with its advanced design concept and wide range of applications. When selecting MNS distribution cabinets, users should consider its technical parameters, usage environment, and compatibility with other power equipment to ensure the safe, stable and efficient operation of the power system.
Use Environmental Conditions
1 The environmental temperature should be between -10°C and +40°C.
2 The relative humidity should not exceed 90% (25°C).
3 The equipment should be used in a dry and clean environment, free from corrosive gases and explosive dusts.
4 The altitude should not exceed 1000 meters above sea level.
5 The equipment should be installed on a stable foundation to prevent vibration and shock.
6 The power supply voltage should be within the range specified by the manufacturer.
7 The equipment should not be exposed to direct sunlight or strong radiation.
8 The equipment should not be used in environments with frequent temperature changes, such as near heating or air conditioning systems.
9 The equipment should not be used in environments with high levels of electromagnetic interference, such as near high-voltage power lines or radio transmitters.
10 The equipment should be protected from water and other liquids that could enter the enclosure and cause damage to the components inside.
Performance Parameters
