BlokSeT Intelligent Low-Voltage Switchgear

Product Description

　　Schneider Blokset series low-voltage switchgear (referred to as B cabinet) is a new type of low-voltage switchgear produced by XINGSHENG Electrical Appliance Co., Ltd. authorized by Schneider Electric Company. It boasts a leading design concept, excellent performance, and reliable quality. This low-voltage switchgear is used in power distribution systems with a frequency below 50/60 Hz, rated voltage of 400/690V, insulation voltage of 1000V, and rated current of 6300A or less. It can be used as a power distribution center, motor control center, capacitor compensation, and terminal distribution, etc., for energy control, conversion, and distribution equipment. It is suitable for power plants, substations, industrial and mining enterprises, civil building infrastructure, and various other fields.

　　This low-voltage switchgear complies with the latest technical standards such as IEC60439-1 and GB7251.2.

Technical Advantages

　　1. BlokSeT, with its excellent performance, high reliability, complete solutions, and leading intelligent power distribution solutions, has won full recognition from international and domestic users. Its achievements span various fields, including buildings, industry, energy, and infrastructure, representing the internationally advanced level of low-voltage complete sets of equipment.

　　2. Industry-leading electrical performance meets various customer needs;

　　3. Anti-corrosion and salt spray environment solutions meet the strict environmental requirements of the site;

　　4. Excellent EMC electromagnetic compatibility performance meets the site's anti-interference requirements;

　　5. Up to 85kA 0.5s arc resistance and 9-level earthquake intensity meet the on-site operation and maintenance safety and vibration environment requirements.

　　6. The technical center has standardized the structure, electrical drawings, and primary and secondary process designs for various low-voltage system solutions, possessing rich design experience, improving engineering implementation efficiency and delivery punctuality.

Technical Parameters