The SLVA Standardized Low Voltage Switchgear is a complete low voltage switchgear and control device designed for the transmission, distribution and conversion of electrical energy. The product is designed based on the principles of safety and reliability, strength and durability, unification of standards, interchangeability, rational classification and a wide range of applications.
Review
The SLVA Standardized Low Voltage Switchgear is a complete low voltage switchgear and control device designed for the transmission, distribution and conversion of electrical energy. The product is designed based on the principles of safety and reliability, strength and durability, unification of standards, interchangeability, rational classification and a wide range of applications. By improving and optimizing the design, the degree of standardization of low-voltage switchgear has been increased, resulting in a unified, modular and standardized design. In the product, the number of standard sizes of busbar currents is optimized to three nominal values: 1250, 2000 and 2500 A. In addition, the design solutions of the low-voltage switchgear, primary and secondary interfaces, building interfaces, as well as the main parameters of key components are unified. Standardized design eliminates the re-development of standard design solutions, reduces design costs, and also improves the quality and reliability of products.
Characteristics
1. Rational design of low-voltage switchgear: taking into account the characteristics of various switching devices, the corresponding functional blocks are modularly designed. This provides ease of assembly and flexibility in combining different functional blocks.
2. Versatile and flexible design: the C-type profile system allows the implementation of various design solutions taking into account different classes of operating conditions and environmental requirements. The design provides high flexibility during assembly.
3. Standardized modular design: Individual functional blocks of low voltage switchgear, including protection, control, switching and monitoring blocks, can be designed and manufactured according to standard modules, allowing the user to select and combine them according to specific requirements.
4. High level of safety: the use of sectional separation, as well as mutual isolation of the inputs and outputs of individual functional blocks, significantly increases the level of safety and protection inside the switchgear.
5. High technical characteristics: advanced production technologies and modern materials are used in the design and manufacture, due to which the main technical parameters of the low-voltage switchgear meet high international requirements.
6. Simplified maintenance and increased efficiency: The structural layout, overall dimensions, insulation protection and installation methods of cabinet door hinges are unified and optimized. This makes inspection and maintenance easier, reduces periodic maintenance work and increases the efficiency of operating personnel.