The core design philosophy of electrical components is to ensure a comprehensive balance of six principles: reliability, safety, economy, maintainability, durability, and environmental friendliness.
Reliability Principle: The design must guarantee stable operation of components under various working conditions, avoiding breakage, deformation, or wear. High-performance materials that are corrosion-resistant and anti-aging are selected to improve long-term stability.
Safety Principle: Preventing risks of electric shock, fire, and falls, employing anti-electric shock structural designs, flame-retardant materials, and reasonable heat dissipation layouts to ensure the safety of users and equipment.
Economy Principle: Reducing costs while meeting performance requirements. This is achieved by simplifying structures, optimizing material selection, and implementing standardized designs to improve production efficiency and reduce manufacturing costs.
Maintainability Principle: Facilitating disassembly and replacement, with pre-designed fault diagnosis interfaces to improve maintenance efficiency and reduce downtime.
Durability Principle: Extending the service life of components through enhanced structural strength, selection of wear-resistant materials, and strict process control.
Environmental protection principle: Focus on energy conservation and consumption reduction, reduce pollution emissions, and consider the recyclability of parts to reduce the impact on the environment.