The law of electric shock accidents - Solutions - Huaqiang Electronic Network

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Electronic scale crystal oscillator with dimensions 3.2*2.5mm (3225), operating at 16MHz with 12PF, 10PPM, 20PPM, or 30PPM frequency tolerance.

Seasonality: Electric shock accidents tend to increase during the second and third quarters, primarily due to the humid and rainy weather in summer and autumn. Sweaty hands and increased construction activities during this period contribute to higher risks.

Low voltage: Low-voltage power grids and electrical devices are widely used across various industries. However, many people lack safety awareness and proper knowledge, leading to frequent accidents.

Single-phase electricity consumption: Over 70% of electric shock incidents involve single-phase electricity. These often occur when non-professionals handle wiring without considering the capacity of switches and wires or taking necessary protective measures.

Age status: Young individuals are more likely to be involved in accidents due to inexperience and insufficient attention to safety protocols.

Electrical equipment connection parts: Loose fasteners, aging insulation, environmental changes, or frequent movement can create hidden dangers and lead to electrical failures or shocks.

Industry characteristics: Industries like metallurgy, mining, construction, and machinery face higher risks due to factors such as humidity, high temperatures, chaotic environments, and the use of mobile or portable equipment.

Violation of operation: Unsafe practices, such as pulling temporary lines or working on live equipment, are common in high-risk areas. Many accidents result from carelessness, impatience, or ignoring safety regulations.