The necessity of building mechanical and electrical earthquake resistance

Release time：2018-12-26 18:08Number of visits：145times

1. Definition of electromechanical seismic support system:
It is a kind of anti-seismic supporting facilities which are firmly connected with the building structure and take the seismic force as the main load. It is composed of anchor solid, reinforced suspender, aseismic connecting member and anti-seismic diagonal brace.
2. The significance of electromechanical earthquake resistance
According to the "construction law of the people's Republic of China" and the "law of the people's Republic of China on earthquake prevention and mitigation", the principle of "prevention first" is implemented. When the mechanical and electrical engineering facilities such as water supply and drainage, fire control, heating, ventilation, air conditioning, gas, heat, power, communication and other mechanical and electrical engineering facilities after seismic reinforcement meet the earthquake of local seismic fortification intensity, the earthquake can be reduced Damage, reduce and prevent the occurrence of secondary disasters as far as possible, so as to achieve the purpose of reducing casualties and property losses.
3. The basic principle of electromechanical anti-seismic:
Through the calculation of the seismic force of mechanical and electrical pipelines and equipment, and the seismic reinforcement of the connection between the pipeline and equipment and the mechanism body, and the seismic checking calculation of the connection, the reliable connection between the mechanical and electrical pipelines and the building structure can be established, and the earthquake action borne by the electromechanical pipeline and equipment can be transferred to the structure body, so that it can recover quickly after encountering the earthquake influence of fortification intensity In order to recover the function of the building as soon as possible.
4. Core of electromechanical seismic technology:
The setting of electromechanical anti-seismic measures shall be determined after comprehensive analysis according to the requirements of relevant special standards according to the fortification intensity, building use function, building height, structural type and deformation characteristics, location and operation requirements of auxiliary equipment. Therefore, mechanical and electrical seismic is a technical rigorous system solution, each project has different technical characteristics, and its design scheme is also different.
In order to provide comprehensive protection for mechanical and electrical system, mechanical and electrical seismic protection needs scientific and rigorous technical scheme and mature supporting products, so as to achieve the synchronous effect with the seismic fortification requirements of buildings. Therefore, the mechanical and electrical anti-seismic deepening scheme needs to be provided by professional companies according to the mechanical properties and characteristics of their own products, scientific and rigorous mechanical calculation and checking calculation, etc.