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新萄京8522可以用在什么地方

来源:     发表日期: 2019-03-23 10:51:13     浏览次数:次    
  新萄京8522是指将现代高层建筑内部附属机电设备如:给水排水系统、建筑电气系统、消防管道系统、燃气管道系统、通风与空调工程系统、电梯安装系统、幕墙系统、地下管廊系统和建筑智能化系统等机电设备与建筑结构体牢固连接,以地震为主要荷载的抗震支撑设施,由锚固体、加固吊杆、抗震连接构件以及抗震斜撑组成。今天小编为大家介绍一下关于新萄京8522的技术基础,希望对你有一定的帮助
  Anti-seismic bracket refers to the mechanical and electrical equipment attached to modern high-rise buildings, such as water supply and drainage system, building electrical system, fire-fighting pipeline system, gas pipeline system, ventilation and air-conditioning engineering system, elevator installation system, curtain wall system, underground pipeline gallery system and building intelligent system, which are firmly connected with the building structure, and the aseismic support with earthquake as the main load is set up. It is composed of anchor, reinforced suspender, aseismic connecting member and aseismic diagonal brace. Today, I'd like to introduce the technical foundation of the anti-seismic bracket for you. I hope it will be helpful to you.
  建筑机电抗震支撑系统是根据设防烈度、建筑使用功能、建筑高度、结构类型、变形特征、附属设备所处位置和运行要求等按相关标准经综合分析后确定设计安装。建筑机电抗震支撑系统中,重要机房不应设置在可能导致其使用功能发生障碍等二次灾害的部位;对于有隔振装置的设备,以及其强烈振动对与连接件有影响的部位,还要考虑到防止设备和建筑结果发生谐振的现象,并进行综合考虑和设计。
  The seismic bracing system of building machinery is designed and installed according to the relevant standards, such as fortification intensity, building function, building height, structure type, deformation characteristics, location and operation requirements of ancillary equipment. In the aseismic support system of building machinery, the important engine room should not be located in the place that may cause secondary disasters such as the obstacle of its use function; for the equipment with vibration isolation device and the part where strong vibration affects the connecting parts, the phenomenon of preventing resonance of equipment and building results should also be taken into account, and comprehensive consideration and design should be carried out.
  建筑机电抗震支撑系统设计和制造的支、吊架应具有足够的刚度和承载力;使其与建筑结构应有可靠的连接和锚固,应使设备在遭遇设防烈度地震影响后能迅速恢复运转。建筑机电抗震支撑系统在管道穿越结构墙体的洞口设置,应减少对主要承重结构构件的削弱。管道和设备与建筑结构的连接,应允许二者间有一定的相对变位。
  The support and hanger of the design and manufacture of the anti-seismic bracing system of building machinery should have sufficient stiffness and bearing capacity, and should have reliable connection and anchorage with the building structure, so that the equipment can quickly resume operation after being affected by the earthquake of fortification intensity. In order to reduce the weakening of the main load-bearing structural components, the seismic bracing system of building machinery should be set up at the opening of the pipeline passing through the wall of the structure. The connection between pipeline and equipment and building structure should be allowed to have relative displacement.
  新萄京8522是经抗震加固后的建筑给水排水、消防、供暖、通风、空调、燃气、热力、电力、通讯等机电工程设施,当遭遇到本地区抗震设防烈度的地震发生时,可以达到减轻地震破坏,减少和尽可能防止次生灾害的发生,从而达到减少人员伤亡及财产损失的目的。机电新萄京8522是限制附属机电工程设施产生位移,控制设施振动,并将荷载传递至承载结构上的各类组件或装置。
  Anti-seismic bracket is a mechanical and electrical engineering facility, such as water supply and drainage, fire fighting, heating, ventilation, air-conditioning, gas, heat, electricity, communication and so on. When encountering earthquakes with seismic fortification intensity in the region, it can reduce earthquake damage, reduce and prevent secondary disasters as much as possible, so as to reduce casualties and property losses. Mechanical and electrical anti-seismic bracket is a kind of component or device that restricts the displacement of auxiliary mechanical and electrical engineering facilities, controls the vibration of the facilities, and transfers the load to the bearing structure.
  燃气部分。
  Gas part.
  对于内径不小于25mm 的燃气管道应进行抗震设计;燃气管道通过隔震层时,应在室外设置阀门和切断阀,并设置地震感应器,地震感应器与切断阀联锁;在建筑高度大于50m 的建筑内,燃气管道应根据建筑抗震要求,在适当的间隔设置抗震支撑。电气部分:重要电力设施可按设防烈度提高1度进行抗震设计,但为8 度及以上时不再提高;对于内径大于等于60mm 的电气配管及重力大于等于150N/m 的电缆梯架、电缆槽盒、母线槽均应进行抗震设防;设在建筑物屋顶上的共用天线等,应设置防止因地震导致设备或其部件损坏后坠落伤人的安全防护措施。
                           澳门新萄京8522
  Seismic design should be carried out for gas pipelines whose inner diameter is not less than 25 mm; when gas pipelines pass through the isolation layer, valves and cut-off valves should be installed outdoors, and seismic sensors should be installed. Seismic sensors and cut-off valves should be interlocked; in buildings whose building height is more than 50 m, gas pipelines should be provided with seismic braces at appropriate intervals in accordance with building seismic requirements. Electrical part: Important electric power facilities can be designed to resist earthquake by increasing the intensity of fortification by 1 degree, but not by 8 degrees or more; for electric pipes with inner diameter greater than 60 m m and cable ladder, cable slot box and bus bar groove with gravity greater than 150 N/m, anti-seismic construction should be carried out; for common antennas built on roofs of buildings, equipment or busbar groove should be set up to prevent earthquake-induced equipment. Safety precautions against falling injuries after parts are damaged.
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