What are the earthquake-resistant brackets for photovoltaic pipe corridors

About What are the earthquake-resistant brackets for photovoltaic pipe corridors

The company's current main products are earthquake-resistant brackets and accessories, Aluminum mold parts, special shaped parts and other one-stop procurement. In recent years, the company has seized the opportunity to continue to grow and become a comprehensive enterprise integrating production.

The strength of the material must be resistant to climatic factors for at least 30 years. It is not affected by extreme weather such as snowstorms or typhoons. The bracket shall be designed with slot rail to place wires and prevent electric shock. Power equipment should be installed in non exposed environment and easy for regular maintenance.

Hebei Hekang Metal Products Co., Ltd. is a domestic manufacturing enterprise specializing in the production and wholesale of earthquake resistant brackets, photovoltaic brackets, punched C-shaped steel, and embedded parts.

Earthquake Hazards Reduction Program (NEHRP) is to encourage design and building practices that address the earthquake hazard and minimize the resulting risk of damage and injury. Publication of this document, which is a companion guide to the 2009 edition of the NEHRP Recommended Seismic Provisions for.

The loads acting on the basis of the photovoltaic module bracket mainly include: the weight of the bracket and the photovoltaic module (constant load), wind load, snow load, temperature load and seismic load.

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6 FAQs about [What are the earthquake-resistant brackets for photovoltaic pipe corridors ]

What is considered a non-building structure in the NEHRP recommended seismic provisions?

The NEHRP Recommended Seismic Provisions also includes seismic design crite-ria for many structures that are not considered to be buildings. These structures are called nonbuilding structures and include: Electrical transmission towers.

Do nonstructural components and systems need to be designed for seismic resistance?

In Seismic Design Categories C and higher, nonstructural components and systems also must be designed for seismic resistance. The first step in the process is de-termining the component importance factor, Ip. Nonstructural components and systems that satisfy any of the following criteria are assigned an I

Which nonstructural components are considered 'designated seismic systems'?

Some nonstructural components with a component importance factor of 1.5 can be further classified as “designated seismic systems.” Designated seismic systems are those active mechanical and electrical components that must remain operable following an earthquake and those components containing hazardous components.

How can a community protect itself from earthquake disasters?

One of the primary ways a community protects itself and its individual citizens from potential earthquake disasters is by adopting and enforcing a building code with appropriate seismic design and construction requirements.

What are the most common ground failures caused by earthquakes?

Among the most common ground failures caused by earthquakes are landslides. An earthquake-induced landslide typically will occur on a steeply sloping site with loose soils. Earthquake-induced landslides have destroyed buildings and even entire commu-nities in past earthquakes (Figure 5).

Why did a building collapse after an earthquake?

As a result, earthquake energy dissipation and dam-age were concentrated in the first story columns, a condition that could not be repaired and required demolition of the building after the earthquake. In a more severe earthquake, this type of damage could have caused the building to collapse.