What is the weight capacity of a balcony?

It mainly depends on how much you float out of the balcony, the more you float, the less the load-bearing, and vice versa. There are also mechanical principles, what is the horizontal area of the beam at the bottom of your balcony, and how much is the angle, all have to be calculated. GENERALLY, IF THE BALCONY FLOATS OUT NO MORE THAN 1500MM, THEN THE LOAD OF 500 KG IS NO PROBLEM.

It's not good, I'm a little worried, I have to ask how thick the steel bar was when I came out of the balcony? Or don't pretend, if the weight is okay, one day accidentally come to the two guests don't know how many jumps to jump, resonance, then trouble!

Answer: The design live load (movable load) of the balcony is 2KN square meters, that is, about 200 kg per square meter; In addition, the end of the balcony is allowed to carry a load of 1 kn meter, i.e. the end can also carry a concentrated live load of about 100 kg per linear meter. The above is the design value, and the actual balcony varies according to its design safety margin, construction and material quality. The balcony is a cantilever component, the position of the steel bar is very strict, if the upper steel bar is accidentally stepped down during construction, the bearing capacity of the balcony will be greatly reduced, and even collapse, and this kind of thing is often there in varying degrees.

Therefore, it is necessary to avoid its full load in use, especially not to put more things at the end of the balcony.

The balcony load is generally judged according to the balcony live load, and according to the national building code, the balcony live load is generally, that is, no square meter can bear a maximum of 250 kg of weight; Referred to as live load, also known as variable load, is the use or occupation load and naturally occurring natural load caused by people, materials and vehicles applied to the structure.

The load-bearing load design of the balcony is generally (movable load) of 2KN square meters, that is, the balcony load-bearing load is about 200 kg per square meter; In addition, the end of the balcony is allowed to carry a load of 1 kn m, because this end of the balcony can also carry a concentrated live load of about 100 kg per linear m.

There are two types of balcony load-bearing ranges:

First, the weight of the balcony itself, including the upper and lower plastering, balcony floor, railing and other weights;

The second is the change of load-bearing after the balcony. For a long time, the national implementation of the balcony load-bearing design standard is: 250 kg square meters, if more than this standard will bring potential safety hazards.

However, the weight of the balcony is not particularly fixed, it also has a lot to do with its own weight. In general, due to the different areas of each building, in order to easily express the load-bearing capacity of the building, it is expressed by "pressure" in engineering construction, that is: ox (N) square meters; For the sake of convenience and understanding, kg (1kg=, about equal to 10N) is also used.

For example, the area of a balcony is 1m wide and 2m long = 2, assuming that its design bearing capacity is 150kg, then the balcony can bear 2 150 = 300kg.

The design load of the balcony is per square meter, that is, tons, that is, it takes 4 square meters to bear the weight of 1 ton, and 1 square meter is to bear the weight of 250kg.

The structural arrangement of the balcony includes wall-mounting, beam-lifting and slab-lifting. Wall-mounted: The balcony slab is directly placed on the wall, and its plate shape and span are consistent with the room floor slab, which is mostly used for concave balconies.

Pick beam type: It is to extend the pick beam at both ends of the balcony, and the balcony board rests on the pick beam. Pick plate type:

The overhead type is to cantilevering the balcony slabs.

Question: Please take a look at our balcony, the first one is the exterior view of the balcony, the second one is the interior view of the balcony, the third one is the drawing of the building, and the red circle is the balcony with sand, probably put.

How much is the above balcony load-bearing?

What kind of balcony does this belong to? Is it dangerous for a worker to put 30 bags of sand on the balcony? After about 10 hours, like the balcony I posted above, there are about 2500 pounds of sand and 30 bags of sand, is it dangerous to exercise Is it dangerous to bear 30 bags of sand on such a balcony?

How many squares are there on the balcony in the red circle? Is the load-bearing area of the balcony calculated by the floor area or the indoor area?

Please take a look at our balcony, the first one is the balcony exterior view, the second one is the balcony interior, the third one is the drawing of the building, and the red circle is the balcony with sand, probably put.

How much is the above balcony load-bearing?

What kind of balcony does this belong to? Is it dangerous for a worker to put 30 bags of sand on the balcony? After about 10 hours, like the balcony I posted above, there are about 2500 pounds of sand and 30 bags of sand, is it dangerous to exercise Is it dangerous to bear 30 bags of sand on such a balcony?

How many squares are there on the balcony in the red circle? Is the load-bearing area of the balcony calculated by the floor area or the indoor area?

The building is a high-rise with 26 floors, and the technical supervisor said that this balcony has beams on all sides, columns on all sides, and boards on three sides? What type of balcony do you think this balcony belongs to? It is also said that the balcony belongs to the frame structure, do you think?

Such a balcony put 30 bags of sand for 10 hours, each bag is about 80 catties, about 2500 catties, is there a danger of collapse of such a balcony?

Question: The building is a high-rise with 26 floors, and the technical supervisor said that this balcony has beams on all sides, columns on all sides, and boards on three sides? What type of balcony do you think this balcony belongs to? It is also said that the balcony belongs to the frame structure, do you think?

Such a balcony put 30 bags of sand for 10 hours, each bag is about 80 catties, about 2500 catties, is there a danger of collapse of such a balcony?

It depends on the structural design drawings of your house.

There are specific requirements for load design above.

If the design load factor is low, the corresponding load-bearing capacity is also low.

It is OK to put 100kg per square meter on the balcony.

Also depending on whether your balcony is cantilevered or framed by columns.

This depends on the architectural structure drawing, and the architectural drawing cannot be seen.

If it is a structural column, it is still cantilevered.

Hello: The balcony load-bearing copy is generally judged according to the live load of the balcony, according to the national building code, the live load of the Yangdu platform is the same, that is to say, no square dao meter can bear a maximum of 250 kg of weight; ?Referred to as live load, also known as variable load, is the use or occupation load and naturally occurring natural load caused by people, materials and vehicles applied to the structure.

Hope it helps.

The load-bearing design of the balcony is generally KN per square meter, and the load-bearing capacity of the balcony is about 200 kg per square meter. The end of the balcony is also allowed to carry 1 kn per square meter, because the end of the balcony can also carry 100 kg of concentrated load per linear meter. The load-bearing range of the balcony is divided into two kinds, one is the self-esteem of the balcony itself, and then the balcony increases after the change into the middle, the national implementation of the balcony load-bearing design standard is 250 kg per square meter, more than this standard will bring potential safety hazards.

The balcony load-bearing load design is generally.

The system (movable load) is 2KN square meters, that is, the balcony bearing capacity is about 200 kg per square meter; In addition, the end of the balcony is also allowed to bear a load of 1KN meters, and the end of the balcony can also bear a concentrated live load of about 100 kg per linear meter.

There are two types of balcony load-bearing ranges:

First, the weight of the balcony itself, including the upper and lower plastering, balcony floor, railing and other weights;

The second is the change of load-bearing after the balcony. For a long time, the national implementation of the balcony load-bearing design standard is: 250 kg square meters, if more than this standard will bring potential safety hazards.

However, the weight of the balcony is not particularly fixed, it also has a lot to do with its own weight. In general, due to the different areas of each building, in order to easily express the load-bearing capacity of the building, it is expressed by "pressure" in engineering construction, that is: ox (N) square meters; For the sake of convenience and understanding, kg (1kg=, about equal to 10N) is also used.

For example, the area of a balcony is 1m wide and 2m long = 2, assuming that its design bearing capacity is 150kg, then the balcony can bear 2 150 = 300kg.