Aluminium Access Scaffolding Tower System CNBM

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Loading Port:
Qingdao
Payment Terms:
TT OR LC
Min Order Qty:
20 m.t.
Supply Capability:
3000 m.t./month

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Product Description:

1.Quick Details

  • Model Number: AT-SP30

  • Material: Aluminium

  • Width: 0.74m/1.37m

  • Leghth: 2.0m/2.5m/3.0m

  • Certification: EN1004/BS1139

2.Packaging & Delivery

Packaging Details:Pallet

3.Product Description

Model No: FAS-S

Model Name: Speedy Scaffolding System

 

4.Features:

1. Made of high strength steel tube
2. Including:

1) Frame: 2000/1500/1000mm(H)x732mm(W)

               1000/666mm(H)x732mm(W) with connector

2) Clamp Horizontal: 1572/2072/2572/3072mm(L)

3) Single Beam: 700/1056/1540/2040/2540/3040mm(L)

4) Double Beam: 1540/2040/2540/3040/4112mm(L)x435mm(W)

5) Brace: 2824/3209/3632mm(L) with single clamp

              4433mm(L) with double clamp

6) Safety Gate: 696mm(W)x464mm(H)

7) Steel Plank: 690/1046/1530/2030/2530/3030mm(L)x320mm(W)

8) Aluminium platform ladder: 2530/3030mm(L)x610mm(W)

3. Surface finish: painted/electro (hot dipped) galvanized or to be order

4. Also can manufacture it as your requirement.

5.

Ring   Lock System Scaffold Bay Brace / Diagonal Brace

Model

Description

Weight(kg)

Weight(lbs)

AR.DB.3050x2000

Ring Lock Bay Brace 3050x2000mm (10')

10.87

23.96

AR.DB.2745x2000

Ring Lock Bay Brace 3050x2000mm (10')

10.24

23.96

AR.DB.2440x2000

Ring Lock Bay Brace 2440x2000mm (8')

9.62

21.20

AR.DB.2130x2000

Ring Lock Bay Brace 2130x2000mm (7')

9.03

19.91

AR.DB.1830x2000

Ring Lock Bay Brace 1830x2000mm (6')

8.51

18.76

AR.DB.1520x2000

Ring Lock Bay Brace 1520x2000mm (5')

7.91

17.45

AR.DB.1220x2000

Ring Lock Bay Brace 1220x2000mm (4')

7.62

16.80

AR.DB.1150x2000

Ring Lock Bay Brace 1150x2000mm (3'10")

7.53

16.61

AR.DB.1065x2000

Ring Lock Bay Brace 1065x2000mm (3'6")

7.44

16.41

AR.DB.910x2000

Ring Lock Bay Brace 910x2000mm (3')

7.29

16.07

AR.DB.650x2000

Ring Lock Bay Brace 650x2000mm (2'2")

7.08

15.62

AR.DB.610x2000

Ring Lock Bay Brace 610x2000mm (2')

6.90

15.21





AR.DB.3072x2000

Ring Lock Bay Brace 3072x2000mm

10.95

24.14

AR.DB.2572x2000

Ring Lock Bay Brace 2572x2000mm

9.89

21.81

AR.DB.2072x2000

Ring Lock Bay Brace 2072x2000mm

8.93

19.69

AR.DB.1572x2000

Ring Lock Bay Brace 1572x2000mm

8.10

17.86

AR.DB.1400x2000

Ring Lock Bay Brace 1400x2000mm

7.86

17.33

AR.DB.1286x2000

Ring Lock Bay Brace 1286x2000mm

7.71

17.00

AR.DB.1088x2000

Ring Lock Bay Brace 1088x2000mm

7.47

16.47

AR.DB.1036x2000

Ring Lock Bay Brace 1036x2000mm

7.41

16.34

AR.DB.1020x2000

Ring Lock Bay Brace 1020x2000mm

7.40

16.32

AR.DB.880x2000

Ring Lock Bay Brace 880x2000mm

7.26

16.01

AR.DB.732x2000

Ring Lock Bay Brace 732x2000mm

7.14

15.74





AR.DB.3000x2000

Ring Lock Bay Brace 3000x2000mm

10.77

23.75

AR.DB.2500x2000

Ring Lock Bay Brace 2500x2000mm

9.74

21.48

AR.DB.2000x2000

Ring Lock Bay Brace 2000x2000mm

8.80

19.40

AR.DB.1500x2000

Ring Lock Bay Brace 1500x2000mm

8.00

17.64

AR.DB.1000x2000

Ring Lock Bay Brace 1000x2000mm

7.38

16.27





AR.DB.2400x2000

Ring Lock Bay Brace 2400x2000mm

9.55

21.06

AR.DB.1800x2000

Ring Lock Bay Brace 1800x2000mm

8.47

18.68

AR.DB.1200x2000

Ring Lock Bay Brace 1200x2000mm

7.60

16.76

AR.DB.900x2000

Ring Lock Bay Brace 900x2000mm

7.28

16.05

6.What is considerations of Scaffolding installation?

There must be a fire protection measures and specialist care, safety personnel patrol inspection when electricity, gas welding work on the scaffold,

(1) scaffold frontage hurtful to prevent falling objects protection is required.

(2) During take down the scaffolding, fencing and warning signs should be set up on the ground, prohibit others person besides the operator

Aluminium Access Scaffolding Tower System CNBM

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Q:Construction technology measures fee is directly into the sub - project costs
Construction technology measures fee is not directly into the sub-project costs, because the construction technology measures fees are measures fees rather than sub-project costs, measures fees, refers to the completion of the project construction, occurred in the construction and construction The cost of non-engineering entity projects during the process consists of construction technical measures and construction organization measures
Q:The name of the laws and regulations relating to the building, at least 100, The The
, Real estate and building regulations 1 Huadong City Real Estate Management on the promulgation of the month 5
Q:What is the distance from the external walls of the scaffolding and scaffolding?
Common terminology in the construction industry, refers to the construction site used in the external walls, interior decoration or high height can not be directly the construction of the place Scaffolding, also known as scaffolding, in the scaffolding, the operating frame laying, to facilitate workers walking in the top, transport materials and construction operations of a temporary turnover of the use of building materials Scaffold board can be made of steel, wood, bamboo material, single scaffolding quality should not be greater than 30KG
Q:What is the vertical transport of construction and the high increase in fees
The vertical transportation fee is a special item in the construction industry
Q:A man of mass 74.4 kg stands on a scaffold supported by a vertical rope at each end. The scaffold has a mass o?
this could be a 2d concern. The moments approximately any factor interior the gadget would desire to stability, in the different case the gadget (scaffold) would rotate. additionally, the vertical forces would desire to stability, or the gadget (scaffold) would translate. it form of feels to me that to the superb from the middle of the scaffold it somewhat is a distance one 6th of the dimensions of the scaffold is comparable to saying 2-thirds from the left-edge of the scaffold. The moments could be summed approximately any factor. i will evaluate the left facet of the scaffold, the place the 2d produced by the left rope is 0. comprehensive M = 0 = scaffold M + guy M + suited rope M 0 = 23.7kg*9.8m/s^2*(3.1m/2) + 60.1kg*9.8m/s^2*(2*3.1m/3) - F*3.1m wherein: the scaffold is considered a factor mass located at its center the strain F acts opposite to the load of the guy and the scaffolding, and subsequently has -ve sign remedy for F. To get the strain in the different rope, you are able to basically evaluate the vertical forces interior the gadget. on the different hand, you should sum the moments approximately another factor (say, the superb rope). wish this permits.
Q:What would you like to ask?At what height do scaffolds have to be engineered?
At all heights...they are engineered as a system.
Q:I have a concrete transport arm pump, would like to ask which building materials companies need to use, can be resident
Because you scaffolding too high pump enough, so you can only use the tow pump or car pump when the tow pump, the pump tube connected to the pouring site, with the pipe, pipe to complete the concrete pouring task
Q:A 54.5 kg painter is on a uniform 23.0 kg scaffold supported from above by ropes .?
I am looking for as shown, as I am not psychic.
Q:What kind of insulation materials and equipment are allowed to be imported in China?
One of China Polypropylene board (EPS board) or extruded board (XPS board), extruded board special interface agent
Q:A man of mass 60.3 kg stands on a scaffold supported by a vertical rope at each end. The scaffold has a mass o?
the HOW is that if he moves 1/6 of the way to an end, then he's 1/3 of the way from that end and 2/3 of the way from the other end. The tension from the platform doesn't change, but the tension from the man on either rope is inversely proportional to his distance from either end; in other words, he's 1/3 of the way from the right end, so 2/3 of his mass goes to tension on that rope; he's 2/3 from the other end so 1/3 of his mass goes to tension on the left rope. the rest is just math!

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