AS 2316.1.1:2021 pdf free download

09-02-2021 comment

AS 2316.1.1:2021 pdf free download.Artificial climbing structures and challenge courses Part 1.1: Safety requirements and test methods for belayed climbing and abseiling structures.
2.1 Structural and other requirements
The ACS shall be designed to accommodate the most adverse combination of loading that will be applied according to the appropriate Australian Standards for structural components, in particular the following:
(a) For structural design actions and stability analysis, AS/NZS 1170 (series). For structural steel. AS 4100.
(c) For concrete structures, AS 3600.
(d) For aluminium structures, AS/NZS 1664 (series).
(e) For timber structures, AS/NZS 1720 (series).
(f) For poles, AS/NZS 4676.
For wire rope, AS 3569.
For chain, AS 2321.
(i) For fittings used with wire rope. AS 1138, AS 2076, AS 2318. AS 2319 and AS 2741.
(j) For synthetic fibre components, AS 1353.1 and AS 4497.1. For access ways and platforms, AS 1657.
(I) Where trees are to be used, AS 2316.2.1.
2.2 Determination of the strength and stability of an ACS
2.2.1 General
Where possible, the strength and stability otan MiS and the hxlngs to any surrounaing structure snail ne determined by calculation, using the design loads in Table 2.1, in accordance with Clauses 2.2.2 and 2.2.3.
Where the elements cannot be determined by calculation, the strength and stability of the wall and components shall be determined by using the relevant minimum breaking loads in Table 2.1 applied in accordance with Appendix A.
In the assessment of strength and stability, the load of a falling user shall be applied at the point of connection to the ACS at the most unfavourable angle between ± 12.5° from the vertical axis.
A combination of design loads with the other relevant forces, e.g. mass of the ACS and forces due to climatic conditions shall be performed. Use these loads in a stability analysis in accordance with the requirements for combinations of loads and confirmation of limit states in AS/NZS 1170.0.
All anchor points, including lead anchors, shall be proof tested before initial use. Unless otherwise specified within the design documentation, a full visual inspection shall be completed every 12 months.
If any failure is recorded all anchors of the same type shall be proof tested and all failures rectified before being returned to use and actions recorded.
The entire structure shall be checked by a competent person. Where an ACS is modified or extended, the above calculation and/or proof testing process shall be applied to any new and existing elements. The above calculation and proof testing shall be applied to any new elements at 8 kN and for any existing elementsat 6.6 kN.AS 2316.1.1 pdf download.

Download infomation Go to download
Note: Can you help me share this website on your Facebook or others? Many thanks!
AS/NZS 60079.5:2015 pdf free Free AS Standards

AS/NZS 60079.5:2015 pdf free

AS/NZS 60079.5:2015 pdf free.Explosive atmospheres Part 5: Equipment protection by powdered filling 'q'. Containers intended to be opened for repair Electrical equipment, parts of electrical equipment, or Ex components that are designed to be repaired shall...
Get More
AS/NZS 60079.2:2015 pdf free Free AS Standards

AS/NZS 60079.2:2015 pdf free

AS/NZS 60079.2:2015 pdf free.AUSTRALIAN/NEW ZEAL AND STANDARD Explosive atmospheres. 5 Constructional requirements for pressurized enclosures 5.1 Enclosure The pressurized enclosure shall have a degree of protection in accordance with Table 2. For Level of Protection pxb with...
Get More
AS/NZS 5263.1.3:2016 pdf free Free AS Standards

AS/NZS 5263.1.3:2016 pdf free

AS/NZS 5263.1.3:2016 pdf free.Gas appliances Part 1.3: Gas space heating appliances. 2.1 SCOPE This Clause of AS 5263.0 applies. 2.2 GENERAL DESIGN REQUIREMENTS This Clause of AS 5263.0 applies, except as modified below. 2.2.13 IJesign olappliance base...
Get More


Anonymous netizen Fill in information