What is the purpose of the horizontal static load test?

To assess the rigidity of the table's structure against racking or side-sway forces, ensuring the legs and frame are robust.

Does this standard apply to children's tables?

While it can be used as a basis, specific standards for children's furniture with additional safety requirements often take precedence.

What is the difference between this and IS 5967 (Part 2)?

This is Part 1, focusing on 'Strength' (static, fatigue, impact loads). Part 2 focuses on 'Stability' tests to ensure the table or trolley does not tip over easily.

What is the acceptance criteria for the drop test?

After the drop test, the item should show no signs of fracture, damage or loosening of components that would impair its serviceability (Clause 8.3).

IS 5967

: 2000

wooden clothes' lockers - Specification

CurrentSpecializedTesting MethodArchitectural · Furniture

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This standard (Part 1) outlines the methods for testing the structural strength of various types of tables and trolleys. It specifies procedures for applying static, dynamic, and impact loads to evaluate the product's ability to withstand forces encountered in normal use without damage or loss of function.

wooden clothes' lockers - Specification

Quick Reference Values

Test load for vertical static test (general use table)1000 N

Test load for horizontal static test (general use table)450 N

Fatigue test load (general use table)750 N

Number of cycles for fatigue test10000 cycles

Mass for drop test (general use)10 kg

Standard test atmosphere temperature27 ± 2 °C

Standard test atmosphere relative humidity65 ± 5 percent

Practical Notes

The standard classifies furniture into different levels of use (e.g., light, general, heavy), which dictates the test loads and cycles. The intended use level must be known before testing.

Pass/fail criteria are based on visual inspection after testing. No fracture, significant deformation, or loosening of joints that impairs serviceability is permitted.

Part 2 of this standard covers stability tests (e.g., tipping), which are equally important for safety and should be conducted alongside these strength tests.