| After-sales Service: | 1year |
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| Warranty: | 1year |
| Category: | PPE Tester |
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The ISO 20344 Safety Footwear Impact Testing Machine is a precision instrument designed to evaluate the impact resistance of safety footwear, specifically the toe cap and metatarsal protection. It is essential for manufacturers, quality control laboratories, and research institutions to ensure compliance with international safety standards.
This machine rigorously tests the ability of safety shoes to protect the foot from impact caused by falling objects and compression. By delivering a controlled, high-energy impact to the protective toe area, it assesses the critical subsidence (deformation) of the steel or composite toe cap to verify that it provides adequate protection without failing.
| Weight of falling hammer: |
(EN)20±0.2KG,(BS,ANSI)22.7KG |
| Impact hammer: | Composed of 60mm wedge-shaped bodies, with two intersecting surfaces forming a 90 °± 1 ° angle |
| Falling height: | (EN)0-1200MM |
| Impact capacity: | (EN) 200 joules, (BS, ANSI) 100 ± 2 joule |
| Impact knife ring: |
(EN) diameter 30 ± 0.1mm ,(ANSI) 25.4mm |
| Horsepower: | DC1/4HP |
| Volume approximately: | 58.5 × 69.5 × 181.5cm for the host |
| Weight: | 180kg |
| Power supply: | 3 ∧, AC220V |
| Standard configuration: |
Comes with a box of plasticine 2 impact hammers |
The primary application is to determine the impact resistance of the protective toe cap. A safety shoe sample is placed and secured in the machine. The impactor is raised to a specific height calculated to deliver the required energy (e.g., 200J). It is then released to strike the toe cap. The critical measurement is the residual height of the toe cap after impact (the clearance between the toe cap and the last), which must not fall below the standard's requirement (e.g., 15mm) to ensure the shoe passes the test.
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