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Product No: SMT-B104
The IEC 60529:2013 63.5mm 1040g Steel Test Ball (Without Ring) is a heavy-duty impact testing tool engineered for large, robust equipment enclosures—such as industrial machinery, commercial refrigerators, and data center server cabinets. Its extra-large 63.5mm diameter (solid carbon steel construction) delivers high-impact force to simulate extreme real-world scenarios (e.g., falling heavy objects or industrial collisions). The “without ring” design optimizes it for fixed test benches (no suspension needed), ensuring stable, precise placement during testing. It verifies if enclosures resist cracking, deformation, or exposure of hazardous internal parts (e.g., high-voltage components), making it critical for manufacturers to validate heavy-equipment safety and meet global standards.
Specifications:
Tool Type: 63.5mm Steel Test Ball (Without Ring; for heavy-duty equipment enclosure impact testing)
Material: Solid carbon steel (density: 7.85g/cm³; high rigidity, no deformation under high impact; corrosion-resistant)
Key Dimensions:
– Ball diameter: 63.5 mm
– Ball weight: 1040 g
Surface Treatment: Smooth, deburred finish (prevents artificial scratches on test enclosures; ensures even impact force distribution)
Typical Impact Height: 1.5–2.5 meters (adjustable for heavy-equipment categories; specified in IEC/UL standards)
Core Function: Delivers high-impact force to test structural integrity of heavy-duty enclosures; verifies no hazardous part exposure post-impact
Test Procedures:
1. Inspect the steel ball for damage (dents, cracks, rough surfaces) to confirm test accuracy.
2. Secure the heavy-duty equipment under test (EUT) on a reinforced, non-slip test bench.
3. Adjust the test setup to the specified impact height (e.g., 2.0m for industrial machinery).
4. Place the steel ball at the target height (using a fixed lifting mechanism) and release it freely.
5. After impact, visually inspect the EUT enclosure for cracks, deformation, or loose components.
6. Record results: Pass if enclosure remains intact; Fail if damage or hazard exposure occurs.
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