Safety shoe impact testing machine
According to the criteria:
Bs-953,1870
EN-344,
ANSI-Z41
CSA-Z195
ISO K88782
EN ISO 20344,
ANSI-Z41
BS EN-344
CSA-ZI95
LD50-1994
AS/NZS 2210.2
GB/T 20991
GB 4014-1983
BS-953
EN 12568,
ASTM F2412
ASTM F2413-11
LD-50
CNS 6863-82
JIS-T8101:2000
Product Advantages:
Measures Critical Safety Property: Quantifies the impact resistance of safety shoe toecaps, a fundamental requirement for protecting the wearer's feet.
Standard Compliant: Designed to meet numerous international and national standards (EN 344. ANSI Z41. CSA Z195. BS standards, etc.) for safety footwear impact testing.
Simulates Impact Hazards: Replicates the force of falling objects onto the toecap under controlled conditions.
Provides Objective Assessment: Allows for evaluation based on measurable criteria such as residual height and visual inspection for failure.
Accommodates Multiple Standards: Configurable to meet the specific drop hammer weights, falling heights, and impact energies required by different standards.
Robust and Durable: Constructed to withstand the forces generated during impact testing.
Essential for Certification: A necessary test for certifying safety footwear according to various protective standards.
Product Features:
Drop hammer mechanism capable of holding and releasing a drop hammer from a specified height.
Capability to use different standard drop hammer weights, such as 20$pm$0.2kg (for EN standards) and 22.7kg (for BS, ANSI standards).
Adjustable falling height for the drop hammer, with a range typically from 0 up to at least 1100mm (for EN standards).
System for achieving specific impact energies, such as 200 joules (for EN standards) and 100$pm$2 joules (for BS, ANSI standards), which are determined by the drop hammer weight and falling height.
Standardized impact edge on the drop hammer, with specifications varying by standard (e.g., 3$pm$0.1mm radius for EN, $phi$25.4mm for ANSI).
Anvil or baseplate on which the shoe is placed for the impact test.
Fixture or system for securely mounting the safety shoe in the correct position for the impact test.
Mechanism for measuring the residual height inside the toecap after the impact.
Electric motor (DC 1/4HP) for raising the drop hammer to the required height.
Robust and heavy construction (approximately 227kg) to ensure stability during impact.
Technical parameters:
Weight of drop hammer: （EN） 20±0.2kg,（BS,ANSI）22.7kg
Falling height: （EN） 0——1100mm
Impact capacity: （EN） 200 joules, （BS, ANSI） 100±2 joules
Impact edge: （EN）3±0.1mm（R），（ANSI）ø25.4mm
Horsepower: DC 1/4HP
Volume: 58.5×69.5×181.5cm
Weight: 227kg
Power supply: 1∮，AC220V
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