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IEC 62196-1 Compliant Vertical & Pendulum Dual-Mode Steel Ball Impact Tester

IEC 62196-1 Compliant Vertical & Pendulum Dual-Mode Steel Ball Impact Tester

Brand Name:	Sinuo
Model Number:	SN2202
MOQ:	1
Price:	Customized
Payment Terms:	T/T
Supply Ability:	10 Sets Per Month

Detail Information

Product Description

Detail Information

Place of Origin:

China

Certification:

Calibration Certificate (Cost Additional)

Drop Height:

Adjustable Range: 0.4 M ~ 1.5 M

Impact Mode:

Vertical Drop Impact & Pendulum Impact

Steel Ball:

Φ50.8 Mm, Mass 535 G

Lifting Mode:

Electric Drive

Clamping Method:

Electromagnetic Adsorption & Release Control

Operating Temperature:

0~40℃

Packaging Details:

Plywood

Supply Ability:

10 Sets Per Month

Product Description

IEC 62196-1 Compliant Vertical & Pendulum Dual-Mode Steel Ball Impact Tester

Product Information

This steel ball impact tester is used to test the anti-drop impact performance of EV accessories. It features two switchable test modes: vertical free drop impact and horizontal pendulum impact on test samples. Equipped with electric lifting and electromagnetic clamping structure, it supports adjustable drop height from 0.4m to 1.5m to generate various impact energy as required.

Compliant Standard

IEC62196‑1:2025 Clause 26.2
IEC60950‑1:2005 Clause4.2.5
IEC60598‑1:2014 Clause4.13.4a
IEC60065:2005 Clause12.1.3 & Figure8

Technical Parameters

Test Purpose	Conduct drop impact resistance test on equipment enclosures
Test Principle	Free vertical drop or free pendulum impact on test samples
Equipment Structure & Features	Supports two test modes: vertical drop impact and horizontal pendulum impact
Operating Environment	Power Supply: AC220V±10%, 50/60Hz; Operating Temp: 0~40℃; Humidity: 30%~90%
Impact Steel Ball	Steel ball: Φ50.8 mm, mass 535 g
Impact Mode	Vertical drop impact and pendulum impact, switchable.
Drop Height	Adjustable range: 0.4 m ~ 1.5 m
Impact Energy	Formula: E=mgH, supports impact energy values (J) listed below and custom requirements.
Lifting Mode	Electric drive
Clamping Method	Electromagnetic adsorption & release control