Discover the 5 most common reasons drop testers fail, from poor build quality to lack of standard compliance. Learn how to choose a reliable drop testing machine that delivers consistent performance.
The External Short Circuit Tester Model 6003C-1000A sets the new industry benchmark for battery safety testing. With advanced explosion-proof design, real-time precision monitoring, and a 1000A current capacity, it ensures lithium-ion and EV battery compliance under the toughest conditions. Ideal for R&D and quality control, this system redefines safety assurance in the modern battery market.
The Advanced External Short Circuit Tester Model 6003C-1000A offers an industry-leading solution for comprehensive battery safety testing. Engineered with a robust explosion-proof dual-chamber design and precision control via a smart touch screen, it supports high-current testing up to 1000A with ultra-fast response times. Equipped with advanced safety features including automatic pressure relief valves, fire-resistant insulation, and real-time monitoring of voltage, current, and temperature, this tester ensures stringent compliance with global battery safety standards such as UL, IEC, and UN38.3. Ideal for lithium-ion battery safety, EV certification, and quality assurance laboratories, it combines cutting-edge technology with maximum protection to meet the demands of modern battery testing.
IEC 60068-2-32 is a globally recognized freefall drop test standard developed by the International Electrotechnical Commission (IEC), widely used to evaluate the mechanical durability and functional integrity of portable electronic devices. This article provides an in-depth overview of the standard’s background, testing procedures, and technical specifications. It also explains how the RS-DP-12A precision tumble drop tester fully meets IEC requirements, offering manufacturers a reliable and efficient solution for quality assurance and international market access.
Abstract:
Smartphones and tablets experience frequent accidental drops, which often result in severe damage — particularly to screens and structural components. Manufacturers aiming to deliver robust and competitive products must integrate standardized drop testing early in the product lifecycle. This article explains:
Why drop testing is strategically important
How user behavior and device form factors affect drop risk
The technical requirements of YD/T 1539-2006
How the RS-DP-12A Drop Tester simulates realistic drop scenarios
The RS-SN-150L Xenon Arc Weathering Test Machine helps manufacturers across industries simulate sun, heat, and moisture exposure to predict how materials perform long-term. With precise temperature control, rapid heat-up time, real-time monitoring, and compliance with global testing standards, it's the go-to choice for reliable material durability testing.
