Electrical safety is one of those areas engineers assume is already under control, until it starts delaying projects. As power electronics, high-voltage systems, and energy applications continue to scale, the risks are no longer theoretical. Exposure to electric shock, fire hazards, and dielectric breakdown becomes a real concern that directly affects product reliability, compliance readiness, and time-to-market. The problem is not the lack of testing methods, but how most teams position them. Electrical safety testing is still often treated as a final validation step instead of being embedded earlier into the engineering process, and that is exactly where inefficiencies begin.
To address this gap, Kikusui Electronics is hosting a webinar titled “Fundamentals of Electrical Safety Testing: A Thorough Explanation of Hipot, IR, Ground Bond, and Leakage Current Testing.” The session focuses on breaking down the core principles behind electrical safety validation, specifically in the context of modern engineering environments where systems are becoming more complex and operating at higher voltages. Rather than staying at a surface level, the webinar dives into the real intent behind key safety tests, including withstand voltage testing (ACW/DCW), insulation resistance testing, ground bond testing, and leakage current testing, while also explaining how these tests align with international safety standards and how they should be properly executed in practice.
The session also introduces the Kikusui TOS9311, a high-voltage safety tester designed for applications such as SiC device validation, high-voltage converters, and large-scale solar power systems. This is relevant because many engineering teams already have access to capable equipment, but still struggle with incorrect test setups, a misunderstanding of measurement intent, or poor interpretation of results. In most cases, failures in electrical safety validation are not caused by missing tools, but by a shallow understanding of how and why those tests are performed.
This is where the bigger issue becomes obvious. When engineers do not fully understand the purpose behind each safety test, validation turns into a routine activity instead of a decision-making tool. That leads to late-stage failures, repeated testing cycles, and delays in certification or deployment. Electrical safety testing should function as a layer that supports engineering decisions, not just as a compliance requirement that is checked at the end. Teams that recognize this tend to move faster because they eliminate uncertainty earlier in the development cycle.
Webinar Details
Date: Wednesday, 10 June 2026
Time: 13:00 – 14:00 WIB
Capacity: Limited to 100 participants
Webinar Itinerary
– Introduction
– Typical hazards: electric shock
– Safety standards and laws
– Tests to verify electrical safety
– Safe operation
The webinar is intended for professionals involved in product development, testing, manufacturing, and quality assurance, especially those working with power electronics and high-voltage systems. While the content is positioned as fundamental, that does not mean it is basic. In reality, most engineers operate with a fragmented understanding, knowing the terminology and procedures without fully grasping the reasoning behind them. That gap is where most inefficiencies originate.
If your validation process feels slower than it should be or is heavily dependent on trial and error, the issue is not complexity. It is a lack of clarity in fundamentals. Strengthening that foundation is often the fastest way to improve both speed and confidence in engineering decisions.
For registration visit: https://haliatech.com/kikusui-webinar-electrical-safety
Contact us:
WhatsApp Sales: +62 821-2357-6487
Email: sales@haliatech.com
Office: (021) 22178880
