Electrical Safety Testing
Electrical Safety Testing for Global Certification
Electrical, fire, mechanical, thermal, and battery safety testing scoped to the standards each market applies. Evidence a certification body will accept and a regulator will stand behind.
What safety testing decides
Can this product be used without creating a hazard the market won't accept?
Safety testing asks whether a product can be operated, and misused in foreseeable ways, without causing electric shock, fire, burns, mechanical injury, or exposure to hazardous energy. The applicable standard defines the hazards, the constructions that control them, the tests that prove it, and the markings and instructions that must accompany the product. Nearly every regulated market requires safety evidence before an electrical or battery-powered product can be sold.
The standards are largely international. IEC 62368-1 covers audio, video, and information technology equipment. IEC 60335 covers household and similar appliances. IEC 61010 covers laboratory and measurement equipment. IEC 62133 and IEC 62619 cover batteries. IEC 60601 covers medical electrical equipment. Each market adopts them with national deviations, and each certification scheme applies its own requirements to critical components, factory surveillance, and marking.
ORBIS Compliance scopes safety testing so it serves the certification, rather than as an isolated laboratory event. Our engineers identify the hazards, the product boundary, the critical components, and the markets before samples are built, then coordinate testing at laboratories the target certification bodies recognize.
The facets of a safety file
Five things that decide whether the report holds up
01
The product boundary
What's in the test: the device, the adapter, the battery, the accessory the manual says a user can connect. A report on the device alone doesn't cover a system the instructions invite people to build.
02
The hazard set
Shock and fire dominate many electrical standards. Mechanical stability, sharp edges, hot surfaces, optical radiation, and stored energy matter for others. Naming the hazards up front prevents testing the familiar clause and missing the one that fails.
03
Critical components
Fuses, insulation systems, transformers, cells, and power supplies often need their own certificates. Substituting a similar part after the test breaks the report. The file has to say which parts are locked to the approval.
04
Markings and instructions
Ratings, warnings, symbols, and indoor or outdoor claims are part of the safety case. A label that contradicts the report is a finding, even when every laboratory clause passed.
05
Abnormal conditions
Single-fault behavior, blocked ventilation, stalled motors, and foreseeable misuse are where products fail after passing normal operation. If the market's standard requires them, they belong in the plan before samples exist.
Where Fragmented Compliance shows up
The certifier is often the first person to see the report, the label, and the component list together. They don't match.
The safety report sits with the lab. The label file sits with marketing. The component certificates sit with purchasing. A cost-down changes a plastic or a cell and the report still names the old part. That gap gets found at customs or in the field, not in the chamber.
How ORBIS is involved
One team reading the product, the standard, and the market together.
Safety testing is part of ORBIS Product Compliance Testing and Management. Our engineers map the product to the safety standards each target market applies, identify the samples and critical components the report must name, and coordinate the laboratory work. You can keep your current safety lab. With authorized access, its report can be contributed to ORBIS Cloud alongside the radio, EMC, and chemical evidence for the same product, so your team has one complete file.
When a certification body or a market authority disagrees with an interpretation of a hazard, a construction, or a component, ORBIS engages that authority directly. The goal is a settled reading you can build to, rather than a third opinion added to the first two. That direct engagement is how we avoid unnecessary retests and design changes that no regulator actually required.
A passing safety report is evidence, not permission. It becomes permission to sell through the certification and type approval work that follows, and through the national safety marks many markets require. We design the test plan with those downstream schemes in mind from the start.
Questions
Safety testing, answered
Our power adapter is already certified. Does that cover the product?
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It covers the adapter, in the configuration it was certified in. The end product still needs its own safety evaluation, and the adapter's certificate becomes one of the critical component documents in that file. If you ship a different adapter later, the file changes.
Can one safety test program serve multiple markets?
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Usually. A CB Scheme test report to the IEC standard, with the national deviations of your target markets included, is accepted by certification bodies in many countries. Some markets still require local testing or factory inspection. We tell you which before the program starts.
What if the product changes after certification?
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We assess the change against the report and the certificates. Changes to critical components, insulation, enclosure materials, ratings, or firmware that controls a safety function typically need evaluation and sometimes retesting. Cosmetic changes usually don't. Knowing the difference keeps the certificate valid without paying for tests you don't need.
How is battery safety handled?
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Cells and battery packs are tested to IEC 62133, IEC 62619, or the relevant standard for the application, and UN 38.3 for transport. The host product's safety evaluation then references those results. Markets increasingly require battery-specific marks and registrations, which we scope alongside the product certification.
Build the safety case around the product you'll ship.
Bring the product, its power and battery arrangement, and the markets. We'll scope safety testing to the hazards and components that will actually decide the approval.
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