A stack of papers on a lab table with scientific equipment in the background
05 Aug 2026

How Documentation Sets the Context for Evaluation

Before a product ever reaches a lab, there’s one thing that shapes an entire IEC 61010 evaluation: documentation.

IEC 61010 doesn’t just define safety requirements; it also expects that manufacturers clearly describe how their equipment is intended to be used and how those safety requirements are met. These expectations are primarily outlined in Clause 5.4, and they influence everything from test conditions to applicable requirements.

The challenge is that these requirements are often not addressed early and are finalized near the end of compliance timelines. As a result, documentation gets treated as a formality when in reality it’s what connects design decisions to compliance.

This blog focuses on what IEC 61010 expects from a documentation standpoint and why getting this right early matters.

Intended Use and Equipment Description

When test labs review a product for IEC 61010, the intended use of the equipment is the first item that is looked for. That single piece of information drives a lot of early decisions. It helps confirm that IEC 61010 is the right standard, if additional Part 2 standards apply, what environmental and operating conditions need to be considered.

From there IEC 61010 expects a clear description of the equipment to include:

  • Who the intended users are
  • What the product does
  • Where and how it is installed
  • The system architecture
  • Major subsystems and interfaces

If this information is incomplete or vague, everything that follows becomes harder to assess. Fire and electric shock protection strategies, environmental assumptions, and testing conditions all depend on it.

The Role of Part 2 Standards

When products are submitted for certification to IEC 61010-1, sometimes there are more requirements that need to be considered.

Depending on the product, and the intended use, one or more Part 2 standards may apply. The requirements found within these standards modify requirements in IEC 61010-1 and can also introduce additional requirements that must be considered.

If the applicable Part 2 standards are not identified early, designs which were once compliant may now require changes to meet the modifications.

Instructions and Markings

Instructions and markings are often treated as a final step, but in IEC 61010 they aren’t just supporting documents; they directly affect how the product is evaluated.

The way a product is installed, how it’s used and maintained, and warnings about possible injury risks are all commonly found in the instructions.

A simple example: if your manual includes a cleaning procedure, the product may need to be cleaned as specified and then tested. If the manual isn’t provided before the testing is performed, or the procedure is modified after the testing is completed, additional late-stage testing may hold up the project completion.

At a minimum, your documentation package should include:

  • User manuals
  • Installation instructions
  • Maintenance guidelines
  • Safety warnings
  • Labeling layouts

Finalizing these documents early makes sure that they align with how the product is evaluated and tested and provides sufficient time for any required modifications to comply with requirements which may have been missed initially.

Conclusion

IEC 61010-1 doesn’t just require safe designs; it requires that the designs are clearly communicated.

Documentation sets the context for evaluation. It tells the lab how the product is intended to work, how it is protected, and how it should be assessed.

When that foundation is clear, compliance becomes much more predictable.

Andrew Browne headshot
Andrew Browne

Chief Engineer, Global Engineering

Andrew Browne is a Chief Engineer with Intertek’s Electrical business line, where he is the global subject matter expert for industrial machinery, robotics, elevators, cranes, and semiconductor manufacturing equipment. He is also an active member of several technical committees, including CSA's Technical Committee for Industrial Products and IEC/TC 44 for Industrial Machines. He holds a B.Sc in Mechanical Engineering from the University of Alberta and is a Professional Engineer (P.Eng).

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