Bedside patient monitor

Patient monitor testing

Patient monitor testing pulls in a particular standard for every measurement the monitor claims, on top of the general safety, EMC and alarm work.

A mains-powered clinical monitor combining ECG, SpO2, blood pressure and temperature, with alarms.

This is a map of what testing a product class commonly needs. It is not regulatory advice, and it does not replace your own risk analysis or a notified body's view.

What the terms on this page mean

MDR:: the EU Medical Device Regulation, the law a medical device must satisfy to be sold in the EU.
RED:: the EU Radio Equipment Directive, the law that applies on top of the MDR as soon as your product contains a radio such as Bluetooth or Wi-Fi.
Harmonised:: a standard named on the EU's official list. Testing to it earns presumption of conformity, meaning the authorities accept it as proof without further argument.
Accredited scope:: the exact list of tests a laboratory has been independently assessed to perform, published by its national accreditation body.

Tell us about your product

These are the answers that change which testing applies. Everything below stays on the page either way; turning an answer off only fades the categories it triggers.

Showing every category that applies to a typical example of this product.

What bedside patient monitor testing may involve

8 laboratory categories. The laboratory counts below were taken from our register on 2026-08-18.

C01

Electromagnetic compatibility testing

Emissions and immunity measurement in a chamber, plus immunity to mains disturbances.

If it is a mains-powered device in a clinical environment, this may require electromagnetic compatibility testing.

A monitor sits among many other emitters and must not lose essential performance.

IEC 60601-1-2Not harmonised under the MDR
The single named EMC standard for medical electrical equipment worldwide, and the one most often wrongly assumed to be harmonised under the MDR.
Why? S001
Consolidated MDR harmonised-standards list, Implementing Decision (EU) 2021/1182 as amended, CELEX 02021D1182-20260617: no entry references EN 60601-1-2 in any edition (absence re-verified 2026-08-17)
CISPR 11 and EN 55011Not harmonised under the MDR
The emissions limits IEC 60601-1-2 calls up for medical electrical equipment.
Why? S002
Consolidated MDR harmonised-standards list, Implementing Decision (EU) 2021/1182 as amended, CELEX 02021D1182-20260617: absence re-verified 2026-08-17
The IEC 61000-4 seriesNot harmonised under the MDR
The basic immunity test methods IEC 60601-1-2 references for each phenomenon: electrostatic discharge, radiated fields, fast transients, surges and voltage dips.
Why? S003
Consolidated MDR harmonised-standards list, Implementing Decision (EU) 2021/1182 as amended, CELEX 02021D1182-20260617: absence re-verified 2026-08-17 for EN 61000, any part
IEC 61000-3-2 and IEC 61000-3-3Not harmonised under the MDR
Harmonic current and voltage fluctuation limits for mains-connected equipment above the current threshold.
Applies to mains-connected devices. A battery-powered wearable does not trigger it.
Why? S004
Consolidated MDR harmonised-standards list, Implementing Decision (EU) 2021/1182 as amended, CELEX 02021D1182-20260617: absence re-verified 2026-08-17

34 accredited laboratories in our register hold IEC 60601-1-2 in scope (counted 2026-08-18). See the labs

A laboratory can hold capability that its published scope text does not itemize. Absence from these counts is not evidence of absence.

C02

Medical electrical safety testing

Leakage current, dielectric strength, mechanical and thermal hazards and single-fault conditions, plus verification that the device still performs when stressed.

If it is mains powered with multiple applied parts, this may require medical electrical safety testing.

Multiple applied parts multiply the leakage-current paths that have to be verified.

IEC 60601-1Harmonised under the MDR
Cited edition: EN 60601-1:2006 / EN 60601-1:2006/A13:2024 (entry 65)
The foundation standard for every powered medical device: leakage current, dielectric strength, mechanical and thermal hazards, and single-fault safety.
The list cites this edition. Whether the presumption extends to the A1:2013, A12:2014 and A2:2021 amendments is not stated in the Official Journal text, so this map does not claim it.
Why? S005
Consolidated MDR harmonised-standards list, Implementing Decision (EU) 2021/1182 as amended, CELEX 02021D1182-20260617, entry 65 read verbatim 2026-08-17
IEC 60601-1-8Not harmonised under the MDR
The alarm-systems collateral standard. It applies wherever the device raises an alarm condition.
Why? S006
Consolidated MDR harmonised-standards list, Implementing Decision (EU) 2021/1182 as amended, CELEX 02021D1182-20260617: absence re-verified 2026-08-17

37 accredited laboratories in our register hold IEC 60601-1 in scope (counted 2026-08-18). See the labs

A laboratory can hold capability that its published scope text does not itemize. Absence from these counts is not evidence of absence.

C12

Measurement accuracy and performance testing

Bench and, where required, clinical validation of the specific measurement claim against the particular standard for that device class.

If it combines ECG, SpO2 and blood pressure measurement claims, this may require measurement accuracy and performance testing.

Each measurement claim pulls in its own particular standard, and the multifunction standard governs the combination.

IEC 80601-2-49Not harmonised under the MDR
Multifunction patient monitoring equipment: it governs the combination rather than any single parameter.
Published by IEC, not ISO. Catalogues that write it as ISO 80601-2-49 have the designation wrong.
Why? S061
Consolidated MDR harmonised-standards list, Implementing Decision (EU) 2021/1182 as amended, CELEX 02021D1182-20260617: absence re-verified 2026-08-17
IEC 60601-2-27Not harmonised under the MDR
Electrocardiographic monitoring equipment, for continuous monitoring rather than diagnostic recording.
Why? S055
Consolidated MDR harmonised-standards list, Implementing Decision (EU) 2021/1182 as amended, CELEX 02021D1182-20260617: no 60601-2 particular standard appears except EN IEC 60601-2-83 (absence re-verified 2026-08-17)
ISO 80601-2-61Not harmonised under the MDR
Basic safety and essential performance of pulse oximeter equipment.
It includes the controlled desaturation study, which very few laboratories can run. Note also that the FDA recognition of this standard excludes the SpO2 accuracy clause, so US recognition of the accuracy specification should not be assumed.
Why? S060
Consolidated MDR harmonised-standards list, Implementing Decision (EU) 2021/1182 as amended, CELEX 02021D1182-20260617: absence re-verified 2026-08-17
IEC 80601-2-30Not harmonised under the MDR
The equipment requirements for automated non-invasive blood pressure measurement.
Why? S058
Consolidated MDR harmonised-standards list, Implementing Decision (EU) 2021/1182 as amended, CELEX 02021D1182-20260617: no 80601 entry appears (absence re-verified 2026-08-17)

39 laboratories in our register reference IEC 80601-2-49 in their published scope text (counted 2026-08-18). Search the register

A laboratory can hold capability that its published scope text does not itemize. Absence from these counts is not evidence of absence.

C11

Software lifecycle and cybersecurity assessment

Assessment of the software lifecycle, the safety classification, and security work. Mostly a review activity rather than a bench test.

If embedded software has a safety role, this may require software lifecycle and cybersecurity assessment.

An alarm decision made in software is a safety function.

IEC 62304Not harmonised under the MDR
Lifecycle requirements for medical device software, including the safety classification.
Universally applied, universally expected, and not harmonised under the MDR. Most of the work is assessment rather than bench testing, which is why few laboratories hold it in an accredited scope.
Why? S052
Consolidated MDR harmonised-standards list, Implementing Decision (EU) 2021/1182 as amended, CELEX 02021D1182-20260617: absence re-verified 2026-08-17

26 laboratories in our register reference IEC 62304 in their published scope text (counted 2026-08-18). Search the register

A laboratory can hold capability that its published scope text does not itemize. Absence from these counts is not evidence of absence.

C09

Usability engineering and human factors evaluation

Formative and summative evaluation with representative users, use-error analysis, and evidence that the interface does not induce harm.

If alarms have to be noticed and acted on correctly, this may require usability engineering and human factors evaluation.

Alarm fatigue and alarm misinterpretation are documented clinical use errors.

IEC 62366-1Not harmonised under the MDR
The usability engineering process: formative and summative evaluation with representative users, and evidence that the interface does not induce harm.
The named usability standard for medical devices is not harmonised under the MDR, which surprises most buyers.
Why? S048
Consolidated MDR harmonised-standards list, Implementing Decision (EU) 2021/1182 as amended, CELEX 02021D1182-20260617: absence re-verified 2026-08-17
IEC 60601-1-6Not harmonised under the MDR
The bridge that applies the general usability process to medical electrical equipment.
Why? S049
Consolidated MDR harmonised-standards list, Implementing Decision (EU) 2021/1182 as amended, CELEX 02021D1182-20260617: absence re-verified 2026-08-17

29 laboratories in our register reference IEC 62366-1 in their published scope text (counted 2026-08-18). Search the register

A laboratory can hold capability that its published scope text does not itemize. Absence from these counts is not evidence of absence.

C03

Radio and radio-frequency exposure testing

Radiated power, spectrum occupancy, adaptivity, receiver blocking, radio-specific electromagnetic compatibility, and radio-frequency exposure assessment.

If a Wi-Fi radio is fitted for central-station connectivity, this commonly involves radio and radio-frequency exposure testing.

Only where a radio is fitted. A cabled-only monitor does not trigger this at all.

EN 300 328Cited under the RED
Cited edition: EN 300 328 V2.2.2 (Annex I)
The standard behind every Bluetooth and 2.4 GHz Wi-Fi device sold in the EU: radiated power, spectrum occupancy, adaptivity and receiver blocking.
Applying it only partially, or deviating from it, forces EU-type examination by a notified body under RED Article 3(2) and 3(3). That is the real cost driver.
Why? S010
Consolidated RED harmonised-standards list, Implementing Decision (EU) 2022/2191 as amended, CELEX 02022D2191-20251211, Annex I read verbatim 2026-08-17: cited with no restriction notices
EN 301 893Cited under the RED
Cited edition: EN 301 893 V2.2.1 (entry 65a)
The standard for 5 GHz wireless local area networking. It applies only where the device uses 5 GHz Wi-Fi.
V2.1.1 (entry 65) is also currently cited. The consolidated text attaches no cessation date to either version.
Why? S011
Consolidated RED harmonised-standards list, Implementing Decision (EU) 2022/2191 as amended, CELEX 02022D2191-20251211, Annexes I to III read 2026-08-17
EN 301 489-17Cited under the RED with restrictions
Cited edition: EN 301 489-17 V3.3.1 (Annex I)
Radio-specific electromagnetic compatibility, separate from and additional to IEC 60601-1-2.
Two notices attach: the citation gives no coverage below 9 kHz, and there is no presumption of conformity with Article 3(1)(b) where clause 6 is applied. The presumption is therefore partial.
Why? S012
Consolidated RED harmonised-standards list, Implementing Decision (EU) 2022/2191 as amended, CELEX 02022D2191-20251211, both restriction notices read verbatim 2026-08-17
EN 301 489-1Not cited under the RED
The common radio-EMC part. Counter-intuitively it is not itself cited, which laboratories and buyers both tend to assume it is.
Only parts -3, -12, -17, -19, -20, -28, -52 and -54 are cited. Part -1 appears only as a normative reference inside those.
Why? S013
Consolidated RED harmonised-standards list, Implementing Decision (EU) 2022/2191 as amended, CELEX 02022D2191-20251211: verified absent 2026-08-17

13 accredited laboratories in our register hold EN 300 328 in scope (counted 2026-08-18). See the labs

A laboratory can hold capability that its published scope text does not itemize. Absence from these counts is not evidence of absence.

C04

Battery and cell safety testing

Cell and pack abuse testing: overcharge, forced discharge, external short circuit, crush, impact, thermal abuse and vibration.

If the monitor contains a rechargeable lithium backup battery, this commonly involves battery and cell safety testing.

A backup battery is still a lithium cell. Its safety obligations do not shrink because it is secondary to mains power.

IEC 62133-2Not harmonised under the MDR
Cell and pack abuse testing: overcharge, forced discharge, external short circuit, crush, impact, thermal abuse and vibration.
Its scope covers portable sealed SECONDARY lithium cells only, so it is the right standard only where the cell is rechargeable. It is recognized by the FDA (recognition number 19-55, entered 2025-05-26, complete recognition).
Why? S018
Consolidated MDR harmonised-standards list, Implementing Decision (EU) 2021/1182 as amended, CELEX 02021D1182-20260617: absence re-verified 2026-08-17. Scope re-read from the IEC catalogue 2026-08-17

35 laboratories in our register reference IEC 62133-2 in their published scope text (counted 2026-08-18). Search the register

A laboratory can hold capability that its published scope text does not itemize. Absence from these counts is not evidence of absence.

C13

UN 38.3 transport testing

The eight-test transport sequence plus the test summary document.

If the monitor or a spare lithium battery is shipped, this commonly involves un 38.3 transport testing.

Spare and replacement batteries shipped separately are a commonly overlooked trigger.

UN 38.3A transport regime, not a device standard
The eight-test transport sequence: altitude, thermal cycling, vibration, shock, external short circuit, impact or crush, overcharge and forced discharge.
Transport qualification, not product safety, and routinely forgotten until a shipment is blocked. It is not a medical device standard, so the FDA recognized-standards database holds no record of it and never will.
Why? S021
UN Manual of Tests and Criteria, Part III sub-section 38.3, tests T1 to T8. It is invoked by the rulebooks for every transport mode: air (the ICAO Technical Instructions and the IATA Dangerous Goods Regulations), sea (the IMDG Code) and road and rail (ADR and RID). Newest published revision Rev.8 (2023) with Amendment 1 (2025)
UN 38.3 as applied in the United StatesA transport regime, not a device standard
The US and the international modal regimes sit on different revisions of the same document, so a US-market buyer and an EU-market buyer get different answers.
As of 2026-08-17 the US still mandates Rev.7 with Amendment 1. The HM-215R proposal to move to Rev.8, dated 2026-02-10, was not final on that date.
Why? S022
49 CFR 173.185, with the incorporated revision fixed by 49 CFR 171.7(dd)
The UN 38.3 test summaryA transport document requirement, not a device standard
The deliverable is a document, not a pass or a fail. Buyers often do not realise the summary is the thing they are actually purchasing.
Grandfathering applies: a type stays valid against the revision in force when it was first tested, so a design first tested now should be tested to Rev.8.
Why? S023
49 CFR 173.185(a)(3), which sets out the ten required elements

22 laboratories in our register reference UN 38.3 in their published scope text (counted 2026-08-18). Search the register

A laboratory can hold capability that its published scope text does not itemize. Absence from these counts is not evidence of absence.

What does not apply, and what we cannot yet tell you

These are statements about the regulation or about our own map. They are not advice, and they carry no status colour because nothing here was verified about your product.

The EN 18031 cybersecurity series is not required under the RED

Radio equipment that is also a medical device under Regulation (EU) 2017/745 or an in vitro diagnostic under 2017/746 is explicitly carved out of RED Article 3(3)(d), (e) and (f). Cybersecurity for these products is governed by MDR Annex I sections 17.2 and 17.4 instead. Guided tools routinely send medical device makers to EN 18031 anyway.

Why? R083

Delegated Regulation (EU) 2022/30 Article 2(1), CELEX 32022R0030, read verbatim 2026-08-17

Next step

Each card above links to the laboratories in our register that hold that standard. If you would rather describe the job in your own words, ask for a recommendation, or go back to the other product types.