Compliance and Certification Checklist

To define necessary documentation, testing, and labeling steps to prove product compliance with international market requirements, regulations, and technical standards. This list enables early-stage planning of certification processes like CE, UKCA, FCC, UL, RoHS.

Standard Definitions and Scope​

1. Are all regional standards applicable to product defined?​

Applicable regulations should be determined according to product's target markets and a "Compliance Matrix" should be created.

Applicable standards for each region should be added to product technical file (Technical File) as reference. Additionally, pre-compliance matrix should be prepared according to market priority and product design should be directed according to these requirements.

2. Are directives applicable to product's scope determined?​

According to product's function and category classification, the following EU directives should be considered:

Test requirements, conformity method (Module A, B, C, etc.) and appropriate laboratory (Notified Body / NRTL) should be determined for each directive.

3. Are functional safety requirements defined?​

If product includes critical control, automation, or human-machine interaction, functional safety standards should be evaluated:

• IEC 61508 → General functional safety framework
• ISO 13849-1 / -2 → Machine safety (Performance Level: PL a–e)
• ISO 26262 → Automotive safety (ASIL A–D levels)
• IEC 60601-1 → Medical device safety
• IEC 62061 → Functional safety for industrial control systems
• DO-178C / DO-254 → Aviation hardware and software safety

Following application, "Safety Concept Document" should be prepared; product architecture, fault tolerance (redundancy), monitoring functions (watchdog, current sensing), and SIL/ASIL targets should be clearly defined. Additionally, FMEA/FMEDA analyses should be linked to functional safety documentation.

Regulation Analysis and Compliance Plan​

4. Is Compliance Matrix created?​

Compliance Matrix bringing together all standard, test, and documentation requirements should be prepared. This table is used as monitoring and management tool throughout project. Content headers:

• Standard / Regulation: (e.g., EN 55032, IEC 62368-1, RoHS 2011/65/EU)
• Test Method: (e.g., Conducted Emission, Insulation Test, Drop Test)
• Required Document: (Test Report, Technical File, Safety Datasheet)
• Responsible Person: (Engineer / Test Partner / QA)
• Status: (Planned / In Progress / Passed / Failed / N/A)

Compliance Matrix should be integrated into ERP or PLM system shared by both design and test teams. This structure is compatible with ISO 9001 Clause 8.2 – Product Requirements and ISO/IEC 17050-1 – Supplier's Declaration of Conformity standards.

5. Are Pre-Compliance tests planned?​

Product should be verified with pre-tests before going to official laboratory testing. Test scope:

• EMC: Conducted & Radiated Emission (CISPR 32), Immunity (IEC 61000-4-xx)
• RF: Antenna efficiency, power, bandwidth (EN 300 328 / EN 301 489)
• ESD: ±8 kV air, ±6 kV contact (IEC 61000-4-2)
• Temperature & Vibration: IEC 60068-2-xx series
• Electrical Safety: Insulation, leakage current, hot spot (IEC 62368-1)

Pre-test results provide feedback for design revision and reduce laboratory costs. This approach is the foundation of "design-to-compliance" culture and minimizes risk of failure before product release.

6. Are test laboratories (Lab Partner) selected and are their authorities accredited (ISO 17025)?​

Laboratories where compliance tests will be conducted should be selected and their competencies verified. Laboratory selection criteria:

• Accreditation: ISO/IEC 17025 certificate
• Scope: Does it cover relevant test standard (e.g., CISPR 32, IEC 61000-4-2)?
• Experience: Hardware category-specific experience (RF, power electronics, etc.)
• Location & Logistics: Sample transportation and test duration advantage

For tests requiring Notified Body (NB), verification should be done through EU official list (NANDO Database). This step provides pre-audit assurance in CE Marking Module A/B/C processes.

7. Are compliance test samples and revision information documented?​

Each sample sent for testing should be recorded with revision, configuration, and serial number information.

Label for each test sample (Sample ID):

• Project code, PCB revision, production date, firmware version, test type
• Test file: should be tracked via "Compliance_Sample_Log.xlsx" or ERP form
• Revision changes (e.g., Rev. A → Rev. B) should be reflected in test plan; which version is tested should be clearly stated
• These records should appear under "List of Tested Configurations" heading in technical file

This method meets ISO 17025 Traceability and EU Blue Guide Section 4.3 – Identification of Product Versions requirements.

8. Is product-specific certification process plan prepared?​

Certification Roadmap should be prepared for each product. Steps:

1. Pre-Compliance Testing → Pre-verification during design phase
2. Design Freeze → Stopping hardware/function changes
3. Final Compliance Testing → Accredited laboratory tests
4. Technical File Compilation → Documentation completion
5. CE / FCC Declaration of Conformity (DoC) → Manufacturer declaration

Roadmap should specify responsible person, target date, and output document (e.g., Test Report, DoC Form) for each step. This plan should be integrated into project management system (e.g., Jira, Asana, ERP Task Board). This approach is compatible with ISO 9001 Clause 8.3.5 "Design Validation" and CE Module A – Internal Production Control requirements.

Material and Chemical Compliance​

9. Are all components RoHS and REACH compliant?​

All electronic and mechanical components should comply with EU's hazardous substance restriction regulations.

• Prohibited substances per RoHS 2011/65/EU + (EU) 2015/863: Pb, Hg, Cd, Cr⁶⁺, PBB, PBDE, DEHP, BBP, DBP, DIBP
• Under REACH 1907/2006/EC, SVHC (Substances of Very High Concern) list should be tracked
• "Material Declaration" or RoHS/REACH CoC (Certificate of Compliance) should be obtained from each supplier
• Material compliance should be stored per part in ERP system and linked with BOM Compliance Report
• Compliance certificate should appear under "Annex – Environmental Compliance Certificates" heading in technical file

This requirement is compatible with CE Marking (Module A) and ISO 14001:2015 Clause 6.1.2 environmental management policy.

10. Is Conflict Minerals (3TG) declaration completed?​

Conflict minerals (3TG: Tin, Tantalum, Tungsten, Gold) declaration should be obtained for all components.

• Regulation: Dodd-Frank Wall Street Reform and Consumer Protection Act, Section 1502 (USA)
• CMRT (Conflict Minerals Reporting Template) form should be requested from suppliers
• Documents should comply with Responsible Minerals Initiative (RMI) standards
• Manufacturer declaration should include "DRC Conflict-Free" or "Conformant" statements
• This declaration is becoming mandatory for ethical supply chain and sustainability reporting

This item is particularly important for USA and EU corporate sustainability (ESG/CSR) audits.

11. Are flammability class (UL94 V-0, etc.) materials determined?​

Flame retardant properties of plastic, epoxy, coating, and insulator materials used in product should be verified.

• Test standard: UL94 (Flammability of Plastic Materials)
• V-0: Flame extinguishes within 10 s, no dripping (highest class)
• V-1/V-2: Longer burning or dripping time
• For PCBs: UL E-file number (e.g., FR-4 – UL94 V-0 certified) should be verified
• "UL Yellow Card" or UL Recognized Component File should be requested from material supplier
• This requirement is prerequisite for UL 60950 / IEC 62368-1 safety tests

Additionally, flammability class should be clearly specified in production drawings (BOM or technical drawing).

12. If food/medical compliance of plastic and coating materials required, is it specified (FDA, ISO 10993)?​

If product is used for human contact, food production, or medical device, special material compliance is mandatory:

• FDA 21 CFR 177.xxx → Food contact compliance (e.g., plastic, coating, gaskets)
• ISO 10993 series → Biocompatibility tests (cytotoxicity, irritation, sensitization)
• ISO 13485 / MDR (EU 2017/745) → Requirement for medical devices
• Manufacturer or supplier should provide "Material Compliance Statement"
• Solvent-based component contents should be declared for paints, adhesives, resins, and gaskets

This step is critically important for both user safety (Safety Compliance) and market licensing (FDA/CE MDR).

Electrical and Mechanical Test Requirements​

13. Are dielectric strength and insulation tests (Hi-Pot, IR) planned?​

Product's insulation structure should be tested against electric shock risk.

Dielectric Strength (Hi-Pot) Test:

• Standard: IEC 62368-1 / IEC 61010-1 / UL 61010
• Test voltage: SELV circuits → 500 VDC, Mains voltage lines → 1500–3000 VAC (1 min)
• Leakage current limit: Less than 5 mA (AC) or 3 mA (DC)
• Target: no arc formation when insulation breaks down

Insulation Resistance (IR) Test:

• At 500–1000 VDC, at least 100 MΩ resistance should be provided

14. Is grounding continuity and protective conductor resistance measurement specified?​

Continuity between protective earth line (PE) and metal enclosure should be verified for user safety.

• Test standard: IEC 60335-1 Clause 8.2, IEC 61010-1, UL 62368-1
• Test condition: Current: 25 A (AC or DC) – 1 s duration
• Acceptance criterion: R less than 0.1 Ω
• Measurement device: Kelvin (4-wire) resistance meter

Test report should specify connection points, cable gauge, and measured values. This verification ensures continuity of protective grounding system.

15. Are temperature rise and overcurrent tests included in scope?​

Device should operate safely under long-term nominal load or overload conditions.

Temperature Rise:

• IEC 62368-1 / IEC 61010-1 / UL 94 Reference
• Temperature limit on touchable surfaces: below 60 °C (metal) / below 75 °C (plastic)
• ΔT below 40 °C in power circuits (copper traces)

Overcurrent Test:

• Short circuit or high load scenario is applied
• Fuse, PTC, or protection circuit should activate at nominal time
• Monitoring: continuous temperature recording with thermocouples and IR camera

This test is fundamental safety evidence against fire and overheating risk.

16. Are mechanical durability (drop, vibration, shock) and IP tests completed before certification?​

Product should prove its physical durability and environmental protection level before certification.

• Drop Test: IEC 60068-2-31 / ISTA 1A – from 1 m height, 6 surfaces
• Vibration Test: IEC 60068-2-6 (sine) or 2-64 (random), 10–2000 Hz range
• Shock Test: IEC 60068-2-27, 15–30 g / 11 ms profile
• IP Protection Test: According to IEC 60529 standard (e.g., IP54, IP65, IP67)
• Dust, moisture, and water spray tests should be completed according to relevant class

Completion of these tests is required for inclusion in technical file of CE – EMC/LVD/RED and UL certification application.

EMC and RF Compliance​

17. Is EMC test standard defined (EN 55032, EN 61000-6-3, etc.)?​

Target EMC standard should be selected according to product's usage environment (residential, industrial) and device class.

• Multimedia/Information Technology: EN 55032 (emission), EN 55035 (immunity)
• General Industrial: EN 61000-6-4 (emission), EN 61000-6-2 (immunity)
• Residential/Office: EN 61000-6-3 (emission), EN 61000-6-1 (immunity)

Measurement Plan: Conducted emission (150 kHz–30 MHz, LISN), radiated emission (30 MHz–1 GHz/6 GHz, OATS/semi-anechoic chamber), conducted immunity (IEC 61000-4-6), radiated immunity (IEC 61000-4-3), fast transients (IEC 61000-4-4), voltage dips/fluctuations (IEC 61000-4-11).

Selections should be listed in Compliance Matrix with "limit class, installation, accessories, operating mode".

18. Are RF parameters and antenna certification (RED, FCC Part 15 Subpart C) planned?​

RF compliance should be planned as separate line for products containing radio.

• EU (RED 2014/53/EU): Applicable harmonized standard (e.g., EN 300 328 – 2.4 GHz; EN 301 893 – 5 GHz) + common EMC (EN 301 489-x) + safety (EN 62368-1)
• USA (FCC Part 15): According to module/product class Subpart C/E; output power, channel bandwidth, center frequency accuracy, spurious emissions, and occupied bandwidth

Antenna & Module Strategy:

• Pre-certified RF module + listed antenna type/gain → "End-Product" scope verification
• Custom antenna/PA design → full RF test scope (spurious, conducted/radiated, band-edge)
• SAR/EMF: May be required for portable/body-worn use (EN 50566, IEEE 1528)

RF plan should include antenna placement, cable losses, calibration fixtures, and software adjustment modes.

19. Are ESD test standard (IEC 61000-4-2) and levels determined?​

ESD immunity targets should be clarified according to product class and fixed in test plan.

• Level Recommendations: ±8 kV air, ±6 kV contact (±15 kV air can be considered for industrial/outdoor)
• Application Points: User-accessible metal surfaces, ports, button frames, seam lines, ventilation grilles
• Repetition & Polarity: At each point, +/− polarity, at least 10 discharges (air/contact)
• Acceptance Criterion: According to EN 55035 classification A/B/C (especially Class A target: no temporary malfunction, automatic recovery)

Levels should be linked with protection elements (TVS, RC, ferrite) and ESD current path drawings.

20. Are test port and reference layout defined before noise and radiation measurements?​

"Test accessibility" should be pre-designed in design for EMI root-cause analysis and repeatable measurement.

Reference Layout:

• High current loops short, frequent GND stitching vias, controlled impedance lines
• TVS/LC elements at connector input → shortest return to GND

Test Ports:

• RF probe pads (1–2 mm pads suitable for H/E near-field probe, GND pad next to it)
• Separable line for Conducted Emission: power input suitable for LISN/AMN connection
• Space in critical power switching areas for sniffer coil access

Cabling Template: CISPR 32 cable lengths (1 m/3 m), 80 mm table height, cable routing diagram. Documentation: "EMC Test Fixture & Cable Layout Guide" PDF + gerber sections + photos.

This preparation minimizes deviation between pre-scan and final laboratory measurements.

Labeling and Documents​

21. Is CE/FCC/UL label design compatible with revision?​

All compliance logos on product should match product's current hardware and software revision.

• Model, product code, and hardware version (Rev. A, Rev. B) should be clearly stated on label
• With revision changes, CE or FCC test reports should also be updated (for different PCB versions)
• Label format should pass durability tests (temperature, moisture, solvent) according to UL 969 standard
• Label revision should be tracked as "Label Rev. Log" in ERP/PLM system

This item is critically important for traceability and document integrity.

22. Do compliance labels (CE, UKCA, WEEE, RoHS) appear permanently on product?​

All legal symbols should be applied on product in indelible, permanent, and readable manner.

• CE (Conformité Européenne) – Mandatory for European Union market
• UKCA – For United Kingdom market (equivalent to CE)
• WEEE – Electrical waste recycling symbol (crossed-out wheelie bin)
• RoHS – Hazardous substance restriction compliance indicator
• Can be done by printing / laser marking, label, or embossing
• Minimum size: greater than 5 mm height for CE logo
• Permanence: should withstand 500 cycles solvent wiping or 60 °C/95% RH conditions

23. Are model number, serial number, and manufacturer information fully specified on label?​

Product label should contain following information for traceability and safety:

• Model number (Model / Type Designation)
• Serial number (Serial No. / SN)
• Manufacturer name and contact information (address, website, email)
• Electrical ratings (nominal voltage, current, frequency)
• Production date or date code (YYWW format)

This information provides user with ability to identify product source and technical specifications. Additionally, serial number should be linked with test reports and quality records in ERP system.

24. Is product Declaration of Conformity (DoC) prepared and signed?​

Declaration of conformity specific to European Union, United Kingdom, or USA market should be issued for each product. Template: should be based on EN ISO/IEC 17050-1 & 17050-2. Content:

1. Manufacturer name, address
2. Product model and description
3. Applied directives (e.g., EMC 2014/30/EU, LVD 2014/35/EU, RED 2014/53/EU, RoHS 2011/65/EU)
4. Applied standards (e.g., EN 55032:2015, EN 61000-4-2:2009)
5. Approved test laboratory information (if any)
6. Signature, date, authorized person title

DoC should be presented to user digitally or printed with product. Preparation in English + target market language is recommended.

25. Are test reports, certificates, and DoC archived and stored in accessible folder?​

All compliance documents (test reports, certificates, DoC, RoHS/REACH declarations) should be stored in organized manner under technical file (Technical File).

• Archive format: "/Compliance/CE/Reports/YYYY/ProductName_RevX/"
• File types: PDF (report), XLSX (test data), PNG/JPG (photo), DOCX (declaration)
• Backup: should be stored on cloud or local server for at least 10 years
• Authorized access: quality manager, design engineer, auditor

Post-Certification Process​

26. Is renewal and periodic review schedule defined (e.g., every 2 years)?​

Regular renewal plan (recertification schedule) should be created for all certification and compliance documents.

• CE / UKCA: Every major hardware change or documentation update every 2 years
• FCC / ISED: "Class II Permissive Change" process in case of module change or firmware modification
• UL / TÜV: Re-audit or file renewal every 1–3 years (Follow-Up Service)
• Calendar should be defined as "Certification Calendar" on ERP/QMS

27. Is certification impact evaluated in new revisions (Design Change Impact)?​

Product revisions can invalidate existing test scope or certificates.

• Hardware changes (PCB layout, connector type, power circuit) → may require re-EMC/EMI testing
• Software/Firmware changes → can affect RF power level, timing, or safety functions
• Material or case changes → can alter UL94, IP, or mechanical test results

"Design Change Impact Assessment" should be done for each revision and test repetition planned if necessary.

28. Are third-party audit and market surveillance preparations planned?​

Competent authorities or certification bodies can audit your product without notice.

Plan: "Audit Preparedness Checklist" → test reports, production records, DoC, material certificates. Audit types:

• Notified Body Audit (CE/RED)
• UL Follow-Up Inspection
• Market Surveillance (EU/UK/US authorities)

Quality team should conduct internal compliance audit at least once a year.

29. Is certification logo usage and marketing approval procedure defined?​

All logos (CE, FCC, UL, TÜV, EAC, KC, etc.) should only be used on compliant products. Usage rules:

• CE → only on products fully meeting EU directives
• UL → only on models with UL Listed/Recognized file number specified
• FCC → only on devices with registered FCC ID

Marketing materials (brochure, box, website) should pass Compliance Review approval before publication. Incorrect logo usage can result in administrative penalty or market ban.

30. Are validity dates of all certificates and test reports tracked?​

Validity period (expiry date) should be tracked for each document and test report.

• Certificates: Typically 2–5 years (according to laboratory / organization policies)
• Test reports: Considered invalid when hardware revision changes or standard updates
• Tracking method: "Compliance Document Tracker" table (document name, number, date, responsible person, renewal alert)
• Email alerts or dashboard reminders can be created through ERP/QMS integration