CAN CSA E598-2-10-98: Safety Requirements for Portable Children’s Luminaires

Introduction

Portable luminaires designed for children require special safety considerations because they may be subjected to rough handling, misuse, and unconventional use patterns. The Canadian standard CAN CSA E598-2-10-98, titled “Luminaires — Part 2-10: Particular Requirements — Portable Luminaires for Children”, establishes the safety, performance, and marking requirements for such products. This standard is the Canadian adoption of IEC 598-2-10 (including its amendments), with national modifications to address Canadian electrical codes and market conditions. The standard applies to self-contained portable lights such as nightlights, play lamps, plug-in decorative lights, and similar items intended for use by or near children.

This article provides a detailed technical overview of CAN CSA E598-2-10-98, including its scope, essential technical requirements, implementation considerations, and compliance verification methods. Understanding this standard is critical for manufacturers, regulators, and testing laboratories working in the Canadian lighting market.

Scope of the Standard

CAN CSA E598-2-10-98 applies to portable luminaires that are specifically designed for children and that are connected to the electrical supply by a plug or via a cord. It covers luminaires intended for indoor use and those that may be partially or entirely made of insulating material. The standard includes:

• Luminaires that are hand-held or intended to be positioned on a surface (table, floor, or wall-mounted via plug).
• Luminaires that can be moved from one location to another by a child.
• Luminaires designed to be used as nightlights, toy lamps, decorative lighting, or similar.
• Luminaires that incorporate batteries or a low-voltage supply (if the transformer is integral).

The standard does not apply to stationary luminaires for general room lighting, luminaires for playgrounds, or any product that is not specifically marketed for children. The scope explicitly excludes luminaires with incandescent lamps where the maximum rated wattage exceeds 40 W unless additional restrictions are met.

Technical Requirements

General and Construction Requirements

The standard requires that all parts of the luminaire accessible to a child be free of sharp edges, burrs, or protrusions that could cause injury. The enclosure must be robust enough to withstand a drop test from a height of 1 m onto a concrete surface without loss of safety protection. All fasteners and joints must be designed to prevent loosening under normal use and abuse.

Mechanical Strength

Portable children’s luminaires are subjected to specific mechanical tests, including:

• Drop test: The luminaire is dropped three times from 1 m onto a concrete surface. After the test, no live parts shall become accessible, and the insulation must not be damaged.
• Torsion test: The lampholder and any detachable parts are subjected to a torque of 0.5 N·m to ensure they do not come into contact with live parts.
• Cord anchorage test: The supply cord (if any) must withstand a pull of 60 N applied 25 times; the cord shall not move by more than 2 mm within the anchorage.

Electrical Safety

All insulation must comply with the creepage and clearance distances specified in Section 11 of the base standard CAN/CSA-C22.2 No. 598-1-14 (or the relevant edition referenced). For Class II luminaires (double-insulated), the minimum clearance between live parts and accessible metal parts is 3 mm. Earth connections must be secure, and the plug must conform to CAN/CSA-C22.2 No. 42. For cord-connected products, the cord must be of type SJT, SJTW, or equivalent with a minimum cross-section of 0.75 mm² for copper conductors.

Thermal and Fire Hazard

The standard sets strict limits on temperature rise. For surfaces touchable by a child (outer enclosure, buttons, handles), the maximum allowable temperature rise is 50 K above ambient under normal operation (measured at 25 °C ambient). For parts made of thermoplastic materials, the standard requires heat resistance testing via a ball pressure test at 75 °C. Additionally, the luminaire must not show any ignition of glow-wire when tested according to IEC 60695-2-11.

Implementation Highlights

Manufacturers integrating this standard into product design should pay special attention to the following aspects:

• Lampholder selection: Only use lampholders that cannot accept lamps above the rated maximum wattage; for example, an E12 lampholder designed for a 15 W candelabra base. Using a standard E12 lampholder that also accepts a larger 40 W lamp would be non-compliant unless the design limits lamp insertion (e.g., by a guard or socket design).
• Use of LEDs: For modern luminaires, using fixed LED modules eliminates the risk of lamp exchange and reduces thermal stress. The standard permits LED luminaires if they meet the same safety tests; thermal tests become easier because LEDs typically run cooler than incandescent lamps. However, the standard’s wording was written before LED prevalence, so additional interpretation may be required — the product must be assessed by a recognized certification body.
• Integral transformers and power adapters: For portable luminaires sold with a plug-in power supply (e.g., a wall cube), the power supply must be tested as part of the luminaire and must comply with CAN/CSA-C22.2 No. 520 (or equivalent) for low-voltage safety.
• Instructions and marking: The product must carry permanent marking of rated voltage, frequency, wattage (or current), and the symbol for Class II if applicable. Instructions must include warnings such as: “CAUTION: Do not use with a dimmer” if not compatible, and “Replace only with same type and rating” for replaceable lamps.

Compliance Notes and Testing

Compliance with CAN CSA E598-2-10-98 may be verified through either the CSA certification process (CSA mark) or through other accepted certification bodies (e.g., cUL, cETL) that have adopted a similar standard. Key steps in the certification process include:

1. Initial design review: The manufacturer submits schematics, material declarations, and component ratings.
2. Sample testing: The laboratory performs all tests listed in Table 1, plus any additional tests from the base standard (CAN/CSA-C22.2 No. 598-1-14).
3. Factory inspection: A follow-up inspection ensures the production line incorporates consistent quality control (e.g., dielectric strength tests on 100% of units).
4. Ongoing surveillance: Periodic audits (typically quarterly) check for continued compliance.

Frequently Asked Questions

This article was prepared for informational purposes in 2026 and does not replace the official text of CAN CSA E598-2-10-98 or guidance from a recognized certification body. Always refer to the latest edition of the standard and applicable regulations.