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CAN CSA E60598-2-3-98 (2002) – Luminaires for Road and Street Lighting: Safety and Performance Requirements
Comprehensive Guide to Canadian Adoption of IEC 60598-2-3 for Road and Street Luminaires
CAN CSA E60598-2-3-98 (2002) is the Canadian adoption of IEC 60598-2-3:1993, establishing specific requirements for luminaires intended for road and street lighting. As part of the CSA E60598 series, this standard ensures that luminaires for public thoroughfares meet stringent safety and performance criteria. The standard was reaffirmed in 2002, confirming its continued validity and relevance in the Canadian regulatory landscape.
Scope and Application
This standard applies to fixed and adjustable luminaires used for road and street lighting, operating with electric light sources at supply voltages up to 1000 V. It covers luminaires designed for outdoor installation on roads, streets, highways, bridges, tunnels, and similar public areas. The standard does not cover lighting for sports fields, parking lots, or other specialized areas. It is intended for use with incandescent, fluorescent, and high-intensity discharge (HID) light sources, including modern LED-based luminaires that meet the same constructional and safety requirements.
Note: The scope explicitly includes luminaires with integrated control gear and those designed for pole, bracket, or wall mounting. Always verify the product’s intended use against the standard’s scope before certification.
Technical Requirements and Performance Criteria
CAN CSA E60582-2-3-98 (2002) prescribes a comprehensive set of technical requirements covering electrical, mechanical, thermal, and environmental aspects. Key areas include:
Protection Against Electric Shock
Luminaires must be classified according to the IEC classification system (Class 0, I, II, or III) with corresponding protective measures. For outdoor road lighting, Class I or II constructions are typical, ensuring that accessible conductive parts are reliably earthed or double-insulated.
Ingress Protection (IP)
Minimum IP ratings are mandated based on the installation environment. Road luminaires generally require an IP rating of at least IP23 for protection against rain and debris, although higher ratings (IP44, IP65) are common for exposed or high-moisture locations.
Mechanical and Thermal Performance
The standard specifies mechanical strength tests (e.g., impact resistance, static loading) and thermal endurance tests to ensure safe operation under normal and abnormal conditions. Luminaires must withstand environmental stressors such as wind loads, temperature cycles, and UV exposure without compromising safety.
| Requirement | Minimum Criteria | Test Reference |
|---|---|---|
| Protection against electric shock | Class I or II | Clauses 5 & 6 |
| Ingress protection | IP23 (minimum) | Clause 12 |
| Mechanical impact | IK08 (recommended) | Clause 18 |
| Thermal endurance | Without discoloration or distortion | Clause 14 |
| Insulation resistance | ≥ 1 MΩ (at 500 V DC) | Clause 9 |
| Dielectric strength | No flashover or breakdown | Clause 10 |
Implementation Highlights
Manufacturers and specifiers should consider the following when implementing CAN CSA E60598-2-3-98 (2002):
- Testing and Marking: Luminaires must undergo type testing by a recognized laboratory. Each unit must carry a clear, durable marking indicating supply voltage, rated wattage, class, and IP rating.
- Canadian Deviations: Compared to IEC 60598-2-3, the Canadian adoption includes specific modifications for supply voltage ranges (120/347 V, 277/480 V) and ambient temperature classifications more common in Canada.
- LED Adaptation: While originally developed for traditional sources, the standard’s construction requirements (e.g., creepage distances, thermal management) are directly applicable to LED luminaires. However, manufacturers should also consult relevant LED-specific standards for performance and lifetime criteria.
Important: When using modern light sources (e.g., LEDs), verify that any integrated control gear complies with the relevant parts of IEC 61347. Deviations may affect the luminaire’s classification and safety performance.
Compliance and Certification Notes
Compliance with CAN CSA E60598-2-3-98 (2002) is mandatory for road lighting luminaires to be sold in Canada. Certification is typically provided by accredited bodies such as CSA Group, UL (Canada), or Intertek. The certification process involves:
- Submission of product samples for testing according to the standard’s clauses.
- Factory inspection and periodic follow-up audits.
- Product listing in the certifier’s directory, allowing the use of the certification mark on the product.
Tip: Engage a certification body early in the design phase to identify potential non‑conformities and streamline the approval process. Many certifiers offer pre‑assessment services.
Non‑compliance can result in market access restrictions, product recalls, and liability. It is essential to maintain technical files and test reports for a minimum of 10 years after production ceases.
Critical: Do not assume that a luminaire compliant with the original IEC standard automatically meets CAN CSA E60598-2-3-98 (2002). Canadian deviations may impose additional requirements; always verify with the current adopted version.
Frequently Asked Questions
Q: Is CAN CSA E60598-2-3-98 (2002) still active?
A: Yes, the standard was reaffirmed in 2002 and remains the recognized national standard of Canada for road and street lighting luminaires. However, consult the latest updates from CSA Group, as newer editions or amendments may apply.
A: Yes, the standard was reaffirmed in 2002 and remains the recognized national standard of Canada for road and street lighting luminaires. However, consult the latest updates from CSA Group, as newer editions or amendments may apply.
Q: Does this standard cover LED street lights?
A: The standard focuses on construction and safety, which are independent of the light source technology. LED luminaires that meet the same mechanical, electrical, and thermal requirements can be certified under this standard. However, performance aspects such as lumen output, color rendering, and lifetime are not covered; refer to complementary standards like IES LM-79 or CSA C22.2 No. 250.*.
A: The standard focuses on construction and safety, which are independent of the light source technology. LED luminaires that meet the same mechanical, electrical, and thermal requirements can be certified under this standard. However, performance aspects such as lumen output, color rendering, and lifetime are not covered; refer to complementary standards like IES LM-79 or CSA C22.2 No. 250.*.
Q: What is the difference between CAN CSA E60598-2-3-98 (2002) and IEC 60598-2-3:1993?
A: The Canadian version is technically equivalent but includes national deviations for supply voltages (e.g., 347 V AC), ambient temperature ranges, and specific marking requirements. It also references Canadian national electrical codes and installation practices.
A: The Canadian version is technically equivalent but includes national deviations for supply voltages (e.g., 347 V AC), ambient temperature ranges, and specific marking requirements. It also references Canadian national electrical codes and installation practices.
Q: Can a luminaire certified to the EU EN 60598-2-3 standard be sold in Canada?
A: Typically, no. While the IEC baseline is similar, the Canadian standard includes mandatory differences. Products must be certified to the specific CAN CSA version and bear an accredited certification mark for the Canadian market. Some arrangements (e.g., CB Scheme) may reduce duplicate testing, but full compliance with Canadian deviations is required.
A: Typically, no. While the IEC baseline is similar, the Canadian standard includes mandatory differences. Products must be certified to the specific CAN CSA version and bear an accredited certification mark for the Canadian market. Some arrangements (e.g., CB Scheme) may reduce duplicate testing, but full compliance with Canadian deviations is required.
Technical article prepared for informational purposes. Always refer to the official standard text and consult a qualified certification body for binding requirements. Last updated in 2026.