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CAN CSA E598-2-9-98 – Technical Requirements for Non-Professional Photographic and Film Luminaires
Safety and Performance Specifications for Household Photo/Video Lighting Equipment
Scope and Application
The standard CAN CSA E598-2-9-98 adopts the international requirements of IEC 60598-2-9 with Canadian national deviations. It applies to non-professional photographic and film luminaires designed for domestic or hobby use. These luminaires typically employ tungsten filament lamps with a rated voltage not exceeding 250 V and are intended for indoor or temporary outdoor operation.
This standard does not cover professional studio lighting, stage luminaires, or luminaires for cinema projection. It specifically addresses safety aspects such as protection against electric shock, mechanical hazards, excessive temperatures, and fire risk. Manufacturers exporting to Canadian markets must ensure their products meet the requirements of CAN CSA E598-2-9-98 to obtain CSA certification.
Tip: Although based on IEC 60598-2-9:1998, CAN CSA E598-2-9-98 includes amendments for Canadian electrical code references and climactic conditions. Always verify the latest edition when designing for the Canadian market.
Technical Safety Requirements
The standard details mandatory safety parameters for non-professional photographic luminaires. The following subsections highlight key areas.
Marking and Instructions
Luminaires must be permanently marked with rated voltage, power input, lamp type, and the symbol for maximum permissible lamp wattage. Instructions must specify safe bulb replacement, recommended distances from flammable materials, and warnings against using damaged lamps.
Mechanical Construction
Enclosures must provide adequate protection against accidental contact with live parts. Swivel joints and stand bases must withstand a stability test without tipping. Protective screens or covers must not be removable without a tool.
Electrical and Thermal Performance
Creepage distances and clearances follow the general rules of IEC 60598-1. For portable luminaires, the supply cord must be heavy-duty PVC or rubber sheathed. Thermal tests measure the temperature rise on surfaces, lamp caps, and wiring – all must stay within limits during normal operation and abnormal conditions such as a failed lamp.
| Parameter | Requirement | Test Method |
|---|---|---|
| Maximum surface temperature (hand-hold area) | ≤ 75°C | Thermocouple measurement after 1 h steady-state operation |
| Minimum creepage distance (basic insulation, 250 V) | ≥ 3 mm | Visual measurement per IEC 60598-1 |
| Stability angle (from vertical) | ≥ 10° | Luminaire placed on inclined plane, no tipping |
| Lamp cap temperature (B15d / E14 / E27) | ≤ 165°C | Thermocouple on cap during thermal test |
| Supply cord pull relief force | ≥ 30 N (without damage) | Pull test per IEC 60598-1 clause 23.2 |
Warning: CAN CSA E598-2-9-98 strictly prohibits the use of standard Edison sockets (E26/E27) for lampholders unless the luminaire design prevents user access to the lamp cap during operation. Hemispherical protective covers must be impact-resistant and pass a 0.5 J ball impact test at 25°C.
Implementation and Testing Highlights
Manufacturers designing to CAN CSA E598-2-9-98 must integrate safety into the early design stage. The standard’s emphasis on accessibility and stability influences form factor decisions. Key implementation steps include:
- Material selection: Use self-extinguishing V-2 or better rated plastics for enclosures and lamp holders.
- Thermal simulation: Verify that lamp heat does not degrade wiring insulation; silicone or PTFE sleeving may be required near high-temperature zones.
- Fastener integrity: All screws and nuts must be locked against loosening – use spring washers or thread-locking compounds.
Testing laboratories such as CSA, Intertek, or TÜV SÜD perform the following critical tests:
- Normal and abnormal thermal test: Operate the luminaire at maximum lamp wattage until temperature stabilizes. Then simulate a failed lamp (short circuit of lamp cap) to verify that no flame or molten metal is emitted.
- Impact test: A 0.5 J steel ball strikes the protective cover. No breakage that exposes live parts is allowed.
- Flexing test: Cable entry points are subjected to 10,000 cycles of ± 45° flexing to detect conductor braid migration.
Success Factor: Products complying with CAN CSA E598-2-9-98 enjoy faster market access in Canada and recognition under the IECEE CB Scheme. Many retailers require CSA certification for photo-lighting products.
Compliance and Certification Notes
Compliance with CAN CSA E598-2-9-98 is mandatory for luminaires sold in Canada under the authority of provincial electrical codes. Certification involves document review, type testing, and factory inspections.
Important compliance points:
- The standard is harmonized with IEC 60598-2-9:1998 plus Canadian deviations – always reference the CAN/CSA version for official acceptance.
- Luminaires with integrated cord switches must switch both supply conductors for single-pole switches unless the pin arrangement ensures removal of all poles.
- Photobiological safety (blue light hazard) is not covered by this standard; refer to IEC 62471 for LEDs if a product uses LED lamps.
Risk: Non-compliant products face recall, fines under the Canadian Electrical Code or the Hazardous Products Act. In 2020, over 30,000 photographic luminaires were withdrawn due to fire risks related to undersized supply cords.
The standard remains relevant despite its publication year because the construction principles for tungsten filament lamps are well established. However, manufacturers transitioning to LED technology must supplement compliance with CAN CSA E598-2-9-98 with applicable LED standards (e.g., CAN/CSA C22.2 No. 250.3). Always consult a CSA certification engineer for the compliance roadmap.
Frequently Asked Questions
Q: What types of luminaires does CAN CSA E598-2-9-98 cover?
A: It covers non-professional (household) photographic and film luminaires that use tungsten filament lamps up to 250 V. Typical products include portable photo lamps, reflector lamps, and softbox lights for amateur use. It does not apply to professional studio equipment, LED photo lights, or incandescent luminaires for general lighting.
A: It covers non-professional (household) photographic and film luminaires that use tungsten filament lamps up to 250 V. Typical products include portable photo lamps, reflector lamps, and softbox lights for amateur use. It does not apply to professional studio equipment, LED photo lights, or incandescent luminaires for general lighting.
Q: Can I use an LED retrofit lamp in a luminaire certified under this standard?
A: The standard was written for tungsten filament lamps. If an LED retrofit lamp is used, the combination must be re-evaluated for thermal compatibility, electrical insulation, and electromagnetic emissions (not covered by CAN CSA E598-2-9-98). Additional standards such as C22.2 No. 250.3 for LED luminaires may apply.
A: The standard was written for tungsten filament lamps. If an LED retrofit lamp is used, the combination must be re-evaluated for thermal compatibility, electrical insulation, and electromagnetic emissions (not covered by CAN CSA E598-2-9-98). Additional standards such as C22.2 No. 250.3 for LED luminaires may apply.
Q: Is a factory inspection required for CSA certification?
A: Yes, CSA Group typically requires an initial factory inspection and periodic follow-up visits to verify continued compliance of production units against the certified design. This is part of the CSA certification mark program.
A: Yes, CSA Group typically requires an initial factory inspection and periodic follow-up visits to verify continued compliance of production units against the certified design. This is part of the CSA certification mark program.
Q: How does this standard differ from IEC 60598-2-9?
A: CAN CSA E598-2-9-98 is the Canadian adoption with national differences. Key variations include more stringent mechanical stability requirements, specific supply cord types (CSA approved), and references to Canadian Electrical Code (CEC) Part I rather than IEC installation rules. The technical safety levels are equivalent, but certification must follow the CSA version.
A: CAN CSA E598-2-9-98 is the Canadian adoption with national differences. Key variations include more stringent mechanical stability requirements, specific supply cord types (CSA approved), and references to Canadian Electrical Code (CEC) Part I rather than IEC installation rules. The technical safety levels are equivalent, but certification must follow the CSA version.