IEC 60598-1 (EN 60598-1) — Luminaires, Part 1: General Requirements and Tests.

About the standard

IEC 60598-1 (adopted in Europe as EN 60598-1), Luminaires – Part 1: General requirements and tests, is the general safety standard for luminaires. It sets out the construction and test requirements that almost every luminaire must meet before it can be placed on the market, and it is supplemented by Part 2 documents that adapt these general rules to specific luminaire types (recessed, road, portable, emergency, and so on).

A luminaire is assessed against the general standard together with the Part 2 section that applies to its type. The general document defines the test families; the particular section sets the severities and pass criteria for that product.

The test families the standard spans

The 60598-1 test programme is not a single test. It draws on several independent families, each verified with its own equipment:

• Ingress protection (IP). Outdoor and marked luminaires declare an IP rating, verified to IEC 60529 using the IEC 61032 access/object probes for solids and the water rigs for liquids.
• Mechanical impact. Vandal- and impact-exposed luminaires are checked for impact resistance, expressed as an IK code (IEC 62262).
• Flammability / fire hazard. Parts that retain live parts or sit near ignition sources are subjected to glow-wire and needle-flame tests from the IEC 60695 family.
• Temperature / thermal endurance. Temperature-rise and thermal-endurance checks confirm the luminaire and its components stay within limits during operation.
• Photometric, electrical-safety and (where applicable) EMC checks. These are also required by 60598-1, but they use dedicated instruments — see the scope note below.

Which of these ULMEKA equipment verifies

ULMEKA designs and builds the test equipment for the physical-environment families of 60598-1:

Ingress protection (IEC 60529 / IEC 61032)

• Dust chambers for IP5X and IP6X (dust-protected / dust-tight).
• Access and object probes for the first IP numeral — object gauges of 50, 12.5, 2.5 and 1.0 mm (for IP1X through IP4X), per IEC 61032.
• Water rigs across the second numeral: drip boxes (IPX1–IPX2), oscillating-tube / spray equipment (IPX3–IPX4), and jet nozzles of 6.3 mm (IPX5) and 12.5 mm (IPX6).
• Immersion equipment for IPX7 (around 1 m for 30 minutes) and IPX8.
• High-pressure / high-temperature jet equipment for IPX9K severity (roughly 80–100 bar, water near 80 °C).

Exact severities — pressures, durations, depths and flow rates — follow IEC 60529 and the luminaire's declared rating, and are fixed at the quotation stage for each system.

Mechanical impact (IEC 62262)

• IK impact testers for the impact severities invoked by the luminaire's marking.

Flammability (IEC 60695)

• Glow-wire test apparatus (IEC 60695-2-1x).
• Needle-flame test apparatus (IEC 60695-11-5).
• Ball-pressure apparatus (IEC 60695-10-2) for the heat-resistance check on parts holding live parts in place.

Temperature / climatic conditioning

• Temperature and thermal chambers for temperature-rise and thermal-endurance conditioning.

Out of ULMEKA's scope

60598-1 also calls for photometric, electrical-safety and EMC verification. These rely on dedicated instruments that ULMEKA does not manufacture, and they belong to different equipment families:

• Photometric — integrating sphere, goniophotometer.
• Electrical safety — dielectric/hipot testers, insulation-resistance (megohmmeter) testers, ground-continuity testers.
• EMC — anechoic / EMC test facilities and the associated EMI and spectrum-analysis instruments.

A test plan that assumes one supplier covers all of 60598-1 is mistaken from the start. ULMEKA covers the IP, impact, flammability and thermal equipment; the photometric, electrical-safety and EMC instruments come from suppliers that specialise in them.

Related standards

IEC 60529 (IP code) and IEC 61032 (probes) define the ingress tests; IEC 62262 defines the IK impact code; the IEC 60695 series defines the fire-hazard tests. These are the documents the 60598-1 ingress, impact and flammability clauses point to, and they are the standards the ULMEKA equipment above is built against.

Working with ULMEKA

For a luminaire programme, the useful first step is a short list: the declared IP rating, any IK marking, the relevant Part 2 section, and the flammability and thermal clauses that apply. From that we can tell you which equipment ULMEKA builds for the job, and which checks belong to the dedicated photometric, electrical-safety and EMC instruments above.