Did you know?

In an IP code the first digit covers solid objects and the second water. IP65 is not weaker than IP67, it is tested against jets rather than immersion.

Browse workplace lights

Lighting i41

Industry lighting

The Glamox I41 series are LED industrial system luminaires in 1,200 mm and 1,500 mm lengths with PMMA cover (TW). Luminous flux ranges from 4,400 lm to 7,500 lm; control is selectable as HF or DALI, and several variants include an integrated emergency lighting function (E1/S, E1/ST, E1/DALI). Colour temperature is 4,000 K (840) for all standard variants.

The combination of HF general operation with optional emergency certification E1/S (self-contained, maintained) or E1/ST (self-contained, maintained/part-light) enables efficient installation where general and safety lighting share one housing.

💡 4,400 / 5,500 / 7,500 lm - three output levels in 1,200 mm and 1,500 mm lengths

⚙ HF and DALI - ballast choice, DALI also in emergency variant (E1/DALI)

🛡 E1/S, E1/ST, E1/DALI - integrated emergency lighting with self-contained battery, maintained and part-light options

⬡ PMMA cover (TW) - Tunable White prismatic optic for comfortable room illumination

Model	Luminous flux	Length	Control / emergency
I41-1200	4,400 lm	1,200 mm	HF / DALI / E1/DALI TW
I41-1500	5,500 lm	1,500 mm	HF / DALI / E1/S / E1/ST TW
I41-1500	7,500 lm	1,500 mm	HF / DALI / E1/DALI TW

Typical applications: Industrial and commercial halls with combined general and safety lighting in one housing, stairwells and corridors subject to emergency lighting requirements (E1/S, E1/ST), DALI-monitored buildings with automated emergency test (E1/DALI), and production areas where HF operation and emergency lighting redundancy are efficiently combined in a single installation.

Add to Wish List Add to Compare

I41-1200 LED luminaire, 4512 lm, 4000 K, switchable - Glamox I41211101
€341.25
Add to Wish List Add to Compare

I41-1200 LED luminaire, 4512 lm, 4000 K, switchable - Glamox I41211102
€352.50
Add to Wish List Add to Compare

I41-1200 LED luminaire, 4512 lm, 4000 K, DALI dimmable - Glamox I41221101
€431.25
Add to Wish List Add to Compare

I41-1500 LED luminaire - Glamox 0354863289
As low as €228.75
Add to Wish List Add to Compare

I41-1500 LED luminaire - Glamox 80619AD5A9
As low as €457.50
Add to Wish List Add to Compare

I41-1500 LED luminaire - Glamox 324E897D15
As low as €378.75
Add to Wish List Add to Compare

I41-1500 LED luminaire - Glamox 325EE36633
As low as €367.50
Add to Wish List Add to Compare

Glamox I41-1200 LED luminaire
As low as €202.50

What is ESD-safe industrial lighting and where is it primarily used in electronics manufacturing?

ESD-safe industrial lighting systems like the Glamox I41 series provide controlled illumination for electronics manufacturing workstations while maintaining electrostatic discharge protection according to DIN EN 61340-5-1 standards. These specialized lighting solutions are essential in semiconductor fabrication, PCB assembly, and precision electronics repair facilities where static electricity can damage sensitive components. The lighting fixtures integrate seamlessly with ESD-protected workbench systems to maintain continuous static control throughout the workspace, ensuring consistent grounding paths and eliminating charge accumulation on work surfaces.

What are the key technical selection criteria for ESD workstation lighting systems?

Critical selection parameters for ESD workstation lighting include luminous efficacy measured in lumens per watt, color temperature typically ranging from 4000K to 6500K for optimal component inspection, and surface resistivity values between 10^6 to 10^12 ohms per square to maintain ESD compliance. The fixture housing must demonstrate verified grounding continuity with resistance measurements below 1 megohm to earth ground, while providing uniform light distribution across the work surface without creating shadows that could hide defects. Power consumption, mounting flexibility, and compatibility with existing ESD monitoring systems also determine the optimal lighting solution for specific manufacturing environments.

Which international standards govern ESD-safe lighting systems in electronics manufacturing?

ESD-safe lighting systems must comply with DIN EN 61340-5-1 for electrostatic discharge control in electronics manufacturing environments, ensuring proper grounding and surface resistivity measurements. The fixtures typically meet IEC 61000 electromagnetic compatibility standards to prevent interference with sensitive electronic equipment during assembly and testing operations. Additional compliance with EN 62471 photobiological safety standards ensures worker protection from optical radiation, while IP20 or higher ingress protection ratings according to IEC 60529 provide adequate dust protection for clean manufacturing environments.

How do different variants of ESD workstation lighting systems compare in terms of mounting and functionality?

ESD workstation lighting variants differ primarily in mounting configurations, with articulated arm models offering flexible positioning across work surfaces while fixed-mount versions provide stable illumination for dedicated assembly stations. The Glamox I41 series includes options with integrated magnifying lenses for precision inspection work, variable intensity controls for different component types, and modular designs that accommodate multiple lighting zones within larger workstation setups. Power delivery methods vary from direct AC connection to low-voltage DC systems that eliminate potential ground loops, with some models incorporating USB charging ports for portable ESD measurement instruments.

What installation requirements must be met for ESD-compliant lighting systems?

ESD lighting installation requires dedicated grounding conductors with verified continuity to the facility's ESD common ground point, typically achieved through 10 AWG copper wire with resistance measurements below 1 megohm. The mounting system must maintain mechanical stability while preserving electrical continuity between the fixture housing and the ESD-protected workbench structure, often requiring conductive mounting hardware or specialized grounding straps. Power supply connections must incorporate proper EMC filtering to prevent high-frequency interference with nearby test equipment, while maintaining galvanic isolation from non-ESD electrical systems in the facility.

What safety ratings and environmental specifications apply to ESD workstation lighting?

ESD workstation lighting systems typically operate within ambient temperatures from 10°C to 40°C with relative humidity ranges up to 85% non-condensing to maintain stable electrostatic properties throughout varying manufacturing conditions. The fixtures must achieve minimum IP20 ingress protection rating against solid particles larger than 12.5mm, while many models provide IP54 protection for environments with potential dust accumulation or cleaning requirements. Photobiological safety compliance according to EN 62471 ensures risk group classification of RG0 or RG1, indicating no hazard or low risk from optical radiation exposure during normal 8-hour work shifts.

What maintenance schedule and inspection requirements apply to ESD lighting systems?

ESD lighting systems require quarterly electrical continuity testing between fixture housing and facility ground, with resistance measurements documented below 1 megohm to maintain compliance with DIN EN 61340-5-1 standards. LED light sources in industrial ESD applications typically provide 50,000-hour service life with gradual lumen depreciation, requiring replacement when output falls below 70% of initial specification to maintain adequate work surface illumination. Monthly visual inspections should verify grounding strap integrity, connection tightness, and housing cleanliness, while annual comprehensive testing includes surface resistivity measurements of all conductive components and verification of EMC compliance through spectrum analysis of radiated emissions.

Lighting i41

Technical features

Series overview

Typical applications