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Machine luminaires are chosen for vibration resistance. An office fitting on a machine tool loses the solder joints of its driver board to vibration first.

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Lighting

LED Machine Lighting

The LED machine lighting category covers LED luminaires from LED2WORK for lighting machines and workstations, including the TUBELED_40 II series (ECO and Power versions) and the LEANLED II surface luminaire. The TUBELED_40 II is available in 1040 and 1540 mm lengths with a power of around 26 to 73,5 W and a luminous flux up to 12774 lm, in 5700 K light colour and IP69K protection. Several versions are cascadable, and the LEANLED II runs on 24V DC.

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Buying guide

How to choose LED Machine Lighting

What matters when choosing: properties, comparison and typical applications.

Technical features

💡 Power and light - approx. 26 to 73,5 W, luminous flux up to 12774 lm, 5700 K

📏 Lengths - TUBELED_40 II in 1040 and 1540 mm, LEANLED II 260 mm

💧 Protection - IP69K, suited to high-pressure and wet cleaning

🔗 Chaining - cascadable versions, LEANLED II with 24V DC

Typical applications

Typical applications: Machine lights are used to illuminate machining, assembly and inspection areas on machines as well as control cabinets and workstations. The IP69K protection makes the TUBELED_40 II suitable for environments with high-pressure cleaning and heavy soiling. Selection is based on length, required luminous flux and whether several luminaires are to be cascaded; compact surface luminaires such as the LEANLED II cover local needs.

FAQ

Frequently asked questions about LED Machine Lighting

What is LED machine lighting and what industrial applications require this specialized illumination?

LED machine lighting consists of specialized luminaires designed for direct mounting on industrial machinery, CNC equipment, and production workstations to provide focused task illumination. These luminaires typically operate on 24V DC power systems and deliver color temperatures between 5200-5700K for optimal visual acuity during precision manufacturing operations. Primary applications include machine tool illumination in automotive manufacturing, electronics assembly workstations, quality inspection stations, and precision machining centers where operators require shadow-free lighting for critical work tasks. Industrial sectors utilizing LED machine lighting encompass automotive production, aerospace manufacturing, medical device assembly, and general manufacturing facilities requiring enhanced visibility for quality control and operator safety.

What are the key technical selection criteria for industrial LED machine lighting systems?

Selection of LED machine lighting requires evaluation of luminous flux output, beam angle distribution, and power consumption characteristics matched to specific application requirements. The TUBELED_40 II series demonstrates this with power variants delivering 24W to 72W output options, while maintaining consistent 100-degree beam angles and 5200-5700K color temperature ranges across different lengths from 540mm to 1540mm. Critical selection parameters include mounting length compatibility with machine dimensions, 24V DC power supply availability, and cascading capability for multi-fixture installations as seen in models with cascadable designations. Additional considerations encompass brightness control functionality for adjustable illumination levels and surface-mounted versus hinged-head configurations depending on machinery access requirements and operator positioning needs.

Which international standards and certifications apply to LED machine lighting in industrial environments?

LED machine lighting systems must comply with IEC 60598 standards for luminaire safety and electromagnetic compatibility requirements under EN 55015 for conducted emissions and EN 61547 for immunity testing. Industrial installations require adherence to EN 12464-1 workplace lighting standards specifying minimum illuminance levels and uniformity ratios for manufacturing tasks, while machinery applications fall under ISO 23125 guidelines for machine tool lighting. Additional compliance includes CE marking requirements under the Machinery Directive 2006/42/EC and Low Voltage Directive 2014/35/EU for 24V DC operation, with IP protection ratings per IEC 60529 ensuring adequate ingress protection against dust and moisture in manufacturing environments.

What are the main differences between Power and Eco variants in LED machine lighting product lines?

Power and Eco variants in the TUBELED_40 II series represent distinct performance tiers optimized for different application intensities and energy efficiency requirements. The Power variants deliver significantly higher luminous output, with the 1540mm model producing 72W compared to the Eco version's 38W rating, providing approximately 90% greater light output for demanding precision work applications. Eco variants prioritize energy efficiency while maintaining adequate illumination levels for general manufacturing tasks, offering similar beam angles of 100 degrees and identical 5200-5700K color temperatures as Power models. Both variants feature identical physical dimensions and mounting configurations, allowing facility managers to select appropriate performance levels based on specific task lighting requirements and energy consumption targets without modifying existing installation infrastructure.

What are the installation requirements and system compatibility considerations for LED machine lighting?

LED machine lighting installations require 24V DC power supply systems with appropriate current capacity to support total connected load across all luminaires in the installation. Surface-mounted luminaires like the TUBELED_40 II series utilize standardized mounting brackets for direct attachment to machine frames or overhead structures, while cascadable models enable daisy-chain power connections reducing individual power feed requirements. Installation planning must account for beam angle coverage, with 100-degree distribution patterns requiring specific mounting heights and spacing calculations to achieve uniform illumination without shadow zones. System compatibility includes integration with existing machine control circuits for synchronized on/off operation and compatibility with brightness control systems as featured in Starlight IL series models for variable intensity applications matching operational requirements.

What safety ratings and environmental specifications apply to LED machine lighting systems?

Industrial LED machine lighting systems typically achieve IP54 or higher ingress protection ratings ensuring adequate protection against dust ingress and water splashing common in manufacturing environments. Operating temperature ranges generally span -20°C to +50°C ambient conditions, accommodating standard industrial facility temperature variations and heat generation from adjacent machinery operations. The 24V DC operating voltage classification provides inherently safer installation conditions compared to mains voltage systems, reducing electrical hazard risks in wet or conductive environments. Safety considerations include proper grounding of metal housings, overcurrent protection in power supply circuits, and compliance with local electrical codes for low-voltage installations, while specialized ESD variants provide additional electrostatic discharge protection for sensitive electronic manufacturing environments.

What maintenance schedules and service life expectations apply to industrial LED machine lighting?

Industrial LED machine lighting systems require quarterly cleaning of optical surfaces to maintain illumination levels, with lens cleaning using appropriate solvents to remove machining coolant residue and airborne contaminants typical in manufacturing environments. Expected service life ranges from 50,000 to 100,000 operating hours depending on operating temperature and duty cycle, with luminous depreciation typically reaching 70% of initial output at end-of-life designation L70. Preventive maintenance includes annual inspection of mounting hardware for vibration-induced loosening, power connection integrity verification, and thermal management assessment to ensure adequate heat dissipation. Replacement indicators include visible LED degradation, flickering operation, or measured illuminance levels falling below required task lighting standards, with complete luminaire replacement recommended rather than individual component repair due to integrated driver and LED array configurations.