WLC60 Heavy Duty Stainless Steel LED Light
Datasheet
Banner's WLC60 Heavy Duty Stainless Steel LED Lights are engineered to withstand harsh
environments, making it the first choice for a machine lighting solution. A conservative mechanical
design protects against liquid ingress and state-of-the-art LED technology delivers best of class
brightness.
Choose between a durable polycarbonate window or a borosilicate glass (BSG) option featuring
enhanced chemical and thermal resistance. This smart industrial lighting solution also features energy
efficient eco-mode dimming states to tailor the lumen levels and power consumption to the
application.
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Rugged and durable for harsh environments
Oil, chemical, and water resistant with IEC IP67, JIS C IP68G, and IP69K per DIN 40050-9
ratings
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High brightness paired with advanced glare-reducing optics
Easy to install with a wide variety of mounting solutions
Highly resistant to vibration and shock
Input voltage of 12 V dc to 30 V dc
Integral 4-pin M12 Euro-style quick disconnect connector; mating cable required
Models have four discrete intensity level settings
Important: Read the following instructions before operating the light. Please download the complete WLC60
Heavy Duty Stainless Steel LED Light technical documentation, available in multiple languages, from
www.bannerengineering.com for details on the proper use, applications, Warnings, and installation instructions
of this device.
Important: Lea el siguiente instructivo antes de operar el luminario. Por favor descargue desde
www.bannerengineering.com toda la documentación técnica de los WLC60 Heavy Duty Stainless Steel LED
Light, disponibles en múltiples idiomas, para detalles del uso adecuado, aplicaciones, advertencias, y las
instrucciones de instalación de estos dispositivos.
Models
Model
Window
Lighted Length (mm)
340
WLC60XW340SSQ
WLC60XW340GSSQ
Polycarbonate
Borosilicate Glass
Spacing Criteria (SC)
The spacing criteria is the fixture-spacing-to-mounting-height ratio and aids in laying out a pattern of fixtures. Multiply the spacing
criteria by the mounting height to get the maximum fixture spacing that still provides even illumination (no shadowing between
fixtures).
Luminaire Spacing = SC × Height to Illuminated Plane
The mounting height is the distance from the fixture to the surface you are lighting.
Wiring Diagram
Key
Pin 1 Brown: 12-30 V dc
Pin 3 Blue: dc Common
Pin 4 Black: Connect to 12-30V dc for 66% max. intensity
2
1
Pin 2 White: Connect to 12-30 V dc for 33% max. intensity
Pins 4 and 2 Black and White: Connect to 12-30 V dc for 50% intensity
3
4
Original Document
178410 Rev. H
12 September 2019
178410
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