Eaton Crouse-Hinds EVLLA13LCM0-UNV34 LED Fixture - IP66
Part Number: EVLLA13LCM0-UNV34
Quick Summary
The Eaton Crouse-Hinds EVLLA13LCM0-UNV34 LED light fixture provides safe, high-output illumination for hazardous industrial locations. In rugged plants and offshore facilities, maintenance delays and compliance gaps can drive costly downtime. This luminaire carries IP66 protection, NEMA 4X enclosure, and NEC hazardous-location approvals (Class I, Division 1; Class II, Division 1; Class III), ensuring you meet stringent codes. Designed for hazardous-location lighting, it delivers energy-efficient performance with 13,000 lumens and a dimmable driver, supporting reliable operation in harsh environments. For procurement teams and engineers, this translates into predictable lifecycle costs, easier installation in new builds or retrofits, and reduced total cost of ownership.
Product Information
Extended Description
EVLLA13LCM0-UNV34 Eaton Crouse-Hinds: Eaton Crouse-Hinds series Hazard-Gard EVLLA LED light fixture, Cool white, 320W-400W HID equivalent, No guard, Shatter-resistant glass lens, 13000 lumens, 100 lm/W, Copper-free aluminum, Mounting module adapter, 347-480 Vac, 130W
Product Name
Eaton Crouse-Hinds series Hazard-Gard EVLLA LED light fixture
Catalog Number
EVLLA13LCM0-UNV34
Product Length/Depth
15.9 in
Product Height
11.97 in
Product Width
15.9 in
Product Weight
55 lb
UPC
662276991446
Area classification
Hazardous/Classified Locations
Standards type
NEC/CEC
NEC hazardous rating
Class I, Division 1 Class II, Division 1 Class III
NEMA Rating
4X
Ingress protection (IP) ratings
IP66
Lumens
13000
Lumens per watt
100
Color temperature
Cool white
Mounting Method
Mounting module adapter
Equivalent luminaire
320W-400W HID
Guard type
No guard
Voltage rating
347-480 Vac
Frequency rating
50/60 Hz
Material
Copper-free aluminum
Lens material
2 x 3/4" NPT metal thread, 1 x 3/4" Ex-d threaded plug
Wattage
130W
Dimming
Dimmable driver
Power factor
> 0.90
Crouse-Hinds series DLC approved lighting products
Crouse-Hinds series DLC approved lighting products
Crouse-Hinds series DLC approved lighting products
Crouse-Hinds series Hazard-Gard EVLLA LED catalog page
Hazard-Gard EVLLA Explosionproof LED Light Fixtures UL certification
Hazard-Gard EVLLA Explosionproof LED Light Fixtures UL certification
IF 1913 - EVLLA Hazard-Gard LED Luminaire
IF 1913 - EVLLA Hazard-Gard LED Luminaire
Eaton Specification Sheet - EVLLA13LCM0-UNV34
Eaton Specification Sheet - EVLLA13LCM0-UNV34
Feature: High-output LED performance with 13,000 lumens at 100 lm/W and 130 W. Business Impact: Delivers bright, consistent illumination while lowering energy use and heat generation versus legacy HID. Application: Petrochemical processing, refineries, and outdoor hazardous areas where clear visibility improves safety and productivity. Feature: 347-480 VAC input with a dimmable driver. Business Impact: Flexible control and power-quality compatibility reduce wiring changes and enable adaptive lighting strategies in demanding plants. Application: Process areas requiring site-wide dimming or daylight-mimicking scenarios to conserve energy and extend equipment life. Feature: Copper-free aluminum housing with a shatter-resistant glass lens. Business Impact: Corrosion resistance and durable optics minimize maintenance and replacement costs in harsh environments. Application: Marine terminals, chemical plants, and outdoor locations with chemical exposure. Feature: IP66 ingress protection and NEMA 4X enclosure. Business Impact: Superior dust and water resistance plus corrosion protection extend service intervals and improve uptime. Application: Wet, dusty, and washdown areas where reliability is critical. Feature: Mounting module adapter and 2 x 3/4" NPT lens/installation provisions. Business Impact: Simplified retrofit and compatibility with existing mounting hardware reduces installation time and labor costs. Application: Retrofit projects in existing hazardous-location lighting layouts. Feature: Hazardous-location certifications and NEC ratings (Class I, Division 1; Class II, Division 1; Class III). Business Impact: Ensures compliance with stringent codes, enabling safe operation in explosive atmospheres. Application: Oil and gas facilities, chemical processing plants, mining sites, and offshore environments. Industry insight: The EVLLA family is engineered to replace 320–400 W HID equivalents with robust LED performance, enabling lower energy consumption while delivering longer life and certified safety in demanding facilities. This makes it a strong candidate for long-term capital planning and routine maintenance optimization.
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FAQs
The EVLLA13LCM0-UNV34 is designed for hazardous locations and supports NEC/CEC classifications, including Class I, Division 1 and Class II, Division 1. It operates on 347–480 VAC, features IP66 ingress protection, and is housed in a NEMA 4X enclosure, making it suitable for rugged oil & gas, chemical processing, and mining environments.
This LED luminaire delivers about 13,000 lumens at 130 W with a higher efficacy of roughly 100 lm/W, replacing 320–400 W HID loads. The result is lower energy consumption, reduced heat output, and extended maintenance intervals, translating to lower operating costs and improved facility uptime.
EVLLA13LCM0-UNV34 uses a mounting module adapter with two 3/4 inch NPT connections and an Ex-d threaded plug option, enabling straightforward retrofits or new installations. Its durable housing and shatter-resistant lens simplify field service, while 347–480 VAC compatibility minimizes wiring changes during upgrades.
The luminaire features IP66 protection, NEMA 4X enclosure, and NEC hazardous-location ratings (Class I, Division 1; Class II, Division 1; Class III). These certifications confirm suitability for hazardous/offshore settings and align with safety and regulatory requirements in many regions.
LED technology provides longer life and reduced maintenance versus HID systems, with a robust housing and lens designed for exposure to dust, moisture, and chemicals. The result is lower maintenance cost, fewer lamp replacements, and a predictable return on investment through energy savings and minimized downtime.