JEBL LED High Bay | Lithonia Lighting
Our JEBL LED high bay is engineered for demanding commercial and industrial environments where consistent overhead illumination is critical. Designed to replace traditional metal halide and HID fixtures, the JEBL delivers superior lumen output while significantly reducing energy consumption and maintenance frequency.
The JEBL series offers four distinct lumen packages to accommodate varying ceiling heights and space requirements. The 12,000-lumen model suits spaces with 15 to 20-foot ceilings, while the 36,000-lumen configuration handles large distribution centers with mounting heights up to 40 feet.
Thermal management and LED lifespan
Active cooling architecture
The JEBL employs a passive thermal management system with strategically positioned heat sinks that maximize surface area while maintaining a low-profile design. The die-cast aluminum housing acts as an integrated heat sink, dissipating thermal energy away from LED arrays and driver components.
This thermal architecture enables the JEBL to maintain consistent light output even in ambient temperatures up to 104°F. The L70 rated lifespan exceeds 60,000 hours at 25°C ambient temperature, translating to more than 13 years of operation in typical 12-hour daily-use industrial schedules.
Energy savings and control integration
Facilities replacing 400W metal halide fixtures with JEBL LED high bays typically reduce lighting energy consumption by 60 to 70 percent. A warehouse operating 4,000 hours annually can expect energy cost savings of $150 to $200 per fixture at average commercial electricity rates.
The integrated 0-10V dimming interface enables connection to occupancy sensors, daylight harvesting photocells, and building automation systems. When paired with occupancy controls in low-traffic aisles or storage zones, facilities achieve additional energy savings of 20 to 35 percent beyond the baseline LED efficiency gains.
JEBL specifications at a glance
Other commercial high bay lighting solutions
Customer reviews
Common questions about the JEBL LED high bay
The JEBL series is optimized for mounting heights between 15 and 40 feet, with specific lumen packages matched to different ceiling ranges. For 15 to 20-foot ceilings, the 12,000 to 18,000-lumen models provide appropriate illumination. Warehouses and industrial facilities with 25 to 40-foot ceilings typically specify the 24,000 to 36,000-lumen configurations.
Proper lumen selection depends on both ceiling height and the tasks performed in the space. High-precision assembly areas require higher foot-candle levels than general storage zones, even at the same mounting height.
The JEBL includes a 0-10V dimming interface that connects to compatible low-voltage dimming controls, occupancy sensors, and building automation systems. Standard residential wall dimmers designed for incandescent or phase-cut dimming are not compatible with the JEBL’s LED driver.
For proper dimming operation, you’ll need a 0-10V dimming controller or sensor that outputs the appropriate control voltage. Many commercial occupancy sensors and daylight harvesting controls include built-in 0-10V outputs specifically designed for LED fixture integration.
The JEBL’s L70 rated lifespan exceeds 60,000 hours, meaning the fixture will maintain at least 70 percent of its initial lumen output after that operating period. In comparison, metal halide lamps typically require replacement every 10,000 to 15,000 hours and experience significant lumen depreciation throughout their rated life.
For a facility operating lights 12 hours daily, the JEBL delivers more than 13 years of service before reaching L70, while metal halide systems would require four to six lamp replacements during the same period. This extended lifespan eliminates the ongoing maintenance costs and operational disruptions associated with frequent relamping.
The JEBL accepts universal voltage input ranging from 120V to 277V, allowing installation on standard commercial electrical systems without voltage-specific models. The driver automatically adapts to the connected voltage, and the fixture maintains consistent performance across the entire input range.
This universal voltage capability simplifies inventory management for facilities with multiple locations operating on different electrical systems. The same JEBL model installs in 120V retail environments and 277V industrial facilities without modification.
Yes, the JEBL carries DLC Premium designation, qualifying installations for utility rebate programs throughout North America. Rebate amounts vary by utility territory but typically range from $50 to $150 per fixture depending on the lumen package and local program structure.
Many utility programs offer pre-approval processes that guarantee rebate amounts before project completion. We recommend contacting your local utility provider early in the planning phase to understand available incentives and documentation requirements specific to your service area.
The JEBL’s LED driver is housed in a separate, tool-free access compartment designed for field serviceability. If driver replacement becomes necessary, maintenance personnel can open the compartment, disconnect the quick-connect harness, and install a replacement driver without removing the entire fixture from the ceiling.
The JEBL includes a 5-year limited warranty covering both the LED arrays and driver components. Warranty claims are processed through our technical support team, and replacement parts typically ship within 48 hours of approval for minimal downtime.
The JEBL is rated for ambient temperatures from -4°F to 104°F, making it suitable for refrigerated warehouses and covered outdoor loading docks. The fixture carries a damp location rating, allowing installation in areas with moisture exposure but not direct water spray.
For freezer applications below -4°F or wet locations requiring IP65 or higher ratings, we offer alternative high bay models specifically engineered for extreme environment operation. Our technical support team can recommend the appropriate fixture based on your specific temperature range and environmental conditions.