LED Gymnasium Lighting

By LED Lighting Supply

65-75% energy savings with 50,000+ hour lifespan eliminates maintenance costs
IK08 impact-rated fixtures withstand direct ball impacts in school gyms
UL/ETL/DLC certified systems qualify for maximum utility rebate programs

Our commitment to quality Our products are held to the highest standards for performance & reliability LED Lighting Supply Certification Stamp

Our LED Gymnasium Lighting includes UFO high bays, linear high bays, low bays, LED panels, and vapor tight fixtures for athletic and fitness facilities. Available models include dimmable, wattage-selectable, and CCT-selectable configurations, with 100-277V and 277-480V options depending on the fixture. Some UFO high bays are available with impact-rated construction.

These fixtures are commonly used in school gymnasiums, public gyms, fitness centers, weight rooms, group exercise rooms, indoor courts, locker rooms, lobbies, multi-purpose athletic spaces, and pool support areas.

LED Grain Processing and Storage Lighting

Grain processing and storage facilities can contain ordinary industrial areas, wet or dusty locations, high-temperature zones, and classified areas where combustible grain dust may be present. Grain elevators, silos, feed mills, flour mills, conveyor galleries, receiving pits, bucket elevators, dryers, loading areas, and dust collection systems may each require a different fixture type.

Locations with airborne combustible dust or hazardous dust accumulation may require Class II, Division 1 lighting or Class II, Division 2 lighting. Other areas may use sealed dust-tight fixtures, high-temperature lights, vapor-tight fixtures, or standard industrial high bays when the mounting location is outside the classified boundary.

Selection Note: Choose the fixture type only after confirming the exact mounting location’s classification. Verify the required class, division or zone, dust group, and product listing first; then confirm the temperature code, ambient-temperature range, dust-tight or IP rating, mounting method, and voltage. The facility engineer, EHS team, project specifier, or authority having jurisdiction should approve the final selection.

Grain Facility Lighting by Area

Facility Area	Lighting and Hazard Considerations
Grain receiving pits	Unloading can release large amounts of dust. Review the documented classification, fixture sealing, impact exposure, cleaning access, and placement around grates, conveyors, and vehicle traffic.
Grain elevators and bucket elevators	Dust, enclosed vertical spaces, moving equipment, vibration, and difficult maintenance access may require Class II-rated linear, compact, or area fixtures.
Silos and grain bins	Review dust concentration, ventilation, filling and unloading points, headspaces, temperature, access, and whether the interior or surrounding work areas are classified.
Conveyor galleries and transfer points	Enclosed conveyors, belt transfers, bearings, chutes, and dust accumulation can affect classification, fixture placement, vibration resistance, and maintenance access.
Feed mills and flour mills	Grinding, milling, mixing, screening, and pneumatic conveying can produce fine combustible dust. Confirm Class II requirements, dust group, temperature code, and cleaning procedures.
Dust collectors and baghouses	These areas may have some of the highest dust concentrations in the facility. Confirm Division 1 or Division 2 classification, fixture surface-temperature limits, and maintenance requirements.
Grain dryers	Review elevated ambient temperature, dust, moisture, burner equipment, vibration, and whether the fixture requires both a Class II and high-temperature rating.
Loading and unloading areas	Lighting should provide visibility around trucks, railcars, conveyors, chutes, controls, ladders, and walking surfaces while matching the assigned classification.
Warehouses and packaged-product storage	Standard high bays may be suitable where grain or feed is contained, dust is controlled, and the area is outside classified boundaries.
Offices, laboratories, and control rooms	Panels, troffers, or linear fixtures may be used where the room is separated from process areas and shown as non-classified.

Recommended Types of Grain Facility Lights

Fixture Type	Best Application
Class II LED Area Lights	Broad illumination in receiving, processing, transfer, milling, loading, and classified production areas.
Class II LED Flood Lights	Directional lighting for conveyors, silos, loading areas, rail pits, exterior equipment, elevated structures, and distant work points.
Class II Linear LED Lights	Conveyor galleries, bucket elevators, tunnels, platforms, enclosed processing spaces, equipment rooms, and long maintenance areas.
Compact Class II Lights	Stairs, landings, doors, gauges, valves, controls, bearings, inspection points, and smaller service areas.
Class II Hazardous-Location High Bays	Tall classified processing, milling, storage, or transfer areas requiring broad downward illumination.
High-Temperature Hazardous-Location Lights	Grain dryers, hot process areas, equipment spaces, and ceiling locations where standard fixture temperature ratings are insufficient.
Dust-Tight or Vapor-Tight LED Fixtures	Non-classified dusty, humid, washdown, or cleaning-heavy areas that need sealed construction but do not require a Class II approval.
Standard LED High Bays	Non-classified warehouses, packaged-product storage, maintenance areas, and general industrial spaces with controlled dust exposure.

Class II Division 1 and Division 2 Lighting

Class II locations involve combustible dust rather than flammable gas or vapor. Grain, flour, feed, starch, and other organic dusts can create an ignitable atmosphere when suspended in the air or accumulated in hazardous quantities.

Classification	When It May Apply
Class II, Division 1	Areas where combustible dust may be present in the air during normal operation, processing, transfer, grinding, conveying, collection, loading, or cleaning.
Class II, Division 2	Areas where combustible dust is not normally suspended in hazardous concentrations but may become airborne after equipment failure, abnormal operation, or accumulated dust disturbance.
Non-Classified	Offices, control rooms, some warehouses, packaged-product storage, and support areas outside the hazardous boundaries shown on the facility drawings.

A fixture approved for Class I gas and vapor locations is not automatically suitable for a Class II dust location. Confirm the Class II approval, dust group, division, temperature code, ambient-temperature range, and installation requirements for the mounting location.

How to Choose Grain Processing and Storage Lighting

Selection Factor	What to Confirm
Area classification	Determine whether the fixture location is Class II Division 1, Class II Division 2, Zone-classified, or non-classified.
Dust type	Identify the grain, flour, feed, starch, wood, seed, or other organic dust present and confirm the applicable dust group.
Dust concentration and accumulation	Review whether dust is airborne during normal operation, where it settles, how thick layers become, and how often the area is cleaned.
Temperature code	Confirm that the fixture surface temperature remains below the allowable limit for the dust and accumulated dust layer.
Ambient temperature	Measure temperature at fixture height, especially near grain dryers, motors, bearings, enclosed conveyors, and poorly ventilated spaces.
Fixture sealing	Confirm dust-tight construction, IP rating, gasket materials, lens sealing, cable entries, and resistance to pressure washing where applicable.
Fixture distribution	Use area lights for broad coverage, flood lights for distant or directional targets, linear fixtures for conveyors and galleries, and compact lights for localized work.
Vibration and impact	Account for bucket elevators, conveyors, motors, rail unloading, machinery, forklifts, maintenance work, and structural vibration.
Maintenance and cleaning	Review safe access, production shutdowns, dust removal, fixture surface cleaning, lift requirements, and whether the mounting location is difficult to service.
Complete electrical system	Conduit, seals, fittings, junction boxes and lighting controls, switches, sensors, cable entries, and wiring methods must also meet the classified-area requirements.

Common Grain Facility Lighting Mistakes

Mistake	Why It Matters
Using Class I fixtures in Class II areas	A gas-and-vapor approval does not automatically cover combustible dust locations.
Using standard high bays in classified areas	Ordinary high bays are not substitutes for Class II-rated fixtures where combustible dust hazards exist.
Assuming dust-tight means Class II-rated	An IP or dust-tight rating addresses enclosure protection but does not replace hazardous-location certification.
Ignoring dust layers on fixtures	Accumulated dust can trap heat and affect allowable surface-temperature limits and maintenance requirements.
Choosing fixtures by wattage alone	Classification, temperature code, optics, lumens, mounting height, sealing, and photometric performance are more important than matching old wattage.
Overlooking transfer points	Receiving pits, conveyors, chutes, bucket elevators, and loading areas may have higher dust concentrations than open storage areas.
Ignoring dryer temperatures	Grain dryers may require fixtures that satisfy both Class II and elevated ambient-temperature requirements.
Using unsuitable controls	Sensors, switches, junction boxes, and control components must also carry the required approval for the location.

Photometric Planning for Grain Facilities

Silos, bins, conveyors, bucket elevators, chutes, platforms, machinery, railcars, trucks, and storage structures can block light and create shadows. A photometric plan can help evaluate fixture quantity, mounting height, beam distribution, average and minimum foot-candles, uniformity, glare, and vertical illumination before installation.

The hazardous-area classification, dust boundaries, equipment layout, ambient temperature, and mounting restrictions should be established before the final lighting layout is completed.

Need Help Choosing Grain Facility Lights?

Contact us about LED grain processing and storage lighting, and our Product Specialists can help review the area classification, dust group, fixture type, temperature exposure, mounting height, voltage, controls, cleaning conditions, and photometric requirements.

LED Gymnasium Lighting FAQs

Why Should I Request A Gym Lighting Plan Before Ordering?

A gym lighting plan helps verify fixture placement, expected foot-candle levels, uniformity, glare, fixture count, mounting height, and beam angles before fixtures are ordered. It is especially useful for school gyms, indoor courts, high-ceiling retrofits, fitness centers with equipment layouts, and multi-purpose facilities.

How Should I Choose Between High Bays, Low Bays, Panels, And Vapor Tight Fixtures?

Choose the fixture type based on ceiling height, layout, environment, appearance, activity type, and impact exposure. Higher ceilings often need high bay fixtures, while lower ceilings may be better served by low bays, panels, or linear fixtures; vapor tight fixtures are useful where moisture, dust, or wash-down exposure may be present.

When Should A Gym Lighting Project Consider Impact-Rated Fixtures?

School gymnasiums, indoor courts, and athletic spaces should be reviewed for ball-strike exposure from basketballs, volleyballs, dodgeballs, and other equipment. Confirm the fixture impact rating, lens construction, mounting position, guard options, and whether an impact-rated UFO high bay or protected fixture is required for the application.

What Color Temperature Is Commonly Used For LED Gym Lighting?

4000K is often used for comfortable fitness centers, group exercise rooms, locker rooms, lobbies, and fluorescent replacement projects, while 5000K is often used for school gymnasiums, indoor courts, and metal halide replacement where a brighter athletic appearance is preferred. Selectable CCT fixtures may allow on-site adjustment, depending on the model.

What Should Be Confirmed Before Choosing Dimming Or Controls?

Confirm fixture driver and control compatibility before ordering gym lighting with dimming, motion sensors, occupancy controls, time clocks, wall controls, or zone controls. These options may be useful for gyms, classes, assemblies, events, cleaning, and unoccupied periods.

Can LED Gym Lights Replace Older Metal Halide Or Fluorescent Fixtures?

LED gym lighting can replace older metal halide high bays, fluorescent high bays, or T5 fixtures, but the replacement should be reviewed by lumen output, fixture spacing, optics, mounting height, and target light levels instead of wattage alone. A one-for-one retrofit may reduce energy use, but it may not fix dark spots, glare, uneven coverage, poor court visibility, or overly bright areas.

What Should I Check For Locker Rooms And Pool-Related Areas?

Locker rooms, pool areas, and utility spaces may require fixtures suited for damp, wet, humid, or corrosive environments. Confirm the selected fixture rating and suitability for the specific environment before ordering.

What Product Details Should Be Confirmed Before Ordering LED Gym Lights?

Confirm the selected fixture’s DLC status, voltage, dimming, controls compatibility, mounting method, impact rating, and fit for the gym layout before ordering. Product specifications, wattage, lumen output, optics, beam angle, color temperature, certifications, and warranty coverage vary by model.