Certified Lighting for a Universe of Applications

Safety Based Lighting for Universal Application

Design Criteria for Universal Application Lighting

• – Certified safety
• – Worker safety
• – Asset preservation
• – Provide expected visibility
• – Quick to install/place/move
• – Extreme durability/reliability
• – Works in all environments
• – Both task-specific & general lighting
• – Low power requirement
• – Low operating temperature
• – Accessories to protect
• – No Re-certification
• – Operator preference/buy-in
• – Guaranteed return on investment
• – Designed, Manufactured, & Serviced in America

Reliable Operation is Required

• No costly light failures – no bulbs, no ballast, no fragile or Hot filaments, no gases, and no mercury to dump into our landfill.

• Reduce light maintenance to an absolute minimum.

OSHA Regulations

OSHA mandates

*Effective Aug. 10, 2016 – 29 CFR 1904, Recording and Reporting Occupational Injuries is required to “better inform workers, employers, the public and OSHA about workplace hazards.”

• 29 CFR 1910 – Occupational Safety and Health Standards
  • §1910 Subpart J – General Environmental Controls
    – §1910.146 – Permit-Required Confined Spaces
  • §1910 Subpart S – Electrical
    – §1910.307 – Hazardous (Classified) Locations
• 29 CFR 1915 – Safety and Health Standards for Shipyard Employment
  • §1915 Subpart B – Confined and Enclosed Space in Shipyards
  • §1915.82 – Lighting
• 29 CFR 1918 – Regulations for Longshoring
  • §1918.92 – Illumination
• 29 CFR 1926 – Safety and Health Regulations for Construction
  • §1926 Subpart K – Electrical
  •  – §1926.407 Hazardous (Classified) Locations
  • §1926 Subpart AA – Confined Spaces in Construction
  •  – §1926.1204 Permit-Required Confined Space Program

OSHA Regulation: [Confined Space]
29 CFR 1910.146, 29 CFR 1915 Subpart B, & 29 CFR 1926 Subpart AA

Classifying the Confined Space

In order to classify the confined space properly, the worker must first determine:

1. Can someone fit into this space?
2. Does this space have limited ways of access and egress?
3. Was this space meant for short-term human occupancy?

If the answer is Yes to these questions, then the space is a confined space by definition.

The next determination is:
Do I need a permit to enter this space?

• The answer is Yes, if there is a recognized or suspected hazard in the space, then it is a PRCS –Permit-Required Confined Space.

Illumination for Work Environments

1. Based upon levels of illumination recommended for sample occupational tasks in ANSI/IES RP7 and 29CFR19(10/18/26)
2. Based upon maximum luminance ratios from ANSI/IES RP 7

OSHA Directed Personal Lighting

• Walking, working, and climbing areas shall be illuminated.
• Lighting Intensity must be measured at the personnel’s task/working surface.
• Must not shine into the eyes of personnel.
• Portable lights must be protected from damage.
• Cords must be used for extra-hard usage.
• Lights used shall be listed by an NRTL.

Employees are, under 29 CFR 1918.92(e), “…Not permitted to enter dark holds, compartments, decks or other spaces without a flashlight or other portable light.”

Hazardous Materials

Demanding Lighting Environments

• Withstand repeated impacts, falls, scrapes, mishandling – Built like a Tool (not a flashlight) !
• Safely operate in ALL weather conditions.
• Are easily handled and quickly positioned into place in a variety environments.

* Portable lights must supply the required illumination for the user in the work environment – 29 CFR 1915.82. Often, multiple users must use the same light source in a confined space.

* The light selected must be safe for use in the presence of flammable substances.

* The lights must provide a long-term, dependable, and economical solution for the user.

** There is a Series of Lights that meet these requirements.

Hazardous/Ordinary/Wet Location Portable Lighting

Underwriters Laboratories (UL), Intertek (ETL), FM Global Approvals (FM), NSF, etc.
* Our lights and/or power supply boxes are CERTIFIED at a minimum to these standards:

• UL 844 – Luminaires for Use in Hazardous (Classified) Locations
• UL 8750 – Light Emitting Diode Equipment for Use in Lighting Products
• UL 153 – Portable Electric Luminaires – Ordinary Locations
• UL 50E – Enclosures for Electrical Equipment (power supply boxes)
• UL 1203 – Explosion/Dust Ignition Proof Electrical Equipment (power supply boxes)

UL 844 Design/Testing Requirements

* Luminaire Construction Review – material, wall thickness, joint design, supply connections, flame paths, hooks/handles

* Luminaire Performance Testing – Temperature tests (see chart), accelerated aging test, thread-wear test, strain-relief test, rough-usage test, drop test, impact test, overturn test, stability test, electrical resistance test, bonding test, explosion test, hydrostatic pressure test, vibration test, dust penetration test, wet location test

* Luminaire Marking – To include all certifications, warnings, cautions, and identification of the manufacturer

UL 8750 Design/Testing Requirements

* Luminaire Performance Testing – Input test, temperature test, dielectric voltage withstand test, leakage current test, cord strain relief test, environmental tests, mechanical strength test, thermal aging test

* Luminaire Marking – To include all certifications, warnings, cautions, and identification of the manufacturer

All Weather Lighting Conditions

UL 153 Design/Testing Requirements

Our GREEN LIGHTS™ LED Safety Lights conform to:

UL 153 – Portable Electric Luminaires

• Luminaire Construction Review
  • Ordinary Location review, examination of electrical materials and design
• Luminaire Performance Testing – Wet location test, submersion test, dust-blanket test, stability test, strain relief test, cable test (twist), drop test, power-supply test (input), grounding test, dielectric test, gasket accelerated aging test
• Luminaire Marking – To include all certifications, warnings, cautions, and identification of the manufacturer

Submersible in Water Test

UL Marking Requirements

• Name and Contact Information of the manufacturing company.
• Model Number of the Luminaire
• NRTL Mark and issued Control Number
• Input/Output Power (voltage and amperage)
• Temperature of operation and the Temperature Code
• Ratings and Standards of Compliance
• Cautions and Warnings
• Language – English and French, if compliant with CSA Standards

LED Advantage

LEDs generate the most lumens per watt of power.

Ask about our Gen-2 Electronics from Western Technology.

Sunshine Quality Light

White LED spectral emission

Universal Applications

• Certified as Portable Luminaires for use in Ordinary Locations, Wet Locations, Blasting Locations, Hazardous Locations.
• Explosion Proof Rated – Compliant with Class I & II, Division 1 & 2, Groups C, D, E, F, G; CSA Zones 1, 2, 20, 21, 22;
• Wet Location: Type 6P – 200 ft depth in Water, and Low Voltage Operation. Rated T-5 operating temperature.
• Approved for use in hazardous/confined spaces, including storage tanks, distillation towers, columns, evaporators, superstructures, etc.

Designed for Durability

• Machined from solid blocks of 6061-T6 aluminum
• Engineered with the highest quality solid-state electronic components for continuous operation in the most demanding of conditions

Flexible Multi-Light Configurations

Flexible Operation and Quick Setup

Versatile Magnetic / Mechanical Mounting

Benefits of Certified Lighting for Universal Applications

Benefits include:

• Ultimate safety and reliability
• Certified to use in all locations
• Reduced noise & light pollution
• Reduced labor to transport, fuel, & maintain
• Versatile and fast placement
• Low power draw –
  •   – Reduce cost to fuel
  •   – Reduce greenhouse emissions

Home of the GREEN LIGHTS™ LED Safety Lights

CERTIFIED – PORTABLE – EXPLOSION PROOF – WET LOCATION – LOW VOLTAGE

Safety • Performance • Return On Investment

– Certified Lighting for Universal Applications –

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