Commercial LED Lights publishes PE-led guide to explosion-proof lighting

Commercial LED Lights has released an engineer-led resource on explosion-proof and hazardous-location lighting, with guidance from licensed Professional Engineer Peter Kohlert. The guide explains classifications, certifications, fixture selection and real-world applications for contractors, engineers and facility managers working in hazardous environments.

Why it matters: - Explosion-proof lighting selection affects safety, compliance and performance in hazardous locations. - The resource is aimed at contractors, engineers, facility managers and safety professionals who need to match fixtures to specific environments. - The guide is intended to help users avoid choosing lighting based only on wattage or fixture style.

What happened: - Commercial LED Lights published “Explosion Proof Lighting Explained by a Professional Engineer (PE).” - Licensed Professional Engineer Peter Kohlert developed the technical resource. - Kohlert brings more than 40 years of engineering experience in industrial facilities, power-generation environments, commercial systems, safety and lighting design. - The resource is available at the full resource.

The details: - The guide covers Class I, II and III hazardous locations. - It explains Division 1 and Division 2 conditions. - It reviews Groups A through G and Zone classifications. - It covers certification marks and standards including UL 844, UL, ETL/Intertek, FM, CSA, ATEX and IECEx. - The resource also addresses temperature ratings, fixture construction, environmental conditions, mounting configuration, voltage and lighting-performance requirements. - Fixture verification methods include nameplates, specification sheets, Constructional Data Reports and Certificates of Compliance. - Kohlert is a licensed Professional Engineer in Michigan, PE #6201040560. - Kohlert is also a Certified Six Sigma Black Belt and has experience with DIALux photometric design software. - Commercial LED Lights says Kohlert provides technical guidance and lighting-design support for commercial, industrial, outdoor and hazardous-location applications. - Commercial LED Lights works with 7+ explosion-proof lighting manufacturers. - The company offers hundreds of hazardous-location fixtures and accessories across multiple configurations, wattages, mounting styles, classifications and certification requirements. - The company also provides photometric lighting design and product-selection support for complex hazardous-location projects. - Commercial LED Lights says its technical material is backed by real hazardous-location projects. - Completed photometric layouts include chemical processing areas, grain facilities, natural gas operations, distilleries, paint storage facilities and military environments. - Example projects include a chemical mixing room using four 150W explosion-proof fixtures. - Another example is a natural gas loading facility illuminated with eleven C1D2 fixtures. - A distillery receiver-area project used C1D1 fixtures. - An indoor military firing range required different illumination targets across six zones.

Between the lines: - The release positions Commercial LED Lights as more than a distributor by emphasizing engineering expertise and project support. - The focus on standards, classifications and verification tools signals that hazardous-location lighting is a compliance-heavy buying decision. - The project examples are meant to show that hazardous-location lighting often requires custom design, not one-size-fits-all product selection.

What's next: - Commercial LED Lights is likely to use the guide as a reference point for additional hazardous-location lighting support and project work. - Contractors and facility teams can use the published material to evaluate fixtures and documentation before specifying equipment. - The company continues serving electrical contractors, engineers, facility managers, municipalities, businesses and property owners across the United States.

The bottom line: - Commercial LED Lights is using a PE-authored technical guide to underscore the complexity of explosion-proof lighting and the need for design support in hazardous environments.