How do you make a decision about lighting as an operations manager in the industry?

As an operations manager in the industry, you make a good lighting decision by systematically looking at the requirements of your environment, the risks of a wrong choice, and the overall solution that best suits your operation. That means: not only paying attention to price or wattage, but also to certifications, maintainability, and the input from your maintenance and HSE team. This article answers the most frequently asked questions about lighting choices in the industry.

What requirements does an industrial environment place on lighting?

Industrial environments place considerably higher demands on lighting than office or retail environments. Think of mechanical stress from vibrations, extreme temperatures, exposure to dust and moisture, chemical fumes, or 24/7 use that has immediate operational consequences. Standard lighting simply isn’t built for these conditions.

The requirements vary greatly depending on the environment, but in practice you always encounter the same categories:

Temperature resistance In production halls, steel mills or climatic chambers, temperatures can range from well below zero to well above 100 degrees Celsius.
Mechanical robustness: Vibrations from machines, forklifts or cranes can quickly damage fixtures if they are not specifically designed for that load.
Protection against dust and moisture: In many industrial applications, a high IP rating is not a luxury but a basic requirement.
Light output and uniformity: Poor lighting quality increases the risk of errors and accidents, especially in environments where precision and visibility are crucial.
Life span and maintenance interval: The more difficult the access to the fixture, the longer it must be able to function without maintenance.

When mapping out these requirements, it helps to segment your environment: what are the most challenging conditions, where is the most work being done, and where is downtime most costly?

What are the biggest risks of choosing the wrong lighting?

A wrong choice for industrial lighting This leads to more than just a higher energy bill. The real risks lie in safety, productivity, and total ownership costs. Fixtures that are not designed for the environment will break sooner, cause dangerous situations, and cost much more in the long run than the initial savings were worth.

Specifically, this means that you may encounter:

Safety incidents due to insufficient lighting at workplaces, in driveways or around machinery. Poor visibility is a direct risk factor for near-accidents and incidents.

Unexpected outage At the moment when it is least useful. If a fixture in a steel factory or chemical plant fails due to heat or corrosion, it is not only a replacement but also a stoppage of operation.

High maintenance costs due to the frequent replacement of fixtures that are not suitable for the environment. Costs quickly mount up, especially in hard-to-reach locations such as cranes, high-ceilinged halls or outdoor areas.

Glare and visual fatigue in operators and machinists, which reduces concentration and increases the risk of errors. This is an underestimated risk that regularly reoccurs in HSE audits.

How do you compare LED lighting solutions for industry?

When comparing LED lighting for industry It’s not just about lumens per watt. A fair comparison looks at the overall performance in your specific environment over the entire lifespan of the installation. Cheap fixtures that fail quickly or generate high maintenance costs are rarely the best choice.

Compare solutions based on these criteria:

Light output and uniformity in the workplace, not just the declared capacity on the packaging.
IP and IK rating appropriate to the specific environmental conditions. A high IP rating indicates dust and moisture resistance; the IK rating indicates how well the luminaire is resistant to mechanical impact. More about IP and IK ratings Read it on the knowledge page.
Temperature range within which the luminaire is guaranteed to function, including the effect on the light output at extreme temperatures.
Life span and warranty terms, Including what is covered by the warranty when used in severe conditions.
Maintenance interval and replacementability, Especially in locations where a mechanic has difficulty getting in.
Total cost of ownership (TCO), This includes the purchase price, installation, energy consumption and expected maintenance over the lifetime of the product.

Always ask suppliers for technical datasheets and reference projects in similar environments. General product information is a starting point, but performance in practice is decisive.

When is a total solution better than individual fixtures?

A total solution is better than individual luminaires once the complexity of the project exceeds what can be handled in-house. That is especially true when dealing with multiple zones, different environmental requirements, masts, foundations, cabling, or a requirement for a complete lighting plan. Buying individual luminaires works well for simple replacements, but falls short in larger installations or new construction.

In practice, operations managers choose a total solution when:

The project involves multiple disciplines, such as engineering, installation, and commissioning.
An illumination calculation is required to meet safety or work standards.
The location is difficult to access and future maintenance must be factored into the design from the outset.
There are specific requirements for light poles, foundations or wiring.
The client or insurer requires documentation regarding the lighting installation.

A total solution also provides you with a single point of contact for the entire process, which significantly simplifies coordination.

What certifications should industrial LED lighting have?

Industrial LED lighting must at least have the relevant CE marking and comply with the IP classification appropriate to the environment. In specific situations, such as hazardous areas or corrosive environments, additional certifications such as ATEX are mandatory. Which certifications are exactly required depends on the application and the applicable laws and regulations in your sector.

In addition to the legal minimum requirements, it is advisable to pay attention to the quality certification of the supplier itself. A supplier with ISO9001 certification operates in accordance with guaranteed quality processes, which is relevant if you need to be able to rely on the luminaires for a long time.

For environments with explosive hazards or aggressive chemicals, ATEX certification is not optional but a strict requirement. If you purchase lighting for such an environment without the appropriate certification, you not only run operational but also legal risk.

How can you involve maintenance and HSE in the lighting selection process?

Maintenance and HSE are best incorporated into the selection phase, not at the installation stage. Both disciplines have insights that strongly influence the final choice: maintenance knows which locations are difficult to reach and how long fixtures actually last in practice, while HSE knows the safety requirements and glare risks that must be taken into account in the design.

A practical approach is to organize a brief internal meeting with the parties involved before you create the specifications. In this meeting, ask the following questions:

Where are most complaints about lighting now, and what is the cause?
Which locations are difficult to access for maintenance?
Are there zones where glare poses a safety risk?
What are the requirements from HSE regarding minimum lighting levels?
Which outages have caused the most downtime in the past?

By incorporating this input into your lighting advice and selection criteria, you prevent choosing a technically sound fixture that, in practice, still doesn’t work for the people who have to use it or maintain it.

Practical example: VPK Paper

VPK Paper wanted to convert the lighting in its paper mills in Belgium to LED. After multiple trials with different suppliers, none of the solutions tried proved suitable for the paper machine, where the temperature in extreme cases reached +120 °C with steam generation and very high humidity. VPK Paper therefore chose a proof-of-concept approach: first a trial with the Snapper HT under real conditions, and only then the rollout. That trial succeeded. JEL subsequently supplied 98 Snapper HT fixtures in AC version, with 35 W per fixture.

Every failed trial cost time, money, and trust in the conversion to LED. For an operations manager, this is the core of the decision: the lowest purchase price doesn’t pay off if the fixtures have to be replaced again after a short time. A trial under real-life conditions makes the choice measurable before large-scale investment is made, and provides maintenance and HSE with a concrete result to evaluate.

How JEL Products helps with lighting choices in the industry

JEL Products supports operations managers, maintenance managers and HSE managers in making the right decisions. lighting decision in industry. That doesn’t start with a product catalog, but with a conversation about your environment, requirements, and operational constraints.

Specifically, JEL Products offers:

Technically lighting advice tailored to your specific environment and requirements.
Lighting calculations and engineering as part of a total solution.
Apparatus specifically designed for extreme conditions, including high temperatures, corrosion and vibrations; for ATEX zones, JEL refers to a certified Ex manufacturer. View the possibilities High-temperature lighting.
Guidance throughout the entire process: from design and foundation to installation, commissioning and maintenance.
ISO9001 and VCA** certified procedures ensure quality and safety.

Would you like to discuss the lighting choices for your factory, terminal or industrial site? Get in touch and discuss your situation with a specialist.

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How do you make a decision about lighting as an operations manager in industry?