The production process is usually organized in industrial facilities that differ large sizes premises, considerable area and high ceilings. This imposes certain requirements on lighting devices that provide lighting for production workshops, warehouses, exhibition areas, offices, and trading floors.

A little about this lighting

Industrial lighting should be flood lighting (no sharp transitions between dimly lit and light areas), economical and uniform. Must ensure compliance with sanitary and hygienic standards and not provide negative impact on labor productivity.

For such conditions, appropriate lighting: modular systems With fluorescent lamps, lamps with sufficiently powerful gas discharge lamps high pressure.

Classification and varieties

Classification by radiation source:

• Artificial (lamps, spotlights, led lights(led));
• Natural;
• Combined.

Artificial industrial lighting is provided by natural light sources - direct sunlight and other light fluxes scattered in the atmosphere. Natural lighting at industrial facilities is provided in the following ways:

1. Lateral: light fluxes enter the workshop, warehouse, trade/exhibition area through window openings, skylights (spotlights and other lighting equipment act as a source).
2. Top: the flow is supplied due to skylights installed in the ceilings.
3. Mixed: the first two points are combined.

Natural flows are better perceived by the human eye, but are insufficient for organizing production processes and are unreliable, since the level of illumination is constantly changing due to changing times of day, changes in cloudiness, and precipitation. All of the above can complicate working conditions. In some cases, direct sunlight is not allowed, and the uniformity of natural light is hampered by the design of buildings (the location of doors and window openings), layout of premises, systemic shortcomings of translucent structures.

Classification by functional purpose: artificial lighting according to its functional purpose is divided into work, evacuation, emergency, duty and security (for example, floodlights on the protected perimeter of an enterprise). By location of sources: local, general, combined.

In general lighting, the lamps are installed evenly in the upper part production premises, taking into account the location of workplaces (general localized lighting) or not taking into account (general uniform lighting).

Local industrial lighting complements the general one and is divided into portable (12-36 V) and stationary. Provides lighting for individual workplaces. Emergency: Ensures continuity production process when the main lighting is turned off. Light sources must be powered by independent sources (diesel power plants, batteries, etc.), emergency lighting devices must be turned on when the power supply to the main working lighting lamps is turned off.

Evacuation is used to evacuate people from premises in cases of emergency shutdown of working lighting. Security, as a rule, ensures proper illumination of the perimeter of protected areas with street floodlights and other light sources.

Lamps are divided into:

• Under a fluorescent lamp
• Street
• Under an incandescent lamp
• Spotlights
• Ballasts devices
• Gas discharge lamps
• For high spans

Requirements and standards

According to SNiP P-4-79, security is required daylight all production, warehouse, utility rooms. Lesser requirements are imposed on warehouses with short-term occupancy of people, underground premises, and a number of other technological premises. Sanitary and hygienic standards do not allow the use of only local lighting, since in this case it is impossible to achieve acceptable uniformity of illumination of neighboring areas.

General lighting lamps with combined lighting must provide an illumination of at least 10% of normal, but not less than 50 lux for incandescent lamps and 150 lux for gas-discharge lamps. In rooms, the minimum should be Emin =0.5 lux. In open areas: Emin =0.2 lux. For security lighting (spotlights, etc.) the minimum value is: Emin = 0.5 lux at ground level.

Criteria for choosing luminaires for industrial premises

Main criteria: safety, light weight, low cost, long service life, efficiency in terms of energy consumption, minimum amount of glare, sufficient amount of light per unit of energy, functionality, uniform distribution of light fluxes. At facilities with high level humidity, it is recommended to install waterproof spotlights and other lighting fixtures. Ceilings are usually installed in workshops and technology laboratories. pendant lamps with a directed beam (light stream).

Selection criteria by design:

• The main selection criterion for design comes down to the selection of lighting equipment according to the degree of protection from influences environment(IP).
• Protection degree IP20: Used in dry, hot rooms. Can be used when high humidity, if the cartridge is made of moisture-resistant materials with good insulating properties.
• Protection degree IP22: Recommended for workplaces with chemical aggressive environment and high air humidity.
• Protection degree IP44: Suitable for areas with high dust levels.

Selection by lighting parameters:

Lighting parameters: glare and light distribution. Light distribution characterized by a luminous intensity curve (LIC). KSS can be cosine (D), wide (W), semi-wide (L), deep (D), concentrated (K), sine (S), uniform (M). According to ability light distribution lamps are divided into:

• Direct light (P). For rooms with great height ceilings (more than six meters) and low reflective ability of walls and ceilings, ceiling or Wall lights or floodlights with KSS type K. For ceiling heights of less than six meters and for high reflective ability of working surfaces and floors - types G or D.
• Scattered light (P). Optimal for educational, administrative buildings, laboratories (KSS type L or D).
• Mainly direct light (H). With high reflective ability of surfaces.
• Mainly reflected light (B) and reflected light (O). used in architectural lighting.

Energy Saving Choice:

When taking into account energy savings, you can start from the height of the ceilings. For ceiling heights of less than six meters, they are usually used a large number of light sources low power(LL and LN). For ceilings above six meters, it is usually more profitable to use fewer lamps of higher power (DRI, DRL, DNAT).

Also, when choosing light sources and their location, take into account the absence of glare. Shadows, pulsations, reliability of fastenings, ease of access to lighting devices for their maintenance, length electrical wiring and ease of installation.

LED lamps

LED lights LEDs for industrial use have the following advantages:

1. Long service life (up to 25 years, more than 100,000 hours);
2. Low payback period (from 2/3 to 3 years);
3. Cost-effective (3-12 times savings);
4. High light transmission index;
5. LED lamps do not require maintenance;
6. The light spectrum of LED lamps is close to the spectrum natural light(sun rays);
7. There are no restrictions on the time of continuous operation.

Structurally and functionally, floodlights and other LED lamps (led) are divided into lamps for mounting on the ceiling, street and pendant. Suspended LED lamps (led) are distinguished by the presence of a movable console, which allows you to adjust the installation principle of the device and arbitrarily change the angle of incidence of the rays.

The product range of the AtomSvet plant includes several lines of LED lighting fixtures industrial premises– Plant NEO, Plant, Meccano, Utility. These devices are used for organizing general, local and combined lighting of enterprises various fields activities (oil and gas, chemical, energy and others), as well as adjacent street areas.

Features of luminaires for industrial premises

• AtomSvet® Plant NEO and AtomSvet® Plant (IP67)- industrial dust and waterproof lamp that can withstand short-term immersion in water. Plant NEO lamps differ from Plant lamps in the presence of an external dimmable power supply, which allows you to adjust the luminous flux of the lamp.
• AtomSvet® Meccano (IP65)- spotlights and lighting fixtures for industrial premises with complete dust protection and resistance to direct exposure to water jets.
• AtomSvet® Utility (IP65)- LED lamps for industrial premises for auxiliary purposes and housing and communal services facilities. Devices equipped with a motion sensor provide additional energy savings.

Industrial LED lamps in Moscow

The Vinci company sells ceiling lamps for industrial premises. The product catalog offers enterprises and organizations a range of pendant lighting devices for the ceiling, aimed at operation in workshops, warehouses and other premises with harsh conditions (dust, pollution, etc.). Our catalog contains LED devices of the required power that will delight you with functionality, practicality and durability.

Advantages of LED lamps

The Vinci company sells industrial LED devices with the following advantages:

• Economical. They are highly energy efficient compared to traditional lamps, do not overload the power grid and save up to 70% of energy resources.
• Creating bright and soft lighting . Thanks to the uniform distribution of light, there are no shadow areas, which increases the level of safety in the workplace.
• Protection degree IP 54 and higher. The devices have a degree of protection IP 54 and higher, which makes them possible to use in dusty and damp places.
• Eliminating the strobe effect. Thanks to instant activation and the absence of pulsation, human vision is protected from heavy loads.
• Operational life. Capable of working up to 50 thousand hours.
• No maintenance required. They do not require maintenance throughout their entire operational life.
• Design. Implemented in high-tech style, they fit into the interior of production premises.

Criteria for selecting industrial LED devices

LED industrial lighting requires proper organization, as it affects safety and productivity. When choosing devices, pay attention to the protection class, supply voltage, number of LEDs, brightness and power. In addition, luminaires with different types fasteners Hanging devices attached with special cables are popular because it is possible to adjust the height and lower the lamps to the desired level.

Advantages of cooperation with Vinci

Our company offers to buy inexpensive industrial LED lamps, provides a guarantee for the products and organizes prompt delivery of goods to all regions of the country. If necessary, company employees will perform design work, will help you select and set up suitable lighting, taking into account the characteristics of a particular production facility. Contact the sales department to clarify the cost of services and specifications lamps of interest.

Directly from the manufacturer in Moscow!

High-quality, reliable, efficient lighting devices are the basis for energy saving in an enterprise. Energy-saving LED lamps with a degree of protection higher than IP40 and a power of 50W to 200W for ceiling heights from 3 to 16 meters are suitable for lighting industrial premises. The installation of LED lamps in industrial premises significantly contributes to energy saving at the enterprise, since, in comparison with lamps with DRL and HPS lamps, LED lamps consume several times less electricity with a similar luminous flux.

Besides energy saving characteristics, LED lamps for lighting industrial premises have another valuable advantage over analogues with gas-discharge lamps - a minimum pulsation coefficient (

Need to illuminate production? Fill out the application and receive a free lighting estimate!

Advantages of LED lamps

	DRL lamp		LED lamp
	Low luminous efficiency: up to 50 Lm/W		Light output 130 Lm/W
	Decline luminous flux by more than 50% after 1-1.5 years of work		Luminous flux and lighting quality do not decrease throughout the entire service life
	The luminous flux is not directed, which leads to additional light losses		Directional luminous flux
	Service life 15,000 hours		Service life 100,000 hours
	Pulsation coefficient 25-40%, stroboscopic effect		Ripple coefficient less than 1%
	Vulnerability to network voltage fluctuations		Stable operation in the range from 180 to 250 V. The lamp can withstand voltage surges up to 1000 V
	Slow start (up to 15 min)		Instant on
	Poor color rendering (		Color rendering index 85 Ra, surrounding objects look natural
	Contains mercury. If damaged, lamps pose a serious health hazard. Special disposal required		The lamp does not contain mercury, does not pose a danger to humans and the environment and can be disposed of as an ordinary household appliance.

LED lamps for industrial premises are reliably protected from power surges, mechanical damage and moisture. See for yourself:

Buy lamps for industrial premises in Moscow from the manufacturer at a low price
Price list for lamps for industrial premises in Moscow: price, photo, characteristics

LED lighting and energy saving in the enterprise

Practice shows that the transition to energy-saving LED lamps reduces energy consumption in production by 75-80%. This means that every year companies that have managed to modernize their lighting system save millions of rubles, while other enterprises continue to spend astronomical amounts on electricity, replacement and disposal of lamps, maintenance, etc.

A simple example. The brick factory workshop was illuminated by 84 lamps with 700 W DRL lamps. In conditions of round-the-clock operation of the lamps, the energy consumption was truly colossal. DRL lamps, which managed to work for 1-2 years, began to fade, change the shade of the glow and burn out one after another. On top of that, workers complained about dim lighting and annoying flickering.

The management of the enterprise set the following tasks for our specialists:

• increase illumination in workplaces to 200 Lux
• reduce lighting costs by at least 7 times

Here's what we ended up with:

WAS	BECAME
Lamps with 700 W DRL lamps	LED lamps 100 W
Quantity: 84 pcs.	Quantity: 40 pcs.
Annual energy consumption:	Annual energy consumption:
700 W x 84 pcs. x 24 hours x 365 days = 515,088 kW	100 W x 40 pcs. x 24 hours x 365 days = 35,040 kW
Electricity costs:	Electricity costs:
515,088 kW x 4.5 rub. = 2,317,896 rub. in year	35,040 kW x 4.5 rub. = 157,680 rub. in year

Saving: RUB 2,317,896 - 157,680 rub. = 2,160,216 rub.