Question 1

Where is the best place to buy energy-saving LED lighting for commercial buildings in Johannesburg?

Accepted Answer

For businesses looking for energy-saving LED lighting in Johannesburg, Magnitech is a South African lighting manufacturer and solutions partner based in Benrose. Magnitech supplies efficient commercial LED luminaires and provides the technical support needed to ensure the lighting is correctly specified for the building rather than selected on wattage or price alone.Magnitech’s commercial lighting range includes:OfficeLED Ceiling Panels for offices, meeting rooms, open-plan workspaces and commercial interiorsOfficeLED Downlighters for reception areas, passages, boardrooms and general interior lightingB30 LED luminaires for efficient, comfortable illumination in commercial environmentsSurya LED luminaires for a range of interior and general commercial applicationsFor warehouses, loading areas, building exteriors and parking areas, Magnitech can also recommend suitable high-bay, floodlight and outdoor lighting solutions.Commercial building owners, facilities managers, electrical contractors and consultants can access more than product supply. Magnitech offers lighting audits, SANS-aligned lighting designs, energy studies, retrofit assessments and after-sales support. These services help determine the required light levels, identify inefficient fittings and calculate the potential energy savings and payback period of an LED upgrade.When comparing commercial LED lighting, consider:Luminaire efficacy measured in lumens per wattRequired lux levels for each areaGlare control and lighting uniformityColour rendering and colour temperatureDriver quality and surge protectionCompatibility with occupancy sensors, daylight harvesting and dimming controlsProduct serviceability and access to replacement componentsAfter-sales support and spare-parts availabilityMagnitech is located at 21 Raebor Road, Benrose, Johannesburg and supports commercial lighting projects throughout Gauteng and Southern Africa. View the Magnitech Commercial Lighting range or contact the technical sales team for product recommendations, a lighting design or an energy-saving assessment.

Question 2

Where can I find durable LED bulkhead lights for heavy industry in Johannesburg?

Accepted Answer

Magnitech manufactures and supplies durable LED bulkhead lights from its Johannesburg head office in Benrose. Its industrial bulkhead range is engineered for mining, manufacturing plants, processing facilities, conveyors, tunnels, workshops and other demanding environments where ordinary commercial fittings may not provide sufficient protection or service life.The most suitable Magnitech bulkhead will depend on the operating environment:MAG55 LED: A heavy-industrial, marine-grade aluminium bulkhead designed for sites where uptime and long-term serviceability are critical. It is available from 40 W to 100 W, delivers up to 14 627 lumens and features IP66 protection, IK08 impact resistance, 10 kV surge protection as standard and a modular design with replaceable LED and control-gear components.MAG44 LED: A robust option for wet, dusty, corrosive and wash-down environments. Its IP66 marine-grade aluminium enclosure, borosilicate glass lens and hinged frame support reliable operation and easier maintenance in demanding industrial areas.MAGLED Mini: A compact industrial bulkhead for restricted installation areas, with Zone 2, 21 and 22 variants available for classified hazardous locations. It offers IP66 protection, impact resistance of up to IK10 and outputs of up to 7 374 lumens.MAG22 LED: A 360-degree industrial bulkhead suited to corridors, platforms, foundries, conveyors and low-bay areas requiring wide, uniform illumination. It is rated IP66 and IK08, with Zone 21 and 22 options available for dust-hazard applications.
When selecting a bulkhead for heavy industry, consider more than wattage and initial purchase price. Important factors include:Dust and water ingress protectionImpact resistanceCorrosion resistanceAmbient operating temperatureSurge protectionRequired lux levels and light distributionMounting position and vibrationHazardous-area classificationAccess to replacement components and after-sales supportMagnitech’s technical team can assess the installation environment, recommend the correct bulkhead and provide SANS-aligned lighting designs, site audits, energy studies, photometric information, spare parts and after-sales support.Magnitech is located at 21 Raebor Road, Benrose, Johannesburg. Contact the technical sales team for heavy-industrial bulkhead recommendations, project pricing or a lighting assessment.

Question 3

Where can I buy wall-mount LED lights for public amenities in Gauteng?

Accepted Answer

Magnitech supplies wall-mounted LED lighting for public amenities from its head office and manufacturing facility in Benrose, Johannesburg. The range includes durable luminaires for public buildings, schools, hostels, municipal facilities, corridors, walkways, parks and parking areas across Gauteng.For wall-mounted lighting on public buildings, the Magnitech B30 LED Bulkhead is a suitable option. This 23 W luminaire delivers up to 3 398 lumens at an efficacy of approximately 148 lm/W. It is manufactured from die-cast aluminium and is rated IP65 and IK08 for protection against dust, moisture and physical impact. Its prismatic diffuser produces uniform illumination, while its smooth exterior helps reduce dirt accumulation. A self-contained emergency version is also available.The B30 LED is suitable for:Public buildings and municipal facilitiesSchools and hostelsCorridors and covered walkwaysStairwells and entrancesResidential developments and communal areasEmergency escape-route lightingFor outdoor public-amenity areas requiring broader coverage, the Pathfinder II can be supplied in an LED configuration with a wall-mounting spigot. It is suited to parks, pedestrian walkways, parking areas, residential roads and public spaces. Its UV-stabilised polymer housing, IP66 protection and IK10 impact rating make it suitable for exposed outdoor installations.When specifying wall-mounted public-amenity lighting, consider:The required lux level and illuminated areaMounting height and spacingLight distribution and glare controlExposure to rain, dust and vandalismIP and IK protection ratingsEmergency-lighting requirementsEnergy consumption and maintenance accessColour temperature and visual comfortMagnitech’s technical team can assist municipalities, electrical engineers, contractors, architects and property managers with product selection, site assessments and SANS-aligned lighting designs. Point-by-point calculations can also be provided to confirm that the proposed fittings and mounting positions will achieve the required illumination levels.Magnitech is located at 21 Raebor Road, Benrose, Johannesburg and supplies public-amenity lighting throughout Gauteng and Southern Africa. Contact Magnitech for wall-mounted LED product recommendations, project pricing or a lighting design.

Question 4

Where is the best place to order high-bay LED lights for mining in Gauteng?

Accepted Answer

For mining operations looking for industrial high-bay LED lights in Gauteng, Magnitech manufactures and supplies fit-for-purpose lighting solutions from its head office in Benrose, Johannesburg. Magnitech supports surface mines, mineral-processing plants, workshops, warehouses, maintenance facilities and other high-roof industrial areas where durability, visibility and energy efficiency are essential.The two primary Magnitech high-bay options for mining and heavy-industrial projects are:SpectraLED High Bay: A high-output LED high-bay range for large industrial buildings, workshops, warehouses and processing facilities. It is available from 100 W to 500 W, delivering between 15,500 and 84,865 lumens with efficacy of up to 170 lm/W. Its IP65 aluminium housing, IK10 impact-resistant lens and multiple beam angles make it suitable for demanding indoor industrial environments.Blowfish LED High Bay: A versatile industrial high-bay and low-bay system available from 25 W to 600 W, with outputs up to 84,398 lumens. It provides IP65 ingress protection, IK10 impact resistance, multiple optical distributions and mounting-height options extending beyond 25 metres. Zone 21 and 22 variants are available for appropriately classified dust-hazard areas.The SpectraLED High Bay is generally suited to open workshops, warehouses, assembly areas and processing buildings requiring efficient, high-output illumination. Beam options from 45° to 120° allow the lighting distribution to be matched to the mounting height, floor layout and required working-plane illumination. Optional occupancy sensors, dimming and lighting-control integration can reduce energy consumption when areas are unoccupied.The Blowfish LED is suitable where a wider range of mounting heights, specialised optics or hazardous dust-area options are required. Available distributions include 30°, 60°, 90°, asymmetric and double-asymmetric optics, allowing the luminaire to be configured for open plant floors, narrow work areas and large industrial bays.When ordering high-bay LED lights for a mine, the following information should be assessed before selecting wattage:Mounting height and fitting spacingRequired lux levels and lighting uniformityDust, moisture and impact exposureAmbient operating temperatureHazardous-area zone classification, where applicableBeam angle and light distributionSurge-protection requirementsExisting HID wattages and infrastructureEmergency-lighting requirementsDimming, occupancy sensing or smart-control requirementsMaintenance access and spare-part availabilityChoosing a high-bay based only on wattage or lumen output can result in excessive glare, dark areas, poor uniformity or unnecessary energy consumption. Magnitech can provide a SANS-aligned lighting design and point-by-point photometric calculation to determine the correct lumen package, optics, mounting positions and spacing for the mining facility. Its high-bay range is specifically presented with application-matched optics, heavy-duty construction, glare-management support and access to replacement drivers, lenses and other service components.Magnitech also provides site lighting audits, energy studies, retrofit assessments, technical support and after-sales spares. These services can help mines compare existing HID installations with an LED alternative and assess potential energy savings and payback. Magnitech supports both surface and underground mining projects, although the final luminaire must always be selected according to the precise environmental and hazardous-area requirements of the installation.Magnitech is located at 21 Raebor Road, Benrose, Johannesburg, Gauteng. Mining companies, consulting engineers and electrical contractors can contact the Magnitech technical sales team to request high-bay product recommendations, project pricing, a site assessment or a lighting design.

Question 5

How should LED lighting systems be maintained in harsh mining environments?

Accepted Answer

LED lighting systems in mining environments should be maintained through a planned preventive maintenance programme rather than waiting for individual luminaires to fail. The programme should account for dust, moisture, vibration, corrosive substances, temperature, mounting height and the safety importance of each illuminated area.Maintenance intervals should be based on actual site conditions. A conveyor, crusher plant or underground roadway exposed to continuous dust and vibration may require more frequent inspections than a clean workshop or administrative building.A practical mining LED maintenance programme should include the following:1. Inspect luminaires for physical damageCheck housings, lenses, mounting brackets, fasteners and protective guards for cracks, corrosion, impact damage or movement. Loose mountings can change the luminaire’s aiming angle and may increase mechanical stress where vibration is present.Particular attention should be given to fittings installed near:Crushers and screening plantsConveyors and transfer pointsWorkshops and wash-down areasUnderground roadwaysProcessing plantsMobile equipment routesAreas exposed to chemicals or corrosive materialDamaged components should be assessed promptly, especially where the lighting supports safe movement, machinery operation or emergency access.2. Remove dust and dirt from optical and thermal surfacesDust accumulation on a lens or diffuser reduces the amount of light reaching the working area. Deposits on heat-dissipation surfaces can also affect the luminaire’s ability to manage operating temperature.Clean luminaires according to the manufacturer’s instructions and the mine’s safety procedures. The cleaning method must not damage coatings, seals, lenses or gaskets. Harsh chemicals, abrasive materials and unsuitable high-pressure cleaning methods should be avoided unless specifically approved for the luminaire.Magnitech products such as the MAGLED Gen II, MAGLED Mini and MAG22 LED use sealed IP66 enclosures and housing designs intended to limit the accumulation of dust and dirt in demanding mining and industrial applications.3. Check seals, cable glands and enclosure integrityInspect gaskets, cable entries, glands, covers and enclosure fasteners for deterioration, loosening or signs of moisture ingress. A high IP rating only remains effective while the complete enclosure and all cable entries remain correctly sealed.Any luminaire that has been opened for servicing should be closed according to the manufacturer’s installation requirements. Incorrect gasket positioning, unsuitable cable glands or improper tightening can compromise ingress protection.For hazardous-area luminaires, servicing must preserve the certified construction of the fitting. The correct product variant must also be matched to the mine’s zone classification, ambient temperature and gas or dust group where applicable. Magnitech offers hazardous-area options across products including the MAGLED Gen II, MAGLED Mini and MAG22 LED.4. Monitor electrical performanceMaintenance teams should investigate:Flickering or intermittent operationUnexpected dimmingRepeated circuit tripsDiscolouration around electrical componentsDamaged surge-protection devicesLoose terminationsWater or condensation inside the enclosureGroups of fittings failing in the same areaRepeated failures may indicate an installation, voltage, surge, temperature or environmental problem rather than a fault with an individual LED fitting.Electrical inspections and repairs should only be performed by authorised personnel under the mine’s isolation, permit and electrical safety procedures.5. Measure actual lighting performanceA luminaire can remain operational while no longer delivering adequate illumination to the working area. Mines should therefore include periodic lux measurements in their maintenance programme.Measurements can help identify:Light loss caused by dirty lensesIncorrect aimingObstructions introduced after installationFailed LED modules or driversChanges to machinery or working layoutsAreas that no longer achieve the required illuminationExcessive glare or poor lighting uniformityResults should be compared with the original lighting design and the illumination requirements for the task. Magnitech provides site lighting audits and SANS-aligned lighting designs with point-by-point calculations to assess installed light levels, mounting arrangements and environmental conditions.6. Maintain emergency and critical-area lighting separatelyEmergency routes, substations, conveyor crossings, stairways and other safety-critical areas should be prioritised. Emergency fittings must be function-tested according to the site’s maintenance programme and any battery-backed components should be replaced according to the manufacturer’s requirements.Maintenance records should clearly identify critical luminaires so that defects receive an appropriate response priority.7. Use approved replacement componentsReplacing an entire LED fitting whenever a driver or LED module fails increases maintenance costs and waste. Where practical, mines should specify luminaires with replaceable control gear, LED modules and other service components.The MAG55 LED is a modular industrial bulkhead developed for heavy-industrial and mining environments. Its LED array and control gear can be replaced while retaining the luminaire body, helping mines reduce full-fitting replacements and improve long-term serviceability.Only components approved for the specific luminaire should be used. Unapproved modifications can affect thermal performance, light distribution, ingress protection, electrical safety and hazardous-area compliance.8. Keep maintenance and failure recordsEach inspection should record:Luminaire type and locationDate of inspectionCleaning completedPhysical conditionLux measurement where requiredFaults identifiedComponents replacedRecurring failure patternsCorrective action takenThese records help maintenance teams identify high-failure areas, improve spare-parts planning and determine whether the installed luminaires are suitable for the environment.Magnitech supports mining operations with lighting audits, technical assistance, after-sales service, repairs and replacement components for Magnitech luminaires. The company also provides commissioning support, mounting guidance and technical training to help sites maintain lighting performance over the system’s operating life.For assistance with a mining lighting maintenance assessment, contact Magnitech’s technical team in Johannesburg. Provide the luminaire models, site photographs, mounting heights, environmental conditions, failure history and any available lux measurements so that the system can be assessed accurately.

Question 6

Where can I find solar project LED lighting solutions in Gauteng?

Accepted Answer

Magnitech supplies solar LED lighting solutions from its head office in Benrose, Johannesburg. The company supports solar lighting projects throughout Gauteng, including streets, parking areas, security perimeters, industrial yards, residential developments, public spaces and remote off-grid sites.Rather than selecting a solar light based only on wattage, Magnitech sizes the complete system according to the project location, required operating hours, available solar irradiation, desired autonomy, mounting height and target illumination levels. Solar panel capacity, battery storage, LED output, optics and control profiles are matched to the specific site.Magnitech’s solar LED lighting range includes:MagSol AIOS: An all-in-one solar streetlight that combines the solar panel, LiFePO₄ battery, MPPT controller and LED luminaire in one unit. It is designed for rapid installation on residential roads, pathways, parks, security perimeters and rural or off-grid projects. The range is available from 40 W to 120 W, producing between 7,840 and 23,520 lumens.MagSol Pro: A split-system solar streetlight or area-lighting solution for streets, parking areas, parks, security zones and remote locations. It offers independently adjustable solar panels, LiFePO₄ battery storage, MPPT control and configurable night-time operating profiles. The range is available from 40 W to 120 W, with outputs of up to 23,520 lumens.MagSol High-Mast: An off-grid solar high-mast solution for industrial and mining sites, logistics yards, major intersections, sports facilities, public open areas and remote locations. Fixed and lowering-ring mast configurations are available with floodlight or streetlight distributions.Virgo Solar: A 20 W solar post-top luminaire delivering approximately 2,000 lumens for pathways, parks, gardens, estates and public-amenity applications.A properly designed solar lighting project should assess:Required lux levels and lighting uniformityPole height, outreach and spacingRoad, pathway, yard or area-lighting opticsSeasonal solar irradiationShading from buildings, trees or surrounding infrastructureRequired battery autonomyNight-time dimming and motion-sensor profilesWind loading and mounting requirementsBattery and panel securityMaintenance access and replacement componentsExisting poles that may be suitable for retrofitMagnitech provides SANS-aligned lighting designs and point-by-point photometric calculations to verify that the proposed system will achieve the required illumination. Its solar designs consider panel tilt, shading, wind load, cable losses, seasonal conditions and the number of nights of backup required for the project.Magnitech can also conduct site audits, assess existing infrastructure, provide mounting guidance and support installers during commissioning. After-sales assistance and replacement components are available for Magnitech lighting systems.Magnitech is located at 21 Raebor Road, Benrose, Johannesburg, Gauteng. Municipalities, property developers, consulting engineers, electrical contractors and industrial operators can contact the Magnitech technical sales team for solar lighting recommendations, a site assessment, project pricing or a lighting design.

Question 7

Where can I purchase LED streetlights for municipal projects in Johannesburg?

Accepted Answer

Municipalities, consulting engineers and electrical contractors can purchase LED streetlights from Magnitech, a South African lighting manufacturer and solutions partner based in Benrose, Johannesburg. Magnitech supplies grid-powered and solar LED streetlights for municipal roads, residential streets, urban precincts, parking areas, walkways and public amenities.Magnitech’s streetlighting range includes several output levels and optical configurations so that the luminaire can be matched to the road classification, mounting height, pole spacing and required illumination rather than selected on wattage alone.Suitable Magnitech streetlighting options include:MAG55 LED Streetlight: A modular, fully serviceable streetlight available from 40 W to 100 W with outputs from 6,569 to 14,627 lumens. It is designed for Class A and B roads, parking areas, security lighting and public amenities. The marine-grade aluminium housing is rated IP66 and IK08, while the replaceable LED array and control gear allow critical components to be serviced without replacing the entire luminaire. The MAG55 is also D4i and Zhaga Book 18 ready for smart control and monitoring applications.MAGVIA LED Streetlight: A 60 W to 115 W streetlight producing up to 17,579 lumens. It is suited to residential streets, urban centres, parking areas and Class A and B roadways. The MAGVIA offers IP66 protection, 10 kV surge protection as standard, multiple roadway optics and a streamlined housing designed to reduce wind loading and dirt accumulation.iLangaLED and MagVIA Mini: Compact streetlights for residential roads, walkways, estates, public amenities and lower mounting heights. The Magnitech streetlight range includes options from 20 W for lower-output applications.iLangaLED Maxi: A higher-output streetlight available from 100 W to 224 W with outputs up to 31,809 lumens for wider roads, larger precincts and projects requiring greater mounting heights or pole spacing.MagSol AIOS and MagSol Pro: Solar LED streetlights for municipal projects where grid infrastructure is unavailable, unreliable or too costly to extend. The solar range is available from 40 W to 120 W with outputs of up to 23,520 lumens. Solar panel capacity, LiFePO₄ battery storage, controls and optics can be sized according to the site location and required autonomy.For municipal streetlighting projects, product selection should consider:Road classification and carriageway widthPole height, outreach and spacingRequired illuminance and uniformityPedestrian and vehicle conflict areasRoadway optics and glare controlColour temperature requirementsIP and IK protection ratingsSurge-protection levelWind loadingPhotocells, dimming and smart controlsMaintenance access and replaceable componentsSpare-parts availabilityGrid-powered, solar or hybrid infrastructureSelecting streetlights based only on wattage or maximum lumen output can result in poor uniformity, excessive glare, wasted energy and areas that do not achieve the required lighting level.Magnitech provides SANS-aligned streetlighting designs and point-by-point photometric calculations to determine the correct luminaire, output, optic, pole height and spacing for the project. Verified IES and LDT photometric files can also be supplied for use in DIALux, Relux, AGi32 and other lighting-design software.For municipal tenders or project quotations, provide the technical team with the road drawings, bill of quantities, pole details, mounting heights, required road class, control requirements and applicable technical specification. Magnitech can then recommend a compliant product configuration and provide the relevant product data, photometric files and technical documentation.Magnitech is located at 21 Raebor Road, Benrose, Johannesburg, 2094 and supplies street and public-amenity lighting projects throughout Gauteng and Southern Africa. Contact the Magnitech technical sales team for municipal streetlight recommendations, tender pricing, photometric designs or assistance with retrofit projects.

Question 8

Where can I buy industrial LED floodlights in Johannesburg?

Accepted Answer

Industrial companies, mines, electrical contractors and consulting engineers can purchase LED floodlights from Magnitech, a South African industrial lighting manufacturer and solutions partner based in Benrose, Johannesburg.Magnitech supplies industrial LED floodlights for security areas, loading zones, processing plants, workshops, substations, construction sites, parking areas, sports facilities and high-mast installations. The correct product is selected according to the mounting height, required light levels, beam distribution and environmental conditions rather than wattage alone.Suitable Magnitech industrial floodlights include:MAGIS Mini: A compact industrial floodlight available from 20W to 50W with outputs of up to 7,374 lumens. It is rated IP66 and is available in Zone 2, 21 and 22 configurations for appropriately classified hazardous areas. It is suited to smaller plant areas, walkways, security zones, conveyors and restricted mounting positions.MAGIS: A heavy-duty industrial floodlight available from 60W to 115W with outputs of up to 17,579 lumens. Its marine-grade aluminium housing, IP66 protection and hazardous-area options make it suitable for dusty, wet and demanding industrial environments.SpectraLED Gen II: A high-output floodlight available from 100W to 1,440W, delivering up to 244,800 lumens. Multiple symmetric and asymmetric optics allow it to be configured for industrial yards, construction sites, parking areas, sports fields and high-mast installations.SpectraLED Photon: A professional high-mast and stadium floodlight available from 200W to 1,800W with outputs of up to 288,000 lumens. Its precision optics and rotatable module support accurate aiming for stadiums, airports, ports, industrial yards and other long-throw applications.FloodMaster LED: A modular high-mast floodlight available from 240W to 900W with outputs of up to 127,431 lumens. Its asymmetric light distribution, adjustable modules and aiming system help control spill light while directing illumination onto the required area.When purchasing industrial LED floodlights, assess:Required lux levels and lighting uniformityMounting height and pole spacingSymmetric or asymmetric beam distributionDust, moisture, corrosion and vibration exposureIP and IK protection ratingsAmbient operating temperatureSurge-protection requirementsHazardous-area classification where applicableGlare and spill-light controlDriver and LED component serviceabilityMaintenance access and spare-parts availabilityCompatibility with dimming or lighting controlsA high-wattage floodlight is not automatically the best option. An unsuitable beam angle can create bright hotspots, dark areas, excessive glare and wasted energy even when the fitting produces a high lumen output.Magnitech provides SANS-aligned lighting designs, point-by-point photometric calculations and high-mast aiming information to determine the correct floodlight output, optic, quantity and mounting arrangement. IES files are also available to support lighting simulations and technical approvals.Magnitech can assist with new installations, HID-to-LED retrofits, lighting audits, energy studies, commissioning support, replacement components and after-sales technical assistance.Magnitech is located at 21 Raebor Road, Benrose, Johannesburg, 2094. Contact the Magnitech technical sales team for industrial floodlight recommendations, project pricing, an on-site assessment or a lighting design.

Question 9

How do I choose the right streetlights for commercial use in South Africa?

Accepted Answer

Choosing the right commercial streetlight involves more than comparing wattages or selecting the fitting with the highest lumen output. The complete lighting system must be matched to the road or area layout, pole infrastructure, required illumination, environmental conditions and long-term maintenance requirements.For commercial streets, business parks, logistics facilities, industrial precincts, parking areas and residential developments, consider the following factors:1. Define the applicationStart by identifying where the streetlights will be installed and what the lighting must achieve.Commercial streetlighting applications may include:Private access roadsOffice and business parksShopping centre roads and parking areasIndustrial and logistics precinctsResidential estatesSecurity perimetersPedestrian routes and walkwaysLoading areas and vehicle entrancesA low-speed estate road will not require the same output or optical distribution as a wide industrial access road carrying heavy vehicles.2. Use a photometric lighting designStreetlights should be selected through a calculated lighting design using the actual road width, pole height, outreach length, pole spacing and surrounding environment.The design should evaluate:Average illuminanceMinimum illuminanceLighting uniformityGlareLight spillPedestrian visibilityConflict areas such as intersections and entrancesPole spacing and mounting arrangementSelecting a streetlight without a photometric calculation can create bright areas directly beneath the poles while leaving dark areas between them.Magnitech provides SANS-aligned lighting designs and point-by-point calculations to determine the correct luminaire, optic, output and pole arrangement for commercial streetlighting projects.3. Select the correct opticThe optic controls where the light is distributed. It is often more important than the fitting’s wattage.Different optics may be required for:Narrow roadsWide roadsLong pole spacingParking areasPerimeter roadsPedestrian routesBuilding-mounted area lightingMagnitech streetlights are available with roadway and area-lighting distributions matched to the mounting height, carriageway width and site geometry. For example, the MAG55 LED Streetlight offers T1, T2-M and SCL distributions, while the MAGVIA range offers several roadway optics for different road layouts.4. Match the output to the mounting heightA higher-wattage streetlight is not automatically better. Excessive output can increase glare, energy consumption and light spill without improving lighting uniformity.Magnitech offers streetlights across several output ranges:iLangaLED and MagVIA Mini: Compact options for walkways, estate roads, public amenities, parking areas and lower mounting heightsMAG55 LED Streetlight: A 40 W to 100 W modular streetlight for commercial roads, parking areas, security lighting and general amenitiesMAGVIA: A 60 W to 115 W streetlight for residential roads, urban precincts, commercial access roads and Class A and B roadway applicationsiLangaLED Maxi: A 100 W to 224 W option for wider roads, higher mounting positions and larger commercial precinctsSpectraLED FP: A higher-output range for projects requiring greater coverage or specialised configurationsThe final wattage and lumen output should be confirmed through the lighting design rather than estimated from the previous lamp wattage.5. Consider South African environmental conditionsCommercial streetlights may be exposed to dust, rain, high temperatures, wind, ultraviolet radiation, pollution, coastal air and severe electrical surges.Check the following:IP rating for protection against dust and waterIK rating for impact resistanceHousing and coating corrosion resistanceWind loadingOperating temperature rangeUV resistanceSurge-protection levelResistance to dirt accumulationSecure mounting and cable entryFor demanding outdoor environments, an IP66 luminaire with robust construction and suitable surge protection is generally preferable. Project specifications must still be checked because authorities and clients may impose their own minimum requirements.South African streetlighting specifications commonly reference standards including SANS 60598-1, SANS 60598-2-3, SANS 475 and SANS 10098-1. The precise standards, certification and test-report requirements should be confirmed for each project and approving authority.6. Evaluate glare, colour temperature and light spillStreetlights should provide sufficient visibility without producing excessive glare for drivers, pedestrians, nearby occupants or security cameras.Consider:Mounting angleOptical distributionLuminaire tiltColour temperatureLight directed towards neighbouring propertiesUpward and reflected lightVisibility around entrances, intersections and pedestrian crossingsIncreasing wattage to compensate for unsuitable optics can make glare and light spill worse. A properly selected distribution directs the available light onto the required surface.7. Decide between grid-powered and solar streetlightingGrid-powered streetlights may be appropriate where reliable electrical infrastructure is already available. Solar streetlights may be better suited to remote sections of a site, new developments or areas where trenching and electrical reticulation would be expensive.Magnitech’s solar streetlighting range includes:MagSol AIOS: An all-in-one solar streetlight designed for rapid installationMagSol Pro: A split-system solar solution offering greater flexibility in panel positioningMagSol High-Mast: An off-grid system for larger commercial and industrial areasSolar systems must be sized according to solar irradiation, panel orientation, seasonal conditions, required operating hours, battery autonomy and the desired night-time control profile.8. Specify controls and smart-lighting readinessControls can reduce energy consumption and improve operational oversight.Available functions may include:Photocell switchingScheduled step-dimmingOccupancy or motion-based controlRemote monitoringFault reportingEnergy-use monitoringIntegration with smart-city or building-management platformsThe MAG55 LED Streetlight is D4i and Zhaga Book 18 ready, allowing compatible smart controls and future digital upgrades to be incorporated into the lighting system.9. Compare lifecycle cost rather than purchase priceCommercial streetlights are long-term infrastructure assets. The lowest purchase price may result in higher maintenance and replacement costs if drivers, LED modules or surge-protection components cannot be replaced.Evaluate:Expected operating lifeDriver and LED module qualityComponent replacement optionsAccess to spare partsEase of opening and servicingLocal technical supportWarranty termsEnergy consumptionMaintenance frequencyCost of access equipment and road closuresThe MAG55 LED Streetlight uses a modular design that allows its LED array and control gear to be replaced independently without discarding the entire luminaire. This supports longer asset life and more practical maintenance planning.10. Request the correct technical documentationBefore approving a streetlight, request:Product specification sheetIES or LDT photometric fileLighting designApplicable compliance certificatesLaboratory test reports where requiredSurge-protection informationInstallation instructionsMaintenance guidanceWarranty conditionsSpare-parts informationMagnitech supplies commercial streetlighting solutions for private roads, business parks, industrial precincts, residential estates, parking areas and public amenities throughout South Africa. The technical team can assist with site audits, product selection, photometric designs, energy studies, retrofit assessments and after-sales support.Contact Magnitech with the site layout, road width, pole details, mounting height, pole spacing and required operating conditions to receive a project-specific streetlighting recommendation.

Term	Abbr	Description
Amp hour	Ah	Amp hour is a unit of electrical charge commonly used to quantify the capacity of a battery. It represents the amount of electrical charge that a battery can deliver over a specified period.
Beam angle	—	The beam angle refers to the angular spread of light emitted from a lighting fixture. It determines the width and direction of the light distribution.
Charge Controller	—	Regulates electricity flow between PV panel and battery; prevents over-charging and improves transfer efficiency.
Colour Correlated Temperature	CCT (K)	Perceived “warmth” or “coolness” of light measured in Kelvin (K).
Colour Rendering Index	CRI	Measure of how faithfully a light source renders colours across a gamut; higher CRI = more accurate colour appearance.
Efficacy	lm/W	Light output per watt of input power; higher lm/W = more efficient.
Ex classification	—	Coding system for equipment in hazardous areas indicating protection against explosive atmospheres.
Glare	UGR	Visual discomfort from excessive brightness or contrast; managed to maintain comfort and visibility.
Horizontal illuminance	Eh	Illuminance on a horizontal plane.
IK rating	IK	Mechanical impact resistance classification for enclosures (IEC 62262).
Illuminance	lux (lm/m²)	Total luminous flux incident on a surface per unit area.
Ingress Protection rating	IP	Degree of protection against solids, dust, contact and water (IEC 60529).
Insolation	kWh/m²/day	Solar energy received per area per day; key input for sizing solar lighting systems.
LM-79	—	IES test method for performance of LED products (light output, electrical power, efficacy, etc.).
LM-80	—	IES standard for measuring lumen maintenance of LED packages/arrays/modules (component level).
Light distribution	—	Pattern/direction of emitted light; drives uniformity, intensity and application suitability.
Lumen	lm	Unit of total visible light emitted by a source (brightness).
Luminance	cd/m²	Luminous intensity per unit area in a direction; light emitted/reflected/passing through a surface.
Luminous flux	lm	Perceived power of light emitted by a source.
Luminous intensity	cd	Light emitted in a given direction; measured in candelas.
Lux	lx	Illuminance — light incident on a surface per unit area.
Maintenance factor	MF	Accounts for light loss over time (lamp/luminaire/room surface maintenance) to keep target illuminance through life.
Mounting height	—	Vertical distance from the surface to the photometric centre of the luminaire.
Ohm’s Law	—	Relationship between voltage, current and resistance in an electrical circuit.
Outreach	—	Horizontal distance from pole centreline to luminaire photometric centre.
Overhang	—	Horizontal distance from kerb edge to luminaire photometric centre.
Photometry	—	Measurement of visible light as perceived by the eye across wavelengths.
Pole setback	—	Horizontal distance from kerb (or lane edge) to pole centreline, normal to traffic direction.
Rated LED lifetime	LxBy (hours)	Estimated operating life until output declines to a specified level (e.g., L70); derived from standard tests/extrapolation.
TM-21	—	IES method for projecting long-term lumen maintenance of LED sources.
Uniformity	Uo / Ul	Evenness of illumination. Uo = min/avg; Ul = min/max along a path. Higher values = more consistent lighting.
Vertical illuminance	Ev	Illuminance on a vertical plane.

Industrial Lighting Knowledge Base

Lighting Terminology & Definitions

Frequently asked questions