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ASINFRA 6a01afa4b90018b8578332de Products https://www.asinfralightpoles.com
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Conical Pole by AS INFRA ENGINEERS

Conical Pole

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Specifications * Manufactured from high tensile steel conforming to IS 2062 Grade / BS EN 10025 standards. * Available in heights ranging from 3 Meter to 15 Meter, with custom heights available. * Conical tapered design provides superior strength, stability, and an elegant appearance. * Wall thickness available from 3 mm to 6 mm, depending on project requirements. * Designed to withstand high wind loads in accordance with IS 875 standards. * Precision fabricated using Automatic Submerged Arc Welding (SAW) for enhanced structural integrity. * Heavy-duty base plate with high-strength anchor bolts for secure foundation. * Hot-Dip Galvanized (HDG) as per IS 2629 / ISO 1461 with 65–85 microns zinc coating. * Compatible with LED street lights, solar lighting systems, CCTV cameras, floodlights, and decorative lighting fixtures. * Suitable for highways, roads, industrial areas, residential townships, commercial complexes, airports, ports, and infrastructure projects. Quality Features * Manufactured using premium quality certified steel for maximum strength and long service life. * Superior corrosion resistance through high-quality hot-dip galvanizing. * Excellent resistance to rust, moisture, UV exposure, and harsh weather conditions. * High load-bearing capacity with excellent structural stability. * Precision fabrication ensures accurate dimensions, superior weld quality, and a smooth surface finish. * Factory-tested for weld quality, galvanizing thickness, dimensional accuracy, and structural performance. * Low maintenance with a durable galvanized finish for long-term outdoor use. * Optional powder coating or PU painting available in customized colours. * Manufactured under strict quality control procedures and industry standards. * Designed to provide reliable, safe, and durable performance for all outdoor lighting applications.

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Solar High Mast Pole Manufacturing & Supply | AS INFRA ENGINEERS AND CONTRACTORS Solar high mast lighting systems are designed to provide powerful and wide-area illumination using solar energy, making them suitable for locations where conventional electrical power supply is limited, costly, or not readily available. For large infrastructure projects, commercial developments, residential projects, roads, construction sites, industrial premises, parking areas, sports grounds, and open spaces, a solar high mast combines high-level illumination with renewable energy technology. AS INFRA ENGINEERS AND CONTRACTORS manufactures and supplies high-quality solar high mast poles designed for outdoor applications, with structural strength, corrosion protection, reliable solar lighting components, and long service life. 1) What Is an Solar High Mast Pole? An 18 Meter Solar High Mast Pole is a tall structural lighting system designed to install multiple solar-powered LED floodlights at an elevated height for illuminating a large area. Unlike conventional street lighting systems that require underground electrical cabling, a solar high mast operates using a solar photovoltaic (PV) system, battery storage, charge controller and LED lighting system. A typical solar high mast system can consist of: Heavy-duty structural steel construction Hot-dip galvanized finish Solar LED floodlights Solar photovoltaic panels Solar mounting structure Battery bank / lithium battery system Solar charge controller Electrical control panel Internal wiring and cables Earthing arrangement Foundation and anchor bolt assembly Lantern mounting/carriage arrangement Raising & lowering mechanism, where applicable The complete system is designed to provide efficient illumination while reducing dependence on conventional grid electricity. 2) Why Choose Solar High Mast Lighting? Solar high mast systems offer an efficient solution for large-area outdoor lighting. Major advantages include: Energy Independent The lighting system generates electricity through solar panels, reducing dependence on the electrical grid. Reduced Electricity Cost Solar energy is available without recurring grid electricity consumption, helping reduce operating costs. Suitable for Remote Locations Solar high masts can be installed in locations where electrical infrastructure or cable connectivity is difficult. Environment Friendly Solar-powered lighting uses renewable energy and can help reduce dependence on conventional energy sources. Large Area Illumination The elevated mounting height allows multiple LED floodlights to illuminate a wide area from a single mast. Low Cable Dependency Because power is generated locally through solar panels, extensive underground electrical cabling may not be required, depending on the system design. 3) Structural Design & Wind Load Considerations An 18 meter solar high mast is exposed to wind pressure because of its considerable height, pole surface area, solar panels and lighting equipment. Therefore, structural design should consider: Pole height Pole geometry Steel grade Plate thickness Wind load Solar panel size and arrangement LED luminaire weight Equipment mounting arrangement Base plate dimensions Anchor bolt arrangement Foundation design Site-specific soil conditions The structural design should be carried out considering the applicable IS 875 wind-load requirements and actual project conditions. For every installation, the final design should be verified according to the site location, wind zone, soil condition, solar panel configuration and lighting load. 4) Material & Fabrication Quality The high mast pole forms the primary structural support for the complete solar lighting system. The mast can be manufactured using structural steel conforming to applicable specifications such as IS 2062 / BS EN 10025, depending on project requirements. Important manufacturing processes include: Tapered polygonal pole fabrication Accurate plate cutting and forming Proper longitudinal welding Base plate fabrication Solar panel mounting arrangement Equipment mounting arrangement Dimensional inspection Weld inspection Surface preparation Hot-dip galvanization For heavy-duty applications, Automatic Submerged Arc Welding (SAW) may be used as specified in the project technical requirements. 5) Hot-Dip Galvanization for Corrosion Protection Solar high mast poles are continuously exposed to rain, humidity, sunlight and atmospheric conditions. Therefore, corrosion protection is an important part of the manufacturing process. The pole can be protected through Hot-Dip Galvanization (HDG) in accordance with applicable standards such as IS 2629 / ISO 1461. Hot-dip galvanization provides protection against: Rainwater Moisture Atmospheric corrosion High humidity Outdoor weather exposure Coastal environmental conditions For projects in Mumbai and other coastal areas, proper galvanization is particularly important for achieving long-term durability. 6) Solar Lighting System The solar lighting system is the main difference between a conventional high mast and a solar high mast. A typical solar high mast lighting system includes: Solar PV Panels Solar panels convert sunlight into electrical energy during the daytime. Solar Charge Controller The controller regulates the charging process and manages power supplied to the battery and lighting system. Battery Storage The battery stores solar energy generated during the day for operation during nighttime. Depending on project requirements, lithium-ion / LiFePO₄ or other suitable battery technology may be selected. LED Floodlights High-efficiency LED floodlights provide illumination over the required area. Control System The lighting system can incorporate automatic dusk-to-dawn operation, timers, sensors or intelligent controls depending on project requirements. 7) Solar Panel Mounting Arrangement The solar panels need to be securely mounted to withstand outdoor environmental conditions and wind forces. The mounting structure should provide: Proper panel support Structural stability Suitable panel inclination Secure fastening Corrosion protection Easy inspection and maintenance The number, wattage and configuration of solar panels should be selected according to the LED load, required operating hours, battery capacity, solar irradiation and required autonomy. 8) Battery Backup & Night-Time Operation One of the most important design considerations in a solar high mast is the battery storage capacity. During the day: Solar Panel → Charge Controller → Battery During the night: Battery → LED Floodlights The battery capacity should be selected based on: LED wattage Number of floodlights Daily operating hours Required backup/autonomy Local solar radiation Weather conditions System losses Required battery reserve For projects where reliable lighting is required during cloudy or rainy periods, adequate battery autonomy is particularly important. 9) High Mast Raising & Lowering Mechanism For high mast systems where maintenance access is required, a raising and lowering mechanism can be incorporated. Depending on the project design, the system may include: Lantern carriage Winch assembly Stainless steel wire rope Pulley arrangement Locking mechanism Motorized operating system The mechanism allows lighting equipment to be lowered for maintenance, inspection and replacement without requiring extensive work at height. For solar high masts, the final raising/lowering arrangement should also consider the weight and position of solar panels and associated equipment. 10) Base Plate, Anchor Bolts & RCC Foundation The base plate transfers the structural forces from the mast to the RCC foundation. A typical foundation arrangement consists of: RCC foundation Reinforcement steel Anchor bolts Base plate Nuts and washers Pole foundation hardware Earthing arrangement Foundation design should consider: Pole height + wind load + solar panel load + lighting load + soil condition + anchor bolt arrangement. The anchor bolts must be accurately positioned to match the mast base plate. A properly designed and constructed foundation is essential for the long-term stability of an 18 meter solar high mast. 11) Applications of 18 Meter Solar High Mast An 18 meter solar high mast can be used for various large-area outdoor lighting applications, including: Residential developments Commercial projects Construction sites Infrastructure projects Large parking areas Internal roads Industrial premises Sports grounds Stadium surroundings Warehouses and logistics areas Public open spaces Security lighting Remote locations Roads and junctions Ports and large outdoor facilities The exact pole height, LED wattage, solar panel capacity and battery size should be selected according to the project's illumination requirements. 12) Advantages of Solar High Mast Over Conventional Lighting Feature Solar High Mast Conventional High Mast Power Source Solar energy Grid electricity Underground Power Cable Reduced / may not be required Generally required Electricity Consumption Minimal grid dependence Grid dependent Renewable Energy Yes No Remote Location Suitability Excellent Depends on grid availability Battery Backup Available Normally not required Operating Cost Lower potential operating cost Higher due to electricity consumption Installation Flexibility High Dependent on electrical infrastructure 13) Quality Checks Before Dispatch Before dispatch and installation, important quality inspections may include: Overall pole height Pole dimensions Plate thickness Base plate dimensions Anchor bolt compatibility Weld quality Galvanizing coating thickness Solar panel mounting arrangement LED mounting arrangement Battery and controller specifications Cable and wiring arrangement Raising/lowering mechanism Dimensional accuracy Structural finish The complete solar lighting system should be tested according to the applicable project specifications before commissioning. Final Takeaway: Solar Power + High Mast Illumination An 18 Meter Solar High Mast Pole provides a combination of high-level illumination, structural strength and renewable solar energy technology. For large outdoor projects, it can provide: Large-Area Illumination – Multiple LED floodlights can illuminate extensive areas from a single elevated mast. Solar-Powered Operation – Solar PV panels generate energy for nighttime lighting. Reduced Grid Dependency – Suitable for locations where conventional electrical infrastructure is limited. Corrosion Protection – Hot-dip galvanized steel provides protection against demanding outdoor environments. Reliable Structure – Designed considering pole height, wind load, lighting equipment and solar panel loads. Easy Maintenance – Raising and lowering mechanisms can be incorporated where required. Long-Term Application – Suitable for infrastructure, commercial, residential, industrial and large outdoor lighting projects. Manufactured & Supplied by AS INFRA ENGINEERS AND CONTRACTOR Application: Solar High Mast Lighting System Location: Mumbai, Maharashtra Specialized in: High Mast Pole Manufacturing | Solar Lighting Solutions | Street Light Poles | Pole Installation | Foundation & Civil Work | Electrical Infrastructure Note: Solar panel wattage, LED wattage, battery capacity, autonomy hours, number of floodlights and exact pole dimensions should be mentioned only according to the actual project specification. This keeps the technical content accurate and avoids claiming specifications that weren't actually supplied.
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Solar High Mast
CURVED BEND STREET LIGHT POLE – PRODUCT DESCRIPTION CURVED BEND STREET LIGHT POLE is a modern and aesthetically designed lighting pole manufactured for efficient and reliable outdoor illumination. Its smooth curved top provides an integrated light-arm arrangement, giving the pole a clean and contemporary appearance without requiring a separate bracket arm. Manufactured by AS INFRA ENGINEERS AND CONTRACTORS, these poles are suitable for residential, commercial, industrial, infrastructure, township, parking, internal road, and other outdoor lighting applications. The pole is manufactured using suitable structural steel with controlled forming, bending, welding, and dimensional inspection to ensure structural stability and reliable performance. The curved arm can be customized according to required pole height, outreach, bend radius, and LED luminaire specifications. For long-term outdoor use, the pole can be provided with Hot-Dip Galvanized (HDG) or other protective finishes as per project requirements, offering enhanced protection against rain, moisture, humidity, and atmospheric corrosion. The pole is designed with a suitable base plate and anchor bolt arrangement for secure installation on an RCC foundation. Final foundation and structural requirements can be customized based on pole height, wind conditions, lighting fixture load, soil conditions, and site requirements. Key Features: Modern curved bend design Integrated light arm Heavy-duty structural steel construction LED street light compatible Hot-Dip Galvanization option Strong base plate and anchor arrangement Customizable height and outreach Suitable for various outdoor lighting applications Reliable and low-maintenance lighting support structure Manufactured & Supplied by: AS INFRA ENGINEERS AND CONTRACTORS Product: CURVED BEND STREET LIGHT POLE Application: ROAD & OUTDOOR LIGHTING Design: CURVED INTEGRATED ARM Lighting: LED STREET LIGHT COMPATIBLE Manufacturing: AS PER PROJECT SPECIFICATION
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CURVED BEND STREET LIGHT POLE
High Mast Raising & Lowering Lantern Carriage The High Mast Raising & Lowering Lantern Carriage is an essential component of a high mast lighting system, designed to support multiple LED floodlights and provide convenient access for maintenance. The carriage operates with the high mast raising and lowering mechanism, allowing the lighting assembly to be safely brought down from height when required. Manufactured for heavy-duty outdoor applications, the assembly is designed with a robust structural arrangement and corrosion-resistant galvanized finish for reliable performance in demanding environments. 1) What Is a High Mast Lantern Carriage? A lantern carriage is the movable lighting assembly mounted at the top of a high mast pole. It supports multiple high-power LED floodlights and is connected to the mast's raising and lowering mechanism. Its primary functions are: Supporting multiple LED floodlights Maintaining the lighting fixtures securely at the top of the mast Allowing the lighting assembly to be lowered for maintenance Providing a strong connection between the lighting fixtures and the mast Enabling convenient inspection and servicing of floodlights The carriage shown in the supplied image features a robust circular support arrangement with multiple structural members and mounting plates. 2) Raising & Lowering Mechanism The lantern carriage is designed to work with a motorized raising and lowering system installed within the high mast. The system can incorporate: Stainless steel wire rope Winch assembly Pulley system Lantern carriage assembly Safety locking mechanism These components work together to move the lighting carriage between its operating position at the top of the mast and its maintenance position at ground level. This arrangement significantly simplifies routine floodlight maintenance and inspection. 3) Structural Construction The lantern carriage requires sufficient structural strength to support the combined weight of multiple LED floodlights and associated accessories. The assembly shown in the image includes: Heavy-duty circular support members Central cylindrical mounting section Structural support arms Mounting plates Welded structural joints Chain/support arrangement Galvanized steel construction The components are fabricated and assembled to provide a stable support structure for the lighting equipment. 4) High-Quality Steel Fabrication The high mast specification identifies structural steel such as IS 2062 Grade / BS EN 10025 S355 for high mast applications. Important fabrication considerations include: Accurate component fabrication Proper alignment of support members Strong welded joints Accurate mounting arrangement Dimensional inspection Proper surface preparation before galvanization The available specification also identifies Automatic Submerged Arc Welding (SAW) for enhanced structural integrity in high mast fabrication. 5) Hot-Dip Galvanized Finish The lantern carriage is exposed to outdoor weather conditions and therefore requires effective corrosion protection. The high mast specification specifies Hot-Dip Galvanization (HDG) according to IS 2629 / ISO 1461, with an indicative zinc coating range of 80–100 microns. The galvanized finish helps protect the assembly against: Rain and moisture Humidity Atmospheric corrosion Outdoor weather exposure Coastal environmental conditions This makes the carriage suitable for demanding outdoor lighting applications. 6) Floodlight Mounting Arrangement The lantern carriage is designed to accommodate multiple high-power LED floodlights according to the project lighting requirement. The mounting arrangement should provide: Secure floodlight support Stable positioning of lighting fixtures Proper load distribution Compatibility with the high mast carriage Easy access during maintenance The exact number and configuration of floodlights depend on the individual project requirements. 7) Maintenance-Friendly Design One of the major advantages of a raising and lowering lantern carriage is simplified maintenance. Instead of accessing floodlights at the top of an 18M, 20M or higher mast, the carriage can be lowered using the mast's mechanical system. This allows maintenance teams to perform activities such as: LED floodlight inspection Floodlight replacement Electrical connection checking Cleaning Cable inspection General servicing The raising and lowering mechanism therefore improves maintenance accessibility and reduces the need for working at extreme heights. 8) Safety and Stability The lantern carriage must remain securely positioned during normal operation at the top of the high mast. The high mast system can incorporate a safety locking mechanism to secure the carriage in its operating position. The available specification also identifies a pulley system and wire-rope arrangement as components of the raising/lowering system. 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Final Takeaway The High Mast Raising & Lowering Lantern Carriage is a critical component of a high mast lighting system. Its robust structural construction, galvanized finish, floodlight mounting arrangement, and compatibility with the winch, pulley and wire-rope mechanism make it suitable for reliable large-area lighting applications. Manufactured by AS INFRA ENGINEERS AND CONTRACTORS Product: High Mast Raising & Lowering Lantern Carriage Application: High Mast Lighting System Finish: Hot-Dip Galvanized Suitable For: Multiple LED Floodlights & Large-Area Illumination
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High Mast Raising & Lowering Lantern Carriage

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