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ASINFRA 6a01afa4b90018b8578332de Products https://www.asinfralightpoles.com
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CCTV Camera Tower by AS INFRA ENGINEERS

CCTV Camera Tower

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30 Meter CCTV Camera Tower – Manufacturing, Supply & Installation in Dombivli for Rustomjee Builder. 30 Meter CCTV Camera Tower – Manufacturing, Supply & Installation Key Specifications * Tower Height: 30 Meter * Manufactured from high tensile structural steel (IS 2062 Grade / BS EN 10025 S355) for superior strength and long service life. * Designed as a tapered polygonal/monopole tower with optimized structural stability. * Wall Thickness: 4 mm to 12 mm (as per structural design and wind load calculations). * Designed to withstand high wind loads in accordance with IS 875 standards. * Precision fabricated using automatic Submerged Arc Welding (SAW) for maximum structural integrity. * Equipped with a heavy-duty base plate, high-strength foundation anchor bolts, and engineered RCC foundation. * Integrated maintenance platform, safety ladder, cable management system, and lightning protection (optional as per project requirements). * Suitable for installation of CCTV cameras, PTZ cameras, wireless communication equipment, surveillance devices, and networking accessories. * Ideal for smart cities, highways, industrial zones, residential townships, ports, airports, railway stations, commercial complexes, and government infrastructure projects. Quality Features * Manufactured using premium quality certified steel with strict quality control at every stage. * Hot-Dip Galvanized (HDG) as per IS 2629 / ISO 1461, providing minimum 80–100 microns zinc coating for superior corrosion protection. * Excellent resistance to rust, moisture, coastal environments, UV rays, and harsh weather conditions. * High structural stability with excellent load-bearing capacity for CCTV surveillance systems. * Precision-engineered fabrication with accurate dimensions, superior weld quality, and smooth surface finish. * Factory-tested for weld quality, galvanizing thickness, dimensional accuracy, and structural performance before dispatch. * Low maintenance with a durable galvanized finish, ensuring long operational life. * Designed for 24×7 reliable surveillance applications with maximum safety and durability. * Manufactured under stringent quality standards to ensure long-term performance, reliability, and structural safety. * Complete Manufacturing, Supply, Transportation, Installation, Testing, and Commissioning carried out by experienced professionals for hassle-free project execution.

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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. Proper alignment and secure connection of the carriage, wire rope, pulley and winch system are important for reliable operation. 9) Applications High Mast Raising & Lowering Lantern Carriages are suitable for high mast lighting systems used in: Commercial developments Infrastructure projects Construction sites Large parking areas Industrial premises Sports grounds Cricket stadiums Football grounds Hockey fields Athletic tracks Airports Ports Large outdoor venues They are particularly useful wherever multiple floodlights need to be installed at significant height while maintaining practical access for servicing. 10) Key Product Specifications Product: High Mast Raising & Lowering Lantern Carriage Application: High Mast Lighting System Function: Raising, lowering and supporting multiple floodlights Construction: Heavy-duty structural steel Steel Reference: IS 2062 Grade / BS EN 10025 S355 Finish: Hot-Dip Galvanized Galvanization Reference: IS 2629 / ISO 1461 Indicative Zinc Coating: 80–100 Microns Mechanism: Motorized Raising & Lowering System Wire Rope: Stainless Steel Wire Rope Drive System: Winch Assembly Guidance: Pulley System Safety: Safety Locking Mechanism Lighting Support: Multiple High-Power LED Floodlights Fabrication: Precision welded structural assembly Application: High Mast Lighting & Large-Area Illumination The above specifications are based on the supplied high mast specification; exact carriage dimensions, weight, floodlight capacity and mounting-hole configuration should be confirmed from the project-specific drawing or fabrication details. 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
18 Meter High Mast Pole Manufacturing & Supply | Devine Developers, Mumbai High mast lighting systems are designed to provide powerful and wide-area illumination for large open spaces, infrastructure projects, commercial developments, roads, construction sites, and other demanding outdoor applications. For projects in Mumbai, the pole must combine structural strength, corrosion resistance, reliable performance, and long service life. For Devine Developers, Mumbai, AS INFRA ENGINEERS AND CONTRACTORS successfully manufactured and supplied an 18 Meter High Mast Pole, engineered as a heavy-duty lighting support structure for large-area illumination. 1) What an 18 Meter High Mast Pole Really Means An 18 meter high mast pole is a tall, structurally engineered lighting support system designed to position multiple high-power LED floodlights or luminaires at a significant height. Unlike conventional street light poles, a high mast provides illumination over a much larger area from a single elevated point. The pole shown in this project features: Tall tapered polygonal structural profile Heavy-duty steel construction Large circular base plate for foundation connection High-strength anchor bolt arrangement Hot-dip galvanized finish for corrosion protection Design suitable for supporting high-power lighting equipment Structural configuration intended for outdoor and demanding environments The objective is to achieve maximum lighting coverage while maintaining structural stability and safe long-term operation. 2) Why High Mast Poles Are Suitable for Mumbai Projects Mumbai experiences heavy monsoon rainfall, high humidity, strong winds, and coastal environmental conditions. These factors can affect exposed steel structures if the material and protective coating are not properly selected. For high mast applications, corrosion protection is particularly important because the pole remains exposed to outdoor conditions throughout its service life. A properly manufactured high mast should therefore focus on: High-quality structural steel Proper fabrication and welding Hot-dip galvanization Adequate structural stability Proper foundation and anchor-bolt connection Protection against moisture and corrosion The galvanized finish visible on the supplied pole provides an additional layer of protection against environmental exposure. 3) Structural Strength and Wind Load Considerations A high mast pole is continuously exposed to wind pressure because of its height and large exposed surface area. The structural design therefore needs to consider wind loading, pole geometry, wall thickness, foundation requirements, base plate dimensions, and anchor bolt arrangement. The high mast specifications used by AS INFRA are designed with consideration for relevant structural requirements, including IS 875 wind-load standards. For an 18 meter installation, the final structural design should be based on the actual project conditions, lighting load, location, and foundation design. 4) Material and Fabrication Quality High mast poles require structural steel capable of handling the combined effects of pole self-weight, wind loading, and lighting equipment loads. The supplied high mast system is based on structural steel construction, with the specification reference using IS 2062 Grade / BS EN 10025 S355 structural steel for high mast applications. Important manufacturing considerations include: Accurate polygonal tapered fabrication Proper plate forming and alignment High-quality welding Accurate base plate fabrication Dimensional inspection Proper surface preparation before galvanization Quality control throughout manufacturing The specification also identifies Automatic Submerged Arc Welding (SAW) as the fabrication method for enhanced structural integrity. 5) Hot-Dip Galvanized Finish for Long-Term Protection One of the most important features of a high mast installed in Mumbai is corrosion protection. The high mast specification specifies Hot-Dip Galvanization (HDG) in accordance with IS 2629 / ISO 1461, with an indicative zinc coating range of 80–100 microns. Hot-dip galvanization helps protect the steel surface against: Rain and moisture Humidity Atmospheric corrosion Coastal environmental exposure Long-term outdoor weathering Proper galvanization is especially important around welded areas, edges, joints, and other exposed portions of the structure. 6) High Mast Lighting System and Maintenance High mast poles are commonly used with multiple high-power LED floodlights to illuminate large areas from a single elevated position. Depending on the project requirement, a high mast system can incorporate: Lantern carriage assembly Multiple LED floodlights Motorized raising and lowering mechanism Stainless steel wire rope Winch assembly Pulley system Safety locking mechanism These components allow lighting equipment to be brought down for maintenance instead of requiring extensive working-at-height arrangements. This makes high mast systems practical for locations where regular access to lighting equipment is required. 7) Base Plate, Anchor Bolts and Foundation The base of a high mast carries the structural load from the complete pole and lighting assembly into the foundation. The supplied pole has a heavy-duty circular base plate designed to connect the mast with the RCC foundation through anchor bolts. The overall foundation system should be designed according to: Pole height Wind load Soil conditions Lighting equipment load Base plate configuration Anchor bolt arrangement Site-specific structural requirements A properly designed RCC foundation and accurately aligned anchor bolts are essential for maintaining the stability of the high mast throughout its service life. 8) Applications of an 18 Meter High Mast Pole An 18 meter high mast can be suitable for a wide range of outdoor lighting applications, depending on the project design and illumination requirements. Typical applications include: Residential and commercial developments Construction and infrastructure sites Large parking areas Roads and internal access roads Sports grounds Industrial premises Open public spaces Ports and large outdoor facilities Large-area security and floodlighting applications The high mast specifications also identify applications such as cricket stadiums, football grounds, hockey fields, sports complexes, athletic tracks, airports, ports, and other large outdoor venues. 9) Quality Checks Before Dispatch and Installation A high mast is a critical structural component, so quality inspection should be carried out before installation. 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Reliable lighting support – suitable for multiple high-power LED floodlights and large-area illumination. Safe maintenance – raising and lowering systems can simplify access to lighting equipment where incorporated into the project. Quality manufacturing – controlled fabrication, welding, dimensional accuracy, and galvanization. Manufactured & Supplied by AS INFRA ENGINEERS AND CONTRACTORS Project: 18 Meter High Mast Pole Client: Devine Developers Location: Mumbai, Maharashtra
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18 Meter High Mast Pole
**Key Specifications** * **Pole Type:** Modern Decorative LED Street Light Pole * **Material:** High-Strength Steel (IS 2062 Grade) * **Finish:** Hot-Dip Galvanized as per IS 2629 / ISO 1461 * **Height:** Customizable (3M to 9M or as per project requirement) * **Pole Design:** Elegant angular architectural design * **Lighting:** High-Efficiency Integrated LED Luminaire * **Base Plate:** Heavy-duty fabricated steel base with foundation bolt arrangement * **Surface Finish:** Powder Coated (Custom RAL Colors Available) * **Application:** Parks, Gardens, Walkways, Residential Townships, Commercial Complexes, Hotels, Campuses & Smart City Projects ### **Quality Features** ✔ Premium IS 2062 Grade Steel Construction ✔ Hot-Dip Galvanized for Superior Corrosion Resistance ✔ Weatherproof & Rust-Resistant Design ✔ High Wind Load Resistance ✔ Energy-Efficient LED Lighting Solution ✔ Long Service Life with Minimal Maintenance ✔ Precision Fabrication & High-Quality Welding ✔ Elegant Architectural Appearance for Modern Urban Spaces ✔ Customizable Height, Finish & Lighting Configuration ✔ Manufactured Under Strict Quality Control Standards ### **Why Choose AS INFRA ENGINEERS & CONTRACTORS?** * Expert Manufacturer of Decorative & Street Lighting Poles * Customized Designs as per Client Requirements * Premium Quality Materials & Finish * Timely Delivery Across India * Complete Manufacturing, Supply & Installation Solutions **AS INFRA ENGINEERS & CONTRACTORS** **“Built to Illuminate. Engineered to Last.”**
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Modern Decorative LED Street Light Pole – Designed to Enhance Every Outdoor Space

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