Smart Bus Stand Shelter - Color: Customize Color

1 Number

1 Number

Bus Stop

Bus Stop

Cash in Advance (CID)

Cash in Advance (CID)

100 Per Month

100 Per Month

1. Structural & Material Standards IS 875 (Parts 1 5) Indian standard for wind, live, seismic, and snow loading on steel structures. IRC 86:2018 Indian Roads Congress design guidelines for bus shelters. NBC 2016 National Building Code of India parameters for public structure safety and accessibility. AISI 304/316 or IS 2062 Material grade certification for structural components (SS or Mild Steel). 2. Electrical & Smart System Certifications IEC 60598 Safety of luminaires, applicable to LED lighting systems. IS 732:2019 Indian electrical wiring standards; common for smart infrastructure, often supplemented with BS 7671 for international compliance. RoHS / CE Required for electronic components (LEDs, displays, media players) in export-grade shelters. UL 1598 / UL 8750 North American standards for lighting safety. IP65+/IP66 Sealing certifications for weatherproof enclosures and junction boxes. 3. Smart & Connectivity Certifications TALQ Protocol Global standard for interoperable smart city lighting and IoT device integration offers vendor-independence and certified control integration reddit.com +3 smartcity.go.kr +3 mangalorean.com +3 en.wikipedia.org . ISO 9001 & ISO 14001 Quality and environmental management systems usually held by manufacturers of connected shelters. Factory Audits / Third-party Certification Confirms compliance with smart-device standards (e.g., heat controller, media display, sensors). 4. Smart Subtitle: Urban Localization & Integration Shelters in Incheon (South Korea) are built with standard smart-shelter design including chargers, HVAC, infotainment, CCTV, and IoT integration . Seoul s AI-powered smart shelters use sensors and screen doors to automate boarding, maintain air quality, utilize solar power, and integrate emergency response all leveraging ICT/IoT standards english.seoul.go.kr +2 smartcity.go.kr +2 smartcity.go.kr +2 . 5. Recommended Certification Checklist Component Certification / Standard Structure IS 875, IRC 86, NBC 2016 Materials AISI 304/316, IS 2062 Electrical systems IS 732, BS 7671, IEC 60598, UL/CE/RoHS Weather-proofing IP65, IP66 Smart IoT lighting/control TALQ Protocol certified systems Quality & environmental mgmt ISO 9001, ISO 14001 Interoperability Factory audits + TALQ compatibility Why It Matters: Structural & Material Standards ensure robust, weather-resistant, and durable shelters. Electrical & Electrical Safety standards guarantee safe power delivery for lighting, panels, charging sockets, and HVAC modules. Smart/IoT Certifications (like TALQ) promote vendor-neutral scalability and long-term manageability. Global Best Practices from Seoul and Incheon demonstrate advanced integration HVAC, safety features, transit automation, and energy-efficiency.

Key Certifications for Stainless Steel Bus Shelters 1. Material Certifications (Stainless Steel Components) Certificate Details IS 2062 Indian Standard for structural-grade steel (mild steel and stainless steel used in construction). SS 304/316 Grade Test Certificate Mill Test Certificate (MTC) or third-party lab report certifying grade, thickness, and corrosion resistance of SS components. EN 10088 European standard for stainless steel composition and performance. Optional for export. 2. Surface Coating & Corrosion Protection Certificate / Standard Application BS EN ISO 1461 Hot-dip galvanizing standard for corrosion resistance (used for mild steel frames). BS EN 13438 Powder coating standard for steel and galvanized surfaces. EN 12206-1 Coating standard for aluminum (optional, if used). Salt Spray Test Report Optional test (ASTM B117) showing coating s durability under corrosion-prone conditions. 3. Structural Design Standards Certificate / Guideline Purpose IS 875 (Part 1 to 5) Specifies loads: dead, live, wind, seismic, snow. IS 800 General code for steel structure design. CPWD / NBC 2016 National Building Code (India) and Central Public Works Department standards for public safety and structural design. Wind Load Certificate Required for shelters in coastal/hilly areas e.g., designed for 120 180 km/h wind speeds. IRC:86-2018 Indian Roads Congress guidelines for design of urban pedestrian and bus stop infrastructure. 4. Smart Features (If Solar/LED/IoT is Included) Certificate Component IEC 61215 Solar PV module performance standard. IEC 61730 PV module safety standard. CE / FCC / RoHS Electrical safety and environmental compliance for LED lights, displays, or smart controllers. IP65/IP66 Certification Weatherproof rating for lights, control boxes, and electrical enclosures. 5. Manufacturer Certifications (Commonly Required) Certification Purpose ISO 9001:2015 Quality Management System (essential). ISO 14001 Environmental Management. ISO 45001 / OHSAS 18001 Occupational Health and Safety. NABL or Third-Party Inspection Certificates For independent validation of structure or materials (SGS, TUV, Intertek, etc.). Packaging & Logistics (For Tender or Export) Although not a certification, packaging should comply with: ISPM-15 (for export wooden crates) Palletization, anti-scratch, waterproof, and fragile labeling standards. Essential Documentation Checklist When buying or bidding for a stainless steel bus shelter project, ask your supplier for: SS Grade Test Certificates (304/316) ISO 9001 Certificate (with scope covering fabrication) Galvanizing or Powder Coating Certificate Wind Load Structural Certificate CE / IP / RoHS for electrical parts Full Assembly Drawing + Bill of Materials (BoM) Third-Party Inspection Report (optional for smart city projects)

Noida

noida

Packaging Details: Smart Bus Stand Shelter Component Packaging Method Protection Features Main Structure (SS or MS Frame) Wrapped with bubble wrap + stretch film, strapped to heavy-duty wooden pallets Shock-absorbent, scratch-resistant, safe for crane/forklift handling Solar Panels (if included) Foam-lined carton boxes + wooden crate or aluminum casing Moisture-resistant, impact-safe, anti-static, with Fragile labels Roof Panels (with smart features) Covered with foam sheet + shrink film, packed in wooden crates Anti-dent, corrosion-resistant, with corner guards LED Display/Information Screens Packed in anti-static bags + foam-molded boxes inside plywood crate Vibration-resistant, dust/moisture protected Charging Ports/Sensors Packed in zip-lock anti-static bags, layered with EPE foam in labeled cartons Shockproof and organized for wiring clarity Batteries (Li-ion/SMF) UN 38.3-compliant cartons, padded with foam + labeled Hazardous Battery Fire-safe, impact-resistant, sealed for transport compliance Wi-Fi / CCTV Devices (if any) Anti-static pouches + carton box with silica gel Moisture-proof and ESD-safe Bench & Seating Units Bubble wrap + cardboard sheet, bundled in waterproof poly wrap Rust-free and ready for installation Fittings & Fasteners Labeled plastic pouches or small boxes with silica gel Rust-free, sorted for easy installation Wiring Kit / Cables Coil-packed and tied, in corrugated cartons with routing diagrams Avoids tangling and protects insulation User Manual & QR Installation Code Printed + digital (via USB or QR code label inside box) Easy reference for onsite setup Additional Packaging & Shipping Notes Modular Packaging: Smart shelters are flat-packed into modules for efficient space use and site assembly. Export-Ready: All packaging materials are ISPM 15 (fumigated wood) and moisture-protected for international shipments. Labeling: Each package includes: Part Number & Name Weight, Orientation (Top/Bottom) Icons like Fragile, This Side Up, Handle with Care Weatherproofing: Anti-rust oil coating or laminated wrapping is used for long-distance or coastal deliveries. Battery Transport Compliance: Packed as per UN 38.3 + DG Shipping norms (with MSDS included if applicable).

Packaging Details Stainless Steel Bus Shelter 1. Main Structure (SS 304/316 Frame) Each steel component is individually wrapped with thick bubble wrap and covered with stretch film to avoid surface scratches. Critical edges and corners protected with foam padding or rubber guards. Components are secured inside reinforced wooden crates or metal-framed pallets for added stability during transit. Prior to packaging, surfaces are treated with anti-corrosion oils or coatings to prevent rust. 2. Roof Panels (Glass / Polycarbonate / Stainless Steel) Panels stacked flat, separated by non-abrasive foam sheets. Packaged in moisture-resistant laminated bags, placed inside wooden crates with internal bracing. Fragile items labeled clearly with Fragile Handle with Care and orientation arrows. 3. Glass or Acrylic Panels (If Applicable) Individually cushioned using foam corners and wrapped in bubble wrap. Packed vertically in shock-resistant wooden boxes with shock-absorbing fillers. 4. Benches, Rails, and Accessories Benches wrapped in PE foam sheets and placed inside corrugated cardboard cartons or crates. Rails and smaller components bundled and wrapped in stretch film. All fittings and fasteners packed separately in sealed, labeled polybags and grouped in sturdy cartons with a packing list. 5. Electronics and Solar Components Solar panels, LED lights, and electrical parts are packed in ESD-safe anti-static bags and foam-lined boxes. Cable ends covered with protective caps and packed with desiccants to avoid moisture damage. 6. Palletization and Shipment All crates and cartons are securely palletized using wooden pallets. Packages are strapped with PET bands and wrapped with stretch film to prevent shifting. For export, wooden crates comply with ISPM-15 standards. Entire shipment may be covered with a weatherproof tarpaulin for protection against elements. 7. Labeling and Documentation Each package is clearly marked with: Part Number / Item Code Assembly Instructions / Installation Manual Packing List Handling Instructions (Fragile, This Side Up) Optional QR code for inventory tracking.