Industrial Roof Electric Skylight Arched Side Open Daylighting Ventilation Skylight

This arched side‑opening skylight is mainly installed along building roof ridge. Under normal conditions, side‑opening sash can open for natural exhaust of hot air, moisture and workshop waste gas. When rainfall occurs, sashes fully close to guarantee roof waterproof performance. Continuous modular layout can be customized according to workshop ventilation demand, widely adopted for thermal‑dissipation transformation of newly‑built and existing industrial plants.

Hot‑dip galvanized steel profile or aluminum alloy frame, anti‑corrosion coating treatment, arched streamline shape reduces wind load impact.

Anti‑UV FRP panel or multi‑wall polycarbonate sheet, good light transmission and weather resistance, slow aging under long‑time sunlight exposure.

Side‑hinged sash structure, matched heavy‑duty electric push‑rod driving system; multi‑sash can realize synchronous opening‑closing control.

Built‑in water‑collecting trough collects rainwater and condensate water, guides water to external drainage outlet; multi‑track sealing strips reduce rain‑splash risk.

Galvanized base frame, convenient for welding or bolting connection with roof purlin, reserve operation space for on‑site waterproof treatment.

• Arched streamline structure takes advantage of hot‑air buoyancy for high‑efficiency passive ventilation
• Large ventilation cross‑section, effectively discharge workshop waste heat, steam and industrial waste gas
• Integrate ventilation and daylighting, cut energy cost for lighting and mechanical ventilation equipment
• Anti‑corrosion frame material, adapt humid, dusty, coastal industrial environment
• Modular continuous assembly along roof ridge, flexible length according to project ventilation calculation
• Support electric group control, optional fire‑alarm linkage for emergency smoke‑exhaust requirement

1. Raw‑material inspection for steel/aluminum profile, daylighting panel and driving components.
2. CNC cutting, bending and welding for arched shell and base frame.
3. Surface anti‑corrosion treatment: galvanizing or powder coating.
4. Daylighting panel cutting, sealing‑strip pre‑installation.
5. Drive mechanism assembly and pre‑opening‑closing test inside factory.
6. Whole‑unit inspection before packing and shipment.

Frame thickness and welding quality inspection; daylighting panel UV‑resistance test; sealing‑strip aging sampling test; drive component cycle‑life test; whole‑unit rain‑water‑spraying leakage test; multi‑unit synchronous linkage debugging test.

Steel‑structure manufacturing workshops, thermal‑processing plants, textile factories, warehouses, large‑span industrial buildings, ventilation‑renovation projects for existing factories.

Roof ridge purlin shall bear skylight dead‑load and wind‑snow load; reserve sufficient installation space at roof ridge; provide stable power supply for electric driving system; strictly handle waterproof treatment at base‑roof joint position. We provide complete installation technical drawing for construction‑side reference.

Quarterly: Clean sundries in drainage trough to prevent water‑channel blockage.
Half‑yearly: Check sealing strip aging condition, inspect fastener tightness.
Annual: Perform full‑stroke opening‑closing test for driving mechanism; check electric circuit safety; replace aging sealing accessories if necessary.