Concept of PEB Primary Members
Concept of PEB Primary Members
Invogue Buildings are optimized to meet specific requirements of each client. The most common primary framing systems are shown below. All frames shown are symmetrical about the ridge line.
Framing systems asymmetrical about the ridge line and Multi-Span systems with unequal width modules are possible, but require special study. Practically any frame geometry is possible. Primary Framing consists of all structural elements that transfer load to the foundation and comprises:
Intermediate Frames
Intermediate frames consist of built-up welded members. Frames are complimented by flange bracings, connection bolts & anchor bolts. Column bases are usually pinned. Fixed connection, if required as per design, can also be provided.
Endwall Frames
End wall frames consist of built-up welded members. Frames are complimented by connection bolts, anchor bolts & wind bracings, if required.
Crane Beams & Crane Brackets
Mezzanine Beams & Joists
Secondary Members
Secondary members consists of elements which support the roof and wall sheeting and transfer load to the primary framing. These include Roof Purlins, Wall Girts and Eave Struts.
Roof Purlins:
Roof Purlins are cold-formed Z-profiles, normally 200 to 250 mm deep, made out of 1.6 mm to 3 mm thick steel. These are fixed to the top flange of the rafters by means of clips bolted to the rafters, and the purlin webs are bolted to the clips. Purlin ends are overlapped to act as continuous beams.
Wall Girts:
Wall Girts are cold-formed Z-sections, normally 200 to 250 mm deep, made out of 1.6 mm to 3 mm thick steel. These are fixed to the outer flange of the sidewall columns by means of clips bolted to the column, and the girt webs are bolted to the clips. Girt ends are overlapped to act as continuous beams.
Eave struts:
Eave Struts are C-profiles, normally 200 to 250 mm deep, made out of 2 mm to 3 mm thick steel. These are fixed to the outer flange of the sidewall columns by means of clips bolted to the column, and the eave strut bottom flange is bolted to the clips.
Cranes in Building
PEB (Pre-Engineered Building) structures ko is tarah design kiya ja sakta hai ki wo heavy-duty crane systems ko efficiently handle kar sake, jaise EOT (Electric Overhead Traveling) cranes, monorail cranes, under-hung cranes, aur conveyors jaise material handling systems. Ye systems clear span aur multi-span dono types ki buildings me integrate kiye ja sakte hain, jisse industrial operations smooth aur efficient ho jaate hain.
Cranes ko support karne ke liye PEB structure me specially designed crane brackets aur crane runway beams provide kiye jaate hain, jo load ko safely transfer karte hain aur structure ki stability maintain rakhte hain. Design process ke dauraan crane ki capacity, span, wheel load, hook height aur duty cycle jaise factors ka dhyan rakhna bahut zaroori hota hai, taki structure safe aur long-lasting rahe.
Proper planning aur accurate technical inputs ke saath, PEB buildings me crane integration ek highly efficient solution provide karta hai jo industries me productivity aur material handling efficiency ko kaafi improve karta hai.
Mezzanine in Building
PEB buildings me intermediate mezzanine floors easily add kiye ja sakte hain, jo office space ya storage ke liye use hote hain. Ye floors full ya partial area me banaye ja sakte hain depending on load requirement. Mezzanine structure me chequered plate ya galvanized decking sheet use hoti hai, jo joists aur main beams ke support se strong aur stable platform banati hai.
Metal Roof & Wall Cladding
Hi-Rib Roofing and Cladding systems are metal sheets with corrugation, corrugation gives high strength to the sheets. Our sheets are light weight which gives 1000 mm wide coverage with 30 mm rib depth at 200-250 mm c/c with two/three stiffener ribs which makes it the strongest profile in its category.
Hi-Rib Profile sheet
Standing Seam
Insulated Panels
Deck Sheet For Mezzanine
