RING SYSTEM ACCESS SCAFFOLDING
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RING SYSTEM ACCESS SCAFFOLDING

RING SYSTEM ACCESS SCAFFOLDING I.About Us SUCOOT CO., LTD. was set up in 1984 and specializes in Scaffolding Accessories & Formwork Parts. Today we have customers spreading over 65 countries around the world. Our products are engineered for safety, strength and durability to meet international standards within this industry. In terms of working processes, we have expertise in iron casting, steel forging and thread rolling. We are confident that our quality is on par with other worldleading brands. Especially our Ring System Scaffold, it has been widely used in many civil engineering...

2.Main Concept (I)There are three main parts of access scaffolding: vertical, horizontal and diagonal. The dimensions are specifically designed for a variety of situations and applications. All components are hot dip galvanized for the antirust purpose to increase the product life for repeated use. (ll)There are several connections in the Ring System designed for multiple purposes. The rings on the vertical are spaced 45-50cm apart from each other and the wedge lock provides a secure connection with the vertical. Our access scaffolding gets rid of all clamps and any other exterior...

U-Head Jack U-Clip Diagonal Vertical Spigot Tube Jack Base Level Diagonal

RING SYSTEM ACCESS SCAFFOLDING 4.Applications and Features Our access scaffolding is designed for a variety of projects, including in difficult terrain and suspended condition. With the features of easy assembly/disassembly, safety and stability, it can save time and costs at work.

RING SYSTEM ACCESS SCAFFOLDING 5.Dimensions and Specifications 5.1 Tube Jack Base The Tube Jack Base is easily adjusted for a level height according to terrain change. Threaded Tube 038.5mm x T:4.0mm x 600mmL(STK 400) Handle Nut (FCD450) *Note 1: Tube Jack Base with a stop to prevent the handle nut from getting out and to ensure the connection with vertical over 100mm for safe load bearing. 5.2 Mobility For mobile scaffolding, casters are used to replace tube jack bases. The mobile scaffolding is normally used indoors on level surfaces.

5.3 Vertical The vertical is the main support of the entire system connected by spigot. The pipe is Ø48.6mm × T:2.5mm(STK500) with standard dimensions as below: The rings of thickness 8mm are spaced 50cm apart from each other (or 45cm apart from each other for 0.9m and 1.8m verticals) with 8 holes for horizontal and diagonal assembly.

5.4 Spigot and U-Clip Two verticals are connected by a Spigot and secured by a U-Clip to avoid wind shifts or slippage. The spigot is made of Ø41.8mm × T:3.0mm × 240mmL(STK500) pipe. Vertical Snap Pin / U-Clip Spring Pin(inserted)

5.5 Horizontal The horizontal connects verticals and allows hanging of planks and staircases. The secure connection transfers all lateral forces to the verticals for maximum load capacity. 0.762m The pipe is Ø42.7mm × T:2.3mm (STK500) with standard dimensions as shown on the left: Rivet To secure the wedge inside the wedge lock. It can be removed to change the wedge. Cast Steel Horizontal Wedge Lock Horizontal wedge locks fixed by inserting the wedge into the small hole of ring and hammering the wedge tightly for a secure hold on the vertical.

The diagonal is a supplementary part to strengthen the stability of the entire system. The pipe is Ø42.7mm × T:2.3mm(STK500) with standard dimensions as below: Cast Steel High Shear Rivet Diagonal Wedge Lock

5.7 Plank, Toe Board and Staircase The plank and staircase are embedded with holes for secure traction. Furthermore, they provide ideal moving lines and a stable workplace. Dimensions of Planks： 0.265m Staircase for Slip Form

5.8 Sub-Vertical 0.35m Application 1：Put the Sub-Vertical onto Tube Jack Base(Sleeve tube side up), and connected with the first layer of horizontals to make sure the frame is level and steady. Spigot side up Sleeve tube side up Tube Jack Base Application 2：Sub-Vertical (Sleeve tube side down) inserted into the top of Vertical in order to flexibly adjust the height, especially for slope ground. U-Head Jack Vertical Sleeve tube side down Spigot side down

RING SYSTEM ACCESS SCAFFOLDING Apply to shore the roof beam formwork •Scatfolding with the Bracket is able to shore to beam and the slab at the same time. •The spacing between the Brackets is 1.2m and they can bear up to 45 x 70cm beam. •Save material, time and labor cost.

5.10 Light-Duty Scaffolding Rack Specification：L840×W1000×H1100mm; L840×W500×H1100mm。 The Features: Save space for storage, convenient for inventory, loading / unloading and transportation.

6.Project Columbarium Pagoda Refurbishment Taipei Dome Complex National Museum of Marine Biology and Aquarium The Shooting Scene for Life of Pi FPCC No.6 Naphtha Cracking Project (140m Height)

Petrifaction Equipment Maintenance Pillar Construction Round Tank Refurbishment Mobile Working Tower Steel-Structure Bridge Refurbishment Shipyard Application

Building Wall Decoration District Court Steel-Structure Roof Slab Shoring for Power Station Hushan Distributing Reservoir Petrifaction Pipe Annual Maintenance

SUCOOT CO., LTD. RING SYSTEM ACCESS SCAFFOLDING A The values below are the random testing result. For structural calculation, please use the formal values we provide. P*#e : April 22.2015 : SUCOOT CO. LTD. : SUCOOT 00. LTD. : April 22.2015 National Cheng-Kung University Civil Engineering Department Engineering Materials Testing Report Sheet Pape: 2/5 ftoject 5 N/A Manufacturer : SUCOOT CO.. LTD. Tiusla: SUCOOT CO.. LTD. Sampler : SUCOOT CO, LTD. Sender: SUCOOT CO. LTD. Due Received : April 22.2015 Sample : ^ 48.6mm Ring System Scaffold! 1 8mx0.762m) National Cheng-Kung University Civil...

RING SYSTEM ACCESS SCAFFOLDING 1. The main components (Vertical, Horizontal, Diagonal) are using the STK500 material for Lightweight and High-strength with Hot Dip Galv. finish for repeated use. 2. No visible gap between the vertical connection. 3. The gap tolerances for vertical and spigot have been controlled at 1.8mm. 4. Verticality and Horizontality of our assembled scaffolding are extremely accurate. Wall construction for TSMC The vertical deviation has been controlled at 0.3‰ ANSI/ASSE A10.8 Certificate Number: TPI.0005