Coordinated standards, ledgers, diagonals and access parts in one component schedule
We supply ringlock standards, horizontal ledgers, diagonal braces, base parts and steel platforms as individual items or scheduled kits. The rosette and member heads belong to one identified connection family. A bay takeoff keeps the horizontal layout, lift arrangement and access pieces together, with a separate count for every part.
| Vertical members | Standards with the selected rosette positions and spigot detail |
|---|---|
| Horizontal members | Ledgers and transoms to the bay layout and head drawing |
| Diagonal braces | Member ends and rise/run pairing for the selected bays |
| Base parts | Base jacks and starting components listed by their mating detail |
| Working levels | Decks, toe boards and edge-protection parts from the takeoff |
| Access | Stair, landing and opening components listed explicitly |
The vertical members below belong to our published ringlock range. Ledger and diagonal drawings then establish the matching horizontal and bracing members for the selected layout.
| Nominal standard length (m) | Standard tube OD (mm) | Published wall range (mm) |
|---|---|---|
| 0.5 | 48.3 | 3.0–4.0 |
| 1.0 | 48.3 | 3.0–4.0 |
| 1.5 | 48.3 | 3.0–4.0 |
| 2.0 | 48.3 | 3.0–4.0 |
| 2.5 | 48.3 | 3.0–4.0 |
| 3.0 | 48.3 | 3.0–4.0 |
No matching specification. Clear the search to see every row.
Scroll sideways to see every column.
First-party ringlock-standard catalog selections. The part drawing identifies the actual wall, material, rosette and spigot for each item. The scaffold design and its stated configuration establish the assembled system’s permitted load.
A ledger head bears against the standard and locks through the rosette with its wedge. Rosette shape, head contact and wedge engagement are checked together as the selected joint family.
The material schedule identifies tubes, heads, pins and base-jack spindles separately. Each component keeps the grade and connection detail required for its role in the supplied package.
The scaffold design and required system tests identify the actual arrangement, component family and duty requirements. Component-fit checks and system evidence support acceptance of that specified configuration.
A diagonal pairs a horizontal bay with a vertical rise. The selected ledger length and lift arrangement determine the matching diagonal geometry and end detail.
Deck hooks, transoms and end retention are matched to each working level. Openings and changes in bay width have their own platform pieces and quantities on the takeoff.
Stair flights, landings, opening guards and associated supports have separate counts. The access takeoff is itemized alongside standards, ledgers and working-level parts.
Painted or galvanized supply follows the component specification. Finished wedges, sockets and deck hooks are checked for seating, movement and retention after coating.
The component BOM groups repeated bays and retains the end-bay, corner and opening details. Standard-length bundles stay linked to the ledger and diagonal counts for each layout.
The retained rosette, head and spigot details identify replenishment parts. OSHA requirements for mixed-manufacturer use include force-free fit and maintained structural integrity; these conditions accompany the selected component family.
Order vertical standards as a separate component lot
Checks use the matched rosette, ledger head, diagonal end and wedge. Seating, wedge travel and retention follow their component detail, including any required test or sampling plan.
Member measurements distinguish axis spacing from finished part length. Rosette and spigot positions are checked from the standard datums; head orientation stays with each horizontal or diagonal member.
The record set links material, weld and finish checks to the supplied parts. Deck and base components retain their own identities and quantities alongside the member schedule.
Our quotation itemizes members, platforms, access parts and loose fittings. Any price by kit refers to its exact contents and configuration; extra bays or working levels change those quantities.
Standards, ledgers and diagonals travel in separate groups with support under their steel sections. Protruding heads and rosettes are protected from straps and adjacent bundles.
Base jacks, loose pins and other small fittings are counted in labeled packing groups. The receiving list reconciles kit items and spare pieces separately.
The replacement reference combines bay spacing, finished member length, head geometry, end offsets and the accepted connection family. Those details identify the horizontal member ordered for the existing layout.
The component design assigns each head and wedge to its intended rosette opening and angular position. The selected family’s seating and engagement details govern that joint arrangement.
Added levels revise the deck, transom, edge-protection and access takeoff and can change the scaffold design loads. The updated configuration establishes the component quantities and acceptance basis.
Compatibility uses the rosette geometry, head bearing, wedge engagement and assembled system’s structural integrity together with the 48.3 mm tube diameter. The accepted component family retains all of those mating details.
Yes. Kit contents and loose spares appear as separate quantities. That separation keeps a replacement wedge or extra base jack from being counted as a missing item in a complete kit.
The qualified person responsible for scaffold design establishes the arrangement, ties and support. Our supplied component schedule is matched to that accepted design and its takeoff.
Other items in the same product category.
We wrote these for buyers specifying and receiving exactly this kind of package.
Send the bay and lift layout or component BOM with the connection-family detail, platform and access requirements, finish and destination. We quote the listed members, small parts and kit packing with separate spare quantities.