Galvanized vertical members with the rosette and stacking interface matched
We supply ringlock vertical standards for scaffold manufacturers and contractors buying defined components. Tube length, wall, rosette arrangement and top spigot stay together as one member specification. The standard is quoted as a vertical component, with the connecting ledgers and bracing identified separately.
| Product | Tubular vertical standard with welded ringlock rosettes |
|---|---|
| Published tube OD | 48.3 mm for the selected table |
| Selected table wall | 3.25 mm |
| Length series shown | 0.5, 1.0, 1.5, 2.0, 2.5 and 3.0 m |
| Stacking connection | Male joint/spigot and retaining arrangement to the member drawing |
| Surface | Galvanized finish with the required coating and acceptance scope |
The catalog lists theoretical pole weights at 3.25 mm wall. Joint parts and the final assembly weight keep their own order basis.
| Member length (m) | Tube OD (mm) | Table wall (mm) | Theoretical pole weight (kg) |
|---|---|---|---|
| 0.5 | 48.3 | 3.25 | 2.25 |
| 1.0 | 48.3 | 3.25 | 4.51 |
| 1.5 | 48.3 | 3.25 | 6.76 |
| 2.0 | 48.3 | 3.25 | 9.02 |
| 2.5 | 48.3 | 3.25 | 11.27 |
| 3.0 | 48.3 | 3.25 | 13.53 |
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Selected vertical-standard catalog entries give theoretical pole weights at 3.25 mm wall. The catalog lists the joint separately. The quotation identifies included joint pieces and the final assembled or shipping weight basis for the ordered member drawing and parts.
The replacement-member drawing identifies the rosette, tube, spigot and retaining arrangement alongside its length. Those interfaces establish the complete component required for the retained system.
Tube material and welded rosette connections follow the component specification and inspection scope. The complete scaffold design establishes capacity using the accepted components and connection requirements.
The scaffold-system design sets bay capacity, erection height, bracing and anchorage. The component order follows that arrangement and its applicable project requirements.
Rosette levels coordinate the horizontal connections along the standard. Their spacing and orientation follow the member drawing so the required ledger and brace levels line up.
The spigot and receiving tube form the vertical stacking interface. Diameter, insertion length and clearance are checked together against the selected connection detail.
The pin or retaining arrangement is a separate connection detail. Hole position and the specified retainer must suit the selected joint; loose hardware is counted separately when supplied.
The finish must leave mating surfaces and holes usable for assembly. Coating acceptance and final fit are considered together where the spigot or pin passes through a close interface.
Manufacturers can buy a defined length mix with rosettes and stacking interfaces retained on the approved component drawing. Member quantities and the required finish remain explicit on the order.
Replacement orders match the retained system’s rosette, ledger-head, stacking and retaining interfaces. The complete member detail identifies the compatible standard for that scaffold family.
Checks cover the ordered tube OD, wall, member length and end condition. The assembled member dimensions are distinguished from the cut-tube dimensions used during manufacture.
The rosettes are checked for their specified location, orientation and connection geometry. Distortion that obstructs the matching ledger head is addressed before release.
Stacking and retaining details are compared with the selected drawing. Required fit checks use the identified mating component and finished interface.
The release scope covers the specified welded connections and protective finish. Openings, spigot ends and rosette holes remain clear of damage or coating obstructions.
The shipment groups standards by length and identifies the piece count in each group. This helps the receiving team reconcile a mixed length schedule before assembly work starts.
Supports and restraints avoid using spigots or projecting rosettes as hard contact points. Pins and other loose retainers are identified separately when included.
Our offer states the vertical member drawing, length, tube specification, finish and quantity. Other ringlock components and freight terms remain separate, clearly identified lines.
The catalog lists the 38 × 4 × 270 mm joint separately at 0.9 kg. The pole table uses its published theoretical-weight basis, while our offer itemizes included joint pieces and states the final assembly or shipping weight basis.
Each wall choice has its own tube mass and accepted component specification. The member drawing and quoted weight basis identify the selected wall and corresponding supplied configuration.
Fit is established against the identified ringlock system. The rosette, ledger-head seating, stacking connection and retaining details are matched together before that component is accepted for the intended family.
The offer identifies loose pins and retainers separately. The required pin type, hole arrangement and quantity belong with the selected member connection.
Yes. List the member drawing and piece quantity for each length. Different walls or connection details remain separate items even when their overall lengths match.
The system assessment uses the complete arrangement, connections, decks, bracing, supports and design requirements. The supplied component records identify the members used in that accepted scaffold configuration.
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Send the vertical-member drawing or mating-system details, tube OD and wall, lengths and quantities. Include rosette spacing, spigot and pin requirements, finish and destination. We return a component-specific offer with loose hardware identified.