North America
Use OSHA 1910.23 for ladder requirements and OSHA 1910.28 for fall-protection duty so the U.S. review path stays split correctly from the first drawing review.
Standards & Compliance
Standards & Compliance
Use this page in four steps: choose the market, choose the access family, confirm what changes the answer, then send the right file set.
Which market?
Which access family?
What changes the answer?
What to send?
Project-level disclaimer
This site is a review path, not a universal certification promise. Final compliance must be confirmed at project level.
This is a review path, not a universal certification promise. The project approval basis, support condition and environment still control the final answer.
Which market?
Start from the approval path so the standards language stays clean
Do not collapse every market into one badge. Pick the market path first, then choose the correct access-family language.
Europe
Choose portable-ladder language or permanent-access language first, then add CE-oriented documentation only if the project scope explicitly requires it.
Australia
Use AS 1657:2018 when industrial stairs, platforms, guardrails and ladder routes are being screened for Australian site approval and repeated-use access logic.
North America split
OSHA 1910.23 and 1910.28 should be read together, not mixed into one label
Ladder requirements
Use this when ladder geometry, rung spacing, clearance, landing logic and ladder-specific design checks need to be reviewed.
Fall protection duty
Use this when the project needs the fall-protection duty clarified around the reviewed ladder route.
Europe split
Separate portable ladder language from permanent access language
EN 131
Use this for portable-ladder language only. It should not be merged into fixed permanent-access review for industrial structures.
EN ISO 14122-4
Use this when fixed ladders and permanent access routes are being reviewed as part of machinery or industrial access systems.
CE / documentation path
CE-oriented documentation is prepared only when the project scope, market path or buyer documents explicitly require it.
Which access family?
Choose the route family before you argue about the badge line
Most confusion starts when ladder, stair and platform routes are described with the same loose wording. Choose the family first, then map it to the market path above.
Vertical ladder routes
Wall-mounted fixed ladders, caged ladders and roof-access climbs normally start from ladder-family review, then layer on fall protection, landing and top-arrival logic.
Inclined and stair-style routes
Inclined ladders and ship stairs should be reviewed as repeated-use access routes where climb comfort, angle, tread geometry and handrails matter together.
Platform and crossover routes
Platforms, crossovers and edge-protection scope are reviewed as one standing-work package instead of being split into isolated ladder and guardrail claims.
Fixed ladders, caged ladders and roof access ladders
North America: Review ladder geometry through OSHA 1910.23, then confirm whether the project also needs the 1910.28 fall-protection duty clarified.
Europe: Use EN ISO 14122-4 for permanent access review and keep EN 131 on the portable-ladder side of the discussion.
Australia: Use AS 1657 where the project path calls for Australian ladder, transition and fall-protection review.
Inclined ladders and ship stairs
North America: Review repeated-use access, tread comfort and handrail continuity as a stair-style route, not as a simple vertical ladder.
Europe: Review angle, landing and repeated-use route logic through EN or ISO access language where stair access is preferred over a vertical climb.
Australia: Review tread, landing and handrail logic against AS 1657 style access expectations for inclined industrial routes.
Platforms and crossover routes
North America: Review work platforms, crossover spans and standing-work conditions around the project drawing, loading notes and site use pattern.
Europe: Review machinery or rooftop platform routes through EN ISO 14122 platform and guardrail logic when the project approval path is European.
Australia: Review stairs, platforms and guardrail conditions through AS 1657 layout expectations for industrial work access.
What changes the answer?
The standards label is never the whole answer
Support basis, corrosion exposure and user pattern often change the final geometry even when the market path is already known.
- Installation substrate, support spacing and top-arrival condition can change the final geometry even when the route family is already clear.
- Environment, corrosion exposure and finish path can change the material and documentation basis before quotation is released.
- User frequency, fall-protection duty and maintenance pattern often decide whether the route stays vertical, becomes inclined or needs a platform package.
Project checks that usually move the answer
- Installation location and authority path, including rooftop, plant, tank, wall or machinery access context.
- Mounting substrate, support spacing, landing condition and bracket logic that can change the approved geometry.
- Environment and corrosion exposure, including indoor, coastal, wash-down or chemical-service conditions.
- User frequency, fall-protection scope and maintenance access expectations before fabrication is released.
Internal review basis
ISO 14122 is used as a general design basis for permanent means of access on machinery and industrial structures where fixed ladders, platforms and guardrails must be reviewed as one route.
GB 4053 is referenced as a fabrication and dimensional basis for fixed ladders, inclined ladders, platforms and guardrail arrangements in China-based manufacturing review.
Final quotation review follows the submitted drawings, site photos, fixing conditions and the buyer target-market standard path.
Route height, landing transition, corrosion exposure and user frequency are checked again against the actual project-approval basis before fabrication scope is finalized.
What to send?
Send the smallest file set that still makes the review defensible
Most teams do not need a perfect tender pack on day one. They need one clear route file, the intended market path and a few assumptions that stop the first reply from turning generic.
Review input
- Drawing, sketch or marked-up screenshot showing route height, support basis and transition points.
- Target market, buyer specification or preferred standard family if the project is already tied to one approval path.
- Material and finish direction plus destination-port or Incoterm assumptions if corrosion or freight already affects the decision.
Before final release
- Drawing comments: Flag missing dimensions, fixing conditions, landing transition notes and route geometry before the full file release is locked.
- Material direction note: Explain the proposed base material and surface finish before the corrosion path becomes a commercial assumption.
- Inspection logic: Outline the checkpoints that will verify dimensional fit, finish condition and release readiness before dispatch.
- Packing logic: Clarify bundle, pallet or crate direction plus shipment-mark assumptions before export packing is finalized.
Sample compliance pack
Sample pack
Drawing note reference
Shows how route height, bracket condition, landing transition and fabrication clarifications are usually marked during review.
Download sample PDF
Sample pack
Material direction reference
Useful when project teams need a quick file showing base-material and surface-finish logic before order release.
Download sample PDF
Sample pack
Inspection checklist sample
Helps buyers see how release checks, module tags, hardware review and dispatch-readiness items can be organized.
Download sample PDF
Sample pack
Packing list logic sample
Explains how packing split, loading assumptions and document notes tie back to the approved drawing and shipment scope.
Download sample PDF