Codes, Regulations and Standards for Infrastructure Access Equipment

Need Compliant Access, Lifting or Handling Equipment for a Complex Project?

Infrastructure Access Solutions designs equipment for bridge, tunnel and nuclear projects where safety, geometry and jurisdictional rules all shape the specification. We work with contractors, consultants and asset owners to confirm the governing codes before design is fixed. The reference list below sets out the standards our equipment is typically designed against.

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A Working Reference, Not a Universal Checklist

Infrastructure Access Solutions supplies globally, and no two projects answer to exactly the same framework. The list below captures the standards we most often reference across access, lifting and handling scopes. The governing set for each project depends on the equipment type, the asset and the jurisdiction. Project-specific requirements are confirmed with the client during design review.

This reference is informational and does not replace a project-specific compliance review.

International Standards

Machinery Safety
  • EN ISO 12100 Safety of machinery. General principles for design, risk assessment and risk reduction. Applied to every piece of IAS custom equipment.
  • EN ISO 14121 Safety of machinery. Risk assessment principles. Earlier standard, now largely merged into EN ISO 12100 but still referenced on legacy equipment and project specifications.
  • EN ISO 14122 Safety of machinery. Permanent means of access to machinery. Covers choice of fixed means, working platforms, walkways, stairs and vertical ladders.
  • EN ISO 6385 Ergonomic principles in the design of work systems. Guides operator-station layout, control positions and task sequencing.
Nuclear Quality Management
  • ISO 19443 Quality management systems. Specific requirements for the application of ISO 9001 by organizations supplying products and services important to nuclear safety. Held by the IAS special-projects supplying unit.

European Union

Directives
  • Machinery Directive 2006/42/EC Governs CE marking of machinery supplied inside the EU. Covers machinery safety and conformity requirements across the design and documentation of the equipment.
Suspended Access Equipment
  • EN 1808 Safety requirements for suspended access equipment. Design calculations, stability criteria, construction and testing.
Cranes and Lifting Equipment
  • EN 13001 series Cranes. General design. Covers limit states, proof of competence of steel structures and proof of competence of mechanisms.
    EN 13155 Cranes. Safety. Non-fixed load lifting attachments. Covers below-the-hook devices used on segment hoists, launchers, cranes and winches.
Load Restraint on Transport
  • EN 12195-1 Load restraint assemblies on road vehicles. Safety. Applied when IAS equipment is transported between fabrication and project site.

North America

United States
  • OSHA 29 CFR 1926 Occupational safety and health regulations for construction site safety.
    ASME B30 series Safety standards for cableways, cranes, derricks, hoists, hooks, jacks, slings and other lifting devices.
Infrastructure Access Solutions IAS Tunnel

Project-Specific Compliance Reviews

Beyond these references, each project adds its own technical specifications, licensing-authority requirements and operator safety frameworks. Our engineering teams work through those project-specific requirements with the client at design review so the equipment, documentation and inspection regime match what the asset owner needs to accept the delivery.

For equipment already in service, Infrastructure Access Solutions can carry out inspection and safety compliance assessments against the applicable framework.

Frequently Asked Questions

Which standards apply to custom access and lifting equipment?

Requirements depend on the equipment type, application and project jurisdiction. European equipment typically references EN ISO 12100, the Machinery Directive 2006/42/EC and the EN 13001 series. North American lifting equipment often references the ASME B30 series and OSHA 29 CFR 1926. Nuclear supply adds ISO 19443 and the applicable site quality program. The governing set is confirmed per project before design freeze.

How does Infrastructure Access Solutions handle local safety and work regulations?

Our engineering teams adapt the design to the governing framework of each project rather than defaulting to a single rulebook. Local work-at-height rules, lifting regulations and site-safety requirements sit on top of the international standards. The applied set is confirmed with the client during the design review.

What role does the Machinery Directive 2006/42/EC play?

The directive governs CE marking of machinery supplied inside the EU. CE-marked IAS equipment includes a technical file, a risk assessment, a declaration of conformity, and operator information. The directive carries into the design and documentation of every machine supplied to the European market.

How does ISO 19443 affect a nuclear equipment supply?

ISO 19443 extends ISO 9001 with specific requirements for suppliers of items important to nuclear safety. It covers safety culture, counterfeit-item prevention, graded quality controls and traceability. The IAS special-projects supplying unit holds this certification, and the project-specific quality program still depends on the plant and the applicable procurement framework.

Which standards apply to transport of large equipment between fabrication and site?

Road transport in the EU references EN 12195-1 for load restraint assemblies. Project-specific permits for abnormal loads and route surveys apply on top. The applicable rules are confirmed before dispatch of each unit.

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