Dinghy Owner's Manual (Draft)
1Key Takeaways
prEN ISO 10240:2018 Small craft – Owner’s manual (ISO/DIS 10240:2018); German and English version prEN ISO 10240:2018 This standard specifies the requirements for the owner's manual of small craft, providing essential information for safe operation, maintenance, and compliance with relevant regulations. It applies to …
2Expert Interpretation
This comprehensive guide covers the DIN EN ISO 10240:2018 international standard, Small Craft User Manual, covering safety requirements, technical specifications, implementation guidelines, and EU directive compliance, providing professional guidance for ship manufacturers and operators.
Standard Overview and Technical Evolution
DIN EN ISO 10240:2018 is an international standard for the compilation of user manuals for small craft (Small Craft). As a result of technical committee ISO/TC 188, the draft of this standard was published in October 2018, intended to replace the 2015 edition. This standard specifies the technical information and safety requirements that must be included in user manuals for small craft under 24 meters in length.
Main Technical Changes and Updates
| Project | 2015 Edition | 2018 Edition | Impact of Changes |
|---|---|---|---|
| Design Category Definition | Basic Classification | Refine Wave Height and Wind Speed Parameters | Enhance Operational Guidance |
| Electrical System | Basic Requirements | Add References to IEC 60092-507 and ISO 16315 | Improve Electrical Safety |
| EU Conformity | Annex ZA is missing | New Appendix ZA | Clarified EU 2013/53/EU compliance |
| Grounding protection | Not covered | New grounding related information | Enhanced safety protection |
Safety label classification system
Clause 3.1 of the standard clarifies the four-level classification of safety labels: Danger (Gefahr) indicates that death or serious injury may result; Warning (Warnung) indicates that death or serious injury may result; Caution (Achtung) indicates that minor or moderate injury may result; Hint (Hinweis) indicates important non-hazardous information.
Core Content Requirements for the User Manual
Article 5.3 - Basic Vessel Information
Must include manufacturer information, model specifications, design category (AD category), light load mass, maximum load capacity, and principal dimensions. Design categories are clearly categorized: Category A for winds up to force 10; Category B for winds of force 8 and waves 4 meters high; Category C for winds of force 6 and waves 2 meters high; and Category D for winds of force 4 and waves 0.3 meters high.
Article 5.7 - Stability and Flooding Protection
Requires clear identification of hull opening locations, sea valve operating instructions, and bilge pump system parameters (in compliance with ISO 15083). Special emphasis is placed on warnings regarding bilge pumps as non-damage control equipment.
Clause 5.9 - Electrical System Safety
Covering fire, explosion, and electric shock protection for both DC and AC systems, including specific requirements for battery switch operation, switchboard instructions, and fuse replacement procedures.
Implementation Recommendations and Compliance Strategy
Manufacturers should establish a multilingual manual system to ensure compliance with the language requirements of their target markets. Electronic manuals must be printable and include an index if they exceed four pages.
A modular manual structure is recommended: a basic general section followed by model-specific supplements to meet standard requirements while reducing compilation costs. Symbols used must comply with ISO 8999 and ISO 11192 and may be supplemented with textual explanations.
EU Directive Conformity Statement
Annex ZA clarifies the correspondence between this standard and the essential requirements of Directive EU 2013/53/E, specifically the requirements for user manuals in Annex IA, Section 2.5. Compliance with this standard is presumed to be in compliance with the relevant requirements of the EU directives.
Industry Impact and Application Value
The implementation of this standard will improve the safety management level of small vessels and reduce operational risks through standardized information presentation. For manufacturers, unified standards reduce market access barriers; for users, clear safety guidelines enhance safety of use.
It is especially recommended that ship designers incorporate manual requirements in the early design stages to ensure that equipment layout, marking systems, etc. comply with the standard provisions to avoid subsequent rectification costs.