CONSULTANCY

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Machinery Diagnostic

  • Initial diagnosis of all the machines to determine, in a general way, the risk levels of each one.
  • It allows to identify which machines have a higher level of risk, which have a lower level of risk and which are in conformity with the applicable legislation.
  • It helps you to prioritise your preventive activity, not only based on economic aspects, but also by integrating information on the safety status of your machines.
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Occupational Risk Assessment

  • It allows to know the danger of a machine to determine the risk level and to define the opportune actions to eliminate or reduce them.
  • An exhaustive Risk Assessment is carried out in accordance with the harmonised standard ISO 12100, identifying the hazards and associated risks and proposing technical measures to eliminate or reduce this risk.
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Functional Safety Concept

  • It provides a description of the measures to be taken to reduce the risks.
  • It will help you to identify which elements you should integrate into your machine and to know how to connect them.
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Study of Machinery Adequacy RD 1215/97

  • Report that detects non-conformities according to the minimum health and safety requirements of the Directive on the Use of Work Equipment (RD 1215/97).
  • The generation of a Check List in accordance with the Directive on the Use of Work Equipment helps to identify existing non-conformities in the machine.
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EC Conformity Assessment 

  • The main objective is to check that the documentation relating to the CE marking of a machine is correct and complete.
  • Analysis of all the documentation prepared by the machine manufacturer, analysing in depth the legal aspects related to the Machinery Directive.
  • As a result, a report that identifies the deficiencies in relation to the documentation, associated with the CE marking, is drawn up.
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Functional Safery Stud 13849-1 o EN 62061 

  • Safety-related control systems must be analysed in accordance with the harmonised standards ISO 13849-1, ISO 13849-2 or EN 62061.
  • PL and PFHd values are designed and calculated in the electrical, electronic, pneumatic and hydraulic circuits.
  • A report identifying which elements are part of each of the Safety Functions, estimating the level of safety required by each of them and concluding whether the proposed solution reaches this level.