Request a consultancy for the identification of possible sources of explosion to guarantee the safety of the products supplied
Analysis of explosion sources and ATEX standards
In the presence of projects intended for final installations where possible spills of material (liquid, gas, dust) can cause an explosion, the user must have the guarantee that the system or machine has been verified in accordance with the requirements and methodologies contained in the technical standards harmonized to the ATEX Directive.
We support your engineering through the analysis of compliance that aims to ensure that the end user conforms with the applicable regulations:
- EN 60079-10 (CEI 31-30) “Classification of dangerous areas” and subsequent amendments
- EN 61241-10 (CEI 31-66) “Classification of areas where combustible dusts are or may be present” and subsequent amendments
- CEI 31-35 “Electrical constructions for potentially explosive atmospheres due to the presence of gases. Guide to the application of CEI EN 60079-10 (CEI 31-30) Classification of areas with danger of explosion due to the presence of flammable gases, vapors or mists”
The documentation we provide lends itself to be shared with your end client, in order to facilitate the employer who will use the system.
FAQ
ATEX Directive is applied in the presence of projects intended for final installations where possible spills of material (liquid, gas, dust) can cause an explosion.
The applicable regulations are:
- EN 60079-10 (CEI 31-30) “Classification of dangerous areas” and subsequent amendments
- EN 61241-10 (CEI 31-66) “Classification of areas where combustible dusts are or may be present” and subsequent amendments
- CEI 31-35 “Electrical constructions for potentially explosive atmospheres due to the presence of gases. Guide to the application of CEI EN 60079-10 (CEI 31-30) Classification of areas with danger of explosion due to the presence of flammable gases, vapors or mists”
It is necessary in order to facilitate the employer who will use the system.
Related Services
Recommended Posts
IEC 61508 vs. IEC 61511 Requirements
IEC 61508 is the basic reference for Functional Safety that settle the minimum safety requirements […]
Read more
How is the PFDavg calculated for IEC 61511?
The most common method for calculating PFDavg in a safety chain is to use the […]
Read more
The Reasons why IEC standard 61511 is critical
IEC 61511 is a technical standard related to functional safety which defines and identifies measures […]
Read moreWhy Choose us
- We offer a customized service, adaptable to any system whatever its size and complexity
- This includes a single interface for the hardware and software used to integrate the hardware and to develop and validate the application software
- We use certified software in global use for calculating the individual safety functions and for verifying the final SIL
What some of our customers say about us
-
"The three biggest benefits you receive from partnering with H-ON are flexibility to adapt to the customers' needs on different types of projects, high technical skilled engineers, as well as reliability on managing projects on time with the expected quality level."
Rotork Fluid System
-
"We strongly recommend them as a guarantee of impartiality along the Functional Safety Assessment process, preliminary to the issue of SIL certificate."
ASEM
-
"The training course on Functional Safety (IEC 61508) was very useful, well-conceived and well-explained, despite the heaviness of the topics."
EUROSWITCH S.p.A.
-
"Our collaboration with H-ON Consulting was successful due their expertise and ability to provide technical, engineering and safety knowledge."
SOFTRONIC
