ENGINEERING SIL ATEX, CERTIFIED PANELS
ENGINEERING SIL PANELS SPECIAL ATEX EN 60079-29-1
Our skills allow to make a full assessment of potentially explosive atmospheres, whether due to the presence of gas that fire dust, through the study of the emission sources, ventilation conditions and other factors as dictated by the ATEX standard of reference.
After defining the size and extent of areas at risk, we are able to adopt the most suitable methods of protection for the type of requested service.
The design and the construction of the Fire-Gas special certificates panels, born to high-risk industrial environments, Atex classified areas, with the Gas Certified configuration, has the task to alert us to the first level of gas leak, toprocess the signal, and to perform a predetermined logic dedicated to the implementation of a safety function, designed for the continuous search of people and environment protection.
The reference standards teaches us how to apply the PFD values “probality failure on demand” to a system that has to implement the safety function. The production of special panels made in SV Sistemi di Sicurezza, is under strict IMQ FPC certification procedures.
SPECIAL FIRE PANELS ENGINEERING EN 54-2, EN54-4, EN 12094-1
The design and construction of special certified control panels for the Fire-Gas, for not classified areas, the procedures for the feasibility analysis remain unchanged, the systems are designed to effectively cover the area to be monitored so as to detect fire in its early stages, very important for maximum damage reduction.
All the environmental features of the site such as shape, size and ventilation are considered in order to define the best applicable technical solution.
engineering sil of for the detection of gas concentration systems is carried out, whether they are explosive or toxic, through close collaboration with the customer and a scrupulous study of the plant. Our specialized staff defines specifications, the features and the positioning of the various components for the realization of the panel in order to fulfill the main characteristic of these systems: Preventing the Dangerous initiator element with instrumented functions for the safety.