Process

The Process Working Groups objective is to show the best practice process for the design and selection of Passive Fire Penetrations Products.

These processes will be reflective of the Product Standards and System Classifications. 

Objective

The Process Working Groups objective is to develop good practice processes for the descriptive selection of Passive Fire Systems that allow Products to be selected. These processes will be reflective of the Product Standards and System Classifications. 

To achieve this the processes need to follow the whole golden thread for:

  • The building/project type
  • The space risks that are contained within them
  • Interface with the ‘Supporting Construction’ chosen to ensure a fire safe interface.  

We could call this a ‘System Approach’ solution. The founding principle must be creating safe places using a single version of the truth that is 

Descriptive, Transparent, Flexible, Evidential, Simple, Digital 

The process will need to be reflective of the descriptive (Descriptive means describing the condition. i.e. when you go to the doctors with an aliment and the condition is assessed and described in the correct language to allow the prescription to be sort): 

  • Building fire safety type/space risk fire safety type
  • System fire safety operational type
  • Classification for product fire safety type
  • Fire safety supporting construction compatibility type & the passive fire safety seal type
  • The installation/maintenance access types. 

Technical Quality Assurance – 5 points that can be applied to all products that have passive fire seals and will be reflective of all the building regulations considerations. This allows the prescription to be given by a product manufacturer or a systems designer. 

 

Technical Quality Control During The Construction Phase

The 5 QA points should ultimately lead to Technical Quality Control during the construction phase. The 7 points for QC are :

  • Known installation records prescription digital information
  • Quality parameters & workmanship standards
  • Benchmarking
  • Installation acceptance
  • Digital records
  • Information for future change management
    operating & maintenance instructions.

There are also sub-flows which will also be considered that include:

  • Descriptive products interfaces
  • BIM digital asset records
  • BWIC processes (see Knowledge Shares)
  • Digital records.

A Code of Practice, a RACI and a product plan of works has also been produced (WIP) as part of the industry collaboration to assist in the plan of works. This process will be similar in principle to CIBSE Code M (commissioning Management).

 

 

 

 

 

 

 

Descriptive Standards Work Books (5 QA points)

  • BS EN 1366-1: Fire Ducts                                                                      
  • BS EN 1366-2: Fire dampers                                                                 
  • BS EN 1366-3: Penetration seals
    • Tray/ laggers
    • pipework
    • Conduits
    • Trunking
    • Busbar(see*)                                              
  • BS EN 1366-4: Linear joint seals                                                           
  • BS EN 1366-5: Service ducts and shafts                                               
  • BS EN 1366-6: Raised access floors and hollow floors                        
  • BS EN 1366-8: Smoke extraction ducts
  • BS EN 1366-9: Smoke extraction ducts single compartment                
  • BS EN 1366-10: Smoke control dampers       
  • BS EN 1366-11: Fire Cable Systems and Components                                            
  • BS EN 1366-13: Chimneys
  • BS EN 1364-1: Fire resistance tests for nonloadbearing
  • BS EN 1634-1:2014+A1:2018: Doors/ Shutters/ Curtains etc.
  • BS EN 81-58: Landing doors fire resistance test
  • BS EN 61439-6 Busbar                                                                    
  • BS8602:2013 Resin Busbar