Collection and review of source data
Inputs, system interfaces and completion evidence are agreed before work begins.
Open section↗
KABO GROUPSafety engineeringDesign is the first step in creating an integrated fire protection system. We collect information about the building, define the required systems and prepare coordinated drawings, diagrams, specifications and explanatory materials.
Design is the first step in creating an integrated fire protection system. We collect information about the building, define the required systems and prepare coordinated drawings, diagrams, specifications and explanatory materials.
KABO GROUP reviews the available information, prepares an agreed technical scope and completes the work with the defined documentation.
Inputs, system interfaces and completion evidence are agreed before work begins.
Open section↗Inputs, system interfaces and completion evidence are agreed before work begins.
Open section↗Inputs, system interfaces and completion evidence are agreed before work begins.
Open section↗Inputs, system interfaces and completion evidence are agreed before work begins.
Open section↗Inputs, system interfaces and completion evidence are agreed before work begins.
Open section↗Inputs, system interfaces and completion evidence are agreed before work begins.
Open section↗We assess the building use, protected area, fire risks, existing engineering services and the required performance before agreeing the technical solution.
The estimate reflects system size, equipment or materials, access conditions, interfaces, commissioning and the completion documents agreed for the project.
KABO GROUP can survey, design, supply, install, test and hand over the system, followed by planned maintenance where required.
Design begins with building use, plans and sections, consequence class, room hazards, occupancy, operating mode and information from adjoining services. Refurbishment also requires a survey of existing systems.
The brief records system scope, responsibilities, design stage, calculations, interfaces and deliverables, preventing gaps between architecture, structures, electrical, ventilation, water and controls.
A cause-and-effect matrix defines which events initiate warning, smoke control, door release, lift recall, ventilation shutdown or extinguishing. It is coordinated with building operations and every responsible discipline.
Each signal has a source, confirmation logic, delay, fail-safe state and test method, allowing commissioning to verify the complete safety scenario rather than isolated devices.
Depending on design stage, the package may include design notes, plans, diagrams, cable and pipe schedules, calculations, specifications, cause-and-effect, interface requirements and testing criteria.
The package is agreed against DBN A.2.2-3:2014 with applicable amendments, project inputs and contract requirements. Standards are rechecked for every project rather than copied from an earlier job.
This list explains the regulatory basis but is not a substitute for a project or a complete schedule for every building. Document status, amendments and building-specific requirements are verified when the project starts.
Sets general fire-safety, fire-resistance, evacuation, compartmentation and engineering requirements.
Open source↗Building regulationCovers design and installation of fire-protection systems, their scope, interfaces and principal requirements.
Open source↗Building regulationUsed to define design stages, content and deliverables together with the brief and contract.
Open source↗Technical standardsApplicable parts are selected for detection, smoke control, extinguishing and lightning protection.
Open source↗Send the building purpose, floor area, architectural plans and the available technical brief.
We determine the systems that may be required and arrange a survey when site verification is necessary.
We prepare and agree the scope, design assumptions and requirements for the selected systems.
We prepare the graphical and written parts: drawings, diagrams, notes and equipment specifications.
We design automatic fire suppression, automatic fire detection and alarm, fire warning and evacuation control, smoke control, fire protection system monitoring and dispatch, and lightning protection systems.
Plans, a technical brief and information about the building’s purpose and operating conditions.
We start with the available information, a site survey and an agreed technical brief.
Cost depends on floor area, building configuration, system scope, access conditions and the required completion documents.
The building type, city, approximate area and required system are enough to begin.