Site assessment
We review the property, current conditions, available plans and project requirements.

An aspirator continuously draws air through a sampling-pipe network for smoke analysis. We assess the environment, design the pipework and sampling points, then handle installation and commissioning.
Aspirating detection can provide early warning or solve difficult-access detection problems, but the airflow, environment, pipe network and maintenance plan must support it.
A fan or aspirator continuously draws air through sampling holes in a pipe network. The detector analyzes the sample and responds at configured smoke thresholds.
Selected data, telecom, control, high-value, high-airflow, difficult-access or critical spaces where early warning or remote sampling is required by the approved design.
Air movement, background contamination, sampling-hole locations, pipe lengths, airflow balance, transport time, filtration, sensitivity settings, access and FDAS interfaces.
We review the property, required alarm sequence and existing interfaces before defining the FDAS scope and project sequence.
We review the property, current conditions, available plans and project requirements.
We define the panel, device layout, alarm sequence, interfaces and installation scope.
We discuss the proposed scope, inclusions, commercial terms and questions before approval.
Equipment, cabling, devices and site work follow the agreed project scope.
The installed system is tested and commissioned against the approved scope and sequence.
We remain available for maintenance, project records and BFP-related follow-up within our scope.
Preventive maintenance covers the detector, aspirator, sampling pipework and site conditions that affect airflow and smoke response.
Review detector status, alarm history, power, filters and aspirator condition.
Check sampling holes, pipework, airflow readings and obstruction or leakage concerns.
Perform the agreed functional tests and verify alarm levels and FDAS interfaces.
Record results, maintenance needs and BFP-related follow-up connected to our scope.
Straight answers about air sampling, early warning, suitable environments, pipe design, maintenance and project information.
It actively draws air from a protected area through sampling holes and pipework to a detector. The sampled air is analyzed for smoke at sensitivity levels configured for the application.
It can be designed for enhanced or very early warning in suitable applications. Actual performance depends on the detector class, sensitivity settings, sampling design, airflow, environment and commissioning results.
It may be considered for data and telecom rooms, high-value equipment areas, high-airflow spaces, difficult-access locations and selected critical facilities. It is not automatically the right choice for every room.
Pipe length, hole size and position, airflow balance and transport time affect how air reaches the detector. The network must be designed and verified for the selected equipment and application.
Yes, subject to equipment compatibility and condition. The scope can cover detector status, filters, aspirator operation, pipe integrity, airflow, sampling holes, functional tests and connected alarm interfaces.
Send the contact person, company, site location, room use, new or existing status, ceiling and airflow information, and any plans, equipment details, specifications, sensitivity requirements or BFP comments available.
Send the site location, whether this is a new installation or an existing system, and any available plans or specifications. We’ll review the details and contact you about the site assessment and next steps.
Service information and references from DGRB Fire Safety · Updated August 9, 2026 · References: BFP Revised IRR of RA 9514 and NFPA 72 — Fire Alarm and Signaling Code.