What battery chemistries and refrigerants are installed?
Critical-facility application review
Data Centres & Critical Facilities Gas Detection
Align battery and refrigerant hazards with building systems and a facility-specific alarm response.
The operating challenge
What must the system detect—and what should happen next?
Battery technology, room ventilation, air handling and building-control interfaces vary by facility.
Hazards to assessBattery-related gases, refrigerants and oxygen displacement risks
Start the application assessment Discovery checklist
Bring these questions to the design review.
Useful inputs reduce rework. If details are unknown, Q-Advisor can help record what still needs confirmation.
Where are rooms, air handling paths and occupied zones?
Which BMS, ventilation and emergency interfaces exist?
How will battery or refrigerant changes trigger a design review?
Preliminary architecture
From measurement to a documented response.
Identify the battery chemistry and refrigerant first, then define measurement objective and integration with BMS and emergency procedures.
Check battery/refrigerant changes, sensor access, alarm testing and maintenance records.
01DetectGas and location
02EvaluateController or PLC
03RespondAlarm and action
04RecordEvents and service
Concept only. Detector location, alarm setpoints, safety action and certification require qualified engineering review.
What Quantra can help define
A useful engineering conversation, not a product list.
- Define a distinct detection objective for each hazard.
- Coordinate local alarms and BMS signals with the facility response procedure.
- Record changes, functional tests and maintenance responsibilities.
Request a no-cost fixed gas detection application review.
Share the operating context, target gases and current controls. The guided Q-Advisor preview can organize your initial information; Quantra can review the engineering decisions with you.