Comprehensive early-warning smoke detection, residue-free clean agent suppression, acoustic HDD protection, and water mist systems designed for zero operational downtime.
Tailor your fire protection strategy to meet strict SLA performance, thermal load density, collateral damage prevention, and regulatory compliance.
Actively sample high-velocity airflow using aspirating smoke technology to detect microscopic off-gassing and combustion particulates before visible smoke appears.
Extinguish fires using inert gas or eco-friendly halocarbon clean agents (LogicQ CleanAgent™) that leave zero electrical residue, protecting live server electronics.
Shield sensitive Hard Disk Drives (HDDs) from sound pressure wave damage with silencer nozzles, or deploy low-pressure water mist for minimal liquid volume.
Integrate peer-to-peer addressable fire panels with central BAS and DCIM dashboards, featuring redundant IP communications and cloud monitoring.
Comparing LogicQ Very Early Warning Aspirating Smoke Detection (VEASD) against traditional detection methods in high-airflow hot/cold containment aisles.
Targeted solutions designed for high-density AI server racks, battery energy storage systems (BESS), and concealed spaces.
Detect early electrolyte off-gassing in UPS and BESS energy storage rooms long before thermal runaway and combustion occur.
Continuous air sampling designed to perform accurately even in high-velocity CRAC/CRAH cold-aisle air supply currents.
Integrate nitrogen generators into pre-action sprinkler systems to purge oxygen, extending pipe lifespan and preventing pinhole leaks.
Patented low-decibel discharge nozzles engineered to keep noise output below critical HDD vibration thresholds during clean gas releases.
Explore key components of our integrated fire detection and suppression portfolio.
Ultra-early warning air sampling networks with programmable laser sensitivity levels for high-airflow data halls.
Electrically non-conductive gaseous extinguishing systems (300 Bar regulated) that leave no residue and eliminate collateral water damage.
Sound-attenuated gas release nozzles designed with acoustic modeling to prevent drive failure and data corruption in storage arrays.
Dry pipe preaction systems with dual electronic accelerators to prevent accidental water discharge in server aisles.
Micro-droplet spray nozzles tested for data halls, raised floor voids, and overhead cable trays, using up to 80% less water.
Intuitive touch-screen life safety control panels providing addressable device telemetry and direct BMS/DCIM software integration.
Schedule a fire risk assessment with our engineering team to design a clean agent, water mist, or aspirating detection strategy tailored to your facility.