Fire Alarm Systems
Engineered addressable and conventional fire detection systems, alarm initiation devices, synchronized audiovisual notification, programmable cause-and-effect matrix control, emergency system interfaces, and end-to-end lifecycle maintenance.
Engineered Subsystem Scope & Architecture
HORNET INFOTECH designs, supplies, installs, tests, and commissions integrated fire detection and life-safety systems. From initiating field sensors and intelligent loop processing to multi-tier notification and emergency building interfaces, every subsystem is engineered for life-safety reliability.
Microprocessor-controlled addressable fire alarm control panels supporting expandable Class A or Class B loops, peer-to-peer panel networking, redundant power supplies, battery autonomy calculations, and non-volatile event logging.
Point-addressable optical smoke, rate-of-rise thermal, and multi-criteria sensors with drift compensation and dirty-head alerts; complemented by high-sensitivity aspirating smoke detection (ASD) and projected optical beam detectors for expansive halls.
Resettable break-glass/push manual call points (MCP), supervised input monitor modules for sprinkler flow switches and pressure switches, and control relay modules for fire damper, AHU plant shutdown, and emergency door release.
Supervised multi-tone electronic sounders, synchronized xenon/LED strobes, voice alarm evacuation integration, floor-level LCD repeater annunciators, and high-level BACnet/Modbus gateway integration into central BMS workstations.
Fire Alarm Integration with the HORNET Ecosystem
Fire alarm systems form the statutory foundation of facility life safety. HORNET coordinates initiating devices, central panel processing, multi-zone notification, and emergency building interlocks subject to applicable codes and project design.
Fire Detection
Addressable optical smoke, rate-of-rise heat, and multi-sensor detectors monitoring ambient air.
Manual Initiation
Break-glass and push-type addressable manual call points (MCP) and monitored emergency inputs.
Intelligent Processing
Microprocessor fire alarm control panel evaluates analogue loop values and verifies fire condition.
Cause & Effect Logic
Site-specific programmable matrix mapping initiating zones to designated output actions as designed.
Alarm Notification
Multi-tone electronic sounders, synchronized flashing strobes, and voice alarm broadcast where applicable.
Monitoring & Annunciation
LCD repeater panels, graphical workstation floorplan display, and central BMS supervisory signaling.
Emergency Interfaces
Supervised relays for HVAC AHU tripping, fire dampers, access door unlocking, and lift grounding recall.
Deployment Environments
Every facility architecture imposes unique fire-loading profiles, occupancy patterns, zoning subdivisions, and statutory evacuation codes. HORNET engineers systems tailored to specific building typologies.
Corporate & Commercial Buildings
Multi-story addressable loop zoning, floor-by-floor phased evacuation notification, tenant demarcation modules, and emergency staircase pressurization interlocks as designed.
IT / ITES & Technology Campuses
High-sensitivity aspirating smoke detection (ASD) for server halls, intelligent multi-criteria sensors across work areas, and networked peer-to-peer fire panels across multiple campus blocks.
Manufacturing & Industrial Facilities
Heavy-duty optical beam detectors for high-bay warehouse roofs, linear heat detection (LHD) for cable trays, flame detectors, and weatherproof outdoor manual call points where applicable.
Healthcare Facilities & Hospitals
Cause-and-effect horizontal compartment evacuation schemes, patient ward sounder tone adjustments, nurse station repeater annunciators, and medical gas room monitoring.
Government & Institutional Campuses
Centralized fire graphics workstations, multi-building fiber-optic network loops, public auditorium voice evacuation interfaces, and statutory authority compliance documentation.
Mission-Critical & Data Facilities
Early warning air sampling detection, dual-knock cross-zone releasing circuits for gas suppression integration, UPS battery room hydrogen monitoring, and 24/7 BMS telemetry.
Detailed Technical Specifications in Preparation
Comprehensive fire alarm datasheets, addressable loop calculations, device coverage layouts, cable containment pathways, and equipment Bill of Quantities (BOQ) are tailored by our engineering team to client architectural blueprints and statutory fire authority requirements.
Documented Project Deployments
Verified corporate infrastructure delivered, commissioned, and handed over by HORNET INFOTECH.
eClerx Corporate Facility ELV & ICT Infrastructure (Phase 1)
Integrated ELV, electronic security, life safety, and network cabling infrastructure deployed for eClerx Chandigarh (Phase 1), supporting 216 CCTV surveillance cameras, a 340-device addressable fire alarm system, 170 PA speakers/units, 30 access-controlled doors, 1,500+ structured cabling data points, Novec clean-agent suppression, VESDA, WLD, and rodent detection.
eClerx Corporate Facility ELV & ICT Infrastructure (Phase 2)
Integrated ELV, electronic security, life safety, and network cabling infrastructure deployed for eClerx Chandigarh (Phase 2), supporting 178 CCTV surveillance cameras, a 215-device addressable fire alarm system, 120 PA speakers/units, 23 access-controlled doors, 1,000+ structured cabling data points, Novec clean-agent suppression, VESDA, WLD, and rodent detection.
Related Life Safety & Security Solutions
Pre-engineered and engineered total flooding extinguishing systems, electrical panel tube protection, and cross-zoned activation logic.
Clean-agent gaseous extinguishing (Novec 1230 / FM-200 / Inergen) engineered for mission-critical server halls and battery rooms.
Intelligent door controllers and fail-safe electromagnetic locks with direct fire alarm panel relay interfaces for emergency egress.
Automated video bookmarking and camera pop-ups triggered on addressable fire alarm loop detector initiation for visual verification.