Frequently Asked Questions
FSS Technologies offers hands-on classes and live system demonstrations covering fire alarm systems, fire extinguishers, emergency and exit lighting, and evacuation procedures. Training is tailored to your facility’s systems and code requirements.
Training is designed for building owners, property managers, facility staff, safety officers, and anyone responsible for emergency response or system oversight.
Training topics include fire extinguisher use and selection, fire alarm system operation, emergency lighting procedures, evacuation planning, and an overview of relevant NFPA codes and AHJ requirements. Content is adjusted based on your facility’s specific systems.
OSHA requires employers to provide fire safety training when fire extinguishers are available in the workplace. NFPA 1 (Fire Code) and local AHJs may also require documented staff training depending on occupancy type and hazard level.
Training should be conducted at least annually, with additional sessions recommended when new systems are installed, staff members come and go, or codes and procedures change.
Both. FSS Technologies has dedicated training spaces for hands-on classroom instruction and offers on-site training at your facility.
Yes. FSS hosts live demonstrations that show how fire alarm, suppression, and life safety systems operate in real scenarios. Demos are available for clients, prospects, and fire marshals looking to understand system capabilities firsthand.
Yes. FSS tailors training content to your building’s installed systems, occupancy type, and hazard classifications, so your team receives instruction relevant to their daily responsibilities and emergency roles.
FSS Technologies provides expert-led training through classes, workshops, and live demonstrations, delivered at your facility or at a dedicated FSS training center. Every session is built around your systems and local requirements, so your team walks away prepared.
Fire sprinkler systems are activated by heat, not smoke. When the air around a sprinkler head reaches a specific temperature (typically 135–165°F), the heat-sensitive element activates and releases water directly over the source of the fire. Each head activates individually, limiting water damage and targeting the threat precisely.