System

Early warning smoke detection for spaces that can't afford to wait

Some spaces need to know about smoke long before a standard detector would. Aspirating systems like Xtralis VESDA continuously draw air through a network of pipes and analyze it with a laser-based detector, catching a problem at its earliest stage. Cross-Fire designs, installs, tests and services early warning smoke detection for sensitive environments and landmark buildings across New York City.

What we do

Design

Pipe network layout and sensitivity settings matched to the space, including landmark and historic buildings where detectors need to stay out of sight.

Installation

Detector units, sampling pipe and integration with your fire alarm system.

Inspection & Testing

Airflow and smoke transport testing to confirm the system responds as designed.

Service & Repair

Troubleshooting airflow faults, filter changes and component replacements.

Monitoring

Alert, action and fire signals sent to your fire alarm panel and monitored 24/7.

Where it fits

  • Data centers, server and telecom rooms
  • Museums, galleries and archives
  • Landmark buildings, churches and cathedrals with high ceilings
  • Trading floors and other critical operations
  • Warehouses and large open spaces

Services we perform on this system

FAQ

Frequently asked questions

How is aspirating smoke detection different from a regular smoke detector?

A regular detector waits for smoke to reach it. An aspirating system actively samples the air and can detect very small amounts of smoke, which gives you more time to respond.

Can it be installed in a landmark or historic building?

Yes. Sampling points are small and can be hidden, which is one reason aspirating systems are used in museums and historic spaces.

Does it work with my existing fire alarm system?

In most cases, yes. We tie the aspirating system into your fire alarm panel so its signals are monitored along with everything else.

Protecting a sensitive space?

Tell us about it and we'll recommend the right detection approach.