Kidde Commercial - Engineered Systems

Engineered Systems

Aspirating Smoke Detection - ModuLaser & MiniLaser

Aspirating Smoke Detection (ASD)

Kidde Commercial Aspirating Smoke Detection solutions are specialized in providing advanced fire protection in environments where early detection is critical or traditional spot detection isn’t adequate.

By continuously sampling air, ASDs can provide detection before visible smoke or heat is present, giving you an early warning that can be essential in preventing property, data, or equipment damage.

With our proprietary high-sensitivity and intelligent alarm filtering technology, Kidde Commercial ASDs help prevent false alarms and unplanned shutdowns, minimizing downtime in mission applications such as data centers, laboratories, advanced manufacturing facilities, and more.

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Discover Our Portfolio

Kidde Commercial carries a range of market-leading aspirating smoke detectors

ModuLaser: Uinquely Modular. Endlessly Flexible.

ModuLaser®: Uinquely Modular. Endlessly Flexible.

Designed for mid-to-large scale applications, ModuLaser is the first-ever modular-designed ASD, providing endless flexibility in how you design your ASD solution and where it can be utilized.

This multi-channel aspirating detection solution supports wide-area coverage through configurable detection architecture, with each detector serving up to 820 linear feet of sampling pipe.

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MiniLaser: The Smart Choice For Demanding, Single-Zone Spaces

MiniLaser®: The Smart Choice For Demanding, Single-Zone Spaces

Engineered for small-to-medium spaces MiniLaser delivers the reliability for challenging environments in a technician-friendly, cost-effective solution. This single-zone ASD delivers precise early warning through simplified configuration, supporting up to 410 linear feet of combined sampling pipe.

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ASD Applications

Our innovative ASD products are engineered to perform in some of the harshest conditions and most critical environments.

Data Centers

High airflow and dense equipment loads dilute and redirect smoke, making early detection difficult for traditional spot detectors.

Atriums

High ceiling, stratification, and unpredictable smoke movement delay detection while architectural aesthetics limit traditional detector placement.

Large Open Facilities

Large volumes, mechanical ventilation, and compartmentalization prevents smoke from reaching spot detectors consistently.

Limited-Access Areas

Restricted access and safety risks make routine testing and maintenance difficult while airflow conditions remain unpredictable.

Harsh Environments

Dust, debris, temperature fluctuations, and mechanical activity increase nuisance alarms and complicate reliable fire detection.