Crowcon DetectiveIQ – Rugged Multi-Gas Area Monitor with Modular Sensors

The Crowcon DetectiveIQ is a next-generation portable area gas monitor, engineered for temporary worksites, shutdowns, confined space entry, and perimeter monitoring. With the ability to simultaneously detect up to 7 gases in real time, DetectiveIQ delivers continuous protection for teams working in high-risk environments.

Key Features & Benefits

• Multi-Gas Detection – Monitor up to 7 gases at once, with fast <20s response times. Supports electrochemical, PID, IR, MPS™, pellistor, and long-life oxygen sensors.

• Unmatched Battery Life – Up to 15 weeks runtime on a single charge—longer than any other area monitor in its class. Quick 8-hour recharge minimizes downtime.

• Flexible Deployment – Designed for temporary worksites with fenceline or perimeter monitoring. Supports up to 25 interconnected devices, with an optional pumped module for gas sampling up to 30 m.

• Wide-Area Alarm Passing – Bluetooth® Mesh connectivity links up to 250 units across 10 groups, covering distances up to 2.5 km.

• Built for Harsh Conditions – Tough IP66/IP68 housing, Zone 0 certified, impact-resistant, and even floats for added reliability in extreme environments.

• Smart Connectivity – Syncs with Crowcon Connect for real-time alarms, compliance dashboards, audit-ready reports, and remote device management.

• User-Friendly Design – Large color LCD display, intuitive three-button navigation, and clear green-to-red hazard alerts simplify operation and improve worker response.

Applications

• Turnarounds & shutdowns

• Confined space entry

• Hot work maintenance

• Perimeter & fenceline monitoring

• Hazardous area operations (ATEX/IECEx Zone 0, CSA C1D1 certified)

Why Choose DetectiveIQ?

The Crowcon DetectiveIQ provides the longest battery life, most flexible connectivity, and broadest sensor options of any area monitor. With rugged durability and the ability to link hundreds of units for site-wide coverage, it is the ultimate choice for keeping teams safe during dynamic and temporary operations.