Conspec’s next-generation Intrinsically Safe Atmospheric Monitoring System has been designed specifically for coal mines by our ISO 9001:2015 certified design team.
Our new Intrinsically Safe (IS) system meets all IECEx / ATEX GB 60079ia intrinsically safe requirements for methane environments and extends the available current and power in order to deliver the maximum of sensor coverage underground. This will double the available monitoring stations with more than four times the sensors compared to other intrinsically safe atmospheric monitoring system providers on an equivalent network.
Conspec’s IS monitors integrate advanced processor and sensing technologies to deliver ultra-low power consumption and fast, reliable monitoring of toxic and combustible gases, air velocity, temperature, humidity, and barometric pressure. Mines gain broader, more precise coverage using the same available power and current as previous generations of atmospheric monitoring systems.
Battery-powered monitoring options extend network coverage into hard-to-reach or high-risk areas, including room and pillar sections where traditional wired systems cannot operate. A next-generation intrinsically safe cable network further enhances reliability in both power delivery and data communications.
Fully integrated with Conspec’s mine-wide SCADA platform, the system provides dependable alarming, shutdown verification, and emergency response support to protect personnel, minimize infrastructure damage, and ensure operational confidence underground.
Intrinsically safe, ETL-US, C-ETL, ATEX, and IECEx approved for coal mining, hard rock mining, and oil & gas well pad applications
Multi-sensor gas monitor with onboard relays, configurable I/O, and long-life sensors for reliable hazardous-area performance
MSHA-approved cable for underground mining and classified locations, certified for power and data connectivity within Atmospheric Monitoring Systems (AMS).
Rugged PVC-jacketed construction with multiple cable types, supporting long-distance data transmission, parallel accessor connections, and cost-effective mine-wide coverage.
MSHA-approved, explosion-proof, and industrial-rated for mining, tunneling, and ventilation applications in Class 1, Div 1 harsh environments (ATEX/IECEx pending).
Accurate differential pressure airflow sensing, combined gas/air monitoring, configurable I/O, and native horn/strobe support in a single cost-effective device.
Provides mine-wide supervisory control with Optio Series monitors in MSHA and Intrinsically Safe classified environments.
Comprehensive real-time monitoring of atmospheric, geotechnical, and ventilation systems to support efficient operations and post-blast re-entry planning.