Since 1985, Industrial Scientific has been dedicated to eliminating death on the job through gas detection technologies, connected safety solutions, asset management, remote monitoring and software applications.
From the International Space Station to mines deep inside the earth, men and women around the world bet their lives on the technologies Industrial Scientific teams have created, including the first three-gas detector, six-gas detector, and wireless gas detector.
Industrial Scientific also developed a full suite of safety resources, including:
At a chemical plant, workers can be exposed to any number of gases: LEL, O2, NH3, CO, Cl2, H2, HCL, H2S, NO, NO2, PH3, or SO2.
Gas-related risks are common for fire departments and emergency response teams.
From cleaning vats and pits to fermenting and carbonating, the food and beverage industry has its own unique gas hazards.
At the scene of a hazardous materials incident, first responders are responsible for protecting lives, property, and the environment
The same paper mills that create harmless household products have serious hazards in the production process.
Utility workers face hazards every time they go to work. Evacuations, cable installation and repairs, and sewage or electrical line inspections are just some of the ways that workers can find themselves at risk of exposure to gas hazards.
Mining is a broad industry that covers the extraction of diverse materials from the ground, ranging from coal to metals and non-metals like salt or sand.
Working in energy production and distribution can expose you to a variety of hazards – including explosions and fires due to flammable gases, falls from high platforms or equipment, confined space entry, and more.
The hazards workers face in iron and steel manufacturing are varied, but always demanding.
| Model | Description | Key Features |
|---|---|---|
| Ventis Pro5 | Five-gas monitor | LENS Wireless, DualSense Technology, optional pump, IP68 rated |
| Ventis MX4 | Four-gas monitor | Slide-on pump option, multiple battery options, compact design |
| MX6 iBrid | Six-gas monitor | Hundreds of sensor combinations, PID for VOC detection, optional integral pump |
Radius BZ1 – rugged area monitor for worksite monitoring:
| Model | Description | Key Features |
|---|---|---|
| Tango TX1 | Personal single gas monitor | DualSense Technology, 2-year run time, Guaranteed for Life™ warranty |
| GasBadge Pro | Personal single gas monitor | Interchangeable sensors, infrared interface, Guaranteed for Life™ warranty |
| T40 II Rattler | Portable single-gas monitor | Fast sensor response, replaceable battery, available for CO, H₂S and O₂; compatible with T-Dock |
Tango TX2 – two-gas monitor featuring individual sensors for increased alarm accuracy. Two-year runtime and replaceable battery eliminate the need for charging infrastructure.
DSX Docking Station – automated gas detector maintenance, record storage, and fleet management solution. Available in three configurations:
iNet Platform includes:
SAFER One – advanced hazard modelling software for chemical release response.
LENS Wireless allows personal monitors and area monitors to wirelessly share gas readings and alarms with one another:
iAssign Beacons and Tags allow tracking of workers and locations:
What types of Industrial Scientific gas detectors are available?
The range includes portable single-gas and multi-gas detectors, area monitors, docking stations and connected safety solutions.
What is the difference between a bump test and a full calibration?
Bump test (functional test): Briefly exposes the sensor to gas to verify that all alarms will trigger. It confirms that the detector is functioning but does not adjust accuracy.
Full calibration: Checks the accuracy of the gas reading by exposing the detector to a known concentration and adjusting the sensor’s response to match. This ensures precise measurements.
How often should a gas detector be bump tested and calibrated?
Testing and calibration intervals should follow the manufacturer’s instructions and the user’s site procedures. A bump test should normally be performed before use, while calibration is required according to the prescribed schedule or if the detector fails a bump test.
Which gases can Industrial Scientific monitors detect?
Available sensor options depend on the selected model and may include oxygen, combustible gases, toxic gases, carbon dioxide and volatile organic compounds. The required gas configuration should be confirmed for each application.
Can Industrial Scientific gas detectors be used in marine and offshore environments?
Suitable models and configurations are available for marine and offshore applications. The required hazardous-area approvals, ingress protection and operating conditions must be checked for the selected detector.
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