The Blackline Safety G7 EXO gas detection monitor is a new generation of equipment that transmits in real-time manner positions, measurements, and alerts on a cloud control platform that relays this information to all connected operators. Detection of explosive gases, Cl2, ClO2, CO, CO2, H2, H2S, HCN, NH3, O2, O3, SO2 & VOC (volatile organic compounds).
Geolocalized area monitoring monitor detecting up to 5 gases simultaneously
Blackline Live platform for data centralization, alerts, and fleet management in real-time
Simultaneous detection of up to 5 gases in diffusion or pump mode
4 alarm levels (TWA, STEL, low and high exceedance)
Battery life up to 100 days in diffusion mode
Additional information
The G7 EXO geolocated gas detection monitor offers unparalleled control and area monitoring. All critical site safety information (geographical position, gas alarms, alert messages) is instantly uploaded to the portal for optimum monitoring and safety. It is the first cloud-connected area monitoring device with integrated 2G/3G/4G communication.
With a record autonomy of more than 100 days in broadcast mode for the four-gas versions (EXPLO, O2, CO, H2S), the G7 EXO area monitor can detect up to 5 gases simultaneously. It has two potential-free dry contacts for additional servo-controls (additional signals, forced ventilation start-up, electrical cut-off, etc.).
A latch on the front panel activates a "Man in distress" PASS alarm and instantly informs the security PC and all the connected peers of the group (G7C individual gas detectors). To complete its all-terrain adaptability and all applications, the G7 EXO geolocalized gas detection monitor has many options and accessories: solar panel, mounting devices (on a tripod or duct), 4-channel sampling pump, transport case, etc.
Water purification and wastewater treatment processes developed for water sanitation produce many combustible, toxic or asphyxiating gases. This field of activity presents several ...
Because of the presence of toxic and explosive gas, oil and gas production, exploitations and treatment sites can be highly dangerous environments for workers. Gas detection ...
Ozone cleaning has been increasingly used since the health crisis. However, although this gas protects against UV radiation, it can be dangerous for exposed workers.
