Lone Worker Devices

The Cub 11.7 eV personal VOC gas monitor is worn within the breathing zone to detect volatile organic compounds, keeping users safe in their working environment.

The Ventis Pro5 can protect workers from up to five gases, manage worker safety from remote locations and simplify team communication. In addition, workers can connect their devices anywhere, anytime with options such as cellular, Wi-Fi, satellite and more.

The CM-900 series industrial gas detector is designed to measure low oxygen or high carbon dioxide levels to protect employees and staff should unintentional leaks or releases occur.

The Grace Connected Safety system uses Grace Cloud Connect to safely monitor workers in fixed or remote locations, without the need for a third-party call center.

The G7 Lone Worker Monitor keeps workers connected no matter where they are, so help can be on the way in seconds. Equipped with built-in cellular connectivity, the wearable safety monitor streams vital data such as location.

The X-am 2800 multi-gas detector simultaneously measures up to four gases. Workers can choose sensors for flammable gases and vapors, as well as oxygen, carbon monoxide, hydrogen sulfide, nitrogen dioxide and sulfur dioxide.

The G6 is a portable single-gas detector for carbon monoxide, hydrogen sulfide, oxygen or sulfur dioxide. It continuously monitors gas concentrations in the ambient environment and activates low- and high-urgency notifications when concentrations exceed set points.

The Safety Watch is a real-time location solution for industrial applications designed to enhance the safety of workers and help measure productivity. It uses radio-frequency identification technology to monitor assigned locations and identify when an employee has entered a restricted area.

The Ventis Pro5 multi-gas monitor gives workers the power to monitor up to five gases simultaneously, including methane, pentane, chlorine, carbon monoxide, carbon dioxide, hydrogen sulfide, hydrogen cyanide and oxygen.

The 620 sound level meter features time history profiling, enabling operators to see how noise has varied over a set period ranging from one second to 30 minutes.