Tag: _gas_detectors

Sigma Control L control unit

The Sigma Control L control unit supports between 1 and 20 sensors (depending on type) SmArtGas 4, ProGas 4 or ReAct 4. It is designed to indicate the conditions of the sensors connected to the system, and this information is presented on the display and on the built-in System Optical Indicator

Read more

LTT2 and LTT4 optical/sound signalling device

The LTT2 or LTT4 optical/sound signalling devices provide comfort and a sense of security for workers in spaces within which SmArtGas 4, ProGas 4 or ReAct 4 detectors are used. Due to their ATEX certification, they can be used in hazardous areas.

Read more

RapidGas S aspiration detector

The RapidGas S aspiration sensor is used for measurement in places that are difficult to access, dangerous to humans (e.g. a generator in a power station, generator connections), or when the gas being measured has a high temperature, humidity.

Read more

RapidGas E aspiration detector

The RapidGas E aspiration sensor is used for measurement in places that are difficult to access, dangerous to humans (e.g. a generator in a power station, generator connections), or when the gas being measured has a high temperature, humidity. Designed in accordance with the ATEX Directive, it is intended for use within explosive atmospheres.

Read more

ReAct 4 detector

The ReAct 4 gas sensor has been developed to measure concentration of reactive gases when an Ex device is required, including aggressive and corrosive atmospheres.

Read more

ProGas 4 detector

The ProGas 4 sensor is a device that, despite its industrial nature, cannot be used in hazardous areas. This has its advantages, as it allows it to use the widest possible range of sensors to detect, for example, sulphur hexafluoride used in the energy industry and RX gases.

Read more

SmArtGas 4 detector

The SmArtGas 4 gas sensor has been developed to provide reliable gas measurement, monitoring and detection in harsh environments. Designed in accordance with the ATEX Directive, it is intended to operate within explosive atmospheres, which also allows it to function in other harsh environmental conditions, such as when there are high temperatures, vapours, moisture or dust around.

Read more