Autonomous programmable detector designed for the detection of toxic gases and O2 with electrochemical technology and CO2 with infrared technology. Three programmable alarm relay outputs with different levels for each gas. Digital control over the state of the sensor. Automatic hardware status testing. Digital filter based on variable sampling of the averages of the sensor values. Automatic thermal compensation that provides a correct response to temperature variations. Exact automatic zero adjustment. Monitors zero relative to sensor and electronics response. STANDGAS automatically performs a test every 30 minutes: if the drift -drift- is greater or less than 2% of the total scale value, it will be reset to zero; otherwise the data will be displayed as a reading. Other functions only accessible at the factory allow knowing the remaining useful life of the sensor, the date of manufacture and the last calibration, in addition to the serial number.

Independent electrochemical and infrared technology detector for the detection of toxic gases and O2. Independent functioning, does not require central. There is a new independent version with RS485 addressable communication compatible with DURGAS™ centrals (from v04 DURGAS™ version). Provided with a 16 X 2 lines display, backlit and three buttons. Allows to programme the prealarm level, alarm level, initial state of manoeuvre output, type of manual or automatic rearming, rearming timing, activation or non activation of the internal acoustics and possibility of inhibiting the sensor to avoid inappropriate manoeuvres in case of breakout.

Independent electrochemical and infrared technology detector for the detection of toxic gases and O2. Independent functioning, does not require central. There is a new independent version with RS485 addressable communication compatible with DURGAS™ centrals (from v04 DURGAS™ version). Provided with a 16 X 2 lines display, backlit and three buttons. Allows to programme the prealarm level, alarm level, initial state of manoeuvre output, type of manual or automatic rearming, rearming timing, activation or non activation of the internal acoustics and possibility of inhibiting the sensor to avoid inappropriate manoeuvres in case of breakout.

Independent electrochemical and infrared technology detector for the detection of toxic gases and O2. Independent functioning, does not require central. There is a new independent version with RS485 addressable communication compatible with DURGAS™ centrals (from v04 DURGAS™ version). Provided with a 16 X 2 lines display, backlit and three buttons. Allows to programme the prealarm level, alarm level, initial state of manoeuvre output, type of manual or automatic rearming, rearming timing, activation or non activation of the internal acoustics and possibility of inhibiting the sensor to avoid inappropriate manoeuvres in case of breakout.

Independent electrochemical and infrared technology detector for the detection of toxic gases and O2. Independent functioning, does not require central. There is a new independent version with RS485 addressable communication compatible with DURGAS™ centrals (from v04 DURGAS™ version). Provided with a 16 X 2 lines display, backlit and three buttons. Allows to programme the prealarm level, alarm level, initial state of manoeuvre output, type of manual or automatic rearming, rearming timing, activation or non activation of the internal acoustics and possibility of inhibiting the sensor to avoid inappropriate manoeuvres in case of breakout.

Independent electrochemical and infrared technology detector for the detection of toxic gases and O2. Independent functioning, does not require central. There is a new independent version with RS485 addressable communication compatible with DURGAS™ centrals (from v04 DURGAS™ version). Provided with a 16 X 2 lines display, backlit and three buttons. Allows to programme the prealarm level, alarm level, initial state of manoeuvre output, type of manual or automatic rearming, rearming timing, activation or non activation of the internal acoustics and possibility of inhibiting the sensor to avoid inappropriate manoeuvres in case of breakout.

Independent electrochemical and infrared technology for the detection of toxic gases and O2. Independent functioning, does not require central. There is a new independent version with RS485 addressable communication compatible with DURGAS™ centrals (from the v04 DURGAS™ version). Provided with a 16 X 2 lines display, backlit and three buttons. Allows to programme the prealarm level, alarm level, initial state of manoeuvre output, type of manual or automatic rearming, rearming timing, activation or non activation of the internal acoustics and possibility of inhibiting the sensor to avoid inappropriate manoeuvres in case of breakout.

Independent catalytic technology detector for the detection of explosive gases. Independent functioning, does not require central. There is a new independent version with RS485 addressable communication compatible with DURGAS™ centrals (from the v04 DURGAS™ version). Allows to programe the type of gas, prealarm level, alarm level, initial state of the manoeuvre output, type of rearming manual or automatic, rearming timing, activation or non activation of the internal acoustics and possibility of inhibiting the sensor to avoid inappropriate manoeuvres in case of breakout. Calibrated in factory with span gas. No need to recalibrate in the initial set up. Resistant to silicone vapours (HDMS). Independent version RS485: Specially recommended for its use in laboratories or compartimentalized areas which, apart from its local use, need a control and making manoeuvres and remotely informing about its state. Up to 8 units per area can be connected, maintaining its compatibility with the rest of the gases.

Independent detector by catalytic technology for the detection of explosive gases with relay. Independent functioning: does not require central. Allows the automatic selection of the gas to detect , between any of the available gases, through a protocol established with a jumper. Detection range from 0 to 100% L.I.E. Opticas state and sensor breakout indicator. 1 alarm relay output programmable between 2 levels (20% LIE / 50% LIE), instant/retarded disconnection, programmation retard of connection and initial state of the relay in repose. Power 10V to 30V DC. Sensor and compensator in independent encapsulation to provide a bigger linearity and stability. Detector with sintered filter. Calibrated in factory withspan gas. No need to recalibrate in the installation. Easy verification and maintenance operations by a single worker.

Independent detector by catalytic technology for the detection of explosive gases with relay. Independent functioning: does not require central. Allows the automatic selection of the gas to detect , between any of the available gases, through a protocol established with a jumper. Detection range from 0 to 100% L.I.E. Opticas state and sensor breakout indicator. 1 alarm relay output programmable between 2 levels (20% LIE / 50% LIE), instant/retarded disconnection, programmation retard of connection and initial state of the relay in repose. Power 10V to 30V DC. Sensor and compensator in independent encapsulation to provide a bigger linearity and stability. Detector with sintered filter. Calibrated in factory withspan gas. No need to recalibrate in the installation. Easy verification and maintenance operations by a single worker.

RS485 Detector by electrochemical sensor for sulphur dioxide detection. Developed for its use with DURGAS™, SIEDEGAS, EUROSONDELCO and SIEMENS CC62P. Main applications: Paper industries, steel mill, chemical industry, domestic boilers and food processes. IP65. Cable input through PG9 self-blocking cable gland IP67.

RS485 Detector by electrochimical sensor for Chlorine detection. Developed for its use with DURGAS™, SIEDEGAS, EUROSONDELCO and SIEMENS CC62P. Main applications: Chemical industry, paper industry, pools, water treatment and cooling. IP65. Cable input through PG9 self-blocking cable gland IP67.

RS485 Detectory by electrochimical sensor for nitrogen monoxide detection. Developed for its use with DURGAS™, SIEDEGAS, EUROSONDELCO y SIEMENS CC62P. Nitrogen monoxide is a colorless gas which is formed by a combination of oxygen and nitogen at high temperature. Generated through combustion processes, motors, domestic boilers, incinerators, mining sites, etc... Its one of the main source of urban pollution. IP65. Cable input through PG9 self-blocking cable gland IP67.

RS485 Detector by electrochimical sensor for hydrochloric acid detection. Developed for its use with DURGAS™, EUROSONDELCO and SIEMENS CC62P. Main applications: Chemical industries, bin, fumigators, printed circuits and semiconductors, refrigeration, mills, pools, textile industry and leather tanning. IP65. Cable input through PG9 self-blocking cable gland IP67.

RS485 Detectors by electrochimical sensor for hydrogen sulfide detection. Developed for its use with DURGAS™, EUROSONDELCO and SIEMENS CC62P. Main applications: Chemical industries, wastewater and tunnels. IP65. Cable input through PG9 self-blocking cable gland IP67.

RS485 Detector by electrochimical sensor for oxygen detection. Developed for its use with DURGAS™, EUROSONDELCO and SIEMENS CC62P. Main applications: wineries, food processing, silos, glasshouses, incubators, mining operations, nuclear industry and wastewater. IP65. Cable input through PG9 self-blocking cable gland. IP67.

RS485 Detector by electrochimical sensor for nitrogen dioxide detection. Developed for its use with DURGAS™, EUROSONDELCO and SIEMENS CC62P. Main applications: Underground parkings, transport interchanges, tunnels... IP65. Cable input through PG9 self-blocking cable gland IP67.

RS485 Detector by electrochimical sensor for carbon dioxide detection. Developed for its use with DURGAS™, EUROSONDELCO and SIEMENS CC62P. Main applications: Underground parking, tunnels, industry. IP65. Cable input through PG9 self-blocking cable gland IP67.

DIREX has been specially designed for: (1) Installations with the presence of inhibitory or poisonous gases from catalytic detectors -pellistors-. These gases do not affect DIREX. (2) In atmospheres where there is no presence of oxygen. DIREX, unlike pellistors, does not need oxygen for its operation. (3) Installations in which maintenance operations must be minimized. DIREX only requires one review every 3 years. In infrared detection, unlike other technologies, the presence of the gas to be detected does not reduce the useful life of the sensor. DIREX is not affected by this phenomenon. Available gases: Methane, Natural Gas, Propane and CO2. Explosion-proof ATEX housing with ATEX certificate LOM08ATEX2059 X. Detection range from 0 to 100% L.I.E. (explosives) and 0 to 2% vol (CO2). Optical indications of loop and sensor failure.

DIREX has been specially designed for: (1) Installations with the presence of inhibitory or poisonous gases from catalytic detectors -pellistors-. These gases do not affect DIREX. (2) In atmospheres where there is no presence of oxygen. DIREX, unlike pellistors, does not need oxygen for its operation. (3) Installations in which maintenance operations must be minimized. DIREX only requires one review every 3 years. In infrared detection, unlike other technologies, the presence of the gas to be detected does not reduce the useful life of the sensor. DIREX is not affected by this phenomenon. Available gases: Methane, Natural Gas, Propane and CO2. Explosion-proof ATEX housing with ATEX certificate LOM08ATEX2059 X. Detection range from 0 to 100% L.I.E. (explosives) and 0 to 2% vol (CO2). Optical indications of loop and sensor failure.

DIREX has been specially designed for: (1) Installations with the presence of inhibitory or poisonous gases from catalytic detectors -pellistors-. These gases do not affect DIREX. (2) In atmospheres where there is no presence of oxygen. DIREX, unlike pellistors, does not need oxygen for its operation. (3) Installations in which maintenance operations must be minimized. DIREX only requires one review every 3 years. In infrared detection, unlike other technologies, the presence of the gas to be detected does not reduce the useful life of the sensor. DIREX is not affected by this phenomenon. Available gases: Methane, Natural Gas, Propane and CO2. Explosion-proof ATEX housing with ATEX certificate LOM08ATEX2059 X. Detection range from 0 to 100% L.I.E. (explosives) and 0 to 2% vol (CO2). Optical indications of loop and sensor failure.

DIREX has been specially designed for: (1) Installations with the presence of inhibitory or poisonous gases from catalytic detectors -pellistors-. These gases do not affect DIREX. (2) In atmospheres where there is no presence of oxygen. DIREX, unlike pellistors, does not need oxygen for its operation. (3) Installations in which maintenance operations must be minimized. DIREX only requires one review every 3 years. In infrared detection, unlike other technologies, the presence of the gas to be detected does not reduce the useful life of the sensor. DIREX is not affected by this phenomenon. Available gases: Methane, Natural Gas, Propane and CO2. Explosion-proof ATEX housing with ATEX certificate LOM08ATEX2059 X. Detection range from 0 to 100% L.I.E. (explosives) and 0 to 2% vol (CO2). Optical indications of loop and sensor failure.

DIREX has been specially designed for: (1) Installations with the presence of inhibitory or poisonous gases from catalytic detectors -pellistors-. These gases do not affect DIREX. (2) In atmospheres where there is no presence of oxygen. DIREX, unlike pellistors, does not need oxygen for its operation. (3) Installations in which maintenance operations must be minimized. DIREX only requires one review every 3 years. In infrared detection, unlike other technologies, the presence of the gas to be detected does not reduce the useful life of the sensor. DIREX is not affected by this phenomenon. Available gases: Methane, Natural Gas, Propane and CO2. IP65 plastic housing. Detection range from 0 to 100% L.I.E. (explosives) and 0 to 2% vol (CO2). Optical indications of loop and sensor failure.

DIREX has been specially designed for: (1) Installations with the presence of inhibitory or poisonous gases from catalytic detectors -pellistors-. These gases do not affect DIREX. (2) In atmospheres where there is no presence of oxygen. DIREX, unlike pellistors, does not need oxygen for its operation. (3) Installations in which maintenance operations must be minimized. DIREX only requires one review every 3 years. In infrared detection, unlike other technologies, the presence of the gas to be detected does not reduce the useful life of the sensor. DIREX is not affected by this phenomenon. Available gases: Methane, Natural Gas, Propane and CO2. IP65 plastic housing. Detection range from 0 to 100% L.I.E. (explosives) and 0 to 2% vol (CO2). Optical indications of loop and sensor failure.