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Dräger X-node

Toxic Gases and Oxygen Detectors

Wireless IoT solution for process monitoring and analysis
Converts reliable measurement data into valuable information
Accessible online for analysis, visualization, monitoring, and storage

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Dräger X-node: The more data, the more informed the decision

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-20°C - 50°C

Temperature (operation)

Polycarbonat

Housing Material

C4H6, C4H10S, C3H8O, C2H4O, C2H4O2, C4H6O2, C2H2, NH3 and more

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Highlights

Dräger X-node is a wireless IoT solution for area monitoring and analysis. The system solution converts reliable measurement data - gas concentration, temperature, humidity and pressure - from the X-node device into valuable information that you can access, analyse, visualise, monitor and store online via the X-node Hub.

Flexible and easy to use

The Dräger X-node IoT solution helps you to avoid damage, optimise production processes and prevent loss of resources - regardless of whether you want to use Dräger X-node or individual components of it in the long or short term:

Transparency: to make … More information

Industry-proven sensor technology

Choose from over 15 different, reliable DrägerSensors (see below) and let the X-node device continuously monitor the concentration of a specific gas and simultaneously measure temperature, relative humidity and air pressure.

DrägerSensors are renowned … More information

Control via the X-node app

You can access the X-node device via Bluetooth® using the X-node app to, for example, configure limit values, set sensors or display the current measured values. The X-node app is available free of charge in the Google Playstore and Apple App Store.

Analyse with the X-node Hub

With the X-node Hub online dashboard, you can conveniently view and manage measured values, online from anywhere. A variety of functions support you in monitoring and analysing your processes, for example:

status overview of all your X-node devices
det … More information

Type	Wireless IoT solution
Measuring Principle	Electrochemical
Cable entry
Display
Intrinsic Safety
Flameproof
Increased Safety
SIL
4-20 mA
Bus	LoRa/Bluetooth
HART®
Wireless

Power Supply	Lithium-Polymer Battery
Temperature (operation)	-20°C - 50°C
Humidity	5 to 95% r.h., non-condensing
Pressure (hPa)	700 - 1300
Dimensions (H × W × D)	17x9 cm
Weight	300 g
Housing Material	Polycarbonat
Degree of protection (IP class)	IP65

ATEX
IECEx
UL
CSA
CE marking
GOST (EAC)
Performance approval
Shipping approval (MED)

Name	More information
Acetaldehyde	More information
Acetic Acid	More information
Acetic acid ethenyl ester	More information
Acetylene	More information
Ammonia (anhydrous)	More information
Antimony pentachloride	More information
Arsine	More information
Boron tribromide	More information
Boron trichloride	More information
Boron trifluoride	More information
Bromine (gaseous)	More information
Carbon dioxide	More information
Carbon monoxide	More information
Chlorine	More information
Chlorine dioxide	More information
Chlorosulphonic acid	More information
Diborane	More information
Dichlorosilane	More information
Diethylamine	More information
Dimethyl disulfide	More information
Dimethyl sulphide	More information
Dimethylamine (anhydrous)	More information
Epichlorohydrin	More information
Ethanol	More information
Ethyl ether	More information
Ethyl mercaptan	More information
Ethylamine	More information
Ethylene	More information
Ethylene oxide	More information
Fluorine	More information
Formaldehyde	More information
Formic acid	More information
Germanium tetrachloride	More information
Germanium tetrafluoride	More information
Germanium tetrahydride	More information
Hydrogen	More information
Hydrogen bromide (anhydrous)	More information
Hydrogen chloride (anhydrous)	More information
Hydrogen cyanide (anhydrous)	More information
Hydrogen fluoride (anhydrous)	More information
Hydrogen iodide solution (57%)	More information
Hydrogen peroxide	More information
Hydrogen sulphide	More information
Isopropylmercaptan	More information
Methanol	More information
Methyl mercaptan	More information
Methyl methacrylate	More information
Methylamine (anhydrous)	More information
Nitric acid, fuming	More information
Nitric oxide	More information
Nitrogen dioxide	More information
Oxygen	More information
Ozone	More information
Phosphine	More information
Phosphorus oxychloride	More information
Phosphorus trichloride	More information
Propyl mercaptan	More information
Propylene	More information
Propylene oxide	More information
Silane	More information
Silicon tetrachloride	More information
Silicon tetrafluoride	More information
Stannic chloride	More information
Styrene	More information
Sulphur dioxide	More information
Tetrahydrofuran	More information
Tetrahydrothiophene	More information
Thionyl chloride	More information
Titanium tetrachloride	More information
Trichlorosilane	More information
Triethylamine	More information
Trimethylamine (anhydrous)	More information
Vinyl chloride	More information
1,3-Butadiene	More information
2-Methyl-2-propanethiol	More information
2-Propanol	More information

Product	Order number
Dräger X-node	5601008
DrägerSensor Acidic Compounds AC	6810595
DrägerSensor Cl2	6809665
DrägerSensor CO	6809605
DrägerSensor CO LS	6809620
DrägerSensor H2	6809685
DrägerSensor H2O2 HC	6809675
DrägerSensor H2O2 LC	6809705
DrägerSensor H2S	6810435
DrägerSensor H2S HC	6809710
DrägerSensor H2S LC	6809610
DrägerSensor HCl	6809640
DrägerSensor HCN	6809650
DrägerSensor HCN LC	6813200
DrägerSensor Hydride SC	6809980
DrägerSensor IR CO2	6800482
DrägerSensor MEC NO	6812785
DrägerSensor MEC O2	6812740
DrägerSensor NH3 AL	6813735
DrägerSensor NH3 FL	6813260
DrägerSensor NH3 TL	6813095
DrägerSensor NO	6809625
DrägerSensor NO2 LC	6813205
DrägerSensor O2 LS	6809630
DrägerSensor OV 1	6810740
DrägerSensor OV 2	6810745
DrägerSensor Ozone	6814005
DrägerSensor PH3/AsH3	6809695
DrägerSensor SO2	6809660