Dräger Electrochemical Sensors
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Product features

Long life time
The use of resistant plastics, such as TEFLON, and the purest catalysts make it possible to achieve a long, wear-free measurement function over long periods. A patented internal pressure compensation mechanism compensates adverse environmental influences from changes in humidity, temperature expansion and weather-related variations in air pressure. A large electrolytic reservoir and large electrode areas provide sufficient reserves for a long life time, even in industrial environments.
Ready for use immediately
All sensors are factory calibrated, and these values are saved in the internal, electronic memory. This means that sensors in the field can be used immediately. The high-quality technical construction guarantees a long stability and low, age-related drift.
Comprehensive range of applications
All sensors have an internal temperature sensor. Between -40°C and +65°C, the temperature influence is compensated to zero, and the sensitivity is automatically adjusted. The internal pressure compensation allows the transmitters to be used during extreme low pressure, and high atmospheric pressure. In combination with exchangeable, selective filters, it is possible to reduce the influence of disruptive cross-sensitivities.
Advanced sensor technology
  • It is possible to choose between oxygen sensors for partial pressure measurement or volume percent measurement.
  • Acid gas sensor AC with unlimited life time, due to refillable electrolyte.
  • Sensors with organic electrolyte for detection limits in lower ppb range.

Performance
  • Low detection limits
  • Optimised selectivity
  • Excellent accuracy of measurements
  • Fast response
  • High stability
  • Wide range of applicational areas
  • Long life time
  • Comprehensive self-diagnosis options
  • No position dependency

Product Information

Accessories

Gassing adapter

Hard PE adapter for gassing of electrochemical sensors in Dräger Transmitters during calibration. Also suitable for continuous gassing, when used with a pump.

Order No.: 68 06 978

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Viton calibration adapter

Soft adapter, made of Viton, for gassing during zero point test and when calibrating electrochemical sensors in Dräger Transmitters.

Order No.: 68 10 536

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Remote calibration adapter

For calibrations in transmitters with electrochemical sensors, which are positioned in areas with restricted access

Order No.: 68 07 955

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Calibration bottle

A plastic, 3-litre container for generating a defined concentration of gas, using test gas ampoules, when calibrating electrochemical sensors.

Order No.: 68 03 407

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Dust filter

Hydrophobic dust filter for electrochemical polytron sensors (see also the corresponding sensor data specification).

Order No.: 68 09 595

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Start up kit AC, AC L and HF/HCI L

For filling of sensors (Part No. 6809375, 6810595) and Dräger Polytron HF/HCl L (Part No. 6809360), consisting of bottles with electrolyte and pipette.

Order No.: 68 09 381

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Test gas ampoules

For use with the calibration bottle. Test gas ampoules are available for the following gases/concentrations:

68 07 763 Test gas ampoule SO2 10 ppm

68 07 764 Test gas ampoule SO2 50 ppm

68 07 765 Test gas ampoule NO2 10 ppm

68 07 766 Test gas ampoule NO2 50 ppm

68 07 920 Test gas ampoule CO 100 ppm

68 07 921 Test gas ampoule CO 300 ppm

68 07 923 Test gas ampoule NH3 300 ppm

68 07 924 Test gas ampoule NH3 50 ppm

68 07 925 Test gas ampoule SO2 1 ppm

68 07 926 Test gas ampoule SO2 4 ppm

68 07 928 Test gas ampoule Cl2 8 ppm

68 07 929 Test gas ampoule HCN 10 ppm

68 08 140 Test gas ampoule H2S 10 ppm

68 08 141 Test gas ampoule H2S 20 ppm

68 08 142 Test gas ampoule H2S 40 ppm

68 08 143 Test gas ampoule H2S 100 ppm

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Selective filter

Selective filters absorb interfering gases from the ambient air. They are located in the sensor opening of the DrägerSensor and can easily be replaced if worn out.The following selective filters are available (see also the corresponding sensor data specification):

Selective filters for use with DrägerSensors:

CO (6809605) 6809684 A2F

CO LS (6809620) 6809684 A2F

COCI2 (6809930) 6809933 K2F

H2 (6809685) 6809684 A2F

HCI (6809640) 6809643 NF

HCN (6809650) 6809653 BF

Hydride (6809635) 6809658 CF

NO2 (6809655) 6809658 CF

PH3/AsH3 (6809695) 6809638 MF

SO2 (6809660) 6809663 KIF

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Calibration/process adapter AC

Gassing adapter, suitable for calibration of DrägerSensor AC (Part No.: 6810595) and for continuous gassing when used with a pump.

Order No.: 68 09 380

ST-5697-2006_6808084

Sensor test set HF/HCI L

Test set for generating an HCI test gas concentration for functional tests on the DrägerSensor AC and Dräger Polytron L HF/HCI

Order No's.:
Bottle 6808085
Chemical set 6808084

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Splash guard

Protects the DrägerSensor AC (Part No.: 6810595) against dripping water.

Order No.: 68 09 379

System Components

Dräger Polytron 7000
Dräger Polytron 7000

The Dräger Polytron 7000 is an intrinsically safe gas detector for the continuous monitoring of toxic gasses and oxygen. With its unique modular design and total flexibility: The Dräger Polytron 7000 is a truly universal transmitter that can satisfy all toxic and oxygen measurement applications on a single platform. SIL 2 Approval guarantees no unrevealed failures.

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Dräger Polytron 3000

The Dräger Polytron 3000 is an intrinsically safe gas detector for the continuous monitoring of toxic gasses and oxygen. High measuring accuracy alongside simple mounting and very easy operation. The Polytron 3000 is ideally suited to the measuring of toxic gases and oxygen in a wide range of applications.

Dräger Polytron 7500
Dräger Polytron 7500

The Dräger Polytron 7500 is a pyrolysing gas detector for the continuous monitoring of toxic gases such as NF3 and perfluorinated C4F6 and C5F8 in the ambient air. The device contains all necessary functions such as sampling, processing and analysis in one enclosure.

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Dräger Polytron 2 XP Tox

The Dräger Polytron 2 XP Tox is an explosion proof gas detector for continuous monitoring of toxic gases and oxygen in ambient air. The transmitter converts the signal from an electrochemical sensor to 4 to 20 mA analog, HART® or RS 485 digital signal output. The unit is designed for one-man calibration, and offers a variety of diagnostics and self test features.

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Dräger Polytron TX

The Dräger Polytron TX is an explosion proof gas detector for continuous monitoring of toxic gases and oxygen in ambient air. Non-intrusive calibration and maintenance means no special area permits are required to perform routine tasks.

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Dräger REGARD control system

Tried and tested thousands of times and infinitely flexible. The modular Regard control system can be individually adapted to any monitoring task. Suitable for SIL 2 systems, the Regard system is also ATEX approved, and meets EMC directive standards.

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Dräger REGARD 3900

The Regard 3900 is a standalone, autonomous control system for up to 16 gas detectors. It is fully configurable and monitors the concentration of toxic gases, oxygen and combustible gases and vapours.

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Dräger REGARD 2400 and REGARD 2410

Whether they are mounted to a wall or integrated in the switch cabinet - the flexible small control units Regard 2400 and Regard 2410 reliably monitor the concentration of toxic gases and oxygen as well as combustible gases and vapours.

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Dräger REGARD-1

Robust, reliable and very cost effective. The compact Regard-1 is a complete standalone system for the control of a single gas detector; suitable for monitors of toxic gases, oxygen, combustible gases and vapours.

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d-1119-2010
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Literature

Brochure: Gas List 2011 (PDF)

List of detectable gases and vapours.

Brochure: More than the sum of their components (PDF)

For over 70 years, Dräger has been one of the technology leaders in gas detection.

Brochure: At the heart of gas detection systems (PDF)

When there’s danger in the air ... this can quickly pose a high risk to humans, the environment, and all types of property and systems. Recognize the threat before it is too late.

Brochure: Functional Safety and gas detection systems (PDF)

Safety Instrumented Systems are used to reduce the risk for the protection of people, plants, and environment.

Brochure: Explosion protection and gas detection systems (PDF)

Explosion hazards mostly arise from flammable gases and vapours. Instead of avoiding their ignition by explosion protection measures it may be preferable to detect them before they become ignitable.