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Dräger Polytron 5100 EC

Toxic Gases and Oxygen Detectors

Monitors toxic gases or oxygen in standard applications
Uses a high-performance plug-and-play electrochemical DrägerSensor
Robust, compact housing with IP66 protection

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Focus on Safety: Detect toxic gases and oxygen with precision

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-40°C - 65°C

Temperature (operation)

Epoxy coated copper-free aluminum or stainless steel SS316 L

Housing Material

H2S, NH3, H2, CO, O2, H2O2, CH4O, CH2O and more

Substances

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Highlights

The Dräger Polytron 5100 EC is a cost-effective explosion-proof transmitter for the detection of toxic gases or oxygen in standard applications. It uses a high performance plug-and-play electrochemical DrägerSensor to detect a specific gas. A 2- or 3-wire 4 to 20 mA output with relays makes it compatible with most control systems.

Durable, intelligent and sensitive – the DrägerSensor

With the unique electrochemical Dräger sensors, the Polytron 5100 covers a total of 15 typical gases in various measuring ranges. These long-life sensors provide continuous detection even under the harshest conditions. DrägerSensors offer the industr … More information

Same design, same operating principle

Polytron 5100 belongs to the Dräger Polytron 5000 series. All transmitters in this series have the same design and user interface. This allows for uniform operation with reduced training and maintenance requirements. The backlit display shows status … More information

Three relays for controlling external equipment

The Dräger Polytron 5100 can also be supplied with three integrated relays upon request. This enables you to use it as an independent gas detection system with two adjustable gas concentration alarms and one fault alarm. Audible alarms, signal lights … More information

Safe, robust housing for every application

The Polytron 5100 features a Class I, Div. 1 rated explosion-proof enclosure made of aluminum or stainless steel, making it suitable for a wide range of environmental conditions. A protection type “e” version includes a convenient docking station ena … More information

Make the impossible possible with remote sensor

The remote sensor connection housing allows you to install the sensor separately from the transmitter. This allows you to simply place the sensor closer to the gas cloud in hard-to-reach locations. The display remains visible at eye level. Since the … More information

Next Steps

Get in touch with Dräger

—

Dräger Safety AG & Co. KGaA

F: +971 4 42 94 699 Not all products, features, or services are for sale in all countries. Please contact your local Dräger representative for more information.

+971 4 42 94 600

Branch Office P.O. Box 505108 Dubai, United Arab Emirates

Type	Transmitter
Measuring Principle	Electrochemical
Cable entry	M20 or 3/4" NPT
Display	yes
Intrinsic Safety	no
Flameproof	yes
Increased Safety	yes
SIL	yes SIL 2 (IEC 61508-2)
4-20 mA	yes
Bus	no
HART®	no
Wireless	no

Power Supply	10 to 30 V CD, 3-wire
Temperature (operation)	-40°C - 65°C
Humidity	0 to 100% r.h., non-condensing
Pressure (hPa)	700 - 1300
Dimensions (H × W × D)	28x15x13 cm
Weight	5 Kg
Housing Material	Epoxy coated copper-free aluminum or stainless steel SS316 L
Degree of protection (IP class)	IP65/66/67

ATEX	yes
IECEx	yes
UL	yes
CSA	yes
CE marking	yes
GOST (EAC)	yes
Performance approval	no
Shipping approval (MED)	no

Product	Order number
Dräger Polytron 5100
DrägerSensor Acidic Compounds AC	6810595
DrägerSensor Cl2	6809665
DrägerSensor CO	6809605
DrägerSensor CO LH	6812570
DrägerSensor CO LS	6809620
DrägerSensor COCl2	6809930
DrägerSensor H2	6809685
DrägerSensor H2O2 LC	6809705
DrägerSensor H2S	6810435
DrägerSensor H2S HC	6809710
DrägerSensor H2S LC	6809610
DrägerSensor HCN LC	6813200
DrägerSensor Hydride	6809635
DrägerSensor N2H4	6810180
DrägerSensor NH3 TH	6800055
DrägerSensor NH3 HC	6809645
DrägerSensor NH3 LC	6809680
DrägerSensor NH3 TL	6813095
DrägerSensor NO	6809625
DrägerSensor NO2 LC	6813205
DrägerSensor O2 LS	6809630
DrägerSensor OV 1	6810740
DrägerSensor SO2	6809660

Name	More information
Hydrogen sulphide	More information
Ammonia (anhydrous)	More information
Hydrogen	More information
Carbon monoxide	More information
Oxygen	More information
Hydrogen peroxide	More information
Methanol	More information
Formaldehyde	More information
Hydrogen fluoride (anhydrous)	More information
Phosphine	More information
Chlorine	More information
Hydrogen chloride (anhydrous)	More information
Hydrogen cyanide (anhydrous)	More information
Sulphur dioxide	More information
Acetaldehyde	More information
Acetic Acid	More information
Acetic acid ethenyl ester	More information
Acetylene	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
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
Disilane	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
Formic acid	More information
Germanium tetrachloride	More information
Germanium tetrafluoride	More information
Germanium tetrahydride	More information
Hydrazine (anhydrous)	More information
Hydrogen bromide (anhydrous)	More information
Hydrogen iodide solution (57%)	More information
Hydrogen selenide (as Se) (anhydrous)	More information
Isopropylamine	More information
Isopropylmercaptan	More information
Methyl hydrazine	More information
Methyl mercaptan	More information
Methylamine (anhydrous)	More information
N,N-Dimethylethylamine	More information
N,N-Dimethylhydrazine	More information
Nitric acid, fuming	More information
Nitric oxide	More information
Nitrogen dioxide	More information
Phosgene	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
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

Dräger Polytron 5100 EC

Focus on Safety: Detect toxic gases and oxygen with precision

Quick Links

-40°C - 65°C

Epoxy coated copper-free aluminum or stainless steel SS316 L

H2S, NH3, H2, CO, O2, H2O2, CH4O, CH2O and more

Highlights

Durable, intelligent and sensitive – the DrägerSensor

Same design, same operating principle

Three relays for controlling external equipment

Safe, robust housing for every application

Make the impossible possible with remote sensor

Specifications

-40°C - 65°C

Epoxy coated copper-free aluminum or stainless steel SS316 L

H2S, NH3, H2, CO, O2, H2O2, CH4O, CH2O and more

Key Facts

Technical Data

Approvals