EasyManua.ls Logo

Dräger PointGard

Dräger PointGard
6 pages
To Next Page IconTo Next Page
To Next Page IconTo Next Page
Loading...
How to optimally position
the PointGard
and its remote sensors
Question and Answer IconNeed help?

Do you have a question about the Dräger PointGard and is the answer not in the manual?

Dräger PointGard Specifications

General IconGeneral
Power Supply24 VDC
Sensor TypeElectrochemical, Infrared, Catalytic
Output Signal4-20 mA, Relay
EnclosureAluminum
ApprovalsATEX, IECEx
Detection PrincipleElectrochemical, Infrared Absorption
Detection RangeDepends on target gas
Battery LifeN/A (Requires external power)
DimensionsVaries by model
WeightVaries depending on the model
Protection ClassIP66
Target GasVarious (Combustible gases, toxic gases, and oxygen)

Summary

Optimal Positioning of the Drger PointGard and Remote Sensors

General Installation and Remote Sensor Options

Covers general installation, use of remote sensors, and accessories for easier setup.

Positioning for Gases Similar to Ambient Air

Recommends mounting at eye level for gases like CO for optimal testing and readability.

Positioning for Lighter Gases

Advises higher mounting for lighter gases that accumulate at the top of spaces.

Positioning for Heavy Gases

Recommends sensor placement near the floor for heavy gases that sink and concentrate.

Positioning Near Heat Sources

Suggests placement above heat sources where airflow patterns concentrate gases.

Positioning in Forced Ventilation Systems

Explains testing at exhaust air vents for gases in forced ventilation environments.

Remote Sensor for Confined Space Entry

Details using remote sensors for pre-entry testing of hazardous gases in confined spaces.

Related product manuals