GDA 2525: Carbon Monoxide Gas Sensor

The GDA 2525 Carbon Monoxide (CO) gas sensor is a 2 wire 4-20 mA Loop Powered device. It has an electrochemical carbon monoxide sensor unit which is temperature compensated and easily replaceable.

Designed, manufactured and supported locally in Australia.

GDA 2526: Ammonia Gas Sensor

The GDA 2526 Ammonia (NH₃) gas sensor is a 2 wire 4-20 mA Loop Powered device. It has an electrochemical sensing unit which is temperature compensated and easily replaceable.

Designed, manufactured and supported locally in Australia.

GDA 2527: Nitrogen Dioxide Gas Sensor

The GDA 2527 Nitrogen Dioxide (NO₂) Gas Sensor is a 2 wire 4-20 mA Loop Powered device with a range of 0-30 ppm Nitrogen Dioxide. It has an electrochemical sensing unit which is temperature compensated and easily replaceable.

Designed, manufactured and supported locally in Australia.

GDA 2528: Oxygen Gas Sensor

The GDA 2528 Oxygen gas sensor is a 2 wire 4-20 mA Loop Powered device with a range of 0-25% vol Oxygen. It has an electrochemical gas sensing unit which is temperature compensated and easily replaceable.

Designed, manufactured and supported locally in Australia.

GDA 2529: Hydrogen Sulphide Gas Sensor

The GDA 2529 Hydrogen Sulphide gas sensor is a 2 wire 4-20 mA loop Powered device with a range of 0-50 ppm Hydrogen Sulphide. It has an electrochemical sensing unit which is temperature compensated and easily replaceable.

Designed, manufactured and supported locally in Australia.

GDA 2530: Sulphur Dioxide Gas Sensor

The GDA 2530 Sulphur Dioxide gas sensor is a 2 wire 4-20 mA Loop Powered device with a range of 0-20 ppm Sulphur Dioxide. It has an electrochemical sensing unit which is temperature compensated and easily replaceable.

Designed, manufactured and supported locally in Australia.

GDA 2535: Ethylene Gas Sensor

The GDA 2535 Ethylene (C₂H₄) gas sensor is a 2 wire 4-20 mA Loop Powered device utilising an electrochemical Ethylene sensor unit which is temperature compensated and easily replaceable.

Designed, manufactured and supported locally in Australia.

GDA 2625: Carbon Monoxide Gas Sensor with Voltage Output

The GDA 2625 Carbon monoxide gas sensor is a further enhancement of the GDA 2525 Carbon monoxide gas sensor that allows AC and DC operation. It has an electrochemical gas sensing unit which is temperature compensated and easily replaceable.

Designed, manufactured and supported locally in Australia.

GDA 2626: Ammonia Gas Sensor with Voltage Output

The GDA 2626 Ammonia gas sensor is a further enhancement of the GDA 2526 Ammonia gas sensor that allows AC and DC operation. It has an electrochemical gas sensing unit which is temperature compensated and easily replaceable.

Designed, manufactured and supported locally in Australia.

GDA 2627: Nitrogen Dioxide Gas Sensor with Voltage Output

The GDA 2627 Nitrogen Dioxide gas sensor is a further enhancement of the GDA 2527 Nitrogen Dioxide gas sensor that allows AC and DC operation. It has an electrochemical gas sensing unit which is temperature compensated and easily replaceable.

Designed, manufactured and supported locally in Australia.

GDA 2628: Oxygen Gas Sensor with Voltage Output

The GDA 2628 Oxygen gas sensor is a further enhancement of the GDA 2528 Oxygen gas sensor that allows AC and DC operation. It has an electrochemical gas sensing unit which is temperature compensated and easily replaceable.

Designed, manufactured and supported locally in Australia.

GDA 2629: Hydrogen Sulphide Gas Sensor with Voltage Output

The GDA 2629 Hydrogen Sulphide gas sensor is a further enhancement of the GDA 2529 Hydrogen Sulphide gas sensor that allows AC and DC operation. It has an electrochemical gas sensing unit which is temperature compensated and easily replaceable.

Designed, manufactured and supported locally in Australia.

GDA 2630: Sulphur Dioxide Gas Sensor with Voltage Output

The GDA 2630 Sulphur Dioxide gas sensor is a further enhancement of the GDA 2530 Sulphur Dioxide gas sensor that allows AC and DC operation. It has an electrochemical gas sensing unit which is temperature compensated and easily replaceable.

Designed, manufactured and supported locally in Australia.

GDA 3100: Refrigerant Gas Detector

The GDA 3100 Refrigerant Gas Detector uses the latest in NDIR techniques for detecting a wide range of refrigerant gases and is immune from cross sensitivity to other gases. In addition it is immune to changes in humidity and temperature with a longer lifespan then standard semiconductor sensors.

Designed, manufactured and supported locally in Australia.

GDA 3160: Flush Mount Refrigerant Gas Detector

The GDA 3160 is a low profile wall mounted refrigerant detector for use in offices and laboratories where a gas sensor needs to appear non obtrusive. The sensor uses the lastest in NDIR techniques for detecting a wide range of refrigerant gases and is therefore immune from cross sensitivity to other gases.

Designed, manufactured and supported locally in Australia.

GDA 3300: Sulphur Hexafluoride (SF₆) Gas Detector

The GDA 3300 Sulphur Hexafluoride (SF₆) detector provides reliable long term detection of SF₆ gas at low levels. It has a configurable analog output of 4-20 mA; 0-20 mA; 0-5 V; 0-10 V. There is also a volt free relay which can be user programmed to operate anywhere within the sensor range. The unit is powered from 24 VDC.

Designed and manufactured locally in Australia.

GDA 4350: Carbon Dioxide Gas Sensor

The GDA 4350 is a 3 wire Non Dispersive Infra red (NDIR) Carbon Dioxide (CO₂) sensor. It gives a 4-20 mA, 0-20 mA, 0-5 V or 0-10 V o/p over the range of the sensor. Low Temperature version available.

Designed, manufactured and supported locally in Australia.

GDA 4360: Flush Carbon Dioxide Gas Sensor

The GDA 4360 is a 3 wire 4-20 mA Non Dispersive Infra red (NDIR) Carbon Dioxide (CO₂) Sensor. It gives a 4-20 mA o/p over the range of the sensor. Designed for applications where low profile intrusion into a room space is required.

Designed, manufactured and supported locally in Australia.

GDA 7228: Flush Mount Oxygen Gas Sensor

The GDA7228 Flush Mount Oxygen gas sensor is a 2 wire 4-20 mA Loop Powered device with a range of 0-25% vol Oxygen.

Designed, manufactured and supported locally in Australia.

GDA 40125: Toxic / Oxygen Gas Detection Controller

The GDA 40125 Gas Detection Controller is a standalone gas detector unit with inbuilt display, sounder, flasher, relays and alarm driver. Available in the full range of GDA 2500 series electrochemical sensors which are temperature compensated and easily replaceable.

Designed, manufactured and supported locally in Australia.

iGas: iGas Portable Detector

The iGas Detector CO2 is a portable single gas detector designed to detect the presence of carbon dioxide in ambient envirornment. When activated, iGas CO2 continuosly monitors ambient air for the pressence of carbon dioxide gas and alerts the user to potentially unsafe exposure with LED, vibrating and audible alarms.

Locally Technically Supported by Gas Detection Australia

IECEx Approved

GDA 2000Ex: Explosion Proof (IEC Ex) Flammable Gas Detector

The GDA 2000Ex Flammable Gas Detector is certified for use in Zone 1 Hazardous areas within Australia.

Locally Technically Supported by Gas Detection Australia

IECEx Approved

GDA 2000Tx: Explosion Proof (IEC Ex) Toxic and Oxygen Gas Detector

GDA 2000Tx Explosion Proof (IEC Ex) Toxic and Oxygen Gas Detector is certified for use in Zone 1 Hazardous areas within Australia.

Locally Technically Supported by Gas Detection Australia

IECEx Approved

GDA 2000VOC: Explosion Proof (IEC Ex) Flammable Volatile Organic Compound Gas Detector

The GDA 2000VOC is an explosion proof (IEC Ex) certified VOC gas detector using PID technology as means of detection.

Locally Technically Supported by Gas Detection Australia

IECEx Approved

GDA 3000: Explosion Proof (IEC Ex) Flammable / Carbon Dioxide Gas Detector

This Infra red sensor is certified for use in Zone 1 Hazardous areas within Australia.

Locally Technically Supported by Gas Detection Australia

IECEx Approved

GDA 5000Tx: Sampling Toxic Gas Detector

Designed to be used where areas that are difficult to gain access due to distance or toxic environment. As well as to detect greater ranges of toxic gases using advanced Pyrolyzer technology converting electrochemically inactive gases to easily detected gases.