All Products

The OMD-351-O2-CO2 online oxygen / carbon dioxide monitor combines a rugged CE marked wall mount design with SSO2’s precision sensor technology. The unit is designed to safely measure breathing air oxygen and carbon dioxide in confined spaces. The unit comes with a 0 – 30% oxygen concentration and 0 – 10,000 parts-per-million carbon dioxide concentration full scale range.

The OMD-351-O2 online oxygen monitor combines a rugged CE marked wall mount design with SSO2’s precision oxygen sensor technology. The unit is designed to safely measure breathing air oxygen in confined spaces. The unit comes with a 0 – 30% oxygen concentration full scale measurement range.

The OMD-675 is designed to measure trace oxygen in the sub 1 ppm region. The unit combines an advanced set of electronic features with our industry leading precision electrochemical oxygen sensor technology. The result is a highly reliable and cost effective design with easy-to-use user interface.

The OMD-677 is designed to measure trace oxygen in the sub 1 ppm region. The unit combines an advanced set of electronic features with our, industry leading, precision electrochemical oxygen sensor technology. The enclosure is designed as a direct fit replacement for competitive analyzers in the field. Panel cutout is designed to fit in place of 3000TA, 3000TA-XL, GPR-1600 & GPR-1600MS oxygen analyzers.

The OMD-690 is designed to measure trace oxygen in the sub 1 ppm region. The unit combines an advanced set of electronic features with our, industry leading, precision electrochemical oxygen sensor technology. The analyzer is designed as a replacement for competitive analyzers in the field such as the GPR-18, GPR-18MS, GPR-28, 3020T and 3020P oxygen analyzers.

The OMD-640 portable oxygen analyzer combines rugged portable design, integral sample system and updated electronics with SSO2’s precision oxygen sensors. The result is a highly reliable and cost-effective design with easy to use interface.

The OMD-580 / 480 series portable oxygen analyzer packs a big punch with industry leading electronics and sensor technology in a small outdoor enclosure. Inexpensive and easy to use, this popular analyzer has built a name for itself in the market. OMD-580 is designed for Trace oxygen analysis, OMD-480 is designed to measure percent levels of oxygen.

The OMD-625 is a cost-effective online hazardous area instrument designed for measuring oxygen continuously in areas that require an ATEX or IECEx certification. The analyzer is easy to operate and maintain and comes with an optional bi-directional MODBUS RS485 RTU interface. User can configure a custom range to meet any requirement such as 0 – 2000ppm or 0 – 3500 ppm.

The OMD-525X oxygen analyzer is a NEMA4X / IP66 enclosed unit designed for outdoor use. Two fully adjustable relay contacts, range ID output, 4 – 20mA and USB data logger round out the electronic features.

The OMD-507 In-line oxygen analyzer with its CE marking is an inexpensive and easy to use device. It is configurable for Trace, Percent or Purity applications and comes with a variety of sensor housing options.

The OMD-21 portable handheld oxygen analyzer with alarms is designed with the customer in mind, to provide an easy and convenient way to accurately verify percent level oxygen analysis. This low-maintenance inexpensive oxygen analyzer has been designed to spot check oxygen levels in industrial, welding and diving applications.

The EMD-485D/482D oxygen transmitter is designed primarily for OEM users who are looking to integrate this unit into a larger system such as an Inert Glovebox System or Nitrogen / Oxygen generator. This unit is also popular amongst universities due to its low cost and ease of use.

The MED-19 oxygen monitor combines a rugged CE marked portable design with Southland Sensing’s precision oxygen sensor technology. The unit is specifically designed to safely and easily verify oxygen and other medical gases used in medical and veterinary clinics. Specific applications include spot checking oxygen levels in anaesthesia, intesive care, incubators or other variants of respiratory or oxygen therapy.

The H2S-625 is a cost-effective online hazardous area instrument for measuring H2S continuously in the natural gas and biogas application’s where ATEX or IECEx certified approval is required. The analyzer is easy to operate and maintain and comes with 2 built in fully configurable relay contact alarms as well as an optional MODBUS RS485 RTU bi-directional interface.

The H2S-150 oxygen transmitter combines a rugged CE marked wall mount design with SSO2’s precision H2S sensor. This unit is fully configurable to measure up to 10000 PPM H2S with a variety of electronic options.

The H2S-780 Portable Hydrogen Sulfide Analyzer combines a rugged portable design, integral sample system and updated electronics with SSO2’s precision H2S sensors. The result is a highly reliable and cost-effective design with easy to use interface.

The PO2-1120 Long Life Percent Oxygen Sensor provides high levels of accuracy, reliability and linearity throughout its measurement ranges. The oxygen sensor is based on the galvanic electrochemical fuel cell principal and is manufactured in house under a strict quality procedure. 

The PO2-1x High Output Percent Oxygen Sensor provides high levels of accuracy, reliability and linearity throughout its measurement ranges. The oxygen sensor is based on the galvanic electrochemical fuel cell principal and is manufactured in house under a strict quality procedure.

The PO2-24 Percent Oxygen Sensor provides high levels of accuracy, reliability and linearity throughout its measurement ranges. The oxygen sensor is based on the galvanic electrochemical fuel cell principal and is manufactured in house under a strict quality procedure

The TO2-133 High Output PPM Oxygen Sensor provides high levels of accuracy, reliability and linearity throughout its measurement ranges. The oxygen sensor is based on the galvanic electrochemical fuel cell principal and is manufactured in house under a strict quality procedure.  

The TO2-19 Hybrid PPM / Percent Oxygen sensor provides high levels of accuracy, reliability and linearity throughout its measurement ranges. The oxygen sensor is based on the galvanic electrochemical fuel cell principal and is manufactured in house under a strict quality procedure. 

The TO2-1x PPM Oxygen Sensor provides high levels of accuracy, reliability and linearity throughout its measurement ranges. The oxygen sensor is based on the galvanic electrochemical fuel cell principal and is manufactured in house under a strict quality procedure.

The TO2-233 High Output PPM Oxygen Sensor provides high levels of accuracy, reliability and linearity throughout its measurement ranges. The oxygen sensor is based on the galvanic electrochemical fuel cell principal and is manufactured in house under a strict quality procedure. 

The TO2-2x PPM Oxygen Sensor provides high levels of accuracy, reliability and linearity throughout its measurement ranges. The oxygen sensor is based on the galvanic electrochemical fuel cell principal and is manufactured in house under a strict quality procedure. 

The OMD-501X series oxygen analyzer is a small compact panel mount unit with remote sensor housing. Designed for general purpose type installations such as Inert Glovebox systems and O2 / N2 generators.

The OMD-190 series oxygen analyzer is a small, panel mount unit with a remote sensor housing. Designed for general purpose type installations such as wave solder reflow ovens, helium recovery systems or oxygen injection in fish farms.

The OMD-150 oxygen transmitter combines a rugged CE marked wall mount design with SSO2’s precision oxygen sensor.  This unit is fully configurable to measure PPM or Percent oxygen with a variety of electronic options.

These oxygen sensors, with their excellent stability, performance and linearity are designed to be used to monitor the partial pressure of oxygen in breathing gas mixtures for anaesthesia, ventilators, medical oxygen concentrators, incubators, and general oxygen monitors

These oxygen sensors, with their excellent stability, performance and linearity are designed to be used to monitor the partial pressure of oxygen in breathing gas mixtures for anaesthesia, ventilators, medical oxygen concentrators, incubators, and general oxygen monitors

These oxygen sensors, with their excellent stability, performance and linearity are designed to be used to monitor the partial pressure of oxygen in breathing gas mixtures for anaesthesia, ventilators, medical oxygen concentrators, incubators, and general oxygen monitors.

These oxygen sensors, with their excellent stability, performance and linearity are designed to be used to monitor the partial pressure of oxygen in breathing gas mixtures for anaesthesia, ventilators, medical oxygen concentrators, incubators, and general oxygen monitors.

These oxygen sensors, with their excellent stability, performance and linearity are designed to be used to monitor the partial pressure of oxygen in breathing gas mixtures for anaesthesia, ventilators, medical oxygen concentrators, incubators, and general oxygen monitors.

These oxygen sensors, with their excellent stability, performance and linearity are designed to be used to monitor the partial pressure of oxygen in breathing gas mixtures for anaesthesia, ventilators, medical oxygen concentrators, incubators, and general oxygen monitors.

These oxygen sensors, with their excellent stability, performance and linearity are designed to be used to monitor the partial pressure of oxygen in breathing gas mixtures for anaesthesia, ventilators, medical oxygen concentrators, incubators, and general oxygen monitors

These oxygen sensors, with their excellent stability, performance and linearity are designed to be used to monitor the partial pressure of oxygen in breathing gas mixtures for anaesthesia, ventilators, medical oxygen concentrators, incubators, and general oxygen monitors.

These oxygen sensors, with their excellent stability, performance and linearity are designed to be used to monitor the partial pressure of oxygen in breathing gas mixtures for anaesthesia, ventilators, medical oxygen concentrators, incubators, and general oxygen monitors

These oxygen sensors, with their excellent stability, performance and linearity are designed to be used to monitor the partial pressure of oxygen in breathing gas mixtures for anaesthesia, ventilators, medical oxygen concentrators, incubators, and general oxygen monitors.

These oxygen sensors, with their excellent stability, performance and linearity are designed to be used to monitor the partial pressure of oxygen in breathing gas mixtures for anaesthesia, ventilators, medical oxygen concentrators, incubators, and general oxygen monitors.

The oxygen sensors used in the OMD-501X are based on the galvanic electrochemical fuel cell principal. All oxygen sensors are manufactured in house by Southland Sensing Ltd. under a strict quality program.