AMT Analysenmeßtechnik GmbH products

The laboratory sensor consists of a pre-amplifier covered by a titanium housing and a sensitive tip covered by a titanium protection cage. This complete sensor is for the use of the Simple Measuring Instrument or for the High Performance Instrument. An additional sensor for temperature and for conductivity may be required. The sensitive tip can also be used with electronics for other sensors (H2S, Ozone, Hydrogen and Hydrogen Peroxide).

The shallow water sensor for depths of up to 100 m consists of a pre-amplifier covered by a titanium housing, a sensitive tip covered by a titanium protection cage and a SUBCONN BH4M connector (Microseries on request). This complete sensor has been developed for the external interfacing to CTD probe systems and can be used in towed vehicles or for fast depth profiling. An additional sensor for temperature and for conductivity may be required.The sensitive tip can also be used with electronics for other laboratory sensors (H2S, Ozone, Hydrogen and Hydrogen Peroxide) or for the CTD-Oxygen Underwater Probe.

The DO Deep Sea Sensor for depths of up to 2,000 m consists of a pre-amplifier covered by a titanium housing, a sensitive tip covered by a plastics housing and a SUBCONN BH4M connector (Microseries on request). This complete sensor has been developed for the external interfacing to CTD probe systems and can be used monitoring or slow profiling.An additional sensor for temperature and for conductivity may be required.

The DO Deep Sea Sensor for depths of up to 6,000 m consists of a pre-amplifier covered by a titanium housing, a sensitive tip covered by a plastics housing and a SUBCONN BH4M connector (Microseries on request). This complete sensor has been developed for the external interfacing to CTD probe systems and can be used monitoring or slow profiling. An additional sensor for temperature and for conductivity may be required. In comparison to the 2,000 m version this sensor has an additional pressure consumption.

The galvanic O2 micro-sensor has been developed for the insitu determination of oxygen containing aqueous solution. Therefore the sensor is suitable for direct measurements in lakes, estuarines, rivers, oceans and sediments. Compared with all the other commercially available oxygen sensors this galvanic oxygen micro-sensor works with such a low analyte consumption, that streaming of the sensor membrane or stirring of the analyte is not necessary. Therefore an additional stirrer is not necessary for stationary measurements

The CTD/O₂ Fast Profiling Probe is available as direct reading probe or as memory probe for fast profiling or for monitoring. It is equipped with a fast response galvanic DO micro-sensor, a combined conductivity/temperature sensor with high accuracy and fast response and with a pressure sensor for depth measurements. The probe is lightweight and allows an easy handling for thein-situ profiling and for horizontal profiling with towed vehicles and from small boats for depths of up to 100 m.

The CTD/O₂ Fast Profiling Probe is available as direct reading probe or as memory probe for fast profiling or for monitoring. It is equipped with a fast response galvanic DO micro-sensor, a combined conductivity/temperature sensor with high accuracy and fast response and with a pressure sensor for depth measurements. The probe is lightweight and allows an easy handling for thein-situ profiling and for horizontal profiling with towed vehicles and from small boats for depths of up to 100 m.

The new Submersible Hydrogen Probe System is used for the accurate and reliable in-situ determination in depths of up to 100 m or in case of pressures of up to 10 bar. The “heart” of this new probe is the hydrogen micro-sensor, which allows a very fast measurement with a very high local concentration resolution. For details please read the “general information for the hydrogen micro-sensor”.

The new Submersible H2O2 Probe can be used for the accurate and reliable insitu determination in depths of up to 100 m (10 bar).

The new Submersible Ozone Probe System is used for the accurate and reliable in-situ determination of dissolved ozone of up to 10 bar pressure. The "heart" of this new probe is the amperometric ozone micro-sensor, which allows a very fast measurement with a very high local resolution. For more details read the "general information for the ozone micro-sensor".