This instrument which can be used in a versatile manner are top class and cover the whole
range of oxygen measurement in heat treating and in laboratory.
Zirconium
oxide as measuring principle fulfils all demands which are expected of a modern
trace analyser.
Used in a mobile or stationary manner, the GSM-V6 is a product of up-to-date
technology.
Oxygen measurement in the percentage range to trace
measurement in the range of ppm and ppb can be achieved within a second without
disadvantages to the sensory installation.
The GSM-touch oxygen measuring instrument, part of the GSM series, is a mobile oxygen measuring instrument for the highest demands.
The GSM-touch's measuring principle is based on a heated zirconium oxide, which generates an oxygen partial pressure using the Nernst principle.
The GSM-touch features an integrated sample gas pump and a touchscreen display for displaying the measured oxygen content.
All parameters are adjustable for the respective application.
The GSM-touch also features an interface for reading the measured H2 content for calculating the residual oxygen content in reducing atmospheres. A redox function can also be displayed for many metals.
The GSM basic-touch oxygen measuring instrument, part of the GSM series, is a universally applicable, mobile oxygen measuring instrument for measuring oxygen.
The GSM basic-touch's measuring principle is based on a heated zirconium oxide, which provides an oxygen partial pressure using the Nernst principle.
The GSM basic-touch features an integrated sample gas pump and a touchscreen display for displaying the measured O2 content.
The GSM-V6 oxygen measuring instrument, part of the GSM series, is a mobile oxygen measuring instrument for universal use.
The GSM-V6's measuring principle is based on a heated zirconium oxide, which generates an oxygen partial pressure using the Nernst principle.
The GSM-V6 features an integrated sample gas pump and a colour LCD matrix display for the measured oxygen content.
The numerical and time-graphic representation of oxygen, lambda, carbon level, and dew point thus precisely reflects process parameters on the display of this oxygen measuring instrument.
The integrated controller and individually adjustable limit values allow for reproducible control of oxidative process conditions.
The GSM oxygen meter, part of the GSM series, is installed in the plant control system to measure and control oxygen content.
Its colour LCD matrix display visualizes signals from oxygen sensors.
The numerical and time-graphic representation of oxygen, lambda, carbon dioxide level, and dew point thus precisely reflects process parameters on the display of this oxygen meter.
The integrated controller and individually adjustable limit values allow for reproducible control of oxidative process conditions.
A sensor from the A or C series and a measuring module are required for operation.
The U15-Digital measuring module, part of the U series, is a universally applicable measuring module for controlling oxygen sensors and converting the raw sensor signals into residual oxygen content.
The calculated residual oxygen content is based on the Nernst principle.
The U15-Digital measuring module is designed for DIN rail mounting.
Depending on the version, one or two freely configurable 0/4-20 mA outputs and two alarm relay outputs are available.
Configuration is carried out via the integrated BT interface and the freely available Metrotec app.
A sensor from the A or C series is required for operation.
The U16-Digital measuring module, part of the U series, is a universally applicable measuring module for controlling oxygen sensors and converting the raw sensor signals into residual oxygen content.
The calculated residual oxygen content is based on the Nernst principle.
Thanks to 5-point calibration, the measuring module delivers even more precise measured values across the entire measuring range.
The U16-Digital measuring module is designed for DIN rail mounting.
The device has two freely configurable 0/4-20 mA outputs and two alarm relay outputs.
Configuration is carried out via the integrated BT interface and the freely available Metrotec app.
A sensor from the A series is required for operation.
The Z19 measuring module, part of the Z series, is a universally applicable measuring module for controlling oxygen sensors and converting the raw sensor signals into residual oxygen content.
The calculated residual oxygen content is based on the Nernst principle.
The Z19 measuring module is designed for mounting on a DIN rail or alternatively for wall mounting.
One freely configurable 0/4-20 mA output and one alarm relay output are available.
Configuration is carried out via the integrated BT interface and the freely available Metrotec app.
A sensor from the A series is required for operation.
The Z15 module, of the Z series, is a power supply module for operating A15 or A15-N oxygen sensors.
A connecting cable to the sensor ensures heating and signal transmission.
The second connector connects to further processing electronics.
The module is designed for wall mounting.