Our products

Product Group

Product Group
  • H2 Catalysts
  • H2 Measurement
  • Accessories

Product Area

Product Area
  • Gas purification
  • H2 combustion engines
  • H2 electrolyzers
  • H2 fuel cells
  • H2 process heat
  • Battery monitoring

Industry

Industry
  • Energy and Hydrogen economy
  • Industry & Production
  • Mobility & Transport
  • Research & Development
  • Air & Space

Sensor for H2 Purity measurement

1 kW H2 catalytic converter, H2 Filter

10 kW H2 catalytic converter, H2 electrolysis Filterr

O2 sensor for O2 measurement in electrolysis gas

Pressure, temperature and humidity Sensor

High-temp. H2 sensor optionally Also with ATEX

Sensor for Industrial applications

The perfect addition for reading and adjusting

NEO120 adapter

NEO130 adapter

NEO150 adapter

NEO160 adapter

NEO170 adapter

Heating cartridge 28V

Heating cartridge 24V

Heating cartridge 5V

NEO1441

Sensor for H2 Purity measurement

Sensor system for measuring impurities in hydrogen gas with temperature and pressure-compensated signal evaluation for automotive applications. Applicable in the range: 0.6 – 5 bar a and -40°C – 85°C.

Most important features:

  • Measurements in the range of 0-10,000 ppmv Impurities in H2
  • Carrier gas hydrogen
  • Encrypted CAN communication on demand
  • Measuring signal independent of pressure, temperature and humidity
  • The gas concentration is not changed by the measurement.
  • Oxygen is not required for the measurement.
  • Signal output via CAN 2.0A
  • Connectors and contacts for crimping are included
  • Factory calibrated and ready for immediate use
Data sheetRequest

NEO305

1 kW H2 catalytic converter, H2 Filter

System for flameless hydrogen combustion in a wide concentration range, outside the ignition limits. Conversion of hydrogen into usable heat energy and water by catalytic reaction with oxygen.

Typical applications of our catalysts:

  • Catalytic, flameless, thermal combustion of H2/air gas mixtures for heat recovery and/or exhaust gas purification on an industrial scale
  • Fine purification of gases by removing minimal impurities
  • Combustion of hydrocarbon gas mixtures (at elevated starting temperature)
  • Catalytic post-combustion of fuel cell exhaust gases or electrolysis gas
  • Removal of oxygen or hydrogen residues from electrolysis gas e.g. purification of air or helium
  • Depletion of oxygen or hydrogen in chemical processes
  • Safety technology, explosion prevention, fire prevention (through O2 discharge)

Further technical details on the NEO305 in 1 inch pipe, with max. H2 flow: 0.4 ms/h and thermal output of 1 kW can be found in the technical “Data sheet”.

Data sheetRequest

NEO324

10 kW H2 catalytic converter, H2 electrolysis Filterr

The NEO324 is a “smaller version” of the NEO342, e.g. to burn (waste) hydrogen in a wide concentration range without flames or emissions and to utilize the heat energy. The NEO324 can also be used to purify a helium gas stream of hydrogen or electrolysis gases. Other air-gas mixtures can also be burned. The NEO324 catalytic converter has a diameter of 66 mm.

Typical applications:

  • Catalytic, flameless, thermal combustion of H2/air gas mixtures for heat recovery and/or exhaust gas purification on an industrial scale
  • Fine purification of gases by removing minimal impurities
  • Combustion of hydrocarbon gas mixtures (at elevated starting temperature)
  • Catalytic post-combustion of fuel cell exhaust gases or electrolysis gas
  • Removal of oxygen or hydrogen residues from electrolysis gas, e.g. purification of air or helium
  • Depletion of oxygen or hydrogen in chemical processes can be used for boil-off management
  • DeOxy-Cat
  • Safety technology, explosion prevention, fire prevention (through O2 discharge)

Further technical details on the NEO324 with a diameter of 66 mm, max. H2 flow: 3.5 ms/h and thermal output of 10 kW can be found in the technical “Data sheet”.

Data sheetRequest

NEO445

O2 sensor for O2 measurement in electrolysis gas

Oxygen concentration sensor for measuring the oxygen concentration in hydrogen with temperature-, pressure- and humidity-compensated signal evaluation for automotive or industrial applications

Important properties:

  • Temperature measuring range: 40°C – 120°C
  • Measuring ranges: 0-5 vol.-% O2
  • Carrier gas: Hydrogen
  • Measurement of electrolysis gases (O2 in H2)
  • Pressure range: 0.6 – 6 bar absolute
  • Humidity: 0 – 100% r.h. (non-condensing)
  • The gas concentration is not changed by the measurement.
  • Signal output via CAN 2.0, Modbus RTU via RS485, 0-10V or 4-20mA
Data sheetRequest

NEO480

Pressure, temperature and humidity Sensor

Moisture-measuring triple sensor system with temperature and pressure-compensated signal evaluation. Typical applications are the detection of moisture in combustibles and in automobiles

Important properties:

  • Measuring range humidity dew point up to +90°C
  • Independent of pressure and temperature
  • Error control
  • Replacement for Vaisalla humidity sensors
  • Carrier gas: air, nitrogen, hydrogen
  • Pressure range: 0.6 – 6 bar absolute
  • Humidity: 0 – 100% r.h. (non-condensing)
  • The gas concentration is not changed by the measurement.
  • Signal output via CAN 2.0A / B or Modbus RTU/RS485

ATEX: Zone I available on request

Data sheetRequest

NEO9XXHT

High-temp. H2 sensor optionally Also with ATEX

The NEO974, NEO983 and NEO986 sensor systems are also available ATEX Zone I certification. These hightemperature sensorsare specified for use up to 120°C and are appropiate to use in both automotive and industrial applications.

Most important features:

  • Possible measuring ranges:
    • 0-5 vol.-% H2 NEO974HT-ATEX
    • 0-10 vol.-% H2 NEO983HT-ATEX
    • 0-100 vol.-% H2 NEO986HT-ATEX
  • II 2G/- Ex db IIB+H2 T1 Gb/- at -40°C< Ta< 100°C
  • Pressure range: 0.6 – 6 bara
  • Humidity: 0 – 100% r.h. (non-condensing)
  • Temperature measuring range: -40°C – 120°C.
  • Carrier gases: air, nitrogen, oxygen depleted air aviailable
  • Measuring signal independent of pressure, temperature and humidity
  • Signal output via CAN 2.0 A/B, Modbus RTU via RS485, 0-10V or 4-20mA
  • Replacement system for the AMS HLS-442, HLS-440P and the HPS-100

The gas concentration is not changed by the measurement and oxygen is not required for the measurement.

Data sheetRequest

NEO9XXX

Sensor for Industrial applications

Sensor system for measuring the hydrogen concentration in air, oxygen, nitrogen or oxygen-depleted air with temperature-, pressure- and humidity-compensated signal evaluation for automotive or industrial applications. Applicable in the range: 0.6 – 5 bara, 0 – 100% r.h. (non-condensing) and 40°C – 120°C. A mathematical prediction algorithm ensures very fast response times.

Important properties:

  • Measuring ranges: 0-5 vol.-% H2 (NEO9005), 0-10 vol.-% H2 (NEO9010) or 0-100 vol.-% H2 (NEO9100)
  • Tolerance:± 0.3 vol.-% H2 or± 2 vol.-% H2
  • Pressure range: 0.6 – 6 bara
  • Humidity: 0 – 100% r.h. (non-condensing)
  • Temperature measuring range: -40°C – 120°C.
  • Carrier gases air, N2, O2, oxygen-depleted air, methane, synthetic natural gas are possible
  • Measuring signal independent of pressure, temperature and humidity
  • Signal output via CAN 2.0, Modbus RTU via RS485, 0-10V or 4-20mA
  • Oxygen is not required for the measurement. No sample extraction necessary.
  • Can also be used in the intake manifold for H2 direct injection

Suitable for concentration measurement in the ventilation of the crankcase or in the recirculation of the fuel cell (recirculation sensor; for controlling the purge valve)

Data sheetRequest

CAN-Logger

The perfect addition for reading and adjusting

The neoCANLogger is the perfect addition for reading and readjusting our NEO9XXA, NEO9XXHTA and NEO4XXA series sensors. It enables the automatic translation of the CAN 2.0 A/B signal into readable data.

Most important features:

  • Data logging to SD card with date and time
  • Live measurement data on TFT display
  • Simple CAN ID setting, zero point adjustment
  • Supply with 12 to 30V
  • Continuous translation and sending of data
  • Signal output in readable format
  • Possibility to transform into other signal forms, such as 4-20mA or 0-10V

The scope of delivery includes: neoCANLogger, 12V plug-in power supply, 2x spring contact plugs, 32GB SD card

Data sheetRequest

NEO120

NEO120 adapter

Screw-in adapter for enclosure mounting

Adapter for our gas sensors of the NEO9XX, NEO9XXX, NEO9XXHT and NEO4XX series. This adapter allows the installation of a gas concentration sensor by screwing it into an enclosure. It is available in various connection threads, including G1/4‘, G1/2’, NPT 1/4‘ and NPT 1/2’. Other sizes are available on request.

Key features:

  • Fast integration of hydrogen sensors into existing systems
  • Simple design enables flexible adaptation of the adapters to individual requirements
  • Additional splash guard grid or sintered metal disc keeps water drops, splash water etc. away from the sensor opening
  • No negative influence on the gas concentration measurement of the sensors; possibly longer response and recovery times
  • With fitting and mounting screws for NEO20X heating cartridges to prevent condensation
Data sheetRequest

NEO130

NEO130 adapter

Transmitter adapter for stainless steel tubes

Adapter for our gas sensors of the NEO9XX, NEO9XXX, NEO9XXHT and NEO4XX series. This adapter allows the integration of a gas concentration sensor into a stainless steel tube, for example to measure the gas composition in the recirculation loop of a fuel cell. It is available in a variety of thread sizes, including G1/8‘, G1/4’, G1/2‘, G1’, G2‘ and NPT1/4’. Other sizes are available on request.

Key features:

  • Fast integration of hydrogen sensors into existing systems
  • Simple design allows flexible adaptation of the adapters to individual requirements
  • Additional splash guard grid or sintered metal disc keeps water drops, splash water etc. away from the sensor opening
  • No negative influence on the gas concentration measurement of the sensors; possibly longer response and recovery times
  • With fitting and mounting screws for NEO20X heating cartridges to prevent condensation
Data sheetRequest

NEO150

NEO150 adapter

Transmitter adapter for plastic pipes

Adapter for our gas sensors of the NEO9XX, NEO9XXX, NEO9XXHT and NEO4XX series. This adapter can be used to integrate a gas concentration sensor into a plastic pipe, for example to monitor the exhaust gas composition of a fuel cell. The adapter is available with different connection diameters such as 40 mm, 50 mm and G2’. Other sizes are available on request.

Key features:

  • Fast integration of hydrogen sensors into existing systems
  • Simple design allows flexible adaptation of the adapter to individual requirements
  • Additional splash guard grille or sintered metal disc keeps water droplets, splash water, etc. away from the sensor opening
  • No negative influence on the gas concentration measurement of the sensors; possible extension of the response and decay time
  • With fitting and mounting screws for NEO20X heating cartridges to prevent condensation
Data sheetRequest

NEO160

NEO160 adapter

Adapter for our gas sensors of the NEO9XX, NEO9XXX, NEO9XXHT and NEO4XX series. This wall bracket is used to mount a gas concentration sensor on a wall or ceiling, e.g. for room monitoring.

Important features:

  • Fast integration of hydrogen sensors into existing systems
  • Simple design allows flexible adaptation of the adapter to individual requirements
  • Additional splash guard grille or sintered metal disc keeps water droplets, splash water, etc. away from the sensor opening
  • No negative influence on the gas concentration measurement of the sensors; possible extension of the response and decay time
  • With fitting and mounting screws for NEO20X heating cartridges to prevent condensation
Data sheetRequest

NEO170

NEO170 adapter

Bypass adapter for large pipe diameters

Adapter for our gas sensors of the NEO9XX, NEO9XXX, NEO9XXHT and NEO4XX series. The bypass adapter enables the installation of a gas concentration sensor in pipes with a large inner diameter and high volume flows, optionally also in humid environments. It is available in different connection sizes, including DN 150, DN 200 and DN 250. Other sizes are available on request.

Key features:

  • Fast integration of hydrogen sensors into existing systems
  • Simple design allows flexible adaptation of the adapters to individual requirements
  • Additional splash guard grille or sintered metal disc keeps water droplets, splash water, etc. away from the sensor opening
  • No negative influence on the gas concentration measurement of the sensors; possible extension of the response and decay time
  • With fitting and mounting screws for NEO20X heating cartridges to prevent condensation
Data sheetRequest

Heating cartridge

Heating cartridge 28V

NEO20X heating cartridges to prevent condensation

The NEO20X heating cartridges are PTC heating elements that are operated with a fixed supply voltage of 5V, 24V or 28V. They are used to heat the sensor and thus prevent condensation of water vapour. These heating cartridges are not required for the actual measurement, but are used in extremely humid measurement environments to prevent the temperature from falling below the dew point.

Data sheetRequest

Heating cartridge

Heating cartridge 24V

NEO20X heating cartridges to prevent condensation

The NEO20X heating cartridges are PTC heating elements that are operated with a fixed supply voltage of 5V, 24V or 28V. They are used to heat the sensor and thus prevent condensation of water vapour. These heating cartridges are not required for the actual measurement, but are used in extremely humid measurement environments to prevent the temperature from falling below the dew point.

Data sheetRequest

Heating cartridge

Heating cartridge 5V

NEO20X heating cartridges to prevent condensation

The NEO20X heating cartridges are PTC heating elements that are operated with a fixed supply voltage of 5V, 24V or 28V. They are used to heat the sensor and thus prevent condensation of water vapour. These heating cartridges are not required for the actual measurement, but are used in extremely humid measurement environments to prevent the temperature from falling below the dew point.

Data sheetRequest