The sensors are installed directly in pipes or in tanks.
The sensors are used, for example, in oils, crude oils, paints, lacquers, ethanol, solvents as well as in bulk materials under explosive conditions.
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The Liebherr in situ water content determination Litronic-FMS III-RMH12 is used to detect the water content (concentration determination) even in very low ppm ranges in emulsions such as diesel fuel, transmission, hydraulic, engine, roller bearing, transformer and turbine oil as well as in battery systems. -
19" RackFlame-Ionisation-Detector iFiD Rack for continuous monitoring
The stationary Flame-Ionisation-Detector (FID) iFiD RACK is designed for stack monitoring, process control and also for VOC measurement. The whole gaspath is heated to 300°C and so we can speak from a Hightemperature-FID. -
The stationary Flame-Ionisation-Detector (FID) iFiD NMHC measures with its built in NMHC Cutter the methane concentration and parallel in a second channel also the THC in a wide range of applications like stack gas emissions monitoring, ambient air monitoring, thermal reactor and combustor emissions monitoring and also vehicle exhaust gases. The monitoring is continous with a high accuracy, sensitivity and stability. All components which come in contact with sample are fully heated at 200°. -
Continuous measurement of humidity in highly dusts loaded flue gas through dry and wet zirconia oxygen measurements. In-situ or extractive O2 + H2O monitors depending on the application. Perfect for combustion control of biomass boilers : industrial boilers, district heating.O2 DRY - O2 WET - H2O
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Microventuri based continuous monitoring of flue gas flow rate, pressure and temperatureDesigned for tough industrial applications with highly dusts loaded fl ue gas. -
Fuji Electric Extractive Gas Analyzers for process control and continuous measurement of stack emissions. Their QAL1 certification guarantees high performance and regulatory and normative compliance. Reliable and precise, their design quality guarantees 24-hour operation in difficult environments such as smoke from industrial chimneys. Robustness reduces maintenance costs and increases the availability of boilers and equipment. Extractive measurement consists of taking a gas flow from the chimney or the gas pipe via a sampling probe and conveying it to the gas analyzer. The gas is sampled, treated in order to ensure optimal conditions for gas measurement. -
ZPA is best suited to the measurement of exhaust gas from refuse incinerators, boilers, and various industrial furnaces.
NO, SO2, CO2, CO, CH4 Non-dispersion infrared-ray absorption methodSingle light source and single beams (single beam system) O2 : Galvanic fuel cell O2 analyzer (built-in) paramagnetic O2 analyzer (built-in), or zirconia O2 analyzer (externally installed TYPE: ZFK7) -
Robust and accurate back scattering dust monitor for rough industrial installations
QAL1 certified continuous monitoring of particulates concentration. Thanks to the backscattering technology, the LED light beam provides an accurate measurement (insensitive to ambient light). The self-checking anti-fouling functions and the continuous automatic correction system correct possible measurement drifts. This device is suitable for small and medium diameter ducts, for very low and medium dust concentrations as well as for light to dark coloured particles. -
De T-flensoplossing van NEO Monitors is ontworpen om twee LaserGas™ III (Ultra)-analysatoren op één paar flenzen te plaatsen. Dit maakt metingen met lange optische padlengtes mogelijk, terwijl de benodigde ruimte en installatiekosten worden verminderd. Door het compacte ontwerp zijn de spoelvereisten zeer laag, wat de bedrijfskosten verlaagt. Dankzij een zeer configureerbaar ontwerp kan de T-flensoplossing eenvoudig worden aangepast aan verschillende configuraties en toepassingen; individuele analysers kunnen eenvoudig worden vervangen. De certificeringen van de respectievelijke analysers, b.v. EX-d of SIL2 blijven behouden bij gebruik in de T-flensoplossing. Een typische toepassing is verbrandingsanalyse waarbij de T-Flange in combinatie met een LaserGas™ III O2 en een LaserGas™ III CO Ultra de perfecte oplossing is voor procesoptimalisatie en veiligheid. -
LaserGas™ III Ultra
It uses the innovative baseline-insensitive TDLAS technique specifically designed for combustion analysis. The Ultra simultaneously meets the requirements of combustion control and safety. That is, high measurement accuracy and high dynamic range with simultaneous real-time measurement capability. Applications with very long path lengths and high gas concentrations are no problem for the Ultra. Thanks to the baseline insensitivity and the use of the proprietary IROSS signal processing, high measurement accuracy is achieved even with complex gas mixtures. LaserGas™ III Ultra CO in combination with LaserGas™ III O2 are a perfect combination for proper combustion control and safety. -
For measuring mercury in natural gas the pressure of a high pressure sample feed has to be reduced to a suitable low pressure before measurement. The new NG-SAMPLING SYSTEM-3000 follows a straight forward design. It integrates a minimum of components. All gas wetted parts in the sample path have been silicon coated. This allows very fast conditioning and low memory effects. -
Small, fine, excellent: The Liebherr P30-S sensor in conjunction with the Liebherr FMS moisture measuring installation has become indispensable for many industrial processes. The “Little One” expanded our product portfolio in 2008. Measurement by the Liebherr sensor system is based on the physical principle of capacitance determination in the high-frequency stray field. In addition to their high precision and robustness, the measuring devices from Bad Schussenried are characterised by their reproducibility. Once the sensor has been calibrated, further measuring points can be set up or devices renewed on this basis at any time without great effort. The plant thus always remains reliable, regardless of its previous term and age. -
The CAN bus is used in on- and off-road applications, vehicles in the construction and agricultural sectors as well as in engines. The CAN bus is integrated in the sensor. The sensor meets critical EMC and environmental requirements. The signals are integrated and processed directly in the customer's control. The CAN bus signals communicate directly with the control apparatus. Measurement by the Liebherr sensor system is based on the physical principle of capacitance determination in the high-frequency stray field. In addition to their high precision and robustness, the sensor system from Bad Schussenried is characterised by its reproducibility. Each CAN sensor is individually calibrated and final tested. -
The self-sufficient measuring device for precise water content/moisture determination in the running process guarantees the highest quality and safety in EX-protected production environments, the further processing and refinement of very many emulsions and bulk materials. The PC software enables fast and accurate calibration of the measured sections. -
A self-sufficient moisture measuring installation with high connectivity and many interesting possibilities. With ProfiNet technology on board, extensive signal processing and WEB-based access, we are ready for Industry 4.0. Without Ethernet support, these tasks cannot be accomplished. At the beginning of each measured section, the calibration per product must be carried out by means of reference procedures. The Litronic-FMS IV software enables convenient and rapid parametrisation. The evaluation unit receives the raw values measured by the Liebherr sensors and immediately converts them into the measured value, such as percentage humidity. Up to 16 sensors can be managed via the WEB with one device. A curve manager and material and sample management helps the user to create the product-specific calibration. Once the system has been calibrated, further measuring points can be set up or devices renewed on this basis at any time without great effort. The plant thus always remains reliable, regardless of its previous term and age. In addition to their high precision and robustness, the measuring devices from Bad Schussenried are characterised by their reproducibility. A sensor exchange or a transfer to another measured section is also possible without recalibration. -
The air purifier CAP 15 and CAP 30 produces clean and hydrocarbon-free air out of normal compressed air. The Pt/Pd-catalyst convert by catalytical total-oxidation at 370°C all hydrocarbons inclusive methane (CH4) into carbondioxyde (CO2) and water (H2O). Hydrogen (H2) and carbonmonoxyde (CO) will be removed quantitatively.The produced air quality ist constantly free of hydrocarbons and better than sythetic air from gas bottles of class 5.0 (refering to organic components).On account of the high gas purity, the air purifier CAP 15/30 are used for FID-measuring systems as combustion air and as zero gas. -
The air purifier CAP 15 and air purifier CAP 30 produces clean and hydrocarbon-free air out of normal compressed air. The Pt/Pd-catalyst convert by catalytical total-oxidation at 370°C all hydrocarbons inclusive methane (CH4) into carbondioxyde (CO2) and water (H2O). Hydrogen (H2) and carbonmonoxyde (CO) will be removed quantitatively.The produced air quality ist constantly free of hydrocarbons and better than sythetic air from gas bottles of class 5.0 (refering to organic components).On account of the high gas purity, the air purifier CAP 15/30 are used for FID-measuring systems as combustion air and as zero gas -
The heated transferline is made of a stainless steal tube with soldered heater. This construction is unique in relation to other lines and is guarantee for a very good heattransfer. Especially in cases of alternating process temperatures, the sample temperature can stabilized at preselected level. A Low-Cost-Version is available with simple teflon hose. -
The gasstation is fitted with all supplygases who are necessary for a FID measurement. Hydrogen as the fuel gas, nitrogen as zerogas and propane as the calibration gas are available in the one liter bottles who allows a very good handling in mobile measurement. The FID can be connected via teflon hoses and quick connectors. -
The heated prefilter model iFiD Filter is a gasfilter for the high temperature applications who need a permanent temperature up to 300°C. The filter is very stable with the temperature level you can preselected. In permanent use the maximum temperature is 300°C. The temperature is regulated in a range of +-1%. -
The heated prefilter model iFiD FIlter XL is a samplegasfilter for the high temperature applications with a permanent temperature of 300°C. The filter is very stable with the temperature level you preselect, and also in permanent operation. In permanent use the maximum temperature is 300°C. The temperature is regulated in a range of + 1%.
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The heated prefilter model iFiD Filter Backwash M1is a samplegasfilter which can flushbacked with an electronic solenoid valve. This valve can controll the pressure air (flushbackair) and the sample gas. The filter is very stable with the temperature level you preselect, and also in permanent use. In permanent use the maximum temperature is 200°C. The temperature is regulated in a range of +-1%. -
The heated prefilter model iFiD Backwash M2 is a samplegasfilter which can be flushbacked. The filter is very stable with the temperature level you preselect, and also in permanent use. In permanent use the maximum temperature is 200°C. The temperature is regulated in a range of +-1%. -
The filterinlet model iFiD Filter is a flashbackable filterunit for all heated Testa Samplegasfilters. The filter is usable for exhaust gas from engines as well as for emmission measuring tasks. -
The heated 3-way solenoid valve is made for switching 2 heated lines on one analyzer. Beside this there is a second outlet for IR-analyzers or other analyzers built in. -
Modell iFiD SHED
The heated solenoid-valve prevents dilution or increase of the measurement gas concentration by giving up zero gas as well as test gas during or before the shed test measurement. -
Heated Inlet Protection Filter model number 1035 is made for filtering the particles from a size of 5μ and bigger out of the samplegas. The Operation time of an Testa-FID without a build in filter (Model 123) can lengthened several times, because this fine filter helps to minimize the change of the sample capillary, the cleaning of the pump and minimize the maintenance. All the spikes you can see without filter are eliminated with our model 1035. -
The heated sampling system is a combination of a heated sample line and a heated sample filter. The sample line is 500mm long; the filter element can be replaced very quick with the bayonet lock. Beside the very precisious and constant regulation of the line and filter temperature, there is a separate controll point fort he temperature at the filterinlet, where you have an information of the exhaust gas temperature. Also the calibration gas (prewarmed) can directly connected with the unit. The thermocouple is available as PT 100 or NiCrNi. -
The MC-3000 is used for generating a continuous stream of a mercury vapor loaded gas stream in order to check or calibrate mercury analyzers. It is also suitable for all those applications where a gas stream with a preset and constant mercury concentration is needed.- Generates elemental mercury vapor
- continuous operation
- approx. 10 ... 500 µg/m³ Hg°
- Compact and portable size
- No permeation principle - no need to calibrate the calibrator
- Microprocessor controlled
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The static calibration unit is meant for automatically calibrating the UT-3000 Mercury Ultratracer in natural gas monitoring systems for low to intermediate mercury concentrations. -
ASP-CON can be installed permanently into several different areas in the Secondary Wastewater Treatment Plant to provide feed-forward or feed-back control for plant operation and optimisation. The ASP-Con carries out several continuous measurements, and also analyses discrete batch samples of the product to give the following parameters on a frequency which the plant operator can set:- DO
- Temperature
- Ammonium
- Potassium*
- pH*
- ORP*
- MLSS
- SVI/SSVI
- TSS (predicted)
- RAS Concentration
- Nitrification Levels*
- Oxygen Uptake Rate
- Specific Oxygen Uptake Rate
- Critical Oxygen Concentration Points
- Toxicity Management
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- Powerful Micro-discharge Optical Emission Spectroscopy technology - µDOES®
- Applicable from brines to process water
- Perfect for ultrapure water
- Extractive measurement
- Complete system in a compact footprint
- Online metrology for real-time quality assurance
- Pre-treatment Unit (PTU) for online sample conditioning
- Extended maintenance interval
- Cloud-ready: follow the results live 24/7 using your device of choice
- Powerful Micro-discharge Optical Emission Spectroscopy technology - µDOES®