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Gas flow analyzer in atmospheric emissions Flowsic100 - Endress+Hauser
Volume flow measuring devices for continuous emission monitoring.
With diverse volume flow measuring devices Endress+Hauser provides solutions for a wide variety of measuring tasks - from calculating volume flows in processes, custody transfer applications in natural gas industry, environmental monitoring of plants, on test stands in automotive industry and many others.
The product family FLOWSIC100 was designed for emission monitoring tasks. The "H" versions are suitable for stacks with large diameters and applications with high dust content. The "M" versions are especially suited for stacks with medium diameter. The ultrasonic transducers of the "PR" probe type are mounted with fixed path length on one sender/receiver unit (measuring probe). The "AC" versions have an innovative internal cooling and are suitable for gas temperatures up to 450 °C. The purged "Px" versions are used for gases with high concentrations of sticky or wet dust.
With diverse volume flow measuring devices Endress+Hauser provides solutions for a wide variety of measuring tasks - from calculating volume flows in processes, custody transfer applications in natural gas industry, environmental monitoring of plants, on test stands in automotive industry and many others.
The product family FLOWSIC100 was designed for emission monitoring tasks. The "H" versions are suitable for stacks with large diameters and applications with high dust content. The "M" versions are especially suited for stacks with medium diameter. The ultrasonic transducers of the "PR" probe type are mounted with fixed path length on one sender/receiver unit (measuring probe). The "AC" versions have an innovative internal cooling and are suitable for gas temperatures up to 450 °C. The purged "Px" versions are used for gases with high concentrations of sticky or wet dust.
Humidity and temperature transmitter hydroTRANS S30 – JUMO
The JUMO hydroTRANS S30 is a compact humidity and temperature transmitter designed for air duct installations in HVAC and building automation systems.
It provides reliable measurement of relative humidity and air temperature, with optional CO₂ measurement, ensuring precise climate monitoring and control in ventilation and environmental applications.
The transmitter combines robust industrial design, high measurement accuracy, and flexible output interfaces, making it suitable for both standard building services and demanding environments, including railway applications.
It provides reliable measurement of relative humidity and air temperature, with optional CO₂ measurement, ensuring precise climate monitoring and control in ventilation and environmental applications.
The transmitter combines robust industrial design, high measurement accuracy, and flexible output interfaces, making it suitable for both standard building services and demanding environments, including railway applications.
Humidity and temperature transmitter hydroTRANS S40 – JUMO
The JUMO hydroTRANS S40 is a rod-type humidity and temperature transmitter with an optional CO2 module designed for industrial and HVAC applications. The transmitter uses capacitive sensor technology for relative humidity measurement and integrates temperature sensing. The humidity measuring device is available with various interfaces. The robust design is suitable for environments requiring long-term stability and reliable data acquisition.
Humidity and temperature transmitter RHT Climate WM LCD – Novus
RHT Climate is a transmitter that incorporates high precision humidity and temperature sensors, for temperatures from -40 to 100ºC depending on the application.
It can transmit both signals via the two analog outputs or via RS485 Modbus RTU communication. Through the NXperience software, using the USB interface, it is possible to fully configure the transmitter parameters, simulate the temperature and humidity, force the retransmission of signals or even check and diagnose the system.
It can transmit both signals via the two analog outputs or via RS485 Modbus RTU communication. Through the NXperience software, using the USB interface, it is possible to fully configure the transmitter parameters, simulate the temperature and humidity, force the retransmission of signals or even check and diagnose the system.
Inductive electromagnetic flowTRANS MAG H20 - JUMO
The flowTRANS MAG H20 from JUMO measures conductive media with high precision − even drop-by-drop.
The flowTRANS MAG H20 from JUMO is an electromagnetic flowmeter for industrial automation. Its compact design allows it to fit into the smallest plants (dosing systems, apparatus cooling) and to measure conductive media with a high degree of precision.
It can be used with flexibility in a wide range of processes. In addition to the flow measurement, the temperature is also measured.
The flowTRANS MAG H20 from JUMO is an electromagnetic flowmeter for industrial automation. Its compact design allows it to fit into the smallest plants (dosing systems, apparatus cooling) and to measure conductive media with a high degree of precision.
It can be used with flexibility in a wide range of processes. In addition to the flow measurement, the temperature is also measured.
Industrial oil moisture sensor AFO - Kobold
The AFO oil moisture sensor from Kobold, equipped with two analogue outputs for different measured variables and RS 485 Modbus interface, ensures reliable and long-term stable measurement in technical oils. It is specifically designed to measure moisture content in transformer oil, motor oil, lubricating oil, hydraulic oil, and diesel fuels. In addition to providing highly accurate measurements of water activity (aw) and temperature (t), the AFO also calculates the absolute water content (x) in ppm.
The calculation of water content (x) from the measured values of aw and temperature is oil-specific and requires unique parameters for each type of oil. KOBOLD offers the ability to customize these oil-specific parameters for various oil types. The necessary parameters can either be provided during the AFO order process or later integrated into the device using the Service software.
The calculation of water content (x) from the measured values of aw and temperature is oil-specific and requires unique parameters for each type of oil. KOBOLD offers the ability to customize these oil-specific parameters for various oil types. The necessary parameters can either be provided during the AFO order process or later integrated into the device using the Service software.
Integrated multi-sensor fluid level monitoring LiDoTT® - Detectronic
Unique multi-sensor device delivers consistent high quality level data across a wide range of operating conditions and switches seamlessly to provide continuous depth data under blockage or surcharge conditions.
LIDoTT® integrates level, depth and temperature sensors into one compact device. LIDoTT® delivers high-quality data throughout normal dry-weather and wet-weather or blockage induced surcharge conditions.
LIDoTT® integrates level, depth and temperature sensors into one compact device. LIDoTT® delivers high-quality data throughout normal dry-weather and wet-weather or blockage induced surcharge conditions.
Level floaters - Kobold
In industrial and commercial tanking systems, the level of the tanks must be monitored continuously in most cases. The level within the tanks can be checked and controlled by means of various level sensors and level gauges. The filling of tanks and silos can be displayed at various points via different level indicators and can thus be monitored.
Magnetic level sensors for liquids, Series M - Kobold
Magnetic level sensors are used for the monitoring and control of liquid levels in vessels and manufactured according to every customer specification.
Kobold magnetic float sensors are fitted with a hermetically sealed contact which is situated in the tube;
The float sliding on the tube contains a whose magnetic field sensor the sealed contact in a non-contacting fashion. The sealed contacts are available as N/O, N/C or changeover contacts;
The float sliding up and down on the liquid is the only moving part in the Kobold magnetic float sensors.
Kobold magnetic float sensors are fitted with a hermetically sealed contact which is situated in the tube;
The float sliding on the tube contains a whose magnetic field sensor the sealed contact in a non-contacting fashion. The sealed contacts are available as N/O, N/C or changeover contacts;
The float sliding up and down on the liquid is the only moving part in the Kobold magnetic float sensors.
Magnetostrictive level transmitters NMB - Kobold
The NMB magnetostrictive level transmitters are an ideal solution for accurately measuring clean liquids. Their accuracy makes them an excellent choice for custody transfer measurement of liquids such as fuels, solvents, and alcohol derivatives. Flexible tube units allow accurate measurements in tanks as high as 15 meters. Plastic-coated models can be used with aggressive materials. Integrating the transmitter into a process control system is easy with intelligent signal processing, communication software, and a wide range of accessories.
Modular process controller N20K48 – Novus
Novus N20K48 is the modular process controller with reduced dimensions that comes to revolutionize the microcontroller market!
The N20K48 controller family is based on a compact and powerful central controller, to which we can add a series of micro modules that enables it to respond to a wide range of industry requirements.
The N20K48 controller family is based on a compact and powerful central controller, to which we can add a series of micro modules that enables it to respond to a wide range of industry requirements.
Non-intrusive level sensor TL400-I - Novus
The TL400-I is a non-intrusive level sensor from Novus designed to offer maximum precision and durability in the measurement of liquids, grains, fluids, and bulk solids. Thanks to low-power laser technology, this device performs several measurements per second that convert into level, volume, and distance data. Its customization capability via Bluetooth makes it a versatile solution for different types of tanks, including those with irregular shapes.
Precise measurements in industrial processes are essential for the safety and efficiency of operations. The TL400-I eliminates the disadvantages of traditional sensors that require direct contact with the material, which reduces their lifespan. This non-intrusive sensor ensures the integrity of the equipment and guarantees accurate measurements throughout its lifecycle, with a minimal error margin of ±3 mm. With real-time measurement capability and easy installation, this sensor becomes an indispensable ally in industrial processes that demand constant precision and control.
Precise measurements in industrial processes are essential for the safety and efficiency of operations. The TL400-I eliminates the disadvantages of traditional sensors that require direct contact with the material, which reduces their lifespan. This non-intrusive sensor ensures the integrity of the equipment and guarantees accurate measurements throughout its lifecycle, with a minimal error margin of ±3 mm. With real-time measurement capability and easy installation, this sensor becomes an indispensable ally in industrial processes that demand constant precision and control.
Orifice plate and Orifice flange KPL - Kobold
If a pipeline (through which a medium flows) is reduced at a particular point by a cross-sectional constriction, the flow speed of the measured medium is increased at that point. According to Bernoulli’s energy equation and the law of continuity, the total flow head (dynamic velocity head and static pressure head) is constant. The increase in speed at the constriction causes a reduction in the static head.
The resulting pressure drop is called the differential pressure head; it is a measure of the flow (volume per unit of time or mass per unit of time). The flow rate q is given by: q = c√∆p The flow rate (q) is a function of the square root of the differential pressure head (∆p), where c is the coefficient of flow rate determined by the shape of the differential pressure transducer and the operating data. The pipeline may be constricted with orifice plates.
The resulting pressure drop is called the differential pressure head; it is a measure of the flow (volume per unit of time or mass per unit of time). The flow rate q is given by: q = c√∆p The flow rate (q) is a function of the square root of the differential pressure head (∆p), where c is the coefficient of flow rate determined by the shape of the differential pressure transducer and the operating data. The pipeline may be constricted with orifice plates.
Oval wheel flowmeter DOE - Kobold
Oval wheel flowmeter DOE – for low and high viscous liquids.
Oval gear flowmeters are categorised as positive displacement flow technology. When liquid flows through this type of positive displacement flowmeter, two oval geared rotors measure a constant volume per rotation within a precisely machined measuring chamber.
With each rotation, a constant volume of liquid is measured. The rotation of the oval gears is sensed via magnets embedded within the rotors. These magnets transmit a high resolution pulse output. The output signal can be processed externally via a remote display controller or PLC or via a variety of output/display options available as accessories attached to the flowmeters.
Oval gear flowmeters are categorised as positive displacement flow technology. When liquid flows through this type of positive displacement flowmeter, two oval geared rotors measure a constant volume per rotation within a precisely machined measuring chamber.
With each rotation, a constant volume of liquid is measured. The rotation of the oval gears is sensed via magnets embedded within the rotors. These magnets transmit a high resolution pulse output. The output signal can be processed externally via a remote display controller or PLC or via a variety of output/display options available as accessories attached to the flowmeters.
Oval wheel flowmeter for low and high viscous liquids DON - Kobold
Oval wheel flow meters for low and high viscous liquids
Oval gear flowmeters are categorised as positive displacement flow technology. When liquid flows through this type of positive displacement flowmeter, two oval geared rotors measure a constant volume per rotation within a precisely machined measuring chamber. With each rotation, a constant volume of liquid is measured.
Oval gear flowmeters are categorised as positive displacement flow technology. When liquid flows through this type of positive displacement flowmeter, two oval geared rotors measure a constant volume per rotation within a precisely machined measuring chamber. With each rotation, a constant volume of liquid is measured.
PAD differential pressure sensor - Kobold
Differences in control.
High flexibility and reliability are the important characteristics of the PAD differential pressure sensor from Kobold. This reliable measuring instrument is just as suited to recording absolute and differential pressure as it is to measuring filling levels and flow rates.
A multitude of measuring ranges from -1 to over 400 bar and the overpressure models up to 750 bar provide solutions for a wide range of applications.
High flexibility and reliability are the important characteristics of the PAD differential pressure sensor from Kobold. This reliable measuring instrument is just as suited to recording absolute and differential pressure as it is to measuring filling levels and flow rates.
A multitude of measuring ranges from -1 to over 400 bar and the overpressure models up to 750 bar provide solutions for a wide range of applications.
Paddle flow monitor for liquids PSE & PSR - Kobold
The Kobold flow monitor types PSE and PSR are simple, reasonably-priced and reliable monitors of fluid motions.
Depending on the flow velocity/flow throughput, the baffle plate is deflected and it moves, over the balance arm, the permanent magnet into the operating range of the reed contact, mounted outside the process fluid.
Depending on the flow velocity/flow throughput, the baffle plate is deflected and it moves, over the balance arm, the permanent magnet into the operating range of the reed contact, mounted outside the process fluid.
PAS Pressure sensors - Kobold
Where pressure prevails.
The Kobold pressure sensor model PAS is a microprocessor-based high performance transmitter which has a flexible pressure calibration and a flexible output signal. It has an automatic compensation of ambient temperature and process variables. A communication with the instrument and a configuration of various parameters is possible via the HART® protocol. All data of sensor is to be input, modified and stored in an EEPROM.
The PAS pressure transmitters enable a precise monitoring of absolute and gauge pressures. The devices available with different measuring ranges between –1...1,5 bar and 0...600 bar, can be used for a multitude of applications.
The Kobold pressure sensor model PAS is a microprocessor-based high performance transmitter which has a flexible pressure calibration and a flexible output signal. It has an automatic compensation of ambient temperature and process variables. A communication with the instrument and a configuration of various parameters is possible via the HART® protocol. All data of sensor is to be input, modified and stored in an EEPROM.
The PAS pressure transmitters enable a precise monitoring of absolute and gauge pressures. The devices available with different measuring ranges between –1...1,5 bar and 0...600 bar, can be used for a multitude of applications.
Plastic level switch for liquids NKP - Kobold
The plastic level switch NKP is designed for economical control of liquids in vessels. Many industrial applications can be realized with two different plastic versions each with three different mountings. The switch is remarkable for its maintenance-free design, small dimensions and reed contacts with high switch capacity.
The switch is mounted on the side of the vessel. A hinged plastic float with a magnet floats up and down through the liquid level. The encapsulated reed contact is operated by the magnet. The switching function (N/O contact / N/C contact) is determined by the installation position. The switching function is reversed by simply rotating the switch through 180°.
The switch is mounted on the side of the vessel. A hinged plastic float with a magnet floats up and down through the liquid level. The encapsulated reed contact is operated by the magnet. The switching function (N/O contact / N/C contact) is determined by the installation position. The switching function is reversed by simply rotating the switch through 180°.
Portable ATEX multi-sensor area velocity flow meter MSFM S2.5T – Detectronic
Designed to monitor raw sewage, industrial effluent and storm waters, the MSFM S2.5T is a self-contained, battery-powered, insertion multi-sensor flow meter, suitable for applications in combined sewers, open channels and storm sewers. The MCERTS version is certified to deliver guaranteed flow measurement accuracy.
Portable humidity and temperature datalogger RHT LCD - Novus
The RHT LCD is a portable humidity and temperature datalogger with built-in sensors. The reliability of its measurements allows it to be used in transport, storage, process auditing applications, among others.
The RHT LCD can be easily programmed and configured through a versatile communication interface connected to the PC's USB port and Windows® environment software. The LogChart II software makes it possible to configure, collect analysis and export the records.
The RHT LCD can be easily programmed and configured through a versatile communication interface connected to the PC's USB port and Windows® environment software. The LogChart II software makes it possible to configure, collect analysis and export the records.
Portable measuring system thermoCOR - Jumo
thermoCOR is Jumo’s portable temperature measurement system for the AMS2750 and CQI-9 standards.
thermoCOR is a portable temperature measurement system designed for the execution of SAT (System Accuracy Tests) and TUS (Temperature Uniformity Surveys) tests, according to the AMS2750 (aeronautical industry) and CQI-9 (automotive industry). The thermoCOR is DAkkS certified.
At its core is a high precision cold junction, the equipment has up to 12 configurable inputs for thermocouple and 4 universal inputs that allow the connection of RTD probes or pressure sensors.
thermoCOR is a portable temperature measurement system designed for the execution of SAT (System Accuracy Tests) and TUS (Temperature Uniformity Surveys) tests, according to the AMS2750 (aeronautical industry) and CQI-9 (automotive industry). The thermoCOR is DAkkS certified.
At its core is a high precision cold junction, the equipment has up to 12 configurable inputs for thermocouple and 4 universal inputs that allow the connection of RTD probes or pressure sensors.
Portable ultrasonic flowmeter AUF610 - ALIA
The AUF610 series is a portable transit-time ultrasonic flowmeter with clamp-on transducers for non-invasive liquide measurement. Based on microprocessor and programmable flow measurement techniques, the process flow can be accurately measured without interrupting the flow and with low installation costs.
Precision pressure indicator ADT715 - Additel
The ADT715 from Additel is a high-precision, multichannel benchtop pressure indicator engineered for calibration laboratories, production environments, and demanding process applications. It integrates internal precision pressure modules with optional external digital modules, enabling simultaneous measurement on up to five channels. The built-in barometric sensor supports switching between absolute and gauge reference modes.
The device combines high stability, wide range flexibility, and an intuitive touchscreen interface for efficient operation and integration.
The device combines high stability, wide range flexibility, and an intuitive touchscreen interface for efficient operation and integration.
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