Renewable Energies
Foto by Zbynek Burival on Unsplash
Biogas Plants Photovoltaic systems Wind turbines Geothermal power plants
The importance of renewable energy sources for a sustainable and environmentally friendly energy supply is steadily increasing. In times where moving away from fossil fuels has become essential, alternative forms of energy such as solar, wind, water, and biomass energy are increasingly coming into focus. They form the foundation of a successful and future-oriented energy transition and represent a sector with dynamic growth potential. The challenges within this industry are as diverse as the range of renewable energy sources: from the need to ensure operational safety in wind turbines through precise monitoring of hydraulic systems, cooling of generators, or oil cooling of transformers, to the specific requirement for highly resilient components in hydroelectric power plants, the demands for the highest purity standards in solar panel construction, and the resistance to seawater in wave power plants, to special requirements regarding cleanability and corrosion resistance in biogas plants. This diversity underscores the need to develop tailored and innovative solutions that enable efficient, reliable, and sustainable utilization of renewable energy sources, thereby making a significant contribution to reducing CO2 emissions and protecting the environment.
The significance of renewable energy sources for a sustainable and environmentally friendly energy supply is steadily increasing. In times when the transition away from fossil fuels has become essential, alternative energy forms such as solar, wind, water, and biomass energy are increasingly coming into focus. They form the foundation of a successful and forward-thinking energy transition and represent a sector with dynamic growth potential. The challenges within this industry are as diverse as the range of renewable energy sources: from the need to ensure operational safety in wind turbines through precise monitoring of hydraulic systems, cooling of generators, or oil cooling of transformers, to the specific demand for highly durable components in hydroelectric power plants, requirements for the highest purity standards in solar panel construction, and resistance to seawater in wave power plants, to special requirements regarding cleanability and corrosion resistance in biogas plants. This diversity underscores the need to develop tailored and innovative solutions that enable efficient, reliable, and sustainable use of renewable energy sources, thereby making a significant contribution to reducing CO2 emissions and protecting the environment.
▷ Biogas Plants
Process instrumentation and analytics in biogas plants play a crucial role in renewable energy generation. Efficient operation and profitability of biogas plants are essential aspects that can be significantly improved through the use of advanced measurement technologies. Precise control and monitoring of process parameters using modern measurement and analysis systems are essential for maximizing biogas production and ensuring sustainable operation.
From compact units to extensive complexes with gas treatment and grid injection, comprehensive and detailed capturing of process data is indispensable. Early and thoughtful planning of instrumentation and analytics supports sustainable economic success.
Various measurement solutions are required for operating a biogas plant, covering all phases of the process: from biomass feedstock, through power generation in cogeneration plants, to injection of treated gas into the natural gas grid. Continuous data on temperature, flow rate, level, pressure, and gas composition are essential for process monitoring and optimization.
The selection of instrumentation and analytics directly impacts the effectiveness of the plant. Devices must not only convince through robustness, durability, and user-friendliness, but also ensure efficient supply of spare parts. Close collaboration with an experienced supplier already in the planning phase helps to find the ideal measurement method for every requirement and effectively reduce operating costs.
For example, choosing between radar and ultrasonic technology for level measurement results in different cost efficiencies and reliabilities of measurement values. A detailed evaluation of the respective advantages and disadvantages of available methods is crucial to determine the best possible solution. A reliable partner with comprehensive process and instrumentation knowledge is invaluable for effectively addressing challenges and optimizing biogas production.
Pointek CLS100 is an RF inverse frequency shift capacitance point level switch for liquids and solids or liquid interface applications. Unique product design allows for senstivity adjustment to tune out and ignore buildup.
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Pointek CLS200 is an RF inverse frequency shift capacitance point level switch for liquids and solids or liquid interface applications. Unique product design allows for senstivity adjustment to tune out and ignore buildup. With a selection of options including PROFIBUS communications, digital displays, remote or local testing, and functional safety SIL2 ensures safety and ease of integration.
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SITRANS LR200 is a 2-wire, 6 GHz pulse radar level transmitter for extreme process conditions in process vessels up to 20 meters (66 ft). This technology is most suited for applications where there is severe turbulence or material buildup.
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SITRANS Probe LU is a 2-wire loop-powered ultrasonic level measurement transmitter for measuring storage vessels, filter beds, and open channel flow in the water and wastewater, food, and chemical industries.
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MultiRanger/HydroRanger is a versatile short- to medium-range ultrasonic single- and multi-vessel level monitor/controller for virtually any application in a wide range of industries. MultiRanger/HydroRanger can be used on different materials, including fuel oil, municipal waste, acids, woodchips or on materials with high angles of repose.
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MultiRanger/HydroRanger 200 HMI is a versatile short- to medium-range ultrasonic single- and multi-vessel level monitor/controller for virtually any application in a wide range of industries.
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Echomax XPS transducers use ultrasonic technology to measure level in a wide range of liquids and solids. The transducers can be fully immersed, are resistant to steam and corrosive chemicals, and can be installed without flanges.
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2-wire head transmitter with and without HART communications interface for mounting in the connection head of the temperature sensor.
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2-wire head transmitter with and without HART communications interface for mounting in the connection head of the temperature sensor.
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Temperature sensors for installation in existing thermowells, suitable for ther-mowells according to DIN 43772 as well as ASME B40.9-2001 with extension European or American types
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Legal for trade according to OIML R60
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Usable in harsh environments due to IP67
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Suitable for high-precision applications
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Capable of calibration to OIML
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Quick and simple installation with SIWAREX mounting devices
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Very low installation dimension
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Extremely high load classes up to 500t
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High temperature option up to 250°C and option with double bridge increase application security
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Ex-protection, zone 2, 22
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Low deflection from 0,03mm to 0,19mm
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Stainless steel, hermetically sealed, high degree of protection IP68/69K
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High-precision measuring with the option C4 MR and Y=40.000
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legal for trade according to accuracy class C3 acc. To OIMLR60
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easy and quick installation with SIWAREX mounting units
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options for use in hazardous areas are in preparation
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legal for trade
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easy and quick installation with SIWAREX mounting units
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options for use in hazardous areas are in preparation
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Wide range of rated loads available
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High degree of protection
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Legal-for-tr
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High accuracy classes
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Stainless steel, hermetically sealed, high degree of protection IP68
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Use in commercial scales with class III
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Accuracy class C3 according to OIML R60
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- Stainless steel, hermetically sealed, IP67
- particularly suitable for harsh environments
- platform size up to 400x400mm
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legal for trade
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extremely compact design
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easy and quick installation with SIWAREX mounting units
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Comprehensive diagnostic functions, monitoring of limit values
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High resolution of up to +/- four million parts
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High accuracy of 0,05%
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Measuring rate of 10 ms
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High-quality HMI panel ‒ 4-Zoll TFT widescreen display, touchscreen
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Intuitive user interface
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Flexible connection to all automation systems, which support Modbus RTU
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High-quality stainless steel housing with degree of protection IP65
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Simulation mode, intelligent speed detection, freely parameterizable digital in- and outputs, analog output, Pulse signal for remote totalizers, recovery function
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High-quality HMI panel ‒ 4-Zoll TFT widescreen display, touchscreen
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Intuitive user interface
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Flexible connection to all automation systems, which support Modbus RTU
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High-quality stainless steel housing with degree of protection IP65
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Uniform structure and universal communication through the integration in S7-1200
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Four digital inputs and outputs, one analog output, all inputs and outputs are controllable via the SIWAREX module or via SIMATIC S7-1200
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Operation also possible without SIMATIC CPU
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Easy commissioning via SIWATOOL or via HMI touch panel
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Extensive diagnostic functions
- Calibratable according type approval 2009/23/EC (NAWI)
- Calibratable according NTEP Class III / III L
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Flexible adjustment for different requirements
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Theoretical adjustment without adjustment weights
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Modules can be exchanged without readjusting the scale
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Can be used for Ex-applications zone 2
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Uniform structure and universal communication through the integration in S7-1200
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Standalone operation mode without SIMATIC CPU possible
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Modbus TCP/IP & Modbus RTU
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6 totalizers (individual resettable)
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Pulse signal for remote totalizer
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Simulation mode for belt load and/or belt speed
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Trace recorder
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Recovery point for easy rebuild of all parameters
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Automatic zero tracking function
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Easy commissioning via SIWATOOL and PC or via HMI touch panel
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Extensive diagnostic functions
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Flexible adaption to different requirements
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Various calibration options
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Can be used in hazardous applications ATEX zone 2
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Versatile capabilities, different versions available
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Interferes with the load cell signal to a very small extent and is therefore approved for scales requiring verification. (SIWAREX IS)
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- No special SIMATIC knowledge is required to use SIWATOOL
- Quick calibration and setting of parameters
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The SITRANS P300 offers measuring precision and ruggedness. Its stainless steel housing with laser-printed nameplate, together with a wide range of hygienic process connections, mean that it is highly suitable for use in the food & beverages industry as well as for pharmaceutical processes.
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SITRANS FM MAG 1100 is a sensor in stainless steel with highly resistant liners and electrodes which fit even the most extreme process media.
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SITRANS FM MAG 1100 is a sensor in stainless steel with highly resistant liners and electrodes which fit even the most extreme process media. For high temperatures.
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SITRANS FM MAG 3100 is an electromagnetic flow sensor with a large variety of liners, electrode material and with grounding electrodes as standard, all this ensures a perfect fit for almost every flow application.
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SITRANS FM MAG 3100 is an electromagnetic flow sensor with a large variety of liners, electrode material and with grounding electrodes as standard, all this ensures a perfect fit for almost every flow application. For high temperatures.
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The battery or mains powered SITRANS FUE950 is a universal custody transfer approved energy calculator. It is designed for use in hot water, chilled water and cooling/heating applications. The calculator has a modular construction which means that it can be fitted with optional output modules when it is ordered. These include a pulse output, pulse input, current output and an M-Bus add-on module. If needed, the necessary temperature sensor pair and pockets can be ordered along with the calculator.
The SITRANS FUE950 can be used with SITRANS FUS380, SITRANS FUE380, SITRANS FM MAG 5000, SITRANS FM MAG 6000, SITRANS FM MAG 8000 and SITRANS FS220. Application Examples: District heating applications, Chilled water applications, Combined cooling/heating applications|
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- Highly cost-effective because calibration gases are not required (AUTOCAL with ambient air, depending on the measuring component)
- High selectivity due to multilayer detectors e.g. low cross-sensitivity to water vapor
- Cleanable cuvettes: Cost savings through further use in case of contamination
- Menu-guided operation in plain text
- Open interface architecture (RS 485, RS 232; PROFIBUS, SIPROM GA): Simplified process integration; remote operation and control
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▷ Photovoltaic Systems
The increasing focus on renewable energy sources has led to a significant rise in the installation of photovoltaic systems on the roofs of residential and commercial properties. Due to their constant exposure to external influences, solar cells, modules, and their associated electronic components need continuous monitoring to ensure their efficiency and functionality.
Factors such as installation defects, extreme weather conditions, and natural wear and tear can lead to component impairments, which in turn diminish the energy efficiency of the system. Infrared thermography is an effective tool for identifying and diagnosing such issues as it enables rapid, accurate, and non-contact detection of heat patterns.
Enhanced monitoring and maintenance for maximum performance of solar parks
Especially for extensive solar installations like solar parks, careful and regular inspection is of paramount importance. Even minor disruptions, such as that of a single solar module, can have a negative impact on the productivity of the entire system. Infrared thermography provides a valuable advantage here by allowing effective identification of thermal irregularities across large areas without the need for direct or invasive testing.
Furthermore, the technology aids in preventive maintenance by detecting and addressing potential sources of errors early on before they escalate into serious issues. This not only ensures the safety of the installations but also helps maximize energy yield and extend the lifespan of the solar panels. The ability to monitor large areas quickly and comprehensively while considering the intensity of sunlight makes solar thermography an indispensable tool for photovoltaic system operators to maintain efficient operation and keep maintenance costs low.
- ATEX: II 3 G Ex ic IIC T6 Gc, II 3 D Ex ic IIIC T85°C Dc
- IECEx: Ex ic IIC T6 Gc, Ex ic IIIC T85°C Dc
- Thermal resolution: 256 × 192 (49,152 pixels)
- Temperature measurement range: -20°C to 550°C (-4°F to 1022°F)
- Image frequency: 25 Hz
- Display: 3.2'' LCD screen
- Continuous running time of up to 6 hours
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- Thermal resolution: 96 × 96 (9,216 pixels)
- Distance to spot ratio (D:S): 112:1
- SuperIR: 240 × 240 (57,600 pixels)
- NETD: < 50 mK (@ 25°C, F# = 1.0)
- Measurement presets: center spot, hot spot, cold spot, off
- Image frequency: 25 Hz
- Laser pointer
- Built-in 4 GB flash memory: 30,000 pictures
- Up to 8 hours continuous running
- Thermal/Visual/Fusion
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- Thermal resolution: 96 × 96 (9,216 pixels)
- Distance to spot ratio (D:S): 112:1
- SuperIR: 240 × 240 (57,600 pixels)
- NETD: < 50 mK (@ 25°C, F# = 1.0)
- Measurement presets: center spot, hot spot, cold spot, off
- Image frequency: 25 Hz
- Laser pointer
- Built-in 4 GB flash memory: 30,000 pictures
- Up to 8 hours continuous running
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- Thermal resolution: 480 × 360 (172,800 pixels), NETD: < 30 mK (@ 25 °C, F#=1.0)
- Temperature measurement range: -40°C to 2200°C (-40°F to 3992°F)
- Accuracy: Max. (±1°C (±1.8°F): 0 to 100°C (32 to 212°F); ±1%: 100 to 150°C (212 to 302°F))
- The 90° rotating screen and the 180° rotating lens design
- 1.x to 12.x continuous digital zoom
- Manual, automatic, and 1-Tap Level and Span
- 30 Hz image frequency
- Up to 4 hours continuous running
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- Thermal resolution: 480 × 360 (172,800 pixels), NETD: < 30 mK (@ 25 °C,F#=1.0)
- Temperature measurement range: -20 °C to 650 °C (-4 °F to 1202 °F)
- Accuracy: Max (±2°C/3.6°F, ±2%)
- The 90° rotating screen and the 180° rotating lens design
- 1.x to 12.x continuous digital zoom
- Manual, automatic, and 1-Tap Level and Span
- 30 Hz image frequency
- Up to 4 hours continuous running
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- Thermal resolution: 640 x 480 (307,200 pixels), NETD: < 35 mK (@ 25 °C, F#=1.0)
- Temperature measurement range: -20 °C to 2000 °C (-4 °F to 3632 °F)
- Accuracy: Max (±2°C/3.6°F, ±2%)
- 1.x to 8.x continuous digital zoom
- Manual, automatic, and 1-Tap Level and Span
- GPS & compass annotation functions
- Long-distance laser light supplement for thermography targets
- LED light supplement provides light in dark scenarios
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- Thermal resolution: 640 x 480 (307,200 pixels), NETD: < 35 mK (@ 25 °C, F#=1.0)
- Temperature measurement range: -20 °C to 2000 °C (-4 °F to 3632 °F)
- Accuracy: Max (±2°C/3.6°F, ±2%)
- 1.x to 8.x continuous digital zoom
- Manual, automatic, and 1-Tap Level and Span
- GPS & compass annotation functions
- Long-distance laser light supplement for thermography targets
- LED light supplement provides light in dark scenarios
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- Thermal resolution: 480 x 360 (172,800 pixels), NETD: < 35 mK (@ 25 °C, F#=1.0)
- Temperature measurement range: -20 °C to 2000 °C (-4 °F to 3632 °F)
- Accuracy: Max (±2°C/3.6°F, ±2%)
- 1.x to 8.x continuous digital zoom
- Manual, automatic, and 1-Tap Level and Span
- GPS & compass annotation functions
- Long-distance laser light supplement for thermography targets
- LED light supplement provides light in dark scenarios
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- Thermal resolution: 480 x 360 (172,800 pixels), NETD: ＜ 35 mK (@ 25 °C, F#=1.0)
- Temperature measurement range: -20 °C to 650 °C (-4 °F to 1202 °F)
- Accuracy: Max (±2°C/3.6°F, ±2%)
- 1.x to 8.x continuous digital zoom
- Manual, automatic, and 1-Tap Level and Span
- GPS & compass annotation functions
- Long-distance laser light supplement for thermography targets
- LED light supplement provides light in dark scenarios
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- Thermal resolution: 384 x 288 (110,592 pixels), NETD: ＜ 35 mK (@ 25 °C, F#=1.0)
- Temperature measurement range: -20 °C to 650 °C (-4 °F to 1202 °F)
- Accuracy: Max (±2°C/3.6°F, ±2%)
- 1.x to 8.x continuous digital zoom
- Manual, automatic, and 1-Tap Level and Span
- GPS & compass annotation functions
- Long-distance laser light supplement for thermography targets
- LED light supplement provides light in dark scenarios
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- High sensitivity thermal module with 640 x 480 resolution
- SuperIR up to 1280 x 960 (1,228,800 pixels)
- Supports multiple palettes
- High quality optical module with 8 MP resolution
- Bi-spectrum image fusion, picture-in-picture preview
- Wide temperature measurement range: -20 - 650°C
- High temperature measurement accuracy: Max. (± 2°C/3.6°F, ± 2%), for ambient temperature 15°C to 35°C (59°F to 95°F) and object temperature above 0°C (32°F)
- 640 x 480 resolution 3.5'' LCD touch display
- Long-distance laser light supplement for thermography targets
- LED light supplement makes the device a torch in required scenarios
- 1.0x to 8.0x continuous digital zoom
- Supports remote album access, download and quick report with APP
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- Thermal resolution: 256 × 192 (49,152 pixels)
- NETD: < 40 mK (@ 25 °C, F#=1.0)
- Temperature measurement range: -20°C to 550°C (-4°F to 1022°F)
- Accuracy: Max (±2°C/3.6°F, ±2%), for ambient temperature 15°C to 35°C (59°F to 95°F) and object temperature above 0°C (32°F)
- Measurement presets: Center spot, Hot spot, Cold spot, User Preset Point
- 25 Hz image frequency
- 3.2'' LCD screen display
- Up to 6 hours continuous running
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- Thermal resolution: 192 × 144 (27,648 pixels)
- NETD: < 40 mK (@ 25°C, F# = 1.0)
- Temperature measurement range: -20°C to 550°C (-4°F to 1022°F)
- Accuracy: Max (± 2°C/3.6°F, ± 2%), for ambient temperature 15°C to 35°C (59°F to 95°F) and object temperature above 0°C (32°F)
- Measurement presets: Center spot, Hot spot, Cold spot, User Preset Point
- 25 Hz image frequency
- 3.2'' LCD screen display
- Up to 6 hours continuous running
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- Thermal resolution: 384 x 288 (110,592 pixels)
- NETD: < 30 mK (@ 25°C, F#=1.0)
- Start up time: 5 seconds (with IR image), 10 seconds (with OSD)
- Support object details enhancement
- Temperature measurement range: -20°C to 1200°C (-4°F to 2192°F)
- Measurement presets: Center spot, Hot spot, Cold spot
- 60 Hz image frequency
- 4.3" LCD screen display
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- Thermal resolution: 256 x 192 (49,152 pixels)
- NETD: < 40 mK (@ 25 °C, F#=1.0)
- Temperature measurement range: -20°C to 550°C (-4°F to 1022°F)
- Up to 10 minutes for ambient temperature -10°C to 90°C (14°F to 194°F); Up to 2 minutes for ambient temperature -10°C to 115°C (14°F to 239°F)
- Measurement presets: Center spot, Hot spot, Cold spot, User Preset Point
- 25 Hz image frequency
- 3.2'' LCD screen display
- Up to 6 hours continuous running
- Support object details enhancement
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- Thermal resolution: 256 × 192 (49, 152 pixels), NETD: < 40 mK (@ 25°C, F# = 1.0)
- Accurately measure temperature from -20°C to 400°C (-4°F to 752°F)
- Accuracy: Max. (± 2°C/3.6°F, ± 2%)
- 25 Hz image frequency
- Thermal, fusion, PIP, and optical modes, 8 MP optical camera
- Manual, automatic, and 1-Tap level and span
- High temperature alarm
- Built-in 16 GB memory
- LED work light
- 1.0x to 4.0x continuous digital zoom
- 8 MP Optical camera
- Up to 4 hours continuous running
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- Thermische Auflösung: 192 × 144 (27.648 Pixel)
- NETD: < 40 mK (@ 25°C, F# = 1,0)
- Präzise Temperaturmessung von -20°C bis 400°C
- 3,5-Zoll-LCD-Touchscreen
- Messgenauigkeit: Max. (± 2°C, ± 2%)
- 25 Hz Bildfrequenz
- Wärmebild-, Fusions-, PIP- und optische Modi
- optische 8-MP-Kamera
- Manuelle, automatische und 1-Tap-Ebene und Spanne
- Alarm bei hoher Temperatur
- Integrierter 16-GB-Speicher
- LED-Arbeitsleuchte
- 1,0x bis 4,0x stufenloser Digitalzoom
- Bis zu 4 Stunden Dauerbetrieb
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The Smartphone Module is designed to inspect electrical equipment, troubleshooting HVAC problems. Equipped with functional thermal App for smartphone, the Smartphone Module enables you to get the thermal imaging on your phone.
- Thermal resolution: 256 × 192 (49,152 pixels)
- NETD: < 40 mK (@ 25°C, F#=1.0)
- Accuracy: ± 2°C (-20°C to 100°C) ; ± 2 % (100°C to 350°C)
- USB Type-C Interface (Android)
- 20 g Weight
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- Thermal resolution: 256 × 192 (49,152 pixels)
- NETD: < 40 mK (@ 25°C, F#=1.0)
- Accuracy: ± 2°C (-20°C to 100°C) ; ± 2 % (100°C to 350°C)
- USB Type-C Interface (Android)
- 20 g Weight
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The interchangeable lens series is often used with handheld thermal cameras to expand the focal length of the original camera to different ranges, So as to obtain different FOVS and scene scopes.
- FOV [Field of View): 7.6° [H) x 6.1° (V} @ 660; 5.7° (H) x 4.3° [V] @ 640
- Compatible with 640, 660
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The interchangeable lens series is often used with handheld thermal cameras to expand the focal length of the original camera to different ranges, So as to obtain different FOVS and scene scopes.
- FOV (Field of View): 12.5° (H) x 10.0° [V) @ 660; 9.3° (H) x 7.0° [V] @ 640
- Compatible with 640, 660
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The interchangeable lens series is often used with handheld thermal cameras to expand the focal length of the original camera to different distances, in order to obtain different FOVs and scene scopes.
- FOV [Field of View]: 48.2° [H) x 38.5° [V] @ 660; 35.4° [H] x 26.2° [V] @ 640
- Compatible with 640, 660
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- High Accuracy: Max. [+ 3°C/5.4°F, + 3%], for object temperature between 0°C [32°F) to 150°C [302°F]
- See Smaller: Small details are clearly visible, imaging the target as small as 100 fm x 100 jim
- Easy installation: Easy to attach the macro lens to compatible cameras
- No Calibration Required: Ready to use once installed, saves the hassle of sending the camera to the manufacturer to calibrate the lens
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- Max. [+ 3°C/5.4°F, + 3%/, for object temperature between 0°C [32°F) to 150°C [302°]
- See Smaller: Small details are clearly visible, imaging the target as small as 100 jım x 100 jim
- Easy installation: Easy to attach the macro lens to compatible cameras
- No Calibration Required: Ready to use once installed, saves the hassle of sending the camera to the manufacturer to calibrate the lens
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- Thermal resolution: 640 × 480 (307,200 pixels), NETD: < 30 mK (@ 25°C, F# = 1.0)
- Temperature measurement range : -40°C to 2200°C (-40°F to 3992°F)
- Accuracy: Max. (±1°C (±1.8°F): 0 to 100°C (32 to 212°F); ±1%: 100 to 150°C (212 to 302°F))
- The 90° rotating screen and the 180° rotating lens design
- 1024 × 768 OLED electronic viewfinder and auto-brightness 5-inch color LCD display
- 1.0x to 12.0x continuous digital zoom
- Manual, automatic, and 1-Tap Level and Span
- Manual focus, continuous autofocus, autofocus, and laser-assisted focus
- GPS & compass annotation functions
- 25 Hz image frequency
- 8 MP Optical camera
- Up to 4 hours continuous running
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- Thermal resolution: 640 × 480 (307,200 pixels), NETD: < 30 mK (@ 25°C, F# = 1.0)
- Temperature measurement range : -20°C to 650°C (-4°F to 1202°F)
- Accuracy: Max. (± 2°C/3.6°F, ± 2%)
- The 90° rotating screen and the 180° rotating lens design
- 1024 × 768 OLED electronic viewfinder and auto-brightness 5-inch color LCD display
- 1.0× to 12.0× continuous digital zoom
- Manual, automatic, and 1-Tap Level and Span
- Manual focus, continuous autofocus, autofocus, and laser-assisted focus
- GPS & compass annotation functions
- 25 Hz image frequency
- 8 MP Optical camera
- Up to 4 hours continuous running
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- Thermische Auflösung: 640 × 480 (307.200 Pixel) IR-Auflösung
- NETD: < 35 mK (bei 25 °C, F#=1,0)
- Temperaturmessbereich: -20°C - 650°C
- 3 Arten von Fokusmodi (automatischer Fokus, manueller Fokus und Fokus des Lasermessassistenten) für klare Bilder und genauere Temperaturmessungen
- Genauigkeit: Max. (±2 °C, ±2 %)
- Messvoreinstellungen: Center-Spot, Hot-Spot, Cold-Spot, 10 Punkt-Presets, 1 Linien-Preset, 3 Bereichs-Presets
- Option für Wechselobjektive für verschiedene Szenarien
- Weitwinkel mit 25° × 19°
- 50Hz Bildfrequenz
- 3,5-Zoll-LCD-Touchscreen-Display mit 640 × 480 Auflösung
- Integrierter Laser-Entfernungsmesser
- Stellen Sie eine Verbindung zu mobilen Wi-Fi-Geräten her und verwenden Sie die Viewer-App, um Bilder schnell zu teilen
- Enthält eine akustische Warnung bei hoher Temperatur
- Ermöglicht bis zu 64 GB Micro-SD-Speicher
- IP54 wasser- und staubdicht
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- 480 x 320 (153.600 Pixel) IR-Auflösung
- 3 Arten von Fokusmodi (automatischer Fokus, manueller Fokus und Fokus des Lasermessassistenten) für klare Bilder und genauere Temperaturmessungen
- Option für Wechselobjektive für verschiedene Szenarien
- Eingebetteter Laser-Entfernungsmesser
- Stellen Sie eine Verbindung zu mobilen Wi-Fi-Geräten her und verwenden Sie die Viewer-App, um Bilder schnell zu teilen
- 50Hz Bildfrequenz
- Enthält eine akustische Warnung bei hoher Temperatur
- Mess-Presets: Center-Spot, Hot-Spot, Cold-Spot, 10 Punkt-Presets, 1 Linien-Preset, 3 Bereichs-Presets
- Ermöglicht bis zu 64 GB Micro-SD-Speicher
- IP54 wasser- und staubdicht
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| Flyer |
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- High sensitivity thermal module with 384 × 288 resolution
- Leading thermal image processing technology: Adaptive AGC, DDE, 3D DNR
- Supports multiple palettes
- High quality optical module with 8 MP resolution
- Bi-spectrum image fusion, picture-in-picture preview
- Wide temperature measurement range: -20°C to 550°C
- High temperature measurement accuracy: Up to ± 2°C, ± 2%
- High-calibre 640 × 480 resolution 3.5'' LCD touch display
- Long-distance laser light supplement for thermography targets
- LED light supplement makes the device a torch in required scenarios
- Supports 1×, 2×, 4× and 8× digital zoom
| Datasheet |
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| User Manual |
- High sensitivity thermal module with 256 × 192 resolution
- Supports multiple palettes
- High quality optical module with 8 MP resolution
- Bi-spectrum image fusion, picture-in-picture preview
- Wide temperature measurement range: -20°C to 550°C
- High temperature measurement accuracy: Max. (± 2°C/3.6°F, ± 2%), for ambient temperature 15°C to 35°C (59°F to 95°F) and object temperature above 0°C (32°F)
- High-calibre 640 × 480 resolution 3.5'' LCD touch display
- Long-distance laser light supplement for thermography targets
- LED light supplement makes the device a torch in required scenarios
- Supports 1×, 2×, 4× and 8× digital continuous zoom
- Support remote album access, download and quick report with APP
| Datasheet |
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Flyer
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| User Manual |
- High sensitivity thermal module with 256 × 192 resolution
- Supports multiple palettes
- High quality optical module with 8 MP resolution
- Bi-spectrum image fusion, picture-in-picture preview
- Wide temperature measurement range: -20°C to 550°C
- High temperature measurement accuracy: Max. (± 2°C/3.6°F, ± 2%), for ambient temperature 15°C to 35°C (59°F to 95°F) and object temperature above 0°C (32°F)
- High-calibre 640 × 480 resolution 3.5'' LCD touch display
- Long-distance laser light supplement for thermography targets
- LED light supplement makes the device a torch in required scenarios
- Supports 1×, 2×, 4× and 8× digital continuous zoom
- Support remote album access, download and quick report with APP
| Datasheet |
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Flyer
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| User Manual |
- High sensitivity thermal module with 192 × 144 resolution
- Supports multiple palettes
- High quality optical module with 8 MP resolution
- Bi-spectrum image fusion, picture-in-picture preview
- Wide temperature measurement range: -20°C to 550°C
- High temperature measurement accuracy: Max. (± 2°C/3.6°F, ± 2%), for ambient temperature 15°C to 35°C (59°F to 95°F) and object temperature above 0°C (32°F)
- 640 × 480 resolution 3.5'' LCD touch display
- Long-distance laser light supplement for thermography targets
- LED light supplement makes the device a torch in required scenarios
- 1.0x to 8.0x continuous digital zoom
- Supports remote album access, download and quick report with APP
| Datasheet |
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Flyer
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| User Manual |
- High sensitivity thermal module with 192 × 144 resolution
- Supports multiple palettes
- High quality optical module with 8 MP resolution
- Bi-spectrum image fusion, picture-in-picture preview
- Wide temperature measurement range: -20°C to 550°C
- High temperature measurement accuracy: Max. (± 2°C/3.6°F, ± 2%), for ambient temperature 15°C to 35°C (59°F to 95°F) and object temperature above 0°C (32°F)
- 640 × 480 resolution 3.5'' LCD touch display
- Long-distance laser light supplement for thermography targets
- LED light supplement makes the device a torch in required scenarios
- 1.0× to 8.0× continuous digital zoom
- Supports remote album access, download and quick report with APP
| Datasheet |
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Flyer
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| User Manual |
- Thermal resolution: 256 × 192 (49,152 pixels)
- NETD : < 40 mK (@ 25°C,F#=1.0)
- Temperature measurement range : -20°C to 550°C (-4°F to 1022°F)
- Accuracy: Max (± 2°C/3.6°F, ± 2%), for ambient temperature 15°C to 35°C (59°F to 95°F) and object temperature above 0°C (32°F)
- Measurement presets: Center spot, Hot spot, Cold spot, User Preset Point
- 25 Hz image frequency
- 3.2'' LCD screen display
- Up to 8 hours continuous running
| User Manual |
| Flyer |
- Thermal resolution: 256 × 192 (49,152 pixels)
- NETD : < 40 mK (@ 25°C,F#=1.0)
- Temperature measurement range : -20°C to 550°C (-4°F to 1022°F)
- Accuracy: Max (± 2°C/3.6°F, ± 2%), for ambient temperature 15°C to 35°C (59°F to 95°F) and object temperature above 0°C (32°F)
- Measurement presets: Center spot, Hot spot, Cold spot, User Preset Point
- 25 Hz image frequency
- 3.2’’ LCD screen display
- Up to 6 hours continuous running
| Datasheet |
| Flyer |
| User Manual |
- Thermal resolution: 256 × 192 (49,152 pixels)
- NETD : < 40 mK (@ 25°C,F#=1.0)
- Temperature measurement range : -20°C to 550°C (-4°F to 1022°F)
- Accuracy: Max (± 2°C/3.6°F, ± 2%), for ambient temperature 15°C to 35°C (59°F to 95°F) and object temperature above 0°C (32°F)
- Measurement presets: Center spot, Hot spot, Cold spot, User Preset Point
- 25 Hz image frequency
- 3.2'' LCD screen display
- Up to 6 hours continuous running
| Datasheet |
| Flyer |
| User Manual |
- Thermal resolution: 160 × 120
- High quality 240 × 320 resolution 3.2'' LCD display
- Up to 4 palettes
- Wide temperature measurement range: -20°C to 550°C
- High temperature measurement accuracy: Up to ± 2°C, ± 2%
- Long-distance laser light supplement for thermography targets
- Built-in rechargeable Li-ion battery
- Up to 8 hours continuous operation
| Datasheet |
| Flyer |
| User Manual |
- Thermal resolution: 160 × 120 (19,200 pixels)
- NETD : < 40 mK (@ 25°C,F#=1.0)
- Measurement presets: center spot, hot spot, cold spot, off
- 8 GB SD card: 120,000 pictures
- Weight: 350 g (0.77 lb)
| Datasheet |
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| User Manual |
| User Manual |
- Simple, practical health tool for measuring body temperature
- Measurement accuracy less than 0.5 °C
- High temperature detection function based on the average of the people tested
- Minimized risk with a distance of 1.5 m maintained between the operator and the person tested
- Quick setup in any environment thanks to the tripod insert
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- exceptional 9-hour battery life with standard Ni-MH rechargeable batteries or alkaline batteries
- connectivity with current clamps and environmental measurement products: all the necessary measurements simultaneously (current, influencing quantities, dew point for identifying areas at risk from mould, etc.)
- voice annotations to record your comments directly on the image
- the possibility of renaming the images and thermograms by site
- recording and storage in memory of the configurations for each application
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- 2 LCD screens: current intensity and potential
- Simultaneous display of the current intensity and the potential
- Possibility of manual adjustment of the potential
- Compact and simple to use
- Analogue output compatible with Computer-Assisted Experimentation software
- Maximum potential indicator
- Switches for current range (µA/mA) and potential range (-mV/+mV)
- 2 ranges: 2, µA and/or 2 mA
- Plotting of current/potential graphs
- Powered via the mains (delivered with 9 V power supply)
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- testo 890 thermal imager with FeverDetection feature for detecting elevated facial surface temperatures
- Reliable: 640 x 480 pixel resolution and extremely good thermal sensitivity
- Secure: Visual or acoustic alarm indicates individuals with elevated body surface temperatures
- Flexible: Thanks to an HDMI interface for data transfer to an external screen, it can also be used in semi-stationary applications such as security checks
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- testo 890 professional thermal imager: resolution 640 × 480 pixels, upgradable to 1280 × 960 pixels with SuperResolution technology, thermal sensitivity < 40 mK
- Super-telephoto lens with a 6.6° x 5° field of view for the accurate recording of extremely distant objects
- Sequence capturing in the instrument a possible option, humidity calculation, SiteRecognition, panorama image assistant, JPEG storage function and other practical features
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- Image quality with IR resolution of 320 x 240 pixels (with testo SuperResolution technology 640 × 480 pixels)
- Thermal sensitivity <0.04 °C
- Full control: Manual focus and interchangeable lenses
- Free analytical software for creating professional reports
- Measurement site recognition and automatic image management
- App for analysis and creating on-site measurement reports
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- Image quality with IR resolution of 240 x 180 pixels (with testo SuperResolution technology 480 × 360 pixels)
- Thermal sensitivity of 0.08 °C
- Recording and documentation of ambient conditions via radio probe (humidity/temperature probe or clamp meter)
- Free analytical software for creating professional reports
- Fast measurement with fixed focus
- App for analysis and creating on-site measurement reports
| Datasheet |
| User Manual |
- Image quality with IR resolution of 160 x 120 pixels (with testo SuperResolution technology 320 × 240 pixels)
- Thermal sensitivity of 0.08 °C
- Free analytical software for creating professional reports
- Automatic detection of hot and cold spots
- Thermal images can be saved as JPEGs
- App for analysis and creating on-site measurement reports
| Datasheet |
| User Manual |
- Image quality with IR resolution of 160 x 120 pixels (with testo SuperResolution technology 320 × 240 pixels)
- Thermal sensitivity of 0.1 °C
- Automatic detection of hot and cold spots
- Free analytical software for creating professional reports
- Fast measurement with fixed focus
- Measuring accuracy of ±2 °C
| Datasheet |
| User Manual |
bluetooth
80x80 pixels
with feveralarm 32/42 °C
range complete -20/380°C
accuracity: ±0.5
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Bedienungsanleitung
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Touchscreen thermal imager
with video and picture in picture function,
384x 288 pixels (thermal image),
Measuring range: -20 ... + 400 ° C,
manual focus
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Datasheet
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User Manual
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Testo 872 thermal imager, 320 x 240 pixels (SuperResolution technology 640 x 480 pixels), Bluetooth / WLAN, ± 2 ° C; ± 2% of reading, laser marker • Highest image quality: IR resolution of 320 x 240 pixels thanks to Testo SuperResolution technology 640 x 480 pixels • Precise measurement: thermal perception of 0.06 ° C. • Smart and wireless: Use your mobile device with the free Testo thermography app and listen wirelessly to the measured values from the testo 770-3 current probe and the testo 605i humidity measuring device • Integrated laser marker - also seen exactly as a measuring point in the thermal image SuperResolution technology 640 x 480 pixels Field of view: 42 ° x 30 ° Bluetooth / WLAN Complaints: ±2°C, ±2% of the measured value
| Datasheet |
| User Manual |
| User Manual |
▷ Wind Turbines
Wind turbines are key components in the global transition to renewable energy sources. Their efficiency, safety, and longevity depend significantly on the precision and reliability of the measurement and testing technology employed. Modern wind turbines incorporate a variety of sensors and measurement systems that continuously monitor critical operational parameters.
Central measurements include wind speed and direction, crucial for turbine alignment and energy yield optimization. Vibration sensors on the tower, nacelle, and rotors detect irregularities in operation early on, which could indicate wear or damage. Strain gauges on the rotor blades monitor stress and flexion to prevent material fatigue and ensure aerodynamic efficiency.
Pressure measurements in the hydraulic system, used for blade adjustment and emergency braking systems, ensure the flawless operation of these safety-critical components. Temperature sensors monitor the operating temperatures of generators, gearboxes, and bearings to avoid overheating and resulting damage.
Continuous monitoring of these parameters enables predictive maintenance, minimizing unplanned downtime and maximizing the lifespan of the turbines. Advanced analysis methods and data management tools analyze the collected data in real-time to optimize operational decisions and increase the overall efficiency of wind turbines.
Through the integration of Internet of Things (IoT) technologies, measurement and testing data can also be remotely monitored and controlled, revolutionizing the maintenance and operation of wind turbines. This allows operators to monitor entire wind farms, conduct performance analyses, and make adjustments as needed to maximize energy yield, all from a centralized location.
- Reliable and cost-effective
- Design per EN 837-1 or ASME B40.100
- Nominal size 40 [1 ½"], 50 [2"], 63 [2 ½"], 80 [3"], 100 [4"] and 160 [6"]
- Scale ranges to 0 ... 400 bar [0 ... 6,000 psi]
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- Very good vibration and shock resistance
- Especially robust design
- Type approval for the shipbuilding industry
- Scale ranges to 0 ... 1,000 bar or 0 ... 15,000 psi
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| User Manual |
| User Manual |
| User Manual |
- Measuring range 0 … 360°
- Relative linearity error < 0.1 % of FS over the entire measuring range
- Good damping behaviour, no influence due to gravity
- Resistant to seawater, IP67
- Easy retrofitting
| Datasheet |
- Measuring ranges 0 ... 5 kN to 0 ... 200 kN [0 ... 1,124 lbf to 0... 44,962 lbf]
- Stainless steel version (corrosion-resistant)
- Integrated amplifier
- High long-term stability, high shock and vibration resistance
- Good reproducibility, simple installation
| Datasheet |
| User Manual |
- Measuring ranges from 0 ... 10 kN [from 0 ... 2,248 lbf]
- Stainless steel version (corrosion-resistant)
- Integrated amplifier
- High long-term stability, high shock and vibration resistance
- Good reproducibility, simple installation
| Datasheet |
| User Manual |
- Good/bad indication through parameterisable digital display (red/green)
- Compact size enables easy installation in narrow spaces
- Optimised design makes OEM machine integration easier
- Designed for rough demands of up to 50 g shock and -40 ... +125 °C [-40 ... +257 °F]
| Datasheet |
| User Manual |
- Setting ranges: 0.2 … 2 bar [3 ... 30 psi] to 30 ... 320 bar [450 ... 4,600 psi] and -0.85 ... -0.15 bar [-25 inHg ... -5 inHg]
- Non-repeatability of the switch point: ≤ 2 % of span
- Switching functions: Normally closed, normally open or change-over contact
- Media: Compressed air, neutral and self-lubricating fluids and neutral gases
| Datasheet |
- Easily readable, robust digital display
- Intuitive and fast setup
- Easy and flexible mounting configurations
- Flexibly configurable and scalable output signals
| Datasheet |
| User Manual |
- Adjustable switch hysteresis
- Setting ranges: 0.2 … 2 bar [3 ... 30 psi] to 30 ... 320 bar [450 ... 4,600 psi] and -0.85 ... -0.15 bar [-25 inHg ... -5 inHg]
- Non-repeatability of the switch point: ≤ 2 %
- Switching functions: Normally closed, normally open or change-over contact
- Media: Compressed air, neutral and self-lubricating fluids and neutral gases
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- Measuring ranges strains from 0 ... 200 με up to max. 0 ... 1,000 με
- Good long-term stability, high shock and vibration resistance, good reproducibility
- As retrofitting, easy to install
- For use in extreme outdoor applications (IP67)
- Relative linearity error < 2 % Fnom
| Datasheet |
| User Manual |
- Measuring ranges 0 ... 15 kN to 0 ... 1,500 kN
- Compact design, easy installation
- Ingress protection IP65
- Relative linearity error 1 % Fnom
| Datasheet |
- Measuring ranges 40 ... 3,500 kg
- Simple calibration of friction clutches without weights
- Single sensor concept for entire load range
- Maximum- / minimum value memory
- Relative linearity error 0.5 % Fnom
| Datasheet |
- Measuring ranges from 0 … 0.05 to 0 … 1,000 bar
- Non-linearity 0.25 % or 0.5 %
- Output 4 ... 20 mA, DC 0 ... 10 V, DC 0 ... 5 V and others
- Electrical connection: Angular connector form A and C, circular connector M12 x 1, cable outlet 2 m
- Process connection G ¼ A DIN 3852-E, ¼ NPT and others
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| User Manual |
- Industry 4.0-ready IO-Link sensor improves connectivity and diagnostics
- Designed for rough demands of up to 1,000 g shock and -40 ... +125 °C [-40 ... +257 °F]
- Optimised design makes OEM machine integration easier
- Multicolour 360° LED status display simplifies troubleshooting and localisation
| Datasheet |
| User Manual |
- Wetted parts from stainless steel
- Resistant to all common refrigerants
- Special case design for the best possible condensation tightness
- Private labelling possible
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Datasheet |
| User Manual |
- Measuring ranges from 0 ... 6 bar to 0 ... 600 bar
- Non-linearity 0.5 %
- Standard industrial signals
- Electrical connection: Angular connector form A and C, circular connector M12 x 1, Metri-Pack series 150, cable outlet 2 m unshielded or shielded
- Many internationally customary process connections
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- Easily-readable, robust display
- Intuitive and fast setup
- Easy and flexible mounting configurations
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- Media compatibility: Oil, water, diesel, refrigerants and other liquids
- Permissible medium temperature range: -30 ... +120 °C [-22 ... +248 °F]
- Output signal: Resistance in a 3-wire potentiometer circuit, current output 4 ... 20 mA
- Measuring principle: Reed-chain technology
- Accuracy, resolution: 24 mm [0.9 in], 12 mm [0.5 in], 10 mm [0.4 in], 6 mm [0.2 in] oder 3 mm [0.1 in]
| Datasheet |
| User Manual |
- Media compatibility: Oil, water, diesel, refrigerants and other liquids
- Level: Current output 4 ... 20 mA
- Temperature: Pt100, Pt1000, accuracy: Class B
| Datenblatt |
| Bedienungsanleitung |
- Maximum reliability thanks to high-quality reed contacts
- Very high variety and customer-specific solutions possible
- Simple and fast installation
| Datasheet |
| User Manual |
- Compact design, no moving components
- Mounting position as required
- Accuracy ±2 mm
- Visual indication of the switching status
- Choice of electrical connections: PUR, PVC cable or circular connector M8 x 1
| Datasheet |
| User Manual |
- Media compatibility: Oil, water, diesel, refrigerants and other liquids
- Level: Up to 3 switching outputs, freely definable as normally open, normally closed or change-over contact
- Temperature: 1 bimetal temperature switch or Pt100/Pt1000, accuracy: Class B
- Potential-free switching reed contacts
| Datasheet |
| User Manual |
SF₆-Gas Lösungen
- Retrofitting for leakage detection systems
- Functional check or recalibration possible without dismounting, in accordance with EU regulation No. 517/2014 on fluorinated greenhouse gases
- Test connection from stainless steel
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Datasheet
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- The valves can be isolated or coupled under pressure or vacuum
- Vacuum and pressure-tight (-1 ... +64 bar)
- Working temperature -40 ... +80 °C
- Leak rate:
GCV, GCA, measuring chambers: ≤ 1 · 10-8 mbar · l / s
GCG: ≤ 1 · 10-5 mbar · l / s - Tested helium tightness of 100 %
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Datasheet
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- Optional customer adaptions
- Designed for repeated opening and closing
- Helium leak tested to a level of 1 · 10-8 mbar · l / sec to ensure a leak-tight system
| Datasheet |
- The valves can be isolated or coupled under pressure or vacuum
- Vacuum and pressure-tight (-1 ... +64 bar)
- Working temperature -40 ... +80 °C
- Leak rate:
GCV, GCA, measuring chambers: ≤ 1 · 10-8 mbar · l / s
GCG: ≤ 1 · 10-5 mbar · l / s - Tested helium tightness of 100 %
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- The valves can be disconnected or coupled underpressure or vacuum
- Vacuum and pressure-tight (-1 ... +64 bar)
- Working temperature -40 ... +80 °C
- Leak rate:
GCV, GCA, measuring chambers: ≤ 1 · 10-8 mbar · l / s
GCG: ≤ 1 · 10-5 mbar · l / s - Tested helium tightness of 100 %
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- Pressure generation via a hand pump
- Precision digital gas density indicator with accuracy 0.6 %
- Variable connection concept of the test items
- Precise pressure setting by means of the fine adjustment valve
- Low weight and compact design
| Datasheet |
- Compact and in a robust transport case
- 100 % tested for leak tightness
- Working temperature -40 ... +80 °C
| Datasheet |
- Two sensitivity levels, settable via a double click of the On/Off button
- Automatic switch-off function in order to prevent unnecessary battery usage
- Prevents the reading of erroneous measured values by means of a visible and audible signal notifying of a low battery level
- Replacement measuring tip in the instrument
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Bedienungsanleitung
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- High-precision and reproducible measurements in the ppb range
- Fast response time
- Simple operation and long service intervals
- No consumables, e.g. flush gas, are required
- Expendable by multiplexer for up to 24 measuring points
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- Responds only to SF6 gas and is not sensitive to humidity and the usual volatile organic compounds (VOC)
- Fast response time
- Continuous measurement
- Easy integration into distributed control system thanks to 4 ... 20 mA output
- Settings protected by password
| Datasheet |
| User Manual |
- Smallest concentrations of up to 0.6 ppmv can be detected
- Responds only to SF6 gas and is therefore not sensitive to humidity and common volatile organic compounds (VOC)
- Easy to use
- Fast response time
- Calibration in the factory using certified test gases
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- Mobile by means of battery operation
- Usable on all WIKA analysis instruments for SF6 gas
- Operation in closed SF6 gas circuit
- Simple operation
| Datasheet |
- Low weight and easily transportable
- Cost-effective version to prevent SF6 gas emissions
- Compatible with all WIKA gas analysis instruments
- With overpressure valve as burst protection
- Resistant to decomposition products
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- Identification and precise quantification of the main decomposition products from SF6 gas
- Resistant against highly-corrosive gases
- Non-destructive method of measurement
- Factory calibrated, high long-term stability of the system
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- Provides measured values for humidity, gas composition (purity) and decomposition products (optional)
- Low transport weight of 25 kg
- Three methods for emission-free treatment of the measurement gas: - Direct pumping back into the tested compartment - Pumping into an external gas cylinder - Collecting in an external gas bag
- Battery power for min. 5 measurements or mains supply
- Not compromised by transport restrictions (IATA)
| Datasheet |
| User Manual |
| User Manual |
- Oil-less compressor
- Oil-less vacuum compressor
- Dual cleaning of particles, humidity and decomposition products
- Low maintenance effort
- Operation via 10" touchscreen
| /wp-content/uploads/2021/12/ds_sp6316_en_co.pdf" target="_blank" rel="noopener noreferrer"> Datasheet |
- Ensuring system safety through a double safety system
- Efficient reduction of maintenance costs on SF6 gas-filled equipment (gas dehydration during operation)
- Use of two parallel filters (model GPF-10) for high water absorption capacities
- Low maintenance effort
- Easy and intuitive operation via 7" touchscreen
| Datasheet |
- Ensuring system safety through a double safety system
- Efficient reduction of maintenance costs on SF6 gas-filled equipment (gas dehydration during operation)
- Use of two parallel filters (model GPF-10) for high water absorption capacities
- Low maintenance effort
- Easy and intuitive operation via 7" touchscreen
| Datasheet |
- Ergonomic design and robust design enables easy transportation
- Precise refilling thanks to the high-accuracy scales with large digital display (option)
- Large selection of vacuum pumps for every application (option)
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- 3-in-1 filter insert for filtering out particles, reactive decomposition products and humidity
- Easily replaceable filter insert
- High gas flow rate through flow optimisation
- Robust and reliable sealing construction
- Corrosion protection through anodised filter case
| Datasheet |
- High accuracy of ±30 g
- Ingress protection IP 65
- Ergonomic design, compact lightweight design
- Folding weigh frame made of high-quality galvanised steel
- Easy handling due to low platform height
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- High compressor performance
- Compact dimensions
- Robust version for the service
- Clear display of the working pressure
| Datasheet |
- Extraction up to residual pressure < 5 mbar abs.
- Free from oil and lubricants
- High leak tightness
- Vibration resistant and quiet
- Cool running in continuous operation
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- Suction capacity up to 10 m³/h
- Final pressure ≤ 0.02 mbar abs. achievable
- Low weight and compact design
- Built-in oil back flow prevention and oil mist return
- Precision vacuum measuring instrument (optional)
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- Oil-less compressor and vacuum compressor
- Option for on-site gas filtration to the desired humidity
- Low maintenance effort
- SIL2 safety control to reduce the emission of SF6 gas to the absolute minimum.
- Fast recovery of SF6 gas for large gas compartments thanks to high-performance components
| Datasheet |
- Oil-less compressor and vacuum compressor
- Option for on-site gas filtration to the desired humidity
- Low maintenance effort
- Fast recovery of SF6 gas for large gas compartments thanks to high-performance components
| Datasheet |
- Retrofitting for leakage detection systems
- Functional check or recalibration possible without dismounting, in accordance with EU regulation No. 517/2014 on fluorinated greenhouse gases
- Test connection from stainless steel
| Datasheet |
- Temperature-compensated pressure gauge with Bourdon tube
- Suitable for outdoor use
- Wetted parts from stainless steel
- Local readout with alarm contacts
- Hermetically leak-tight, therefore no negative impact by atmospheric pressure fluctuations and differences in altitude
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- On-site display with switch contact
- Temperature-compensated and hermetically sealed, therefore no influence of temperature fluctuations, differences in level and atmospheric pressure fluctuations
- Compensation possible for gas mixtures
- Functional check or recalibration possible without dismounting, in accordance with EU regulation no. 517/2014 on fluorinated greenhouse gases
- Test connection is welded to prevent leakage
| Datasheet |
| User Manual |
| User Manual |
- Accurate isochore, temperature-compensated switching and display over the entire temperature range
- Complete local display of the density and vacuum range on a 100-mm dial
- Increased plant safety through self-diagnostics
- Prepared for any alternative gases
- Very high long-term stability through welded reference gas volume
| Datasheet |
| User Manual |
- On-site display with switch contact
- Remote readout (output 4 … 20 mA, 2-wire), measuring ranges from 0 ... 10 g/litre to 0 ... 80 g/litre
- High electromagnetic compatibility (EMC)
- Hermetically sealed, therefore no influence from atmospheric pressure fluctuation and differences in mounting heights
| Datasheet |
| User Manual |
- Measuring ranges from 0 ... 10 to 0 ... 80 g/litre
- Output signal 4 ... 20 mA, 2-wire
- Wetted parts and case made of stainless steel, fully welded
- Ingress protection IP 54 up to 68, depending on the electrical wiring
- Excellent long-term stability, high EMI performance
| Datasheet |
| User Manual |
- Measuring ranges from 0 ... 10 to 0 ... 80 g/litre
- Output signal 4 ... 20 mA, 2-wire
- Wetted parts and case made of stainless steel, fully welded
- Ingress protection IP 54 up to 68, depending on the electrical wiring
- Excellent long-term stability, high EMI performance
| Datasheet |
| User Manual |
- Measuring ranges from 0 ... 10 to 0 ... 80 g/litre
- Output signal 4 ... 20 mA, 2-wire
- Temperature compensated and hermetically sealed, therefore no influence temperature, by atmospheric pressure fluctuation or differences in altitude
- Wetted parts and case made of stainless steel, fully welded
- Ingress protection IP 67, field case, excellent long-term stability, high EMI performance
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- Ideally suited for Smart Grid or modernisation projects
- On-site display with switch contacts and Modbus® output
- Modbus® delivers measured values for pressure, temperature and gas density
- Compact design with only one process connection
- Precision sensors enable high-accuracy gas density determination
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- High-accuracy sensor technology
- Modbus® output protocol via RS-485 interface
- Ingress protection IP65
- Very good long-term stability and EMC characteristics
- Compact dimensions
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- High-accuracy sensor technology
- Digital MODBUS® RTU or analogue 4 … 20 mA output signal
- IP67 ingress protection, optionally with IP6k9k field case
- Very good long-term stability and EMC characteristics
- Compact design
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- High-accuracy sensor technology
- Modbus® output protocol via RS-485 interface
- Ingress protection IP65
- Very good long-term stability and EMC characteristics
- Compact dimensions
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- Accurate isochore, temperature-compensated switching over the entire temperature range
- Increased plant safety through self-diagnostics
- Prepared for any alternative gases
- Very high long-term stability through welded reference gas volume
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- Case and wetted parts from stainless steel
- On-site display of the pressure standardised to 20 °C [68 °F]
- Temperature-compensated and hermetically sealed, therefore no influence of temperature fluctuations, differences in level and atmospheric pressure fluctuations
- Compensation possible for gas mixtures
- Traceability by serial number
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- Case and wetted parts from stainless steel
- On-site display of the pressure standardised to 20 °C [68 °F]
- Temperature-compensated and hermetically sealed, therefore no influence of temperature fluctuations, differences in level and atmospheric pressure fluctuations
- Traceability by serial number
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- High-precision on-site display
- Logger function with up to 3 measured values per second
- Communication and data exchange via WIKA-Wireless
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▷ Geothermal Power Plants
Geothermal and ambient heat represent two significant renewable energy sources increasingly utilized for heating, cooling, and electricity generation purposes. Effectively harnessing and utilizing these energy sources requires precise measurement and testing technologies to maximize system efficiency, minimize operating costs, and reduce environmental impacts.
Geothermal energy harnesses heat from the Earth’s interior. Temperature monitoring plays a crucial role as the efficiency of geothermal plants directly depends on the temperature difference between the Earth’s surface and deeper layers. Highly precise temperature sensors and data loggers are employed to measure the temperature profile along the boreholes. This data aids in assessing the geothermal potential of a region and determining the optimal operating conditions for heat pumps and steam turbines for power generation.
Ambient heat, often utilized through air-to-water or air-to-air heat pumps, also requires accurate temperature measurements to optimize heat transfer efficiency. Sensors measure the outdoor temperature, humidity, and the temperature of the heat source or thermal storage. Pressure sensors also monitor the pressure in the refrigerant circuits, which is essential for maintenance and fault diagnosis of heat pump systems.
For both applications, flow meters are crucial, measuring the flow rate of heat transfer fluids (such as water or a mixture of water and antifreeze). This data is important for minimizing heat losses and maximizing energy transfer efficiency.
Pressure sensors contribute to monitoring the integrity of system components by measuring the pressure in pipelines, storage tanks, and other system parts. This information is critical for preventive maintenance and early detection of leaks or other potential issues.
Moisture sensors are particularly important in the use of ambient heat to monitor and control the efficiency of dehumidification processes employed in some air conditioning applications.
Overall, efficient utilization of geothermal and ambient heat requires comprehensive monitoring and control systems supported by advanced measurement and testing technology. These technologies enable optimal adjustment of operating parameters to achieve maximum energy efficiency while minimizing environmental impact.
- nominal voltage range:
- 12 – 1100 V AC / 12 – 1500 V DC
- overvoltage category: CAT IV 1000 V
- extension 350 mm with O-shape electrode [not available]
- extension 650 mm with O-shape electrode [not available]
- extension 850 mm with O-shape electrode
- integrated self-test
- earth connection with magnet
| User Manual |
| User Manual |
- nominal voltage range: 50 – 3 000 V AC / 50 – 3 000 V DC
- display range: 40 – 3 000 V AC / 40 – 3 000 V DC
- integrated self-test
- response voltage Ut 400 V (red / green change)
- 1,8 m spiral cable with 6 kV isolation with contact magnet for rail
- test height variable up to approx. 6,2 m, transport length approx. 1,71 m, 4−part
| User Manual |
- nominal voltage range: 50 – 1 000 V AC / 50 – 1 500 V DC
- display range: 30 – 1 000 V AC / 30 – 1 500 V DC
- integrated self-test
- response voltage Ut 250 V (red / green change)
- 1,8 m spiral cable with 6 kV isolation with contact magnet for rail
- test height variable up to approx. 6,2 m, transport length approx. 1,67 m, 4−part
| User Manual |
| User Manual |
- Pressure ranges 1.6, 3, 10, 15, 30, 80, 125, 250, 350 bar
- Absolute reference
- 0.2 to 4.7 Vdc voltage output
- Total accuracy including thermal effects ± 1% span
- Frequency response to 1 kHz
- 316L Stainless steel construction
- Compensated temperature range -40 °C to 125 °C / Short term use from -55 °C to 150 °C
| Datasheet |
- Race proven technology
- High temperature capability to 350°F (175°C)
- Amplified or millivolt output
- Stainless steel or titanium construction
- Fully EMC protected
- Flexible mechanical/electrical interface options
| Datasheet |
Druck’s 4400T is the new pinnacle motorsport sensor, combining pressure and temperature measurements. Key features of the 4400T include:
- Race proven technology
- High temperature capability to 185°C
- 14.5 mm diameter
- Amplified output
- Stainless steel construction
- Fully EMC protected
- PT1000 temperature probe
| Datasheet |
- Simultaneous monitoring of up to 3 areas with any probes from the GRAETZ probe program
- Up to 3 measuring channels
- An illuminated LC display is assigned to each measuring channel, on which the measured values are displayed
- When using gamma probes, the dose rate is shown on the LC display in Sv/h
- When using end window probes (α-/β-measurements) or NaI scintillation probes (β-/γ-measurements), the measured value is displayed in Ips
- For each channel 4 freely programmable dose rate warning thresholds in the entire measuring range of the respective connected gamma probe
- The measuring range switchover within a channel takes place automatically. If a measuring channel triggers a dose rate alarm, both an optical and an acoustic warning is given at the WS05C by the integrated warning light column
- In the standard version: Green for “Ready for operation”, Orange for “Warning threshold exceeded”, Red for “Error message” (e.g. probe failure).
- Red LED above the display indicates which measuring channel has triggered an alarm
- An RS-232 interface is available for connecting a measuring channel to a PC
- Relay output for controlling an additional external optional warning light column for each measuring channel
- Potential-free relay output for each measuring channel (switching capacity max. 24 V, 20 mA)
- Acoustic alarm with triggered warning threshold occurs when the door to the monitored room is open, a motion detector or a light barrier has been activated
- Counter for irradiation time
- Operating hours counter
- Rotating beacon
- Integration of already existing warning devices
- External warning light columns (optical/acoustic)
- Probe cable, extension up to 100 m (standard length: 1.25 m)
- Emergency power supply (300 W) for uninterrupted operation of WS05C in case of power failure
- Special designs possible on request
| Datasheet |
- For measuring high dose rates/pulse rates from a safe distance
- For measurements in poorly accessible measuring locations
- Easy connection with the X5C plus SE, X5C FW dose rate meters and the X5C plus calibratable dose rate meter via contact row using snap-in technology
- Safe connection of telescope and base unit without plug or cable (only via contact row)
- Telescope made of stainless steel, continuously extendable up to 4 m total length
- Torsion-proof connection between measuring head and electronics through internally routed ribbon cable
- Automatic measuring range switchover
- Display of dose rate at the operator’s location at the push of a button
- Voltage supply from the dose rate meter
- Energy range, measuring range, measured variable correspond to the data of the respective connected probes
- Possibility of connecting the X50ZS dose rate meter by means of a special adaptation module
| Datasheet |
- For measuring high dose rate from a safe distance, dose rate measurement range up to 10 Sv/h for ambient dose equivalent rate Ḣ*(10).
- For measurements in poorly accessible measuring locations
- Safe connection of the telescopic probe DE with the dose rate meters X5C plus SE, X5C FW and the calibratable dose rate meter X5C plus without plug or cable by snap-in technology
- Stainless steel telescope, continuously extendable up to 4 m total length
- IP54 with telescope inserted and protective cap in place
- Torsion-proof connection between measuring head and electronics through internally routed ribbon cable
- Automatic measuring range switchover
- Display of dose rate at the operator’s location selectable at the push of a button
- Power supply from the X5C plus, X5C plus SE or X5C FW dose rate meter
- Possibility of connecting the X50ZS dose rate meter by means of a special adaptation module
| Datasheet |
- Thin film plastic scintillation detector with ZnS coating, integrated photomultiplier and detector electronics.
- High sensitivity
- Detection of α-, β- and γ-contaminations
- Detector size 170 cm²
- Can be connected as a pulse probe to the X5C plus, X5C plus SE, X5C FW, GammaTwin S dose rate meters and the WS05C room monitoring system via probe cable
- Display: Ip/s or Ip as pulse sum with integration time
- Power supply from the dose rate meter X5C plus, X5C plus SE, X5C FW, GammaTwin S or the room monitoring system WS05C
- Acoustic single pulse display on the dose rate meter X5C plus, X5C plus SE, X5C FW and GammaTwin S
- Option for use with GammaTwin S: Universal mount for one-hand operation
| Datasheet |