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Radar Level Meter for distance, level and volume of liquids, pastes and solids
OPTIWAVE
works better than any radar ever before.
In contrast to earlier radar devices, the new OPTIWAVE with its more advanced design solutions is able to operate over a larger bandwidth. This ensures a sharper resolution and higher accuracy. The higher signal dynamics of OPTIWAVE allow the detection of even the smallest level changes.
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* LST-500 Level transmitter :
A stainless steel version of its continuity output ESS, specifically for use in food industry applications. And is suitable for applications, requiring more precise level sensing than that provided by multipoint switches. And can be fitted externally 2NPT connection or externally an flange. The operating temperature range is -30to +125. The working pressure is 1.0 to 2.5 Mpa, testing rod length is 500mm. LCD disply, Providing a continuous output 0~5Vdc or 4~20mA.
* LST-1000 Level transmiter :
New developed a stainless-steel version sensor, its continuous output signal is (0~5Vdc or 4~20MA), the sensor combines the proven reliability of magnetic reed switching with resistors net worked to provide a variable output proportional to the float position (Liquid level). Testing rod length is 1000mm, standard flange mounting.
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Continuous measurement and point level detection
Endress+Hauser offers an extensive range of systems for level easurement
or point level detection.
In solids or liquids - our level measurement principles meet your needs:
- Radar,
- guided radar,
- ultrasonics,
- vibration systems,
- hydrostatic pressure,
- differential pressure,
- capacitance as well as conductive probes,
- electromechanical level procedures,
- external ultrasonics,
- microwave barriers and
- paddle switches.
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Extremely short microwave impulses with low emitted power in the C-band and K-band frequency range are emitted by the antenna system to the measured product, reflected by the product surface and received again by the antenna system. They spread with light velocity and the time from the emission to receipt of the signals is proportional to the level in the vessel. A special time spreading procedure enables a reliable and precise measurement of extremely short time periods.
By simply entering the vessel dimensions, a level-proportional signal can be displayed. An adjustment with emptied and filled vessel is no longer necessary!
The spreading of microwaves is virtually not affected by the ambient temperature and ambient pressure. Radar sensors are ideal for use under arduous process conditions. Pressures from vacuum to 160 bar and temperatures between -40 and 400C are no problem for a radar level measurement.
Fluctuating product compositions or complete changes of the product do not influence the measurement result. A new adjustment is not necessary.
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For measuring ranges up to 70 m, VEGA now has an optimised radar technology in its program. Due to its increased receiver sensitivity (factor 40), VEGAPULS 68 delivers reliable measured values in spite of higher signal damping in solids.
Non-contacting radar measurement delivers reliable levels in dusty environments, like in storage facilities for building materials. Also in the food processing industry, in steel production as well as for level measurement of powders and granulates in the chemical industry, the extended measuring range has proven to be extremely effective. Adjustable fl anges allow the eduction of false refl ections and the optimisation of the useful echo.
All advantages in an overview
- non-contact measurement
- unaffected by dust generation
- not infl uenced by fi lling noise
- high dynamic range of the sensor
- measuring range up to 70 m
- antenna cleaning by cooling air
- dust-Ex approval
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Radar EM540: the suitable solution for tank barges, inland river and ocean going vessels
The 8" EM540 radar is especially designed to be integrated within a dedicated cargo monitoring system for inland river or ocean going vessels and tank barges.
The EM540 radar is based on the use of smart sensors including microprocessors performing signal processing. In addition to transmitting tank level, pressure, and temperature data to the central monitoring system, it offers such capabilities as self-diagnostics, self-monitoring and remote configuring.
The use of an intrinsically safe two-way digital signal transmission, between the radar and the central monitoring system, provides for an easy integration of the EM540 Radar into any type of control system.
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Pulsar pulse burst radar transmitters are the latest generation of loop-powered, 24 VDC, level transmitters. It has lower power consumption, faster response time and is easier to use than most loop-powered radar transmitters and can be utilized on virtually all level measurement and control applications.
Application conditions include processes exhibiting varying specific gravity and dielectric, visible vapors, high fill/empty rates, turbulence, low to moderate foam and buildup.
Pulsar features IS, XP and Non-Incendive approvals, HART digital communications, 5.8 or 6.3 GHz operating frequency and embedded software enabling configuration without the need for another device such as a PC.
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Enrafs SmartRadar FlexLine combines modern technology with maximum flexibility. The basis for this is formed within Enrafs new FlexConn architecture which enables the tank gauging system to precisely synchronize with your application environments and requirements.
The complete digital signal processing technology, the optimum connectivity and the compact, innovative planar antennas make the SmartRadar FlexLine the ultimate measuring system.
Not only does the SmartRadar FlexLine prove its flexibility on installation, but also the level measuring system has no equal. Our new Enhanced Performance Signal processing makes it possible to measure level with extreme precision under the most difficult circumstances!
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For measuring ranges up to 70 m, VEGA now has an optimised radar technology in its program. Due to its increased receiver sensitivity (factor 40), VEGAPULS 68 delivers reliable measured values in spite of higher signal damping in solids.
Non-contacting radar measurement delivers reliable levels in dusty environments, like in storage facilities for building materials. Also in the food processing industry, in steel production as well as for level measurement of powders and granulates in the chemical industry, the extended measuring range has proven to be extremely effective. Adjustable fl anges allow the eduction of false refl ections and the optimisation of the useful echo.
All advantages in an overview
- non-contact measurement
- unaffected by dust generation
- not infl uenced by fi lling noise
- high dynamic range of the sensor
- measuring range up to 70 m
- antenna cleaning by cooling air
- dust-Ex approval
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Radar measurement technology is non-contacting and low maintenance. Because microwaves require no carrier medium, they are virtually unaffected by the process atmosphere (vapour, pressure, dust or temperature extremes). Siemens Milltronics offers a choice of models to meet the specific needs of your application.
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The OTT RLS, non-contact radar level sensor with pulse radar technology is ideal for monitoring in remote or hard to reach locations. The RLS accurately and efficiently measures surface water level. Approximately 16 individual measurements are conducted each second and averaged after 20 seconds to minimize the influences of waves.
The OTT RLS offers a large measurement range with a small blanking distance and narrow beam width. The sensor is easily connected to most any data logger via standardized communication interfaces. The RLS has extremely low power consumption and is ideal for remote or solar powered sites.
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High frequency microwave impulses are coupled to a cable or rod and guided along the probe. The impulses are reflected by the product surface and received by the processing electronics.
Due to this measuring principle, the comprehensive adjustment with the product is no longer necessary. The instruments are adjusted to the ordered electrode length. The shortable cable and rod versions are suitable for individual adaptation to the local conditions.
Even process conditions such as high dust and noise generation or strong steamy atmospheres do not influence the accuracy of the measurement.
Density fluctuations, different granulation or even fluidising do not influence the accuracy. This applies also to the change from dry to wet gravel.
Strong build-up on the electrode or on the vessel wall does not affect the measuring result.
With measuring ranges up to 30 m, the sensors are also suitable for high vessels. Temperatures up to 150C and pressures from vacuum up to 40 bar cover a wide application range.
By using a coaxial guide tube, VEGAFLEX 65 operates completely unaffected by vessel installations such as e.g. heating spirals or struts. A special adjustment is not necessary.
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Guided Radar (TDR) Level Meter
for distance, level and volume
of liquids, liquid interface, pastes and solids
OPTIFLEX
works better than any guided radar ever before
In contrast to earlier guided radar devices, the new OPTIFLEX with its more advanced design solutions has higher signal dynamics. Sharper pulses measure thinner interfaces. The very good time base stability allows better reproducibility, which translates to better trustability.
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4-wire guided wave radar for small tanks (up to 2000mm)
Measurement is insensitive to V
* Properties of the target Density, conductivity, dielectric constant
* Environmental conditions Pressure, temperature
* Physical obstacles, turbulent target, foam, built-up
* Continuous level measurement AND point level detection (with multiple switching points) in just one device
* Independent of liquid properties and installation conditions
* Ideally suited for small tanks: minimal blocking distance
* Simple single-button-operation/configuration
* No moving parts V maintenance free
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Level sensor acc. to the measuring principle of the guided microwave (TDR)
For universal use in heavy solids and liquids
All advantages in an overview
- setup without adjustment
- independent of product features
- insensitive to dust, vapour and buildup
- probe can be shortened
- signal processing ECHOFOX for echo analysis with Fuzzy-Logic
Version: with exchangeable cable ( 6 mm) or rod ( 16 mm)
Measuring range cable: up to 60 m; rod: up to 6 m
Process fitting: from G1A
Process temperature: -40 ... +150 C
Process pressure: -1 ... +40 bar (-100 ... +4000 kPa)
Accuracy: 5 mm
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Eclipse transmitters are loop-powered, 24 VDC, level transmitters based upon the revolutionary Guided Wave Radar (GWR) technology and can be utilized on virtually all level measurement and control applications.
Application conditions include processes exhibiting visible vapors, foam, coating or buildup, surface agitation, bubbling or boiling, high fill/empty rates, low level and varying dielectric media or specific gravity.
In addition, Eclipse reliably handles interface level measurement and control applications with a clean distinct interface, including those with changing specific gravities and visible vapors.
Choosing the proper Eclipse probe is the most important decision in the application process. With this in mind, Magnetrol offers 19 probe designs to choose from.
Eclipse features IS, XP and Non-Incendive approvals, optional HART or Foundation Fieldbus communications, and quick connect/disconnect probe coupling.
Contact us to learn how these leading-edge transmitters provide performance well beyond that of many traditional technologies.
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