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Prototype for detecting missing pieces or parts that don’t belong
Level measurement for a wide range of liquids and solids
Corrosion resistant polypropylene and FKM wetted materials for a wide range of chemicals
As a measurement technique, guided wave radar is established: the equipment is robust, the technology is mature, and the primary application niches have emerged. The problem - until now - was that the instrumentation was notoriously difficult to install.
Level measurement in Logistics and Production made easy
An interview with Jürgen Skowaisa, Product Manager Radar at VEGA Grieshaber KG in Schiltach, Germany about advantages of the technology and the new line of radar devices for a wider field of applications.
Specific designs for different process requirements
Series of sensors for standard measuring tasks and price-sensitive applications
Radar level measurement for challenging hygienic applications
Optimised separation performance detects thinner top liquid layer
Easy and safe maintenance of radar level devices in the field
Easy to operate offline solution for packaging serialisation for pharmaceuticals
80-GHz radar secures applications down to -196°C
Frequency is a crucial parameter for efficient level detection. Just how crucial, however, was surprising even to VEGA as a manufacturer of measurement technology
Effective level control in Milk of Lime mixing vessel
For continuous level measurement of liquids and solids
Complex processes happen in petrochemical plants. Monitoring operations and preventing accidents is therefore of fundamental importance to improve production. Two case studies from Magnetrol explain how
For hygienic applications that demand high standards in terms of cleanability which can be affected by a number of design characteristics
“The only source of knowledge is experience”, stated Albert Einstein. Siemens’ experience in radar and ultrasonic technology allowed end user companies to achieve good performance thanks to reliable and precise level measurement
The proof-testing of safety instrumented systems in liquid level measurement applications has traditionally relied on workers in the field. However, new technology in modern smart devices is enabling this vital task to be performed remotely
Using household waste that 1.4 million residents leave along the roadside, Global Renewables in U.K. generates more than two megawatts of electricity each year
The valve sector is exponentially gaining importance thanks to rising demands and the need of ensuring safe and accurate processes. In addition, measurement data is collected and exploited as the basis for the IoT industry concept
Operating at a frequency of 80 GHz, Vegapuls 64 sets new standards in radar level measurement technology for liquids. The high frequency sensor is especially suitable for application in the pharmaceutical and biotech industries with its hygienic design
The new Pulsar® Model R96 Pulse Burst Radar transmitter is a two-wire, loop powered, 6 GHz non-contact radar transmitter engineered to measure a wide variety of liquid media in a broad range of process conditions
It provides true level and interface control
The latest technology from Emerson helps operators maximise tank capacity, while reducing the risk of overfilling and potentially hazardous spillages, even in remote installations
Magnetrol International will be exhibiting the new Eclipse® Model 706 and other systems, designed to overshadow the current levels of GWR performance
The new tank radar technology facility in Gothenburg will expand Emerson's manufacturing operation and increase the availability of services for its customers
offers enhanced focusing
with high speed roller doors
with Foundation fieldbus output
designed for hygienic applications
- ARC Advisory Group research study
using GWR technology
Innovative design of probes
for large Australian gold mine
in tar tank level application
production and office facilities
is SIL2-compliant
offers improved level control performance
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