drinkworld Technology + Marketing 4/2021
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ZKZ 62006<br />
Processing<br />
unlikely to place demands on level<br />
measurement technology in terms of<br />
the space it takes up, the same does not<br />
apply in the food and beverage industry.<br />
Here, skids typically have very tight<br />
piping arrangements, which makes it<br />
difficult for large or bulky devices to be<br />
installed. The new transmitter is able to<br />
meet this challenge because it uses 80<br />
GHz frequency modulated continuous<br />
wave technology on a single electronic<br />
chip with embedded smart algorithms,<br />
rather than having a separate circuit<br />
board. This enables the device to be<br />
much more compact, which not only<br />
provides an ideal solution for the small<br />
tanks often used in food and beverage<br />
production, but also has a positive<br />
effect on the environment, with fewer<br />
electronics being used. In addition,<br />
the single chip technology enables<br />
exceptional radar beam focusing, which<br />
together with smart algorithms enables<br />
greater measurement accuracy to be<br />
achieved even when tanks contain<br />
objects such as agitators.<br />
Ease of integration<br />
Reducing design complexity is an<br />
important aim for food and beverage<br />
manufacturers, and instrumentation<br />
needs to be easy to integrate with any<br />
automation system. To achieve this, the<br />
latest device is the first non-contacting<br />
radar transmitter with IO-Link<br />
connectivity. In addition to the digital<br />
high-speed IO-Link communication,<br />
the transmitter also provides both<br />
conventional 4-20 milliamperes and<br />
switch outputs. To further reduce<br />
complexity and ensure trouble-free<br />
operation, software configuration tools<br />
allow the device to be connected and<br />
configured online or offline, with easyto-use<br />
graphic interfaces decreasing<br />
commissioning time, optimizing device<br />
replacement processes, and digitally<br />
recording parameter settings.<br />
Conclusion<br />
By combining the high performance<br />
and reliability of a non-contacting radar<br />
device, typically deployed in the oil and<br />
gas industry, with a compact hygienic<br />
design and simple connectivity using<br />
IO-Link communications, food and<br />
beverage manufacturers now have the<br />
ideal solution for their demanding level<br />
measurement applications. Implementing<br />
these transmitters is easy and can<br />
result in a range of significant benefits.<br />
These include increased food safety and<br />
product quality, minimized product loss,<br />
and increased production capability<br />
through optimized tank utilization and<br />
inventory management.<br />
ISSN 1433-1594 Vol. 25 No. 4 November <strong>2021</strong> US $ 12 · € 12<br />
Cover: Additional Safety for Hygienic Processes<br />
Functional Fruit Powder<br />
Process Heat with Hydrogen<br />
Novel Labelling Solution Launched<br />
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