food Marketing - Technology 2/2023
food Marketing & Technology is the international magazine for executives and specialists in the food industry.
food Marketing & Technology is the international magazine for executives and specialists in the food industry.
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Processing<br />
are faster and system errors are<br />
effectively eliminated. Tampering is<br />
prevented by locking the device.<br />
Bluetooth® connectivity in conjunction<br />
with the SmartBlue app not<br />
only facilitates efficient use of the<br />
measuring technology, but also<br />
significantly reduces systematic<br />
failures. This means that the entire<br />
range of radar devices can be used to<br />
perform commissioning, parameter<br />
configuration and monitoring tasks<br />
remotely by means of guided set-up<br />
sequences (wizards), thus ensuring<br />
safe operation. These devices offer<br />
simplicity and safety down to the last<br />
detail. For example, when connecting<br />
via Bluetooth®, the display of the<br />
connecting device flashes; in cases<br />
where there are several devices<br />
installed in production, this makes it<br />
easy to identify the desired measuring<br />
device.<br />
Increased efficiency and<br />
exceptional measurement<br />
performance<br />
The 80 GHz Micropilot range increases<br />
the efficiency and productivity of<br />
industrial processes thanks to the<br />
exceptional measurement performance<br />
of its newly developed sensor chip<br />
and thanks to Heartbeat <strong>Technology</strong><br />
with patented Radar Accuracy Index<br />
(RAI), which was developed by<br />
Endress+Hauser. Another significant<br />
upgrade to the new 80 GHz sensor<br />
is a notable increase in accuracy in<br />
the case of rapid level changes and<br />
turbulent surfaces, such as those that<br />
occur in mixing processes. Combined<br />
with the narrow beam angle of the<br />
80 GHz antenna, the measuring<br />
technology can thus be used in a<br />
wide range of applications, such as<br />
small mixing tanks for pharmaceutical<br />
products.<br />
Apart from measurement performance,<br />
Heartbeat <strong>Technology</strong> developed by<br />
Endress+Hauser is key to unlocking<br />
potential increases in productivity.<br />
It provides reliable data on process<br />
conditions and the device condition<br />
and enables predictive maintenance<br />
Simple device integration into asset management systems through digital communication.<br />
Simple Display of device status – A change in the backlighting from green to red highlights errors<br />
immediately.<br />
thanks to continuous real-time<br />
monitoring of anomalies such as<br />
foam or buildup. Foam formation (in<br />
fermentation tanks in breweries) or<br />
buildup (in production vessels for dairy<br />
products such as yoghurt) is detected<br />
at an early stage, thus increasing<br />
process reliability. This allows, for<br />
example, the right amount of antifoaming<br />
agent to be added at just the<br />
right time, which in turn saves costs<br />
and regulates processes.<br />
Heartbeat <strong>Technology</strong> with Radar<br />
Accuracy Index<br />
The ability of Heartbeat <strong>Technology</strong><br />
to detect foam and buildup increases<br />
process safety, while the Heartbeat<br />
<strong>Technology</strong> Radar Accuracy Index (RAI)<br />
achieves significant savings in terms<br />
of time, cost and labor. It enables<br />
documentable device verification<br />
without interrupting the process. Here,<br />
the RAI compares the factory-set<br />
parameters of the measuring device<br />
to the actual status, thus ensuring<br />
that the instrument detects the level<br />
within a precisely defined accuracy<br />
range. Using Heartbeat <strong>Technology</strong><br />
and RAI to perform verification<br />
regularly while the process is running<br />
ensures an optimal degree of process<br />
safety and significantly reduces<br />
the workload associated with wet<br />
calibrations. Verification is performed<br />
directly in the measuring point in less<br />
than three minutes, without having<br />
to remove the device or interrupt the<br />
process. Calibration cycles can thus be<br />
36 <strong>food</strong> <strong>Marketing</strong> & <strong>Technology</strong> • April <strong>2023</strong>