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.
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
Processing<br />
extended significantly and confidence<br />
in measurement results increased,<br />
especially since the test method is fully<br />
traceable (DIN-ISO-9001-compliant)<br />
and certified by the TÜV.<br />
State-of-the-art-communication<br />
State-of-the-art communication<br />
options such as Profibus PA, HART<br />
and innovative Ethernet-APL, further<br />
increase plant availability. The new<br />
two-cable technology makes it possible<br />
to use Ethernet directly in the harsh<br />
environment of process automation.<br />
Plant operators can access their data<br />
seamlessly with less hardware and<br />
protocol conversion. This makes<br />
Ethernet-APL particularly relevant when<br />
it comes to the construction of entire<br />
new plants.<br />
This technology meets all the<br />
requirements of process plants<br />
and means that the field of process<br />
automation can now avail of Ethernet<br />
and all its benefits. The fact that<br />
it is easily integrated into asset<br />
management systems and features<br />
smart self-monitoring means that<br />
plant shutdowns are largely avoided.<br />
Thanks to more process variables with<br />
increased accuracy compared to 4 to<br />
20 mA, productivity levels are increased.<br />
Finally, Ethernet-APL also makes for<br />
easier control of plants. Communication<br />
via APL enables access to the device<br />
and its parameter configuration via the<br />
integrated web browser, without any<br />
need for physical access.<br />
Easy to use<br />
The Micropilot FMR63B for noncontact<br />
level measurement in hygienic<br />
applications forms part of the range<br />
of new 80 GHz radar sensors from<br />
Endress+Hauser, creating a complete<br />
range of radar instruments to meet<br />
virtually any application requirement.<br />
The new measuring device interface<br />
is used in many Endress+Hauser<br />
measuring devices, thus enabling<br />
cross-functional compatibility. At the<br />
same time, the new interface makes the<br />
operation of each individual measuring<br />
device extremely easy and intuitive,<br />
with the result that no major training is<br />
required to use the technology.<br />
Its intuitive operation is also evident<br />
in how easy the interface is to access.<br />
It can be accessed via the SmartBlue<br />
app on any mobile device, or via control<br />
systems such as HART communication.<br />
Wizards prevent errors during commissioning<br />
or proof tests, which also<br />
results in significant time savings.<br />
Inefficient or faulty device functions are<br />
also displayed in the SmartBlue app,<br />
thanks to Heartbeat <strong>Technology</strong>. For<br />
example, in the case of loop diagnostics,<br />
it detects a deterioration in the power<br />
supply, changes in loop resistance due<br />
to corroded terminals, faulty wiring or<br />
moisture in the housing.<br />
Maximum safety for staff, plants,<br />
and processes<br />
Between systematic errors, unintentional<br />
incorrect operation or<br />
process anomalies in sensitive applications,<br />
each plant has its own unique<br />
requirements. With their industry<br />
knowledge and technological expertise,<br />
Endress+Hauser has been delivering<br />
appropriate solutions for a wide range<br />
of applications for many years. The<br />
new Micropilot for hygienic applications<br />
meets the specific requirements of<br />
the life sciences and <strong>food</strong> & beverage<br />
industries.<br />
The new radar range, and therefore the<br />
Micropilot FMR63B, features smart<br />
safety features such as HistoROM,<br />
alternating background lighting or<br />
touch control. If the entire device<br />
needs to be replaced, parameters<br />
can be transferred securely and easily<br />
via the HistoROM mobile data unit.<br />
A change in the backlighting from<br />
green to red immediately indicates<br />
process anomalies and malfunctions<br />
and furthermore highlights defective<br />
units. Touch control eliminates the<br />
need to open the device in hygienic<br />
environments: by means of infrared<br />
optical sensors, the device can be<br />
controlled quickly and safely with the lid<br />
closed, without the need for any tools.<br />
To ensure that you are always aware of<br />
the device condition and able to take<br />
whatever action is needed, the device<br />
condition is displayed in accordance<br />
with NAMUR NE 107.<br />
The convenient, wireless remote access<br />
itself also meets the highest safety<br />
requirements. To protect passwords,<br />
Endress+Hauser has developed an<br />
additional safety layer for Bluetooth®,<br />
the core component of which is<br />
CPace. CPace prevents attacks during<br />
Bluetooth® pairing. The protection level<br />
provided by this security enhancement<br />
was rated “high” by the Munich-based<br />
Fraunhofer Institute AISEC.<br />
To sum up, the Micropilot FMR63B<br />
delivers increased efficiency, even<br />
in hygienic applications<br />
The new generation of 80 GHz radar<br />
sensors has been developed using<br />
Endress+Hauser’s in-depth application<br />
and industry knowledge of the<br />
life sciences and <strong>food</strong> & beverage<br />
industries. The Micropilot FMR63B<br />
offers the latest technologies, such<br />
as Heartbeat <strong>Technology</strong> with RAI<br />
or Ethernet-APL, which enable noncontact<br />
measurements in sensitive<br />
environments coupled with exceptional<br />
measurement performance.<br />
The hygienic design made entirely of<br />
stainless steel and the significantly<br />
improved measuring speed of the 80<br />
GHz sensor increase the productivity<br />
and efficiency of plant processes, even<br />
in the case of turbulent surfaces. The<br />
compact design, combined with the<br />
narrow beam angle of the antenna<br />
and optimized algorithm, mean that<br />
it can be used in small tanks where<br />
fittings could otherwise interfere with<br />
the measurement. The new, intuitive<br />
interface and the many wizards for<br />
mounting, commissioning, operation,<br />
and troubleshooting ensure maximum<br />
process safety. Finally, thanks to Heartbeat<br />
<strong>Technology</strong>, anomalies such as<br />
foam formation are detected early on<br />
and without interrupting the process,<br />
with the result that plant shutdowns<br />
can be avoided and maintenance cycles<br />
extended thanks to the patented RAI. fmt<br />
<strong>food</strong> <strong>Marketing</strong> & <strong>Technology</strong> • April <strong>2023</strong><br />
37