Evolution of radar level measurement. Safety, reliability, saving, maintenance and engineering simplification
(in lingua inglese)
Introduzione a VEGAPULS 64
Small process fittings
Live Demo
Filling system - Pharma
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Atti di convegni o presentazioni contenenti case history
SAVE ottobre 2017 Misure e controlli di impianto per l’Industria 4.0
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Estratto del testo
Veronafiere 18-19 ottobre 2017 Gli atti dei convegni e più di 8.000 contenuti su www.verticale.net Cogenerazione Termotecnica Industriale Pompe di Calore 27 ottobre Cogenerazione Termotecnica Industriale Pompe di Calore Alimentare Alimentare Petrolchimico Alimentare 28 ottobre Alimentare Petrolchimico Alimentare Alimentare Petrolchimico Visione e Tracciabilità 28 ottobre Luce Energia Domotica LED Luce Energia Domotica LED SAFETY, RELIABILITY, SAVING, MAINTENANCE AND ENGINEERING SIMPLIFICATION EVOLUTION OF RADAR LEVEL MEASUREMENT: Highest performance for applications with
bulk solids First radar sensor First two-wire radar level sensor in the world Instrument platform plics® First radar sensor special y developed for
bulk solids 1993 VEGAPULS 81 1997 VEGAPULS 40/50 2003 VEGAPULS 60 2004 VEGAPULS 67/68 2014 VEGAPULS 69 VEGAPULS 64
Setting new standards with 80 GHz Why is focusing so important' Focusing ' = ''''''h'' '''''''''''''''' '''''''''''''''''' '''''''''''''' ''''''''''''''× '''''''''''''''''' When the antenna size stays the same,
the following applies:
The higher the frequency, the better the
focusing. 26 GHz 80 GH 26 GH 80 GHz 10° 3° 440 mm 1.2 m 1.2 m Practical
application: Clay Focusing Process fitting G ¾" G 1½" DN 50 DN 80 DN 80 Beam angle 14° 7° 6° 3.6° 3.3° Can also be used when
there are many vessel
internals VEGAPULS 64
Very good signal focusing Can smaller antennas be built due
to the 80 GHz frequency' Focusing ' = ''''''h'' '''''''''''''''' '''''''''''''''''' '''''''''''''' ''''''''''''''× '''''''''''''''''' Focusing Antenna diameter Frequency If the beam angle stays the same, the following
applies:
The higher the frequency, the smaller the antenna.
à Smaller process fittings Small antennas 15° 14° DN 50 G¾' 20° G1½' VEGAPULS 62 VEGAPULS 64 Installation in confined
spaces on small containers VEGAPULS 64
Smal process fittings Cost savings, since existing
process fittings can be used VEGAPULS 64
Smal process fittings Why does the radar sensor work
so well in small containers' 26 GHz 80 GH 80 GHz 26 GHz Measuring range Regular-sized containers Measuring range Very small containers Live Demo Filling system - Pesto
800 mm vessel height Tortilla chips 150 m m 370 m m Filling system - Pharma
240 mm vessel height 240 mm Exact measurement even in
small tanks VEGAPULS 64
Mounting on smal vessels Universally
applicable Why do buildup and condensate
not matter' Buildup 26 GHz 80 GH 26 GH 80 GHz Sodium chloride brine Paper production Oil regeneration Safe and reliable measuring
results even with condensate or
buildup VEGAPULS 64
Buildup Practical application: Lime Live Demo Why do vessel mounting sockets
no longer influence the measuring
results' VEGAPULS 64 26 GHz 10° 80 GH 26 GH 80 GHz 3° Live Demo Bitumen 700 mm Baby food 200 mm VEGAPULS 64
200 mm socket length 500 mm Wax VEGAPULS 64
500 mm socket length Simple adaptation to
existing production
equipment VEGAPULS 64
Mounting socket Is mounting on a ball valve
possible' Installation on a
ball valve 26 GHz 80 GH 80 GHz 26 GHz Live Demo VEGA Grieshaber KG
Test plant Nylon production VEGAPULS 64 Expert tip Expert t Expert tip DN 100 flange
+ DN 100 ball valve One size larger Ball valve Build-up Measuring range Bulk solids Dynamic range Nozzle Small process connection Focussing Liquids Small vessel 80 GHz Condensate Foam Glass window No periodic cleaning Installation Less stock Safety Easy engineering Adjustment Less maintenance Reliability Reducing cost Simplification 80 GHz One for all Retrofitting VEGAPULS 64
Setting new standards with 80 GHz One more thing ' On-site adjustment with magnet pen Ideal for rough and hazardous
areas Easy operation Sensor stays protected Wireless operation with a Laptop Convenient, no Cables Safe, remote operation Very easy to use Wireless operation with smartphone/tablet Simple and intuitive
setup One app for all sensors Fast access to display &
diagnostic Secure connection Pagina LinkedIn Vega Italia Thank you Daniele Romano
Marketing Manager Daniele Romano
MArea Manager
bulk solids First radar sensor First two-wire radar level sensor in the world Instrument platform plics® First radar sensor special y developed for
bulk solids 1993 VEGAPULS 81 1997 VEGAPULS 40/50 2003 VEGAPULS 60 2004 VEGAPULS 67/68 2014 VEGAPULS 69 VEGAPULS 64
Setting new standards with 80 GHz Why is focusing so important' Focusing ' = ''''''h'' '''''''''''''''' '''''''''''''''''' '''''''''''''' ''''''''''''''× '''''''''''''''''' When the antenna size stays the same,
the following applies:
The higher the frequency, the better the
focusing. 26 GHz 80 GH 26 GH 80 GHz 10° 3° 440 mm 1.2 m 1.2 m Practical
application: Clay Focusing Process fitting G ¾" G 1½" DN 50 DN 80 DN 80 Beam angle 14° 7° 6° 3.6° 3.3° Can also be used when
there are many vessel
internals VEGAPULS 64
Very good signal focusing Can smaller antennas be built due
to the 80 GHz frequency' Focusing ' = ''''''h'' '''''''''''''''' '''''''''''''''''' '''''''''''''' ''''''''''''''× '''''''''''''''''' Focusing Antenna diameter Frequency If the beam angle stays the same, the following
applies:
The higher the frequency, the smaller the antenna.
à Smaller process fittings Small antennas 15° 14° DN 50 G¾' 20° G1½' VEGAPULS 62 VEGAPULS 64 Installation in confined
spaces on small containers VEGAPULS 64
Smal process fittings Cost savings, since existing
process fittings can be used VEGAPULS 64
Smal process fittings Why does the radar sensor work
so well in small containers' 26 GHz 80 GH 80 GHz 26 GHz Measuring range Regular-sized containers Measuring range Very small containers Live Demo Filling system - Pesto
800 mm vessel height Tortilla chips 150 m m 370 m m Filling system - Pharma
240 mm vessel height 240 mm Exact measurement even in
small tanks VEGAPULS 64
Mounting on smal vessels Universally
applicable Why do buildup and condensate
not matter' Buildup 26 GHz 80 GH 26 GH 80 GHz Sodium chloride brine Paper production Oil regeneration Safe and reliable measuring
results even with condensate or
buildup VEGAPULS 64
Buildup Practical application: Lime Live Demo Why do vessel mounting sockets
no longer influence the measuring
results' VEGAPULS 64 26 GHz 10° 80 GH 26 GH 80 GHz 3° Live Demo Bitumen 700 mm Baby food 200 mm VEGAPULS 64
200 mm socket length 500 mm Wax VEGAPULS 64
500 mm socket length Simple adaptation to
existing production
equipment VEGAPULS 64
Mounting socket Is mounting on a ball valve
possible' Installation on a
ball valve 26 GHz 80 GH 80 GHz 26 GHz Live Demo VEGA Grieshaber KG
Test plant Nylon production VEGAPULS 64 Expert tip Expert t Expert tip DN 100 flange
+ DN 100 ball valve One size larger Ball valve Build-up Measuring range Bulk solids Dynamic range Nozzle Small process connection Focussing Liquids Small vessel 80 GHz Condensate Foam Glass window No periodic cleaning Installation Less stock Safety Easy engineering Adjustment Less maintenance Reliability Reducing cost Simplification 80 GHz One for all Retrofitting VEGAPULS 64
Setting new standards with 80 GHz One more thing ' On-site adjustment with magnet pen Ideal for rough and hazardous
areas Easy operation Sensor stays protected Wireless operation with a Laptop Convenient, no Cables Safe, remote operation Very easy to use Wireless operation with smartphone/tablet Simple and intuitive
setup One app for all sensors Fast access to display &
diagnostic Secure connection Pagina LinkedIn Vega Italia Thank you Daniele Romano
Marketing Manager Daniele Romano
MArea Manager
In evidenza
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