button cancel
Try searching by key words, order- or product code or serial number e.g. “CM442” or “Technical information”
Enter at least 2 characters to start the search.
Soliwave FQR57

Microwave barrier transmitter
Soliwave FQR57

Transmitter for non-contact point level detection and bulk flow monitoring

FQR57
Loading price
Prices temporarily unavailable
Price on request
activating price
price: provide information
Soliwave FQR57
  • F
  • L
  • E
  • X
©Endress+Hauser
Soliwave FQR57
  • F
  • L
  • E
  • X
©Endress+Hauser

Specs at a glance

  • Process temperature

    Non-contact installation: any
    Within installation:
    -40°C...+70°C
    (-40°F...+158°F)
    With high temperature adapter:
    up to +450°C (+842°F)

  • Process pressure / max. overpressure limit

    Non-contact installation: any
    Within installation:
    0.5 bar...6.8 bar
    (7.2 psi ... 99 psi) abs.
    With high pressure adapter:
    up to +21 bar (+305 psi) abs.

  • Min. density of medium

    Solid weight: > 10 g/l

Field of application

The Soliwave microwave barrier uses a non-contact procedure for detection of point levels and bulk flow (flow / no flow, trend). The device is also suitable for detecting and counting objects, detection of deposits as well as monitoring of filling processes and material transfer points. It can be installed in containers, conduits, hoppers, filling stations, shafts, filters or on free fall shafts. It is possible to take a measurement through non-metallic container materials from the outside.

Non-contact (wear- and maintenance-free) limit detection (min/max) and flow monitoring (flow/no flow, trend) for bulk solids.

  • Detecting, counting and positioning of objects

  • Detection and analysis of deposits and contamination in filters

  • Monitoring of filling processes

  • Monitoring of material transfer points

  • For high temperature applications up to 450°C (+842°F)

  • For high pressure applications up to 20bar (+290psi)

  • International explosion protection certificates

Benefits

  • Simple assembly with R 1½, 1½ NPT thread or G 1½ (with lock nut)

  • Mechanically robust construction ensures cost savings over the whole life cycle of the product: No wear and tear, process-wetted ceramic sensor diaphragm (optional), long serviceable life, maintenance free

  • Increased safety of the point level monitoring by optional integrated bulk flow monitoring

  • Measuring principle almost independent of the process properties

  • Can also be used in difficult applications, where other measurement methods fail

  • Easy operation via the Nivotester FTR525 with graphical display saves time and reduces costs

Extended selection

  • High-end products

  • Highly functional and convenient

Technical excellence

Simplicity

FLEX: Extended ©Endress+Hauser

  • Simple products

  • Easy to select, install and operate

Technical excellence

Simplicity

  • Standard products

  • Reliable, robust and low-maintenance

Technical excellence

Simplicity

  • High-end products

  • Highly functional and convenient

Technical excellence

Simplicity

  • Specialized products

  • Designed for demanding applications

Technical excellence

Simplicity

Variable

FLEX selections Technical excellence Simplicity
  • F
  • L
  • E
  • X

Fundamental selection

Meet your basic measurement needs

Technical excellence
Simplicity
  • F
  • L
  • E
  • X

Lean selection

Handle your core processes easily

Technical excellence
Simplicity
  • F
  • L
  • E
  • X

Extended selection

Optimize your processes with innovative technologies

Technical excellence
Simplicity
  • F
  • L
  • E
  • X

Xpert selection

Master your most challenging applications

Technical excellence
Simplicity

Variable
Loading alternative products

Predecessor

Success stories

Compare products

We value your privacy

We use cookies to enhance your browsing experience, collect statistics to optimize site functionality, and deliver tailored advertisements or content.

By selecting "Accept all", you consent to our use of cookies.
For further details please review our cookie policy .