Radar Level Transmitters for Non Contact Measurement of Bulk Solids from VEGA Australia

Radar level transmitters designed for the bulk solids industry, are now more economical to purchase

Category: Tag:
Business Name


VEGA Australia’s
VEGAPULS 69, VEGAPULS 68 and VEGAPULS 67 radar level measurement equipment measures bulk
solids under both simple and tough environments . Their maintenance-free
operation and simple setup makes these models an ideal economical solution for
the bulk solids industry.

Designed to
function reliably under all conditions, VEGA’s range of of level
monitoring devices provide the following features:

  • Measure ranges up to 70 metres
  • Measure wide temperatures up to 200 C
  • Pressure Measurement ranges of 40 bar
  • Represents a real novelty in level measurement of bulk solids
  • Can be used for standard measuring tasks in bulk solids

Vegapuls 69 Radar sensor for continuous level measurement of bulk solids

  • Vegapuls 69 is a sensor for continuous measurment of bulk solids under different process conditions
  • Bulk solids in small up to large vessel heights
  • Measure ranges up to 120 metres
  • Measure wide temperatures up to 200 C
  • Is ideal for level measurement in very high silos, large bunkers and segmented vessels

Vegapuls 68 Level Indicators

  • The first radar level measurement sensor specially developed for bulk
    solids industry
  • For level measurement of high silos, large bunkers, stone crushers
    and in the furnace
  • Wide temperature and pressure range

Vegapuls 67 Level Monitors with Pulse Radar Technology

  • Vegaplus 67 radar level transmitter is ideal for reasons of economy,
    ultrasonic instruments or capacitive probes were used until now
  • A new, innovative antenna system ensures maintenance free permanent
  • High signal sensitivity and echo evaluation, specially optimised for
    bulk solids, remains the heart of the radar level transmitter instrument.
  • The VEGAPULS range
    of radar level sensors and transmitters provide reliable measurement
    independent of vapour, dust and noise.
© All Rights Reserved. All content published on this site is the property of Prime Creative Media. Unauthorised reproduction is prohibited