Pulsar Measurement – dBR Radar Series – Non-Contacting FMCW Radar Level Sensor for Hazardous & Extreme Conditions

Pulsar Measurement – dBR Radar Series –

Pulsar Measurement – dBR Radar Series – is a Pulsar product available from Daly Middle East for professional industrial applications.

The dBR radar series of transducers from Pulsar Measurement offers radar level sensors ideal for challenging applications like high temperatures, foam, atmospheric changes, and harsh chemicals. These sensors, complementing the Ultrasonic range, provide end users with technology options tailored to their needs. Linear Frequency Modulation processing ensures a strong signal-to-noise ratio and excellent resolution, giving them an edge over pulsed radar systems. With unique digital echo processing technology, these sensors can focus on the true level even amidst competing noise. Suitable for chemical level measurement, tank level measurement, industrial monitoring, hazardous environments, high-temperature and foam-prone applications, the dBR radar series is versatile and reliable.

  • Non-contacting FMCW radar level sensor for hazardous and extreme conditions
  • Two model options: dBR8 (8 m range) and dBR16 (16 m range)
  • Linear Frequency Modulation (LFM) processing for strong signal-to-noise ratio
  • 8° beam angle, reduced to 3° effective beam angle using DATEM
  • Ideal for high temperatures, foam, atmospheric changes, or harsh chemical vapours
  • Compact and lightweight: nominal 1.1 kg (2.4 lb), 90mm dia. x 130mm body
  • ATEX/IECEx mmWAVE intrinsically safe options available
  • Retrofittable to all Pulsar Measurement controllers
Measurement RangedBR8: 8 m / dBR16: 16 m
FrequencyV-band
Beam Angle8° (3° effective w/ DATEM)
Weight1.1 kg (2.4 lb)
Cable Lengths5m, 10m, 20m, 30m

What is the difference between dBR8 and dBR16?

The dBR8 measures up to 8 metres, while the dBR16 extends to 16 metres.

Why choose radar over ultrasonic?

Radar level sensors handle high temperatures, foam, and atmospheric changes better than ultrasonic in certain difficult applications.

Is the dBR series suitable for hazardous areas?

Yes, ATEX/IECEx mmWAVE intrinsically safe options are available.

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