Pulsar Measurement – DLT 2.0 – Differential Level Transmitter for Open Channel Flow & Tank Level Monitoring

Pulsar Measurement – DLT 2.0 – Differential

Pulsar Measurement – DLT 2.0 – Differential is a Pulsar product available from Daly Middle East for professional industrial applications.

Reliable Non-Contact Level Sensing for Industrial Applications

The dBi Profibus series by Pulsar Measurement offers a robust solution for continuous level measurement in various industrial settings. These ultrasonic level sensors provide non-contact measurement, making them ideal for applications with harsh environments or hazardous materials.

  • Profibus Compatibility: Seamless integration with existing Profibus networks for centralized data management.
  • Wide Measurement Range: 125 mm to 15 m (4.9 in to 49.2 ft) for versatility in various applications.
  • Exceptional Accuracy & Speed: High resolution with a 1-second response time ensures reliable level data.

dBi Profibus Advantages

  • DATEM Echo Processing: Advanced technology for accurate target identification and interference filtering.
  • Programming Flexibility: Configure sensors with Pulsar’s PC software or directly through your Profibus network.
  • Rugged Construction: Built to last in demanding industrial environment.
  • https://www.youtube.com/watch?v=f677tlzMa0Y

  • Differential level transmitter for open channel flow and tank level monitoring
  • Measures the difference between two level points for precise flow calculation
  • Non-contacting ultrasonic technology for low-maintenance operation
  • Suitable for open channel flow and differential tank level applications
  • Compatible with the Pulsar Measurement controller range
FunctionDifferential level measurement
TechnologyNon-contacting ultrasonic
ApplicationOpen channel flow, tank level

What does the DLT 2.0 measure?

The difference between two level points, used to calculate open channel flow or differential tank levels.

What technology does it use?

Non-contacting ultrasonic measurement for reliable, low-maintenance operation.