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Inst Tools > Blog > Animation > Level Transmitter Animation

Level Transmitter Animation

The Level Transmitter Animation visually demonstrates the principles of various sensors, including Radar, Ultrasonic, and Capacitance.

Last updated: September 9, 2024 10:17 am
Editorial Staff
Animation How It Works Level Measurement
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The Level transmitters Animation shows different types of sensors working principles visually which includes Guided wave Radar Level transmitter, Ultrasonic Level transmitter, 2 Wire / 4 Wire Pulse type Radar Level transmitter, FMCW type Radar Level transmitter, and Capacitance type Level transmitter.

Level Transmitter Animation

Level-Transmitters-Animation

The comparison of different types of level transmitters is shown below.

FeatureGuided Wave RadarUltrasonic2-Wire/4-Wire Pulse RadarFMCW RadarCapacitance Level
Operating PrincipleUses guided microwave pulses through a probe.Measures time-of-flight of sound waves.Emits radar pulses and measures return time.Frequency Modulated Continuous Wave (FMCW) radar emits frequency-modulated signals.Measures change in capacitance between sensor and liquid.
Medium CompatibilitySuitable for liquids, solids, and slurries.Ideal for liquids and some solids.Suitable for liquids, solids, and powders.Best for liquids, gases, and solids.Works with liquids and non-conductive materials.
AccuracyHigh accuracy, unaffected by temperature and pressure.Moderate accuracy, affected by foam and vapor.High accuracy, better in harsh environments.Very high accuracy, even in challenging environments.High accuracy in liquids, affected by material properties.
Measurement RangeUp to 30 meters.Up to 15 meters.Typically up to 30 meters.Typically up to 80 meters.Short range, usually up to a few meters.
Environmental SensitivityNot affected by temperature, pressure, or vapor.Affected by temperature, pressure, and dust.Unaffected by temperature and pressure.Unaffected by harsh conditions.Can be affected by buildup on the sensor or changes in material properties.
Power RequirementsLow power consumption.Low power consumption.Moderate power consumption (depends on 2/4 wire setup).Higher power consumption than pulse radar.Low power consumption.
Installation ComplexityRequires proper installation with probe.Easy to install, no physical contact.Medium installation complexity depending on wiring.More complex installation due to technology.Simple installation, requires a proper dielectric constant.
CostModerate to high.Low to moderate.Moderate.High due to advanced technology.Low cost, economical solution.
ApplicationsBest for liquids, solids, slurries in tanks, silos.Simple liquid applications (water, fuel).Ideal for large storage tanks and process vessels.Best for extreme conditions, long-range applications.Used in water, chemicals, and food industries for liquid level measurement.

Also See:
1. Non-Contact Radar Level Transmitter Animation
2. Probe Type Radar Level Transmitter Animation
3. Ultrasonic Level Transmitter Animation

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3 Comments
  • Gowtham K says:
    June 3, 2015 at 5:53 pm

    Hey, Level transmitters animation rocks. Please post for all types of transmitters.

    Reply
  • Neo says:
    June 4, 2015 at 1:47 am

    Animation really awesome dude. I liked the idea of having different level transmitters at one place. Publish more n more.

    Reply
  • Rohit says:
    July 29, 2019 at 11:46 pm

    wonderful animated illustration.

    Reply

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