About Electromagnetic Flow Meter
ELECTROMAGNETIC FLOW METER
The electromagnetic flow meter is installed in the water circuit of the trainer. It operates according to Faradays Law of Induction. When a conductor is moved in a magnetic field, a voltage is induced in the conductor. The flowing fluid represents the moving conductor. The magnetic field is generated by a switched direct current of alternating polarity. The induced voltage is tapped at two insulated electrodes. The magnitude of this induced voltage is proportional to the flow rate. A display indicates the flow rate. The necessary connections are provided so that the pressure loss can be determined with the.
Learning Objectives / Experiments
- Familiarisation with the principle of operation
- Flow measurement
- Plotting a pressure loss curve
- Comparison with other flow meters
Specification
- Electromagnetic flow meter as accessory for flow meter trainer
- Operates according to Faraday's Law of Induction
- Display indicating flow rate
- Connections to facilitate pressure loss measurement with the flow meter trainer
- Connections to supply auxiliary power via flow meter trainer
- Vertical and horizontal installation possible
Technical Data
- Max. flow rate: 4760L/h
- Auxiliary power: 24VDC
- Pipe connections: DN 32
Dimensions and Weight
- LxWxH: 820x360x240mm
- Weight: approx. 9kg
Exceptional Accuracy and PerformanceEngineered for laboratory use, this electromagnetic flow meter delivers an impressive 100% accuracy, making it an ideal choice when utmost precision is required. Its highly efficient design ensures consistent operation for various fluid measurement needs. The robust build and quality assurance guarantee longevity and trustworthy results.
Designed for Convenience and DurabilityWith dimensions of 820x360x240 mm and a weight of 9 kg, this flow meter is easy to install in typical laboratory setups. It is manufactured using advanced materials and techniques to ensure durability under repeated usage. A one-year warranty further enhances user confidence and product value.
FAQs of Electromagnetic Flow Meter:
Q: How does the electromagnetic flow meter work in laboratory applications?
A: The electromagnetic flow meter operates by generating a magnetic field and measuring the voltage produced by conductive fluids moving through it. This mechanism allows for accurate and reliable measurement of fluid flow, making it suitable for various laboratory experiments and processes.
Q: What are the benefits of using this flow meter in a laboratory setting?
A: Using this flow meter provides laboratories with exceptional accuracy (100%), highly efficient measurement, and durability. It supports precise monitoring of liquid flow, enhancing the reliability of experimental results and overall laboratory productivity.
Q: When should I consider using this electromagnetic flow meter?
A: This device is ideal for laboratory processes where precise flow measurements are critical. It is especially useful when working with conductive liquids and when data accuracy directly impacts experimental or process outcomes.
Q: Where can this flow meter be installed for optimal performance?
A: The meters size and construction are tailored for laboratory environments. Install it on a stable platform near the fluid source, ensuring that the sensors are properly aligned for unobstructed fluid flow and accurate readings.
Q: What is the process for setting up the electromagnetic flow meter in a laboratory?
A: Begin by positioning the meter securely using its 820x360x240 mm dimensions as a reference. Connect it to the necessary power source and fluid lines, then calibrate following the manufacturers instructions to ensure 100% accuracy. Regular maintenance checks are recommended for sustained performance.
Q: How does the warranty support users of this product?
A: The flow meter comes with a 1-year warranty, offering coverage against manufacturing defects or unexpected technical issues. This ensures you have support and necessary servicing, minimizing potential downtime in your laboratory operations.