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DC Electromagnetic Flowmeter IP65 IP68 Applicable Liquid Metal Signal Stabilized

DC Electromagnetic Flowmeter IP65 IP68 Applicable Liquid Metal Signal Stabilized

  • DC Electromagnetic Flowmeter IP65 IP68 Applicable Liquid Metal Signal Stabilized
  • DC Electromagnetic Flowmeter IP65 IP68 Applicable Liquid Metal Signal Stabilized
  • DC Electromagnetic Flowmeter IP65 IP68 Applicable Liquid Metal Signal Stabilized
  • DC Electromagnetic Flowmeter IP65 IP68 Applicable Liquid Metal Signal Stabilized
DC Electromagnetic Flowmeter IP65 IP68 Applicable Liquid Metal Signal Stabilized
Product Details:
Place of Origin: China
Brand Name: QINWEIYB
Certification: Explosion-proof certificate
Model Number: QWDC-SUP117
Payment & Shipping Terms:
Minimum Order Quantity: 1Set
Price: Negotiable
Packaging Details: Carton
Delivery Time: 5-8 work days
Payment Terms: L/C,D/A,D/P,T/T,Western Union
Supply Ability: 100PCS/Month
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Detailed Product Description
Name: Electromagnetic Flowmeter Frequency Output: 1-5000Hz
Protection: IP65 ; IP 68(Remote Type) Electrodematerial: 316L Stainless Steel, Hastelloy, Titanium
Operating Pressure: Up To 4 MPa Type: Magnetic Flow Meter
Electrode Material: SUS316L/HB/HC/Titanium/Tantalu Pressure Type: Differential Pressure
Output Signal: 4-20mA, Pulse, Modbus, HART Relative Humidity: 5%~95%
Highlight:

DC Electromagnetic Flowmeter

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Electromagnetic Flowmeter IP65

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Electromagnetic Flowmeter IP68

Applicable Liquid Metal Signal-Stabilized DC Electromagnetic Flowmeter

 

DC electromagnetic flowmeter refers to an electromagnetic flowmeter that excites the excitation coil with a constant DC current or a unidirectional pulse current.

Core Advantages
  • Stable signal without alternating interference: The output is direct current potential, and the signal processing circuit is relatively simple, not affected by power frequency interference.
  • No eddy current thermal effect: When measuring liquid metals, no heat is generated inside the metal pipe and fluid due to alternating magnetic fields, which is energy-saving and safe.
  • High-temperature and radiation-resistant design: Specifically designed for extreme working conditions, with a robust structure.
  • Can measure low-conductivity liquid metals: The requirement for conductivity is lower than that of the AC excitation method.
Comparison with modern mainstream excitation methods
Characteristics (Pure) DC excitation flowmeter Modern low-frequency rectangular wave excitation flowmeter
Excitation waveform Constant DC or unidirectional long pulse. Alternating positive and negative rectangular waves (typical frequencies such as 6.25Hz, 12.5Hz).
Applicable medium Non-electrolyte: mainly liquid metals. Electrolyte: water, acid, alkali, slurry, and all conventional conductive fluids.
Polarization effect No effect on liquid metals. Effective elimination of polarization voltage influence through rapid magnetic field reversal.
Zero stability Poor, complex compensation required. Excellent, modern intelligent transmitters can achieve automatic zero tracking and correction.
Resistance to power frequency interference Immune by nature. Effective suppression through techniques such as synchronous sampling.
Main application fields Nuclear industry, advanced metallurgy. All common industrial processes (water treatment, chemical, food, etc.).

DC electromagnetic flowmeters represent the origin of electromagnetic flowmeter technology and a special technical path. For conventional industrial measurements, they have long been replaced by more advanced technologies suchs as low-frequency rectangular wave excitation due to their inability to overcome the fundamental obstacle of "polarization effect".

Contact Details
Xi 'an Qinwei Instrument Factory (General Partnership Enterprise)

Contact Person: Mr. Wang

Tel: 19502991120

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