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Temperature Control Industrial Induction Heating Equipment For Oil & Gas Industry
HOW INDUCTION HEATING WORKS:
Frequency conversion electromagnetic induction heating or induction heating for short is a method for heating metal materials by converting power frequency power supply into that of specific range based on the principle of electromagnetic induction. It is mainly applicable to the metal hot working, heat treatment, welding and melting.
Basic components of induction heating system include induction coil, AC power source and work pieces. Induction coil can be fabricated into different shapes as per different heated objects. The coil is connected with the power source providing alternating current for coil. The alternating current possessed by the coil can create a alternating magnetic field passing through the work pieces to produce eddy flow as required by heating.
In a basic induction heating setup shown in Right Figure, a solid state RF power supply sends an AC current through an inductor (often a copper coil),and the part to be heated (the workpiece) is placed inside the inductor. The inductor serves as the transformer primary and the part to be heated becomes a short circuit secondary. When a metal part is placed within the inductor and enters the magnetic field, circulating eddy currents are induced within the part.
As shown in follwoing Figure , these eddy currents flow against the electrical resistivity of the metal, generating precise and localized heat without any direct contact between the part and the inductor. This heating occurs with both magnetic and non-magnetic parts, and is often referred to as the "Joule effect", referring to Joule's first law – a scientific formula expressing the relationship between heat produced by electrical current passed through a conductor.
Secondarily, additional heat is produced within magnetic parts through hysteresis – internal friction that is created when magnetic parts pass through the inductor. Magnetic materials naturally offer electrical resistance to the rapidly changing magnetic fields within the inductor. This resistance produces internal friction which in turn produces heat.
In the process of heating the material, there is therefore no contact between the inductor and the part, and neither are there any combustion gases. The material to be heated can be located in a setting isolated from the power supply; submerged in a liquid, covered by isolated substances, in gaseous atmospheres or even in a vacuum.
INDUCTION HEATER POWER REQUIRMENT:
Induction Heater Power Require depends on following factors :
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» | Mass of work piece
| » | Material properties of work piece |
» | Temperature increase you require
| » | Heating time require |
» | Effectiveness of coil design
| » | Comprehensive full load design |
» | Any heat loss during heating process
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THE TECHNICAL PARAMETERS OF THE INDUCTION HEATER:
Model | GYMD-750KW |
Work power | 340V-430V |
Max input current | 1125A |
Max output power | 750KW |
Fluctuating frequency | 1-5KHZ |
The flow rate of cooling water | 0.15-0.3Mpa 25L/Min |
Water temperature protection point | 40C |
Product size | 1750x1650x1800 mm |
Net weight | 820 kg |
APPLICATIONS IN OIL AND GAS INDUSTRY:
Oil and natural gas suppliers rely on induction heating equipment for many different production processes:
Innovative induction heating technology offers many advantages for the oil and gas industry:
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