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Desktop High Frequency Induction Heater, 0.6 -1.1MHz, 6KW - SPG-6A-III
  • Desktop High Frequency Induction Heater, 0.6 -1.1MHz, 6KW - SPG-6A-III
Desktop High Frequency Induction Heater, 0.6 -1.1MHz, 6KW - SPG-6A-III

Desktop High Frequency Induction Heater, 0.6 -1.1MHz, 6KW - SPG-6A-III

SKU: spg-6a-iii

Price: RFQ

Specifications

 SPG-6A-III Compact 6KW Ultra High-Frequency Induction Heater is designed for quickly melting small quantity (<100g) of metallic material. SPECIFICATIONS: Working Voltage 180 - 245 V AC, 50-60 Hz, Single Phase Max. Output Power 6KW Input Current 5 - 30 Amp (50A breaker required) Adjustable with digital display Output Frequency 600-1100 kHz Max. Induce Current 30Amps (Attention: Please keep the induce current <20amps for continuous operations. For operation at an induce current higher than 24Amps, please allow 2 seconds rest for every 10 seconds working cycle.) Duty Cycle 80% Max. Sample Weight 100g Timer Control Automatic timer control or  Manual control selectable Manual Control: by Foot Pedal Automatic Heating Time: 1-99 Seconds Automatic Dwell Time: 1-99 Seconds Automatic Colling Time: 1-99 Seconds Air Cooling Rear Fan Water Cooling Flowrate: > 3 L/Min Pressure: ≥ 0.2 MPa (29 Psi) Tap water is acceptable, but using Recirculating Water Chiller is highly recommended. Please click here to order separately Protection: Overpressure and over-temperature switch Water protection Overpressure and over-temperature switch Induction Coil Made by 5mm Dia. Copper tube (One Coil with 20mm(Dia.) x 45mm(H) included) Customized copper coil is available at extra cost ($300/ea) upon request Compliance MET Certification (UL61010-1 & UL499) is available upon request at an extra cost, please contact our sales representatives for a price quote. Application Notes Applications: p lease click here to learn the Fundamentals of Induction Heating Melting Sintering Annealing Heat treatment Quenching The heater will shut down if over output occurs. Please reduce sample size to keep the heater operating under Max power Please click here to learn how to setup crucible for melting Melting time and temperature are related to materials, the crucible, refractory insulation, etc. If you do not know whether the induction heater can melt your sample or not, please contact our engineer for consulting. Have your alloy's composition, melting point, and quantity to be melted prepared

Working Voltage
  • 180 - 245 V AC, 50-60 Hz, Single Phase
Max. Output Power
  • 6KW
Input Current
  • 5 - 30 Amp (50A breaker required) Adjustable with digital display
Output Frequency
  • 600-1100 kHz
Max. Induce Current
  • 30Amps
    (Attention: Please keep the induce current <20amps for continuous operations. For operation at an induce current higher than 24Amps, please allow 2 seconds rest for every 10 seconds working cycle.)
Duty Cycle
  • 80% 
Max. Sample Weight
  • 100g
Timer Control
  • Automatic timer control or  Manual control selectable
    • Manual Control: by Foot Pedal
    • Automatic Heating Time: 1-99 Seconds
    • Automatic Dwell Time: 1-99 Seconds
    • Automatic Colling Time: 1-99 Seconds
Air Cooling
  • Rear Fan
Water Cooling
  • Flowrate: > 3 L/Min
  • Pressure: ≥ 0.2 MPa (29 Psi)
  • Tap water is acceptable, but using Recirculating Water Chiller is highly recommended. Please click here to order separately
  • Protection: Overpressure and over-temperature switch
Water protection
  • Overpressure and over-temperature switch
Induction Coil
  • Made by 5mm Dia. Copper tube (One Coil with 20mm(Dia.) x 45mm(H) included)
  • Customized copper coil is available at extra cost ($300/ea) upon request
Compliance

 MET Certification (UL61010-1 & UL499) is available upon request at an extra cost, please contact our sales representatives for a price quote.
Application Notes
Melting
Sintering
Annealing
Heat treatment
Quenching
  • The heater will shut down if over output occurs. Please reduce sample size to keep the heater operating under Max power
  • Please click here to learn how to setup crucible for melting
  • Melting time and temperature are related to materials, the crucible, refractory insulation, etc. If you do not know whether the induction heater can melt your sample or not, please contact our engineer for consulting. Have your alloy's composition, melting point, and quantity to be melted prepared
,
Melting
Sintering
Annealing
Heat treatment
Quenching

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