This induction heating circuit using a 12 v - 48 v (36 v power supply
cooling fan must separate power supply) low voltage dc power supply, the maximum
current 20. A, maximum power 1000 w. Because of its power is moderate, can be
used for DIY players to make small parts quenching, annealing and other heat
treatment, also can match the graphite crucible melting gold, silver, copper,
aluminum and other metal, heating fast, very convenient.
product parameters ：
The input voltage: 12 v 24 v and 36 v recommend
Input current: more than 5A
Product size: 90 mm * 150 mm
Induction heating power supply is recommended to use more than 24 v10A switching power supply
Product features:
The heating plate with 90 * 150 mm large PCB design, component layout
sparse good for heat dissipation
Power line window design, can increase the current hot tin plating smaller
more stable
Adopted antistatic 42 * 35 large heat sink, the cooling effect is good
Location hole using the M4 copper column, support stability
Output by using the three pillars in parallel and 300 v / 25A terminal two
output modes, convenient to use under different needs
Onboard 9 * 9 cm cooling fan positioning hole location hole just coincide
with board, can be directly on the 12 v supply to the board
Note:
Induction heating is working, in addition to the board and components fever
copper pipe also is very big, the calorific value of buyers can bring your own
water cooling system,
When using switch power supply, because of the high power generally has a
slow start function, that is just powered on the output voltage is slowly
rising, while if before the voltage up to 12 v connected induction heating
circuit, not by starting voltage is not enough, lead to two MOS tube at the same
time conduction and burned components. So will start the switch power supply,
voltage reaches more than 12 v connected induction heating circuit.
When the larger solid objects such as heating solid metal bar please don't
exceed 20 mm diameter, otherwise may burn out circuit and power supplies for
inductive heating
