Input voltage: DC 12V ~ 40V
Recommended Input voltage range: DC 24V ~ 36V
Maximum input current: 50A (short)
Maximum power: 1000W
When used in heating, the power must be large enough!
36V power supply, the current should be more than 50A
24V power supply, the current should be more than 30A
12V power supply, the current should be more than 20A
PCB board size: 165 x 112 x 16mm
Item Size: 165 x 112 x 50mm / 6.5 x 4.4 x 1.97in(L x W x H)
First, the input voltage DC 12V~40V
Maximum input current 50A (short time)
Recommended input voltage range DC 24V~36V
The power used to heat the power must be large enough!
When 12V is supplied, the current should be ≥ 20A ; when 24V is supplied, the current is ≥ 30A ; when 36V is supplied, the current is ≥ 50A . This is a reference and the actual current magnitude is related to the actual usage.
Whenever possible, use a protected power supply. Switching power supplies with small current and no protection should not be used.
Do not use battery or battery power!
The working voltage is guaranteed to be above 11V . Note: It is the voltage at work, that is, the input voltage when the coil is connected or the object is heated; it is not the voltage when the power supply is unloaded.
Second, long-term use must use copper tube and water cooling!
The copper tube with a diameter of 10mm can be installed on the copper column at the output end. The diameter of the copper tube is ≤4mm. The copper tube can be welded on the copper clip and then fixed on the copper column. The diameter ≤2mm can be connected to the output terminal.
Third, the heating power is less than 300W, you can use other models of the store
This is mainly used for heating. If you are pushing the high pressure package, please choose other models in this store. The general high voltage package power ≤ 200W, the power is very easy to damage!
Fourth, the use of this board requires a certain amount of hands-on ability and related knowledge, if the soldering iron will not be used, the power supply will not be divided, it is recommended not to shoot!

This section of induction heating using low-voltage DC power supply 12-48V Maximum current 20A, maximum power 1000W.
Tested 53V power supply when working properly.
Because of its moderate power, can be used for small parts DIY players do hardening, annealing and other heat treatment, Also can be used with a graphite crucible melting gold, silver, copper, aluminum and other metals, uniform heating fast, very convenient.
24V input with no load current of 3A , 48V input with no load current of 6A
The higher the voltage, the greater the heating current when the same thing, the effect is better, But at the same time heat is also large, so to eradicate the actual situation to select the input voltage, the general use of the words 24V or 36V power supply is enough

1. The use of military-grade 1.6MM double-sided glass plate production
2. The use of factory-made large inductance, consistent performance parameters more stable (30MM large magnetic ring, using 1.2MM pure copper wire wound system)
3. All resistance using five-ring tight resistance (five ring precision resistance error is small, work more stable)
4. The bottom of the circuit board is too large current part of all tin (can be used for induction heating, the general business in order to save costs do not open the window can only do high-pressure package drive, once used for induction heating will burn, Over-current is not enough 5. Generally use 12-30V DC power supply, the current also need more than 10A more appropriate , because the drive board is working in the zero voltage switch state ( Zero Voltage Switching) , his efficiency is the highest, the other The driver is unmatched, the higher the voltage the longer the arc (I personally test with 27V / 15A switching power supply can pull more than 80MM arc, the basic heat), you can also do induction heating or quenching, this is the voltage The higher the faster the heating, while the greater the heat, it is recommended to heat the solid diameter of the coil does not exceed 2/3

1. The use of military grade 1.6MM double-sided glass plate production
2. The use of factory-made large inductance, consistent performance parameters more stable (30MM large magnetic ring, using 1.2MM pure copper wire wound system)
3. All resistance using five-ring tight resistance (five ring precision resistance error is small, work more stable)
4. The bottom of the circuit board is too large current part of all tin (can be used for induction heating, the general business in order to save costs do not open the window can only do high-pressure package drive, once used for induction heating will burn, Over-current is not enough 5. Generally use 12-30V DC power supply, the current also need more than 10A more appropriate , because the drive board is working in the zero voltage switch state ( Zero Voltage Switching) , his efficiency is the highest, the other The driver is unmatched, the higher the voltage the longer the arc (I personally test with 27V / 15A switching power supply can pull more than 80MM arc, the basic heat), you can also do induction heating or quenching, this is the voltage The higher the faster the heating, while the greater the heat, it is recommended to heat the solid diameter of the coil does not exceed 2/3.