DC 5V-12V 120W Mini ZVS indukciós fűtési teljesítménymodul Tesla Jacobs létra csapok nélkül fűtőtekerccsel
DC 5V-12V 120W Mini ZVS Induction Heating Power Module Tesla Jacobs Ladder No Taps With Heating Coil
(The seller does not guarantee normal operation if the voltage exceeds 12V or is lower than 5V. If the input voltage is not within this range, the seller is not responsible for any problems!)
1. This non-tap mini board ZVS finished board does not have heating coils, high voltage packages, cooling fans, etc.
2. This kit requires certain hands-on ability and related knowledge. If you can't even use a soldering iron and the positive and negative poles of the power supply will not be separated, it is recommended not to shoot. Photographed a problem, the seller does not assume any responsibility!
3. The maximum power is 120W (12V induction heating). When the high voltage package is pushed to 12V, and the primary 5 5 turns, it is about 30W.
4. The input voltage is DC 5V~12V. This voltage range is the voltage at work, not the voltage when the power supply is no-load!
(The seller does not guarantee normal operation if the voltage exceeds 12V or is lower than 5V. If the input voltage is not within this range, the seller is not responsible for any problems!)
When using batteries or batteries for power supply, you must ensure that the voltage is above 4.5V during operation! If you cannot ensure that the voltage is always above 4.5V during operation, do not use batteries or batteries for power supply! Do not use dry batteries for power!
5. Confirm that all components are welded correctly, and the positive and negative poles of the power cord are not reversed. After connecting the load (heating coil, high-voltage package), turn on the power again! No load can not power on! No-load power-on is easy to damage!
6. PCB board size: length*width*thickness 55mm*37mm*1.6mm
7. The weight is 111g/pc
8. Heating coil
The width of the object to be heated should be between 1/3~1/2 of the inner diameter of the heating coil, and the maximum should not exceed 2/3!
The diameter of the heating object should be controlled within 20mm as much as possible. If the heating is too large, it will be more difficult to heat it to a bright red. After all, the power is limited.
When induction heating is used, it is generally necessary to cut off the power for cooling after 5 minutes of work. Because the current is relatively large during induction heating, the coil heating is also relatively large. During heating, part of the heat generated by the heated object will be transferred to the heating coil, and over time, the temperature of the heating coil will be very high. If the heating coil is connected to the terminal, it will melt the plastic part of the terminal! Therefore, it is best to solder the heating coil directly to the PCB during induction heating. Please pay attention to this point.
For long-term use, it is recommended to use copper pipes as coils and water cooling.
9. The current when pushing the high-voltage package and induction heating is related to the input voltage, the number of primary turns, the number of turns of the heating coil, and the size of the heated object. Our test is for reference only!
10. If you have any questions, you can contact Wangwang or leave a message, we will reply you as soon as possible!
If you need it, you can add it to the shopping cart and place an order to pay. Generally 24 hours delivery, there are special circumstances will be notified separately, thank you!
Blue LED power indicator, if there is power or no power, you will know if the light is on or not!
The possible reasons why the indicator light is off are: 1. The cable is not connected well, and the power supply is not powered on. 2. The board has components damaged.
When the indicator light is dark, the power supply should be insufficient, and it is necessary to replace the power supply with a higher power.
Tapless is more suitable for induction heating
The heating coil can be soldered to the PCB like this
1005003899493151 - blackh