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Rp63.000
DC 5-12V Mini ZVS Low Voltage Induction Heating (120W) induksi heater dengan coil module tesla Jacob's ladder (Siap Pakai)
Rp63.000
- Kondisi: Baru
- Min. Pemesanan: 1 Buah
- Etalase: Semua Etalase
DC 5-12V Mini ZVS Low Voltage Induction Heating (120W) induksi heater dengan coil module tesla Jacob's ladder (Siap Pakai)
quick note :
Product siap pakai dengan coil
power on setelah kumparan coil terpasang .
tanpa load kumparan , overheat/overload = say bye2
product ini DIY , Positive ke Positive , Negative ke negative ,
Tidak bisa di gunakan dengan battery !
akan lebih baik di berikan fan di sekitaran supaya tidak kepanasan (high amp)
Pemasanagan kumparan di Solder ke katub akan lebih baik dari pada masukin ke port nya , karena plastic terminal bisa meleleh bila di gunakan terus menerus
Voltage DC 5-12 !
Max = 120 Watts
Specification:
Input voltage: 5v-12v
Module dimensions:5.5*4*2 cm(L*W*H)
Product Weight: 119g
Coil size: length:7.5cm width: 2.8cm
1. Mini version ZVS no tap finished product induction heating for stepladder drive without cooling fan
2. This heating plate requires a certain amount of hands-on ability and related knowledge.
3. The maximum power of 120W (12V induction heating). Push the high voltage package 12V, when the primary 10 turns, about 30W.
4. The input voltage DC 5V ~ 12V, this voltage range is the voltage at work, not the voltage when the power supply is empty!
5. Confirm that all components are soldered correctly, the positive and negative poles of the power cord are not reversed, after the load is connected (heating coil, high voltage package), and then power on! No load can be powered! No-load power is easily damaged!
The width of the heated object should be between 1/3 and 1/2 of the inner diameter of the heating coil, and the maximum should not exceed 2/3!
The diameter of the heated object should be controlled within 20mm as much as possible. If the heating is too large, it will be difficult to heat up to red. After all, the power is limited.
Inductive heating, usually work for 5 minutes to power off cooling. Because the current is relatively large during induction heating, the coil heat is also relatively large. When heated, part of the heat generated by the heated object is transmitted to the heating coil. For a long time, the temperature of the heating coil is high. If the heating coil is connected to the terminal, the plastic part of the terminal will melt! Therefore, it is best to solder the heating coil directly to the PCB during induction heating. Please pay attention to this point.
quick note :
Product siap pakai dengan coil
power on setelah kumparan coil terpasang .
tanpa load kumparan , overheat/overload = say bye2
product ini DIY , Positive ke Positive , Negative ke negative ,
Tidak bisa di gunakan dengan battery !
akan lebih baik di berikan fan di sekitaran supaya tidak kepanasan (high amp)
Pemasanagan kumparan di Solder ke katub akan lebih baik dari pada masukin ke port nya , karena plastic terminal bisa meleleh bila di gunakan terus menerus
Voltage DC 5-12 !
Max = 120 Watts
Specification:
Input voltage: 5v-12v
Module dimensions:5.5*4*2 cm(L*W*H)
Product Weight: 119g
Coil size: length:7.5cm width: 2.8cm
1. Mini version ZVS no tap finished product induction heating for stepladder drive without cooling fan
2. This heating plate requires a certain amount of hands-on ability and related knowledge.
3. The maximum power of 120W (12V induction heating). Push the high voltage package 12V, when the primary 10 turns, about 30W.
4. The input voltage DC 5V ~ 12V, this voltage range is the voltage at work, not the voltage when the power supply is empty!
5. Confirm that all components are soldered correctly, the positive and negative poles of the power cord are not reversed, after the load is connected (heating coil, high voltage package), and then power on! No load can be powered! No-load power is easily damaged!
The width of the heated object should be between 1/3 and 1/2 of the inner diameter of the heating coil, and the maximum should not exceed 2/3!
The diameter of the heated object should be controlled within 20mm as much as possible. If the heating is too large, it will be difficult to heat up to red. After all, the power is limited.
Inductive heating, usually work for 5 minutes to power off cooling. Because the current is relatively large during induction heating, the coil heat is also relatively large. When heated, part of the heat generated by the heated object is transmitted to the heating coil. For a long time, the temperature of the heating coil is high. If the heating coil is connected to the terminal, the plastic part of the terminal will melt! Therefore, it is best to solder the heating coil directly to the PCB during induction heating. Please pay attention to this point.
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