# Modul incalzire inductie 5-12V ZVS

> Modul de incalzire prin inductie ZVS pentru proiecte DIY, testare si incalzirea rapida a piese metalice mici. Functioneaza la 5-12V, putere maxima 150W la 12V (recomandata sursa de 10A). Are LED albastru pentru indicarea alimentarii, iar bobina este recomandata a se lipi direct pe PCB pentru contact electric stabil.

- Pagina: https://sigmanortec.ro/Modul-incalzire-inductie-5-12V-ZVS-p136263241
- Pret: 46.79 RON
- Disponibilitate: In stoc; 1-2 zile
- Cod: 33171 · EAN: 5943509977037
- Categorie: Componente Electronice > Module ZVS
- Specificatii: Tensiune: DC; Tensiune Intrare Minim VDC: 5; Tensiune Intrare Maxim VDC: 12
- Colet (date de livrare): 0.114 kg
- Actualizat: 2026-06-12
- Magazin: [Sigmanortec.ro](https://sigmanortec.ro/llms.txt)
- Preturi: RON, TVA inclus; preturi si stoc la data de 2026-10-22 02:49 (Europe/Bucharest)

## Descriere

Modul de incalzire prin inductie ZVS pentru proiecte DIY, testare si incalzirea rapida a pieselor metalice de mici dimensiuni. Functioneaza la 5-12V si poate livra pana la 150W la 12V cu sursa de 10A, are LED albastru pentru indicarea alimentarii si bobina recomandata pentru lipire directa pe PCB, pentru contact electric stabil.
Modul incalzire inductie 5-12V ZVS
Putere maxima: 150W la 12V (a se presta atentie la supraincalzire)
La 12V se recomanda sursa de 10A
De evitat alimentarea direct din baterie de 12V.
Asigurati-va ca este totul conectat corespunzator inainte de alimentare. Bobina este recomandat a se lipi direct pe PCB.
ATENTIE! Modulul, daca folosit incorect se poate arde cu usurinta, de aceea nu ne asumam raspunderea pentru eventuale daune la acesta in urma folosirii.
Nota producator:
When using battery and battery power supply, it must be ensured that the working voltage is above 4.5V! Do not ensure that the voltage is always above 4.5V during operation, do not use battery or battery power supply! Do not use dry battery power!
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 be melted! Therefore, it is best to solder the heating coil directly to the PCB during induction heating.
For long-term use, it is recommended to use a copper tube as a coil and cool it with water.
Blue LED power indicator, there is no electricity, you can see if the light is off!