The Induction Cooker, Also Known As The Induction Cooker, Is The Product Of The Modern Kitchen Revolution
Feb 19, 2022
The induction cooker, also known as the induction cooker, is the product of the modern kitchen revolution. It does not require an open flame or conduction heating to generate heat directly at the bottom of the pot, so the thermal efficiency has been greatly improved. It is a kind of high-efficiency and energy-saving kitchen utensils, which is completely different from all traditional fire or non-fire conduction heating kitchen utensils. An induction cooker is an electrical cooking appliance made using the principle of electromagnetic induction heating. It is composed of high-frequency induction heating coil (ie excitation coil), high-frequency power conversion device, controller and ferromagnetic material pot bottom cooking utensils.
The induction cooker is mainly composed of two parts: one is the electronic circuit system that can generate high-frequency alternating magnetic field (including the coil plate of the induction cooker); hot and cold furnace panel).
(1) The electronic circuit system includes: power board, main board, light board (control display board), temperature control, coil disk and thermal bracket, fan, power cord, etc.
(2) The structural shell includes: furnace panel (porcelain board, black crystal board), plastic upper and lower covers, etc.;
(3) Instruction manual, power sticker, operation film, certificate, plastic bag, shockproof foam, packing box, barcode, cartoon box.
1. Furnace panel: used to carry pots and utensils, there are imported and domestic products, domestic A and B grades can meet the requirements of use.
2. High-voltage main substrate: form the main current loop.
3. Low-voltage main board: used for computer control functions.
4. LED circuit board: display the working status and transmit operation instructions.
5. Reel: Convert high-frequency alternating current into alternating magnetic field (PAN).
6. Fan assembly: heat dissipation auxiliary element (FAN) to reduce the temperature of components in the furnace.
7. IGBT: commonly known as power tube, it controls the on-off (IGBT) of large current through low current signal.
8. Bridge rectifier block: convert AC power to DC power (BD101).
9. Thermistor: transmit the heat signal to the control circuit.
10. Thermal switch component: Sensing the working temperature of the IGBT to protect the IGBT from being damaged due to overheating.
https://www.wxrisen.com/
