Feature

●Premium Material: Exquisite workmanship, carefully selected materials, high-grade PCB, heat evenly and quickly, ensuring stable and reliable performance, very easy to use. The power wire is fully covered by the copper cover design, which can increase current and heat generation
●Versatile output: output terminals use 3 M4 copper pillars in parallel to easily connect to high voltage packaging and other external devices. This flexibility of the inductive heating module allows for a wide range of applications and increases the ease of the module
●Heat Dissipation: Use 2 extra large and large power cooling fans to dissipate heat better, working continuously after heat dissipation conditions reach standard, extend service time
●High power: Using 6 IRFP260 transistors and 12 capacitors in parallel resonance, the driver can supply high power power and operate well efficiently
●Power Description: For inductive heating, we recommend that you use a switching power supply of 48V 50A or higher. If the power supply is above 24V, you need to power it at least 20A. The higher the voltage the higher the current, the higher the heating capacity and the faster the heating speed


Description

Exquisite workmanship, carefully selected materials, high-grade PCB, heats evenly and quickly, ensuring stable and reliable performance and very easy to use. The power wire is fully covered by the copper cover design, which can increase current and heat generation. Output terminals use 3 M4 copper pillars in parallel to easily connect to high voltage packaging and other external devices. Use two extra large and large power cooling fans to dissipate heat better 6 IRFP260 transistors and 12 capacitors in parallel resonance will provide drivers with high output power and work with excellent efficiency.
Features:
PREMIUM MATERIAL: Exquisite workmanship, carefully selected materials, high-grade PCB, heat evenly and quickly, ensure stable and reliable performance, very easy to use. The power wire is fully covered by the copper cover design, which can increase current and heat generation.
Heat Dissipation: Use two extra large and large power cooling fans to dissipate heat better, working continuously after heat dissipation conditions reach standard, extend service time.
Versatile output: output terminals use 3 M4 copper pillars in parallel to easily connect to high voltage packaging and other external devices. This flexibility of the inductive heating module allows for a wide range of applications and increases the ease of the module.
High power: Using 6 IRFP260 transistors and 12 capacitors in parallel resonance, the driver can supply high power power and operate with excellent efficiency.
Power Description: For inductive heating, we recommend that you use a switching power supply of 48V 50A or higher. If the power supply is above 24V, you need to power it at least 20A. The higher the voltage the higher the current, the higher the heating capacity and the faster the heating speed.
Specifications:
Name: ZVS Induction Heating Board
Material: Metal + PC
Input Voltage: 12-48V, 36V and above recommended
Power requirements: less than 12V 10A or more 15V or higher 20A
Max power: 2500W
Max Current: 50A
Package size: 345 * 180 * 145mm / 13.58 * 7.09 * 5.71in
Package Weight: 2020g / 4.45lb
Package Contents:
1 x ZVS induction heating board.
1 x Coil
1 x 48V copper tube
1 x Water Pump
1 x Urn