1000W ZVS Induction Heating Board Module 20A 24V-36V Driver

1000W ZVS Induction Heating Board Module – 20A, 24V–36V

Take your DIY metalworking and electronics projects to the next level with this high-efficiency ZVS Induction Heating Board Module. Running at up to 1000W with a working voltage of DC 24–36V and a working current of 20A, this compact yet powerful driver board delivers fast, consistent inductive heating for a wide range of applications — from steel hardening and annealing to small-scale metal smelting.

Key Features

• High-Power ZVS Design: Zero Voltage Switching (ZVS) topology ensures efficient energy transfer and stable operation during demanding tasks.
• Versatile Metal Heating: Directly heats ferromagnetic materials (steel and other magnet-attractable metals). With included crucibles, it can also melt aluminum (melting point ~660°C), copper (~1083°C), and silver (~962°C).
• Broad Voltage Range: Operates on DC 24V–36V, compatible with a wide selection of regulated power supplies (350W–900W recommended).
• Original IRFP260N Power Tubes: Fitted with genuine IRFP260N MOSFETs (50A / 200V) for reliable, long-lasting performance.
• Copper Induction Coil Included: Inside diameter 40mm, height 45mm — ready to use out of the box.
• Active Cooling: Comes with a fan and water pipe for effective thermal management during extended use. Water circulation cooling is recommended when heating brass or high-conductivity non-ferrous metals.
• Compact Form Factor: Approx. 100 × 100 × 85 mm (3.93 × 3.93 × 3.34 in) — easy to integrate into DIY rigs and workbenches.

Recommended Power Supply Guidelines

• Aluminum smelting: 24V, 350W–500W supply (15A–20A)
• Copper / Silver smelting: 36V, 700W–900W supply (20A–25A)
• Steel hardening / annealing: Works with metals below 1100°C melting point

Specifications

What's in the Box

• 1× ZVS Induction Heating Board with Fan
• 1× Copper Coil Pipe
• 1× Water Pipe

Made in China Mainland.

Important Notes

• Please allow ±1–2 cm measurement tolerance due to manual sizing.
• Actual color may vary slightly from product images due to monitor display differences.
• Non-ferrous metals (copper, silver, aluminum) cannot be heated directly — a crucible is required for melting these materials.
• Water circulation cooling is strongly recommended when working with brass to prevent oxidation discoloration.

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Frequently Asked Questions

Q: What is a ZVS Induction Heating Board Module and what can it be used for?

A: A ZVS (Zero Voltage Switching) Induction Heating Board Module is a high-frequency electronic driver that generates an electromagnetic field within a copper coil to heat conductive metals without direct contact. This 1000W, 20A model is ideal for DIY applications such as steel hardening, annealing, small-scale metal smelting (aluminum, copper, silver), and custom heating experiments.

Q: What power supply do I need for this ZVS induction heating module?

A: The module operates on DC 24V–36V. For melting aluminum, a 24V / 350W–500W supply (15A–20A) is recommended. For copper or silver, use a 36V / 700W–900W supply (20A–25A). Always ensure your power supply can handle the full rated current for safe, stable operation.

Q: Can this induction heater directly heat copper, silver, or aluminum?

A: No — induction heating works directly only on ferromagnetic (steel/iron) materials that can be attracted by a magnet. Non-ferrous metals like copper, silver, and aluminum must be placed inside a compatible crucible, which is then heated inductively to melt them.

Q: Is water cooling required for this module?

A: The board includes a fan and water pipe. While brief operation may be possible without water circulation, connecting a water cooling loop is strongly recommended — especially for prolonged use or when working with brass and other non-ferrous metals — to maintain safe operating temperatures and protect the board.

Production & Packaging Notice

To maintain high stock availability and fast shipping times, our items are sourced from multiple verified manufacturing facilities. While the core quality, materials, and product specifications remain identical, you may notice slight variations in the packaging design, manufacturing origin, or the wording of the printed instructions.