1-more Induction Cooktop Control PCB Board 2000W Max With 4KV Surge Protection Multiple Safety Protections
1-more Induction Cooktop Control PCB Board
Safe, Reliable & Durable. Advanced protection for long lasting performance.
✅ Built-in 4KV Surge Protection Withstand high voltage spikes and ensure stable and safe operation.
MULTIPLE PROTECTION FEATURES
- Over-Temperature Protection: Automatically stops heating when PCB or IGBT temperature is too high.
- Over-Voltage Protection: If input voltage exceeds 240V, power is reduced to keep current below 10A.
- Over-Current Protection: Real-time current detection to prevent damage from over current.
- Short-Circuit Protection: Instant cut-off in case of short circuit or abnormal load.
- Low-Voltage Protection: Stops operation when input voltage is too low.
- Dry-Heating Protection: Detects no pot or dry heating and automatically shuts down.
- Pot Detection Protection: Works only with suitable induction cookware.
- Cooling Fan Control: Smart fan control for better heat dissipation and longer PCB life.
- IGBT Protection: Real-time IGBT temperature and current monitoring.
- Component Safety Design: High quality components with flame-retardant PCB.
- EMC Anti-Interference: Stable operation, resistant to external electromagnetic interference.
- Long Life Design: PCB endurance test over 1000 hours.
Main Specifications
表格
| Item | Parameter |
|---|---|
| Model | AM-15A-4K |
| Input Voltage | AC 175V – 240V, 50/60Hz |
| Display Power | 2000W (Max) |
| Real Power (Recall) | 1350W (Max) |
| Surge Protection | 4KV |
| Control IC | Smart induction control |
| Protection Functions | Over-temperature / Over-voltage / Over-current / Short-circuit / Dry-heating / Pot detection / IGBT protection |
| PCB Size | Suitable for various induction cooktop designs |
Why Choose 1-more PCB?
✔ 4KV surge protection ✔ Multiple safety protections ✔ Stable and reliable performance ✔ High quality components ✔ Long service life (1000+ hours) ✔ Suitable for home & commercial use ✔ Easy integration for different models
















