Magnetron (MW Generator) for Panasonic Microwave Oven

Magnetron 17470000000805 is the heart of your microwave oven. This model is specifically engineered for high-performance combined Convection series ovens (featuring convection and grill functions), where the workload on the emitter is significantly higher due to extended cooking and baking cycles. This original Panasonic magnetron ensures stable output power and a long service life, even under intensive daily use.

Technical Specifications

• Compatibility: exclusively for the premium Panasonic NN-C69MS model.

• Output Power: optimized for 30L capacity ovens (typically 900W – 1000W).

• Cooling Type: forced air cooling (radiator).

• Mounting Feature: reinforced flange with 6-point fixation (depending on the chassis revision).

• Emitter Orientation: antenna and power connector placement are designed for a perfect match with the NN-C69MS waveguide.

Key Advantages and Features

• High Efficiency: thanks to the precision assembly of the anode block and high-quality magnets, this magnetron converts electrical energy into microwaves with minimal loss, significantly accelerating the heating process.

• Enhanced Heat Resistance: since the NN-C69MS model utilizes convection, internal temperatures can exceed standard levels. This magnetron features expanded radiator fins for effective heat dissipation via the fan's airflow.

• Frequency Stability (2450 MHz): guarantees uniform impact on water molecules within the food, preventing "food explosions" and ensuring thorough cooking in combination modes.

• Interference Shielding: built-in feed-through capacitors in the power filter assembly minimize microwave leakage into the household grid, protecting your Wi-Fi network and other electronics.

Symptoms of a Faulty Magnetron:

1. Oven runs but does not heat: the most common sign of cathode emission loss or a feed-through capacitor breakdown.

2. Loud humming or buzzing: may indicate internal arcing or a burnt antenna cap.

3. Smell of ozone or burning: a sign of an electrical breakdown to the chassis or the waveguide.

4. Sparking inside the chamber: often caused by a burnt magnetron cap (may be accompanied by damage to the mica sheet).

Note: replacing a magnetron involves working with high-voltage components. It is recommended that installation be performed by a qualified technician.