Specifications:

• Material: Aluminum+Iron

• Function: Microwave drying and heating accessories
  

• Product Name: Microwave Magnetron
  

• Product model: 2M246-01T AG
  

• Installation hole spacing: 35mm wide and 95mm long
  

• Bottom plate size: 93mm wide and 108mm long
  

• Product power: 1000w
  

• Product frequency: 2460MHz
  

• Service life: 4000-4500 hours
  

• Color: As shown in the picture
  

Features:

• The long legs of the magnetron 2M246-01T AG are compatible with most brands of microwave ovens. As long as the heat dissipation direction and installation hole size are the same, replacing the magnetron can solve the following symptoms: poor heat dissipation. Fixed porous installation, convenient and time-saving. Newly upgraded with stable performance.
  

• Durability: This magnetron is made of high-quality materials, which are durable and can withstand high temperatures commonly found in microwave ovens.
  

• Easy to install, the direct installation process means you can immediately get the microwave back up and running.
  

• Efficient heating magnetrons play a crucial role in quickly and uniformly heating food, enabling efficient cooking.
  

Package:

1 x microwave magnetron

FAQ:

Q: What is the bottom plate of this 2M246-01TAG like?

A: This is a short footed base plate with 4 screw holes corresponding to the front and back, with a hole spacing of 3.5cm wide and a length of 9 5cm.

Q: What is the product frequency and power?

A: The frequency of this product is 2460MHz and the power is 1000W.

Q: What is the service life of the product?

A: Under normal circumstances, it can be used for 4000-4500 hours.

Q: What is the weight of the 2M246-01TAG air-cooled short leg model?

A: The 2M246-01TAG air-cooled short leg model has a net weight of 0.82kg per unit.

Q: Will it be damaged on the road?

A: We have special foam and carton for magnetron, so we don't need to worry about transportation.

A simple inspection method for not heating a microwave oven: listen, look, and measure three meters.

When listening, first listen for the starting sound. The sound is much louder than normal, or there is an abnormal hissing sound, which may be a problem with the magnetron. Secondly, open the outer cover of the microwave oven, cut off the power for 1 minute or discharge the capacitor with a pointed nose pliers (high-voltage danger not repaired, foundation not repaired), check whether the magnet on the appearance of the magnetron is broken, whether the heat sink is loose, whether the white plug is burned out, whether the microwave antenna head is burned out, whether the copper gasket is burned out, whether the transformer is burned out. If it is an old model, check whether the mica sheet in the furnace is burned out, and pay attention to checking the ceramic bottom plate for new models.

Three meter test, first check if the transformer has electricity, unplug the bottom two power lines, connect the microwave bulb, or use a multimeter to test the AC voltage. If there is no electricity, it is necessary to check the microswitch, computer board relay, and timer Then unplug the connecting wires of the magnetron, transformer, diode, and capacitor, and use a multimeter (preferably a 10K level pointer) to check the white resistance of the magnetron's two pins. The resistance value should be close to 0 if it is normal. If the resistance value is infinite, it indicates that the magnetron is damaged; The resistance value of any foot to the shell should be infinite, and a resistance value close to 0 indicates that the magnetron is damaged. Use a multimeter to test the resistance curve of the transformer to see if three sets of coils are intact. An infinite resistance value indicates that the coil is damaged. Check if there is a short circuit between the two pins of the capacitor. Measure if the pointers of the two pins swing slightly and return to 0, which is normal. If the resistance at both ends of the casing is small, it indicates that the casing is broken. Use a pointer type multimeter to measure the resistance of the high-voltage diode in the 10K range. The ground terminal of the diode corresponds to the positive pole of the multimeter. The resistance is infinite. Then check the resistance of the high-voltage fuse. An infinite resistance value indicates that the fuse has been disconnected. If there is a bidirectional diode, it should also be checked. If it is damaged, it can be removed and used. Connect a high-voltage fuse with an outer shell between the high-voltage end of the transformer and the capacitor. If all accessories are tested well and still do not generate heat, cover one power line at the power fuse with a ring ammeter to measure the current. If it is less than 5A, it can be judged that the magnetron is damaged (the inspection of the magnetron is relatively complex)