Customer Support 7 days a week

Welcome Guest! To enable all features please Login or Register.

Notification

Icon
Error

New Topic Post Reply
Options
Go to last post Go to first unread
tom12345  
#1 Posted : Tuesday, August 10, 2010 12:51:45 PM(UTC)
Quote
tom12345

Rank: Member

Groups: Registered
Joined: 3/12/2009(UTC)
Posts: 6

Hi,

I was wondering if its ok to use a stronger magnetron as a replacement in my microwave. It uses a 2m219, but I have a 2m319 from a different microwave. It looks identical and I tested it briefly and it works, but I was wondering if its ok to use as a permanent replacement. The microwave it came out of is actually smaller than the one I want to use it in.

Here are specs I found for the two magnetrons:


2m219:
Voltage (ebm) 4.2kV
Current (Ib) 300mAdc
Maixmum Output (Po) 945W
Frequency (fo) 2458MHz
Filament (Ef) 3.3V

2m319:
Voltage (ebm) 4.4kV
Current (Ib) 320mAdc
Maximum Output (Po) 1050W
Frequency (fo) 2458MHz
Filament (Ef) 3.3V

Thanks for any advice.

Tom
Sponsor
See inside of your appliance - diagrams and part photos for virtually every model.

powered by AppliancePartsPros.com
 
Joe / APP Team  
#2 Posted : Tuesday, August 10, 2010 1:26:31 PM(UTC)
Quote
Joe / APP Team

Rank: Advanced Member

Groups: Moderators
Joined: 7/14/2010(UTC)
Posts: 5,222

Was thanked: 1 time(s) in 1 post(s)
Originally Posted by: tom12345 Go to Quoted Post
Hi,

I was wondering if its ok to use a stronger magnetron as a replacement in my microwave. It uses a 2m219, but I have a 2m319 from a different microwave. It looks identical and I tested it briefly and it works, but I was wondering if its ok to use as a permanent replacement. The microwave it came out of is actually smaller than the one I want to use it in.

Here are specs I found for the two magnetrons:


2m219:
Voltage (ebm) 4.2kV
Current (Ib) 300mAdc
Maixmum Output (Po) 945W
Frequency (fo) 2458MHz
Filament (Ef) 3.3V

2m319:
Voltage (ebm) 4.4kV
Current (Ib) 320mAdc
Maximum Output (Po) 1050W
Frequency (fo) 2458MHz
Filament (Ef) 3.3V

Thanks for any advice.

Tom


Tom,

I don't see why you can't leave it in.

You are just inside the 10% tolerance, that most manufacturers use as a rule of thumb.

I don't see much of a change in the performance of the unit.

You should check the capacitor for the same 10% tolerances.

But I'm sure you'll be OK.

:cool:
Quick Reply Show Quick Reply
Users browsing this topic
New Topic Post Reply
Forum Jump  
You can post new topics in this forum.
You can reply to topics in this forum.
You can delete your posts in this forum.
You can edit your posts in this forum.
You cannot create polls in this forum.
You can vote in polls in this forum.