Can I connect this power supply to your Wavlink router?
Can I connect this power supply to your Wavlink router?
Hi, my Wavlink WL-WN531G3 REV. A Router's power source failed and stopped working.
It was a P050W2000E power supply provided with the router.
I discovered a replacement from a TP-LINK device, which lists specifications like 50/60hz 0.3a and an older model as 50/60hz 0.25a.
I also noticed several generic and reputable power supplies with values such as 50/60hz 0.4a, 0.5a, etc.
Could the TP-LINK power supply operate the Wavlink router without problems like overheating or overloads?
Links provided include images and pages from various sources.
The plug size, output Volts and output Amps should align. The original adapter P050W2000E is 5V, 2A, and the tplink replacement also matches those specs. Check the plugs to confirm compatibility. If they fit, proceed; otherwise, a connector converter will be necessary.
UK plug works well for me, I have a switch socket with a UK connector.
power supply may support greater current, but it cannot be reduced.
this link directs to a page about a socket outlet for Bangladesh.
amperage is measured by the device itself. Using a lower amperage power supply can cause overheating or burning, since it wasn't built to handle such currents. Conversely, a higher amperage PSU won't deliver more current to the device—it only affects power capacity, and the device will use what it requires.
were you referring to 2 amperage or (50/60hz) 0.3 amperage?
i'm sorry i'm not tech savvy 😅
Imagine a device built to draw 1.5 amps of power. The manufacturer suggests using a supply rated around 2 amps for safety. They aim to have a little extra capacity.
If you switch to a 10 amp adapter, the device will still operate at its intended 1.5 amps.
However, if the new adapter has a higher amp rating than the old one, it might not be necessary. It could be a waste of money, similar to buying racing tires for a regular car—capable of higher speeds but never used for that purpose.
Also, keep in mind that voltage requirements must be compatible or nearly so.