-f-v-The maximum currents for these voltages is more than 5A. But this device will work with such current only during a few seconds (maybe minutes) before it go out of order, because any current more than ...The maximum currents for these voltages is more than 5A. But this device will work with such current only during a few seconds (maybe minutes) before it go out of order, because any current more than 2.5 A is overcurrent. It is able to give you 60W without overload only at 24V. WARNING!!! It has no a real overcurrent protection.The mesured max. output current (Uin=230V) is about 8A at the low voltage, 5.5A at 15V and 4.5A at the upper voltage (24V). USE A FUSE! See More
Badges are related to the community, and users earn badges by creating quality content, completing missions, or by participating in special activities.Specific people will also have their own exclusive badge.
Badges are related to the community, and users earn badges by creating quality content, completing missions, or by participating in special activities.
Helpful Badges
The Badge is awarded to users who are subscribed to the Invite Answer email and signifies their gratitude to help others. The badge appearance upgrades as the user helps more people.
OK
You are the expert,can you help?
We sincerely invite you to subscribe to the Invite Answer email!
If you subscribe, we will invite you via email to answer questions people have about products. By subscribing you'll also earn the "Helpful Badge"! You can unsubscribe at any time on the privacy settings page.
Help others and be happier!
Subscribe
Thank you for subscribing! You have also earned a badge!
Thank you! Your answer will help ###name### and ###num### other people!
Subscribe to "Invite Answer" emails and use your knowledge to help more people with product questions. By subscribing you'll also earn the "Helpful Badge"!
-f-v- The maximum currents for these voltages is more than 5A. But this device will work with such current only during a few seconds (maybe minutes) before it go out of order, because any current more than ... See More
2019-03-10 04:39:00 Helpful (1)