2-power 2P-ADP60-S120A4000 - Laptopvoeding - 110 - 240 V - 50 W - 12 V - AC-naar-DC - 4,16 A

Laptops demand reliable power to keep up with your workday, but a failing or lost adapter can bring everything to a halt. The 2-Power 2P-ADP60-S120A4000 AC Adapter steps in as a dependable replacement, delivering 50 watts of stable 12V DC output at up to 4.16 amps. It converts 110–240V AC from any standard wall outlet, so you can stay productive at home, in the office, or while traveling internationally.

Who is it for

This adapter is ideal for anyone who needs a spare or replacement power supply for their laptop. It suits mobile professionals, students, and home users who want a compact external adapter that won’t weigh down a bag. If your original charger is lost, damaged, or you simply need a second unit for another location, this 2-Power adapter offers a straightforward solution.

Main features

• 50W maximum power output for efficient laptop charging
• 12V DC output with 4.16A current for compatible devices
• Wide input voltage range of 110–240V AC, 50/60Hz
• AC-to-DC conversion in a compact external form factor
• Built-in over-voltage, over-current, and short-circuit protection
• Single output port for a clean, focused connection

Specifications

• Product type: AC adapter
• Device compatibility: Laptop
• Power output (max): 50 W
• Output voltage: 12 V DC
• Output current (max): 4.16 A
• Input voltage: 110–240 V AC
• Input frequency: 50/60 Hz
• Power conversion: AC-to-DC
• Number of output ports: 1
• Form factor: External power supply
• Safety features: Over-voltage protection, Over-current protection, Short-circuit protection
• Operating environment: Indoor

Tips

Before ordering, verify that your laptop requires a 12V DC input and that the connector type matches your device. While the output connector is not specified, most laptops in this power class use a standard barrel plug—check your original adapter’s label or manual. For international travel, pair this adapter with a plug adapter suited to the local outlet, as the input voltage range automatically adjusts.