2-power 110-240V - kannettava - 110 - 240 V - 65 W - 18.5 V - AC-DC - musta (ALT21532A)

When your notebook's original power adapter fails or gets lost, a reliable replacement is essential to keep your device running without interruption. The 2-POWER ALT21532A is a robust AC to DC power adapter engineered to deliver stable 65W output at 18.5V, compatible with a wide range of notebooks requiring this voltage and power level.

Who is it for

This adapter is ideal for professionals, students, and home users who need a dependable spare or replacement charger for their notebook. It suits those who travel frequently and require a compact, lightweight power solution that works with standard 110-240V mains worldwide.

Main features

• Universal input voltage: 110-240V AC, 50/60Hz, for global use without a voltage converter.
• Precise output: 18.5V DC, 3.51A, 65W, meeting the power demands of compatible notebooks.
• Standard DC barrel connector with a secure fit; often compatible with multiple tip sizes (check your device's requirements).
• Comprehensive protection: overload, short circuit, and over voltage safeguards protect both adapter and notebook.
• Durable black ABS housing with high efficiency and low standby power consumption.
• CE, FCC, and RoHS compliant for safety and environmental standards.

Specifications

• Product type: AC to DC power adapter
• Input voltage: 110 - 240 V AC
• Input frequency: 50/60 Hz
• Output power: 65 W
• Output voltage: 18.5 V DC
• Output current: 3.51 A
• Connector: DC barrel connector (tip size varies; verify compatibility)
• Colour: Black
• Housing material: ABS plastic
• Protection: Overload, short circuit, over voltage
• Certifications: CE, FCC, RoHS
• Operating temperature: 0 - 40 °C
• Storage temperature: -20 - 85 °C

Tips

Before ordering, confirm your notebook's required voltage and amperage match 18.5V and up to 3.51A. Check the barrel connector's inner and outer diameter to ensure a proper fit. For optimal safety, use the adapter in a well-ventilated area and avoid covering it during operation.