Laptop charger KITI LE20V11.5ASQ 230W 20V 11.5A, 10×4 mm plus center plug

The KITI LE20V11.5ASQ 230W AC adapter supplies 20V at 11.5A through a 10×4 mm barrel connector with an additional central pin. Designed as a replacement or spare power source, this charger delivers a stable high-power output suitable for laptops that require a 20V/11.5A supply and use the 10×4 mm plus center plug. The adapter is intended to provide reliable charging and to power laptops during use, supporting models with higher power demands.

Advantages

This KITI adapter offers a high 230W output capable of supporting demanding laptop hardware while maintaining the required 20V/11.5A specification. The 10×4 mm barrel with central pin ensures correct contact and polarity for compatible devices. The design focuses on delivering stable voltage under load and providing a direct replacement for original chargers with the same connector and electrical characteristics.

Suitable for

• Laptops that require 20V and up to 11.5A power input
• Devices using a 10×4 mm barrel connector with a central pin
• Users needing a replacement or spare high-power AC adapter

Key specifications

• Output power: 230W
• Output voltage: 20V
• Output current: 11.5A
• Connector type: 10×4 mm barrel with central pin
• Intended use: laptop charging and operation under load

How to use

Confirm that your laptop requires a 20V/11.5A input and that the connector matches the 10×4 mm barrel with central pin before connecting. Connect the adapter to the laptop’s power input, then plug the AC cord into a compatible mains outlet. Ensure a secure connection and avoid excessive bending at the cable ends. If charging does not start, recheck the connector alignment and the laptop’s power settings.

Usage recommendations

Use the adapter in a well-ventilated area and avoid covering it during operation to prevent overheating. Disconnect the adapter from mains when not in use for extended periods. Inspect the connector and cable regularly for damage; replace the adapter if any electrical faults or physical wear are observed.