CoreParts MBA1092 power adapter/inverter Indoor 40 W Black

The CoreParts MBA1092 40W Black is a universal indoor power adapter designed to provide stable power to compatible portable devices. With a rated output of 40W and an output current of 3.33A, it delivers consistent charging and operation. The adapter accepts an input voltage range of 110–230V and uses a 2.5 × 0.7 mm connector. Housed in durable black plastic and CE certified, the adapter meets common safety and compliance standards.

Advantages

The adapter offers a reliable 40W power delivery with a fixed 3.33A output suitable for many low- to mid-power devices. Its wide 110–230V input voltage range makes it usable in different mains environments. The compact build in black plastic keeps the unit lightweight (0.2 kg) and easy to carry or store. CE certification indicates conformity with applicable safety requirements.

Suitable for

• Portable electronic devices requiring a 2.5 × 0.7 mm connector
• Devices needing up to 40W / 3.33A power
• Indoor use where a compact, lightweight adapter is preferred

Key specifications

• Brand: MicroBattery
• Model / MPN: MBA1092
• Power: 40W
• Output current: 3.33A
• Input voltage: 110–230V
• Connector size: 2.5 × 0.7 mm
• Colour: Black
• Weight: 0.2 kg
• Certification: CE
• EAN: 5711045812347

How to use

Verify that your device accepts a 2.5 × 0.7 mm connector and that its required power does not exceed 40W / 3.33A. Connect the adapter to the mains (110–230V) and insert the connector into the device's power input. Ensure the connector is fully seated and the device indicates charging or power. Disconnect from the mains and device before cleaning or when not in use for extended periods.

Recommendations

Use the adapter only indoors and in dry environments. Avoid exposing the adapter to high humidity, extreme temperatures, or mechanical stress. If the cable or connector shows signs of damage, stop using the adapter. For prolonged use, ensure adequate ventilation around the adapter and follow the device manufacturer's power requirements.