CoreParts MBA2136 Fuente de alimentación/inversor para interior 90 W Negro

The CoreParts MBA2136 is a 90W indoor power adapter/inverter in a black plastic housing, designed to provide stable DC output for compatible devices. It accepts 110–230V AC at 50–60Hz (minimum operating voltage 100V) and delivers up to 4.74A through a 5.5×2.5 mm connector. Its compact dimensions (60 × 40 × 80 mm) make it suitable for use in confined indoor installations.

Advantages

The adapter offers universal mains compatibility across common voltage and frequency ranges, a standard barrel connector (5.5×2.5 mm) for wide device compatibility, and a compact form factor that simplifies placement in limited spaces. Manufactured under the MicroBattery brand and sold through CoreParts, it matches performance expectations of similar original adapters while remaining a straightforward replacement option.

Suitable for

• Indoor consumer electronics that require a 90W, 5.5×2.5 mm DC adapter
• Replacement of original adapters with similar electrical specifications
• Compact installations where a small footprint is needed

Key specifications

• Brand: MicroBattery (CoreParts distribution)
• Model / MPN: MBA2136
• EAN: 5712505449806
• Power output: 90 W
• Output current: 4.74 A
• Connector: 5.5 × 2.5 mm barrel
• Input voltage: 110–230 V AC (minimum 100 V)
• Frequency: 50–60 Hz
• Housing: black plastic
• Dimensions (W × D × H): 60 × 40 × 80 mm

How to use

Confirm the device to be powered accepts a 5.5×2.5 mm barrel connector and requires up to 90W / 4.74A. Connect the adapter to the device’s DC input, then plug the adapter into a compatible AC mains outlet (110–230V, 50–60Hz). Ensure the minimum mains voltage is met (100V) before use. Place the adapter in a well-ventilated indoor location and avoid covering it during operation.

Recommendations

Use this adapter as a direct replacement only when voltage, current, connector size, and polarity match the original adapter’s specifications. Disconnect from mains before cleaning or when not in use for extended periods.