Nätaggregat Ansmann APS 2250H

The Ansmann APS 2250H is a universal indoor power adapter designed to supply small electronic devices with a selectable DC output between 12 and 24 V. It delivers up to 2.25 A (27 W) and includes a set of seven interchangeable plugs for broad compatibility with handheld computers, digital cameras, measuring instruments, MP3/CD players and other portable devices. The unit is voltage-stabilized, short-circuit protected and intended for use with mains input 100–240 V AC.

Advantages

The adapter offers adjustable output voltage via a rotary switch, a compact black housing for easy integration, and a seven-part plug set that provides common jacks and barrel connectors for reliable contact. Short-circuit protection and voltage stabilization help protect connected devices while supporting loads up to 2.25 A (27 W).

Suitable for

• Handheld computers and PDAs
• Digital cameras and camcorders
• Measuring instruments and test equipment
• MP3 players, CD players and other portable audio devices
• Small electronic gadgets requiring 12–24 V DC within 27 W

Key specifications

• Model: Ansmann APS 2250H (MPN 1201-0026, EAN 4013674164141)
• Input voltage: 100–240 V AC
• Output voltage: selectable 12–24 V DC (adjusted by rotary switch)
• Maximum output current: 2.25 A
• Maximum output power: 27 W
• Includes: seven interchangeable plugs (various barrel connectors)
• Colour: Black

How to use

Connect the adapter to the mains supply (100–240 V AC), select the required DC output voltage using the rotary switch on the back, attach the suitable interchangeable plug for your device and connect it to the adapter output. Verify the polarity and connector fit before powering the device. Ensure the combined load does not exceed 2.25 A (27 W).

Recommendations

Use the included plug set to match connector size and polarity; if in doubt consult the device manual. Do not exceed the rated output current or power. Avoid using the adapter in wet or excessively dusty environments and keep ventilation unobstructed during operation.