DeLOCK power adapter/inverter DeLOCK 41467 12V 5A

The DeLOCK 41467 12V 5A power adapter/inverter provides a stable 12-volt DC output with a maximum current of 5 amperes. Designed for use with a variety of electronic devices, this compact adapter converts input power to a regulated 12V supply to ensure consistent operation. Its small footprint and straightforward connections make it suitable for both permanent installations and portable setups where a reliable 12V source is required.

Advantages

The adapter offers regulated output voltage and sufficient current capacity to run many peripherals and small devices without significant voltage drop. Its compact design simplifies mounting in tight spaces and reduces cable clutter. Built to deliver steady performance, it supports continuous operation while maintaining stable power delivery.

Suitable for

• Powering routers, switches, and network equipment that require 12V DC
• Supplying CCTV cameras and surveillance accessories
• Running small embedded systems, single-board computers and peripherals
• Use in mobile or temporary setups such as workshops, demonstrations, or field testing

Key specifications

• Output voltage: 12 V DC
• Maximum output current: 5 A
• Power capability: up to 60 W
• Compact, low-profile enclosure for space-limited installations
• Designed for continuous operation and stable voltage regulation

How to use

Connect the adapter to a compatible AC mains source following regional safety regulations and ensure the input voltage matches the adapter's requirements. Attach the output connector to the device requiring 12V DC, observing correct polarity to avoid damage. Verify the connected device's current draw does not exceed 5 A. Allow the adapter adequate ventilation during extended operation to maintain stable performance.

Usage recommendations

Before first use, inspect connectors and cables for damage. Use appropriate cable gauges and secure connections to reduce voltage drop. For installations in confined or warm environments, provide ventilation or avoid covering the adapter to prevent overheating. If a device draws close to the maximum current, monitor temperature and consider using a higher-capacity power source if sustained heavy loads are expected.