Axis 02040-001 Camera Heater Power Supply

Axis 02040-001 Camera Heater Power Supply

The Axis 02040-001 is a dedicated power supply engineered to deliver reliable, consistent power to Axis camera heating systems in demanding outdoor and cold-weather environments. This compact unit bridges wide-range AC input to stable 24V DC output, enabling your surveillance cameras to maintain optimal thermal performance when ambient temperatures drop.

Key Features

• Wide input voltage range: 100–240 Vac for global deployment flexibility
• Stable 24V DC output at up to 3.125A maximum current
• Compact form factor: 140.1 × 65.1 × 25.4 mm—fits tight mounting spaces
• Reliable operation across 0–40°C ambient temperature range
• Low input current (<1A) reduces circuit load and electrical demand
• Rated for 20–80% relative humidity, suitable for humid outdoor locations

Technical Specifications

• Power Output: <75W maximum—efficient, low-heat operation
• Input Voltage: 100–240 Vac (universal compatibility)
• Output Voltage: 24V DC regulated
• Maximum Current: 3.125A
• Operating Environment: 0–40°C; 20–80% humidity

Applications

Ideal for outdoor Axis IP camera installations where heated lens or sensor elements prevent condensation, frost, or ice buildup in cold climates. Perfect for perimeter security, traffic monitoring, and remote site surveillance where environmental conditions challenge standard power delivery.

Jerry Tildsen

The 02040-001 is purpose-built for thermal management in surveillance. Its wide-input AC range (100–240V) ensures operation across different regional power standards without voltage regulation concerns. The 75W output cap and 3.125A max current are calibrated for Axis heater modules, preventing over-supply and ensuring safe integration with compatible camera lines.

The compact dimensions and low input current footprint make it suitable for both wall-mounted and DIN-rail installations in outdoor enclosures or camera housings. For cold-climate deployments requiring heated optics, this supply eliminates the guesswork in matching power delivery to thermal load.