Phoenix Contact 2902998 UNO-PS/1AC DIN Rail Power Supply 12V DC 2.5A 30W

This power supply from Phoenix Contact offers low no-load losses and high efficiency energy saving. High power density, especially in compact switch boxes for the perfect solution.

• Worldwide compatible for input voltage range
• Input voltage 85V AC-264V AC
• Entrance 1-phase
• Highest plant availability through reliable supply of 12V DC/2.5A
• Maximum energy efficiency through optimized efficiency over the entire operating range of the power supply and low idling losses
• Compact: 30W of power from only 22.5mm wide power supply
• Connections: Screw
• Temperature: -25 to 70°C
• Manufacturer's part 2902998

For more information on this Phoenix Contact power supply, please see its datasheet.
DIN rail power supply

Output Voltage	12V
Output Current	2.5
Number of Outputs	1
Power Rating	30W
1st secondary output voltage	12 - 12V
2nd secondary output voltage	- - -V
3rd secondary output voltage	- - -V
Built-in height	90mm
Built-in width	N/Amm
Degree of protection (IP)	IP20
Degree of protection (NEMA)	Other
Depth	84mm
Direct mounting possible	false
Height	90mm
Input Voltage	85 - 264 AC
Max. output current 1	2.5A
Max. output current 2	N/AA
Max. output current 3	N/AA
Nominal value output current 1	2.5A
Nominal value output current 2	N/AA
Nominal value output current 3	N/AA
Nominal value output voltage 1	12V
Nominal value output voltage 2	N/AV
Nominal value output voltage 3	N/AV
Output voltage stabilized	true
Performance level according to EN ISO 13849-1	None
Power Consumption	71.7VA
Power Output	30W
Rated supply voltage AC 50 Hz	85 - 240V
Rated supply voltage AC 60 Hz	100 - 264V
Rated supply voltage DC	- - -V
Secondary voltage adjustable	false
Short-circuit-proof	true
SIL according to IEC 61508	None
Stabilized	true
Suitable for distribution board	false
Suitable for rail mounting	true
Suitable for safety functions	true
Type of electric connection	Screw connection
Voltage type (supply voltage)	AC
Wall mounting possible	false
Width	22.5mm
Width in number of modular spacings	N/A