Skip to product information
1 of 2

Electrical Supplies Ghana

Phoenix Contact PS-EE-2G/1AC/24DC/480W/SC – DIN-Rail Power Supply Unit 24 V DC / 480 W (Single-Phase Input)

Phoenix Contact PS-EE-2G/1AC/24DC/480W/SC – DIN-Rail Power Supply Unit 24 V DC / 480 W (Single-Phase Input)

Regular price GH₵5,250.00
Regular price GH₵6,000.00 Sale price GH₵5,250.00
Sale Sold out

Detailed Description:
The Phoenix Contact PS-EE-2G/1AC/24DC/480W/SC (part number 1234308) is a high-capacity, DIN-rail mountable switching power supply from the ESSENTIAL POWER series. It is designed for single-phase AC input and provides a stable 24 V DC output, up to 480 W (20 A) nominal, making it ideal for robust industrial installations, control cabinets, automation panels and machine-tool environments. 

Key Features:

  • Input: 1-phase, 100–240 V AC nominal range (110–240 V AC ±10% for full 480 W)

  • Output: 24 V DC nominal, adjustable to ~28 V DC when load permits 

  • Output current up to 20 A (for 480 W)

  • Efficiency: approx. 91% at 120 V AC, 93% at 230 V AC 

  • Compact DIN-rail form: width ~86 mm, height ~124 mm, depth ~125 mm 

  • Industrial protections: short-circuit proof, no-load proof, supports series/parallel connection for redundancy 

  • Ambient operating temperature -20 °C to +70 °C (with derating above 45 °C) 

Technical Specification Table:

Parameter Specification
Item Number 1234308
Nominal Input Voltage 100 V AC … 240 V AC nominal 
Output Voltage 24 V DC nominal, adjustable up to ~28 V DC 
Nominal Output Current Up to 20 A (for 480 W) 
Output Power 480 W nominal 
Efficiency ~91% (120 V AC) / ~93% (230 V AC) 
Dimensions (W × H × D) ~86 mm × 124 mm × 125 mm 
Mounting DIN rail (NS 35/7.5)
Protection Class IP20
Ambient Operating Temperature -20 °C … +70 °C (derating >45 °C) 

Applications & Use-Cases:
This unit is an excellent choice when you need a high-power 24 V DC rail from a compact DIN-rail power supply. Ideal for control panels, automation equipment, large sensor/actuator banks, and other industrial systems where reliability and space efficiency matter.

View full details