Phoenix Contact STEP POWER Switched Mode DIN Rail Power Supply, 85 → 264V ac ac Input, 24V dc dc Output, 3.8A

This Phoenix Contact DIN rail power supply is the ideal power solution for automation systems. With a compact design, high efficiency of over 88%, and an output of 24V DC/3.8A, this power supply ensures reliable performance in various applications within the automation, electronics, electrical, and mechanical industries.

• Single phase power supply suitable for DIN rail mounting
• High quality switch mode power supply for maximum energy efficiency
• Compact dimensions of 90 x 61 x 90 mm for flexible installation
• Efficient power rating of 91W
• Low idling losses and high MTBF of 500,000h for long term reliability
• Output voltage of 24V DC and output current of 3.8A for consistent power delivery
• Excellent efficiency of over 88% for energy savings
• Reliable performance in temperatures ranging from 25°C to +70°C
• Versatile applications in building automation and electrical installations

• Ideal for use in distribution boards and control panels
• Suitable for building automation systems and industrial machinery
• Perfect for powering sensors, actuators, and control devices
• Used in HVAC systems, lighting controls, and security systems

Yes, the Phoenix Contact DIN rail power supply is designed to deliver consistent power in temperatures ranging from -25°C to +70°C, making it ideal for industrial use.

Yes, with an efficiency of over 88%, this power supply ensures maximum energy efficiency, leading to reduced energy consumption in operational processes.

Yes, this power supply is specifically designed for single-phase applications, offering reliable power delivery for various electrical systems.

The compact design and DIN rail mounting make it easy to integrate the Phoenix Contact power supply into existing automation setups without extensive modifications.

With built-in transient surge protection and varistors, this power supply ensures protection against voltage surges, safeguarding connected equipment from damage.