Phoenix Contact STEP POWER Switched Mode DIN Rail Power Supply, 85 → 264V ac ac Input, 12V dc dc Output, 3A

The single-phase STEP POWER generation of compact power supply units from Phoenix Contact have a high degree of efficiency and the low standby losses make for high power efficiency. The PSU’s are available with 24 V DC output voltage in various performance classes and overall widths as well as special voltages 5, 12, 15, and 48 V DC.

These PSU's (Power supply units) have been designed more specifically for building automation, however, are not limited to explicitly that use. Low idling and maximum efficiency help to achieve higher energy efficiency. Not to mention, these power supplies have a DIN rail notch took out of the housing to allow you effortless install, on a DIN rail. DIN Rail power supply's are great for cable management, having everything in a single cabinet for consistent maintenance and ease of use.

• Easy mounting by snapping on the DIN rail or screwing onto a level surface
• Maximum energy efficiency through small losses
• Reliable power supply thanks to high MTBF (mean time between failures) of more than 500,000 hours and U/I characteristic curve
• Fast commissioning with LED function monitoring
• High operational safety by long power failure under full load
• Worldwide use by wide-range intake and international approval package
• Wide temperature range from -25 ° C to +70 ° C
• Parallel switched to increase performance and redundancy
• Outdoor installation possible
• Energy savings thanks to maximum energy efficiency and incredibly low idling losses

The design of the PSUs makes them suitable for installation distributors and flat control panels. More specifically, these STEP POWER PSU's have been designed to cater for building automation applications.

DIN rail power supplies typically feature an easy install. With the ability to mount it onto a compatible DIN rail, all you usually have to do is slide it onto one. These STEP DIN rail power supply's support NS 35 (EN 60715) rails. Once you've slid your power supply onto your rail, it is then a case of connecting your cables into the relevant inputs and outputs. Wires must be stripped 6.5mm before inserting into the terminal blocks. The terminal blocks are an effortless screw connection, making your install simple.

Effectively, a DIN rail power supply is a power supply, that is designed to be put on a DIN rail. These power supplies cater to the industrial world, rather than consumer electronics. They feature different connection methods such as terminal block connections rather than your typical 3-pin socket power. DIN Rail PSU's are designed to sit inside cabinets and work hand-in-hand with providing higher efficiency for industrial applications.

UL/C-UL Recognised (UL 60950), UL/C-UL Listed (UL 508) approved

This compact DIN rail power supply by Phoenix Contact is designed to provide a reliable and high-efficiency power source for various applications. With its single-phase input and 12V DC output, this power supply offers a compact and efficient solution for industrial automation and electrical systems.

• Single-phase DIN rail power supply
• AC to DC conversion for reliable power
• Switch Mode technology for optimal performance
• Compact design for easy installation on DIN rails

• Ideal for use in building automation systems
• Suitable for distribution boards and industrial control panels
• Can be used in electrical power installations and automation equipment

Yes, this DIN rail power supply offers a stable 12V DC output for a wide range of industrial applications.

Yes, this power supply can be easily snapped onto DIN rails or mounted on any even surface for a secure fit.

Yes, with a temperature range of -25 °C to +70 °C, this power supply is designed to perform reliably in diverse conditions.

Yes, the DIN rail power supply allows for parallel connection for increased capacity and redundancy in critical applications.

The power supply has a high MTBF of over 500,000 hours, ensuring energy savings and efficient performance over an extended period.