Logo Power Supplies
Small. Smart. LOGO!Power. The fourth generation of globally proven miniature power supply units—featuring the same flat, stepped profile design as the LOGO!8 module—delivers high performance in a compact space.Smart LOGO!Power
Whether for industrial or building automation, the fourth generation of mini power supply units—used by millions worldwide for LOGO!8 modules and other applications—delivers even more power in an even smaller footprint. Every performance variant has been streamlined to a modular width of 18 mm. At the same time, the new LOGO!Power family offers a range of additional features, including flexible mounting, current monitoring, improved energy efficiency, and an extended temperature range.
A mini power pack for currents up to 4 A—...
Smart. Smart. LOGO!Power. Discover the new generation!
... For example, in lighting and heating controllers, building technology applications, or in conveyor belt, machine tool, conveyor belts, or sorting systems—Mini power supply units ensure efficient operation with
excellent efficiency across the entire load range and minimal performance loss during idle periods. A wide-range input for connection to single-phase mains and DC power lines, a wide operating temperature range, and comprehensive certifications—along with a performance reserve when switching capacitive loads—enable universal application.
With their flat, stepped enclosures, these reliable power supplies can be flexibly integrated into a wide range of applications, such as distribution panels. They are also ideally matched for use with the smart gateway for SIMATIC IoT 2000 industrial IoT solutions.
To further increase availability, LOGO!Power power supply units can be combined with DC UPS, redundancy, and selectivity modules.
As a ballast
unit for SITOP power supplies, the SITOP inrush current limiter LOGO! ICL230 reliably reduces inrush currents caused by the input-side rectifier circuit during capacitor charging, just as in pulse-controlled power supplies. An inrush current limiter can also significantly extend the service life of connected loads.