Power Supply for Panel Mounting Now Also with Push-in Connection
September 15, 2025
The Trio Power power supplies for panel mounting with an output of up to 2.5 kW now feature Push-in connection. The devices with an output voltage of 24 or 48 V DC are characterized by their high power density and efficiency in a compact design.
The new power supplies for panel mounting now feature Push-in connection technology, enabling quick and easy installation. In addition, the various mounting options enable flexible application possibilities: They can be mounted on the side as well as on the rear panel of the housing or with adapters.
The power supplies for panel mount are very versatile with an input voltage range of 85 to 264 V AC and output voltages of 24 V DC or 48 V DC. The dynamic boost enables a short-term power increase of up to 140 percent for 5 seconds. The devices with integrated o-ring diode can be switched both in series and in parallel, making it easy to increase power and the output voltage.
The power supplies are also equipped with a 5 V/2 A auxiliary power supply. In addition, the Trio Power devices meet the increased Class B EMC requirements, resulting in the devices being susceptible to less electromagnetic interference. Extensive monitoring functions, such as LED signaling and CAN bus interface, enable issues to be detected and rectified at an early stage.
More Information
Power supplies for panel mounting
Related Product
Power Supplies for Extreme Ambient Conditions from Phoenix Contact
The new third generation Trio Power power supply is now available for the first time with a protective coating on the PCB. This enables reliable use, even under extreme ambient conditions.
The third generation of power supplies sets a new standard in machine building. The power supplies are compact, robust, reliable, and impress with their easy handling. With the protective-coated PCB, the new power supply ensures high system availability, even under extreme ambient conditions. The coating protects against dust, corrosive gases, and humidity. Failures due to creepage currents and electrochemical migration caused by corrosion are also prevented.
