The Phoenix Contact range of TRIO-UPS is a compact range of DC uninterruptible power supplies.
The UPS will switch to battery operation with no interruption if there is a mains power failure. This provides the protection and reliability of your electrical loads. When the mains power is restored the UPS will switch to normal operation.

• The power supply and electronic switchover in the same housing means that you save space
• Large selection of VRLA energy storage systems means long buffer times
• Push-in connection means they are easy to install
• Wide temperature range
• Use anywhere in the world
• No power supply is not an issue as you can start up using the energy that is stored
• Adapt the behaviour to your application by using UPS-CONF software

This uninterruptible power supply ensures continuous power for critical applications across various industrial settings. By integrating a power supply unit within a compact housing, it provides an efficient solution for electronics and automation systems that need reliable backup during mains failures. The versatile design facilitates a single battery module connection, optimising practicality and efficiency.

• Supplies 24 V DC output for diverse devices
• Compact DIN rail design allows easy installation in tight spaces
• 120 W output power meets the needs of essential equipment
• Provides up to 20 minutes of backup time with a 5 A load
• Wide input voltage range supports both AC and DC sources
• Integrated protection features prevent output from over-voltage

• Suitable for industrial automation systems requiring consistent power
• Useful in control cabinets within manufacturing processes
• Serves electronic devices needing uninterrupted operation
• Ideal for integration with battery modules to enhance performance

The system supports a nominal output current of 5 A, with a maximum output current limit of 6 A.

Yes, it is designed for use in ambient conditions from -25 °C to 70 °C, with derating above 55 °C.

It uses screw connexion technology, allowing for a range of conductor cross-sections for flexible installation.

Yes, regular checks on the battery state are recommended for optimal performance, with suggested intervals ranging from every 4 hours to 200 hours.