Power Supply Type:DC
Output Capacity:48V DC
Input Capacity:1 AC
Module Size:Compact
Operating Temperature:-20°C to +60°C
Communication Interface:Modular
Load Handling:Up to 5 A
Certifications:CE, UL
Connection Type:Terminals
Mounting Type:Panel
The Phoenix Contact TRIO-PS/1AC/48DC/5 is engineered to deliver superior performance in harsh industrial environments. This module boasts a wide operating voltage range, ensuring it can seamlessly integrate into diverse control systems. With its robust design and high capacity for input/output operations, it is tailored for applications requiring precise control and reliability.
Featuring advanced communication capabilities through Modbus RTU protocol, our module facilitates seamless data exchange with other devices in the network, enhancing system interoperability and efficiency. Its temperature-resistant design (-25°C to +60°C) guarantees reliable operation across various climates, making it suitable for a broad range of industrial settings.
Each Phoenix Contact TRIO-PS/1AC/48DC/5 module comes equipped with 5A relay contacts at 250VAC and 10A at 24VDC, providing a strong current handling capability for demanding applications. Moreover, the low power consumption ensures minimal energy usage, contributing to sustainable operational practices.
For users seeking a reliable and efficient control solution, the Phoenix Contact TRIO-PS/1AC/48DC/5 is the perfect choice. It combines high-quality engineering with practical features, designed to meet the needs of modern industrial automation. Whether you’re managing production lines or supervising complex machinery, this module offers the precision and reliability you need to drive your operations forward.
To maximize the benefits of your Phoenix Contact TRIO-PS/1AC/48DC/5 module, we recommend pairing it with our comprehensive selection of accessories and support services. Our team of experts is dedicated to ensuring your system runs smoothly and efficiently, providing ongoing assistance and guidance to optimize your industrial automation processes.
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