Core Power Conversion for Automation Systems
The Emerson P155.R2 is a power supply module for industrial automation and control systems. This unit converts incoming AC line voltage into regulated DC power for downstream components. It delivers stable output currents to processors, I/O modules, and communication cards. Consequently, it forms the foundation for reliable operation of the entire control cabinet.
Wide Input Range and Output Protection
This power supply accepts a broad range of input voltages for global deployment without configuration changes. It includes overload and short-circuit protection to safeguard connected modules from electrical faults. The P155.R2 provides adjustable output voltage trimming to match specific system requirements. Furthermore, its design features LED indicators for power presence and fault status at a glance.
Technical Specifications and Hardware Details
Engineers designed this module for DIN rail mounting within standard industrial control panels. Its specifications define input voltage range, output ratings, and efficiency under varying load conditions. The following table details its primary functional and identification parameters.
| Parameter | Specification |
|---|---|
| Manufacturer / Series | Emerson / Industrial Power Supplies |
| Product Model | P155.R2 |
| Module Type | Power Supply Unit (PSU) |
| Primary Function | AC to DC Voltage Conversion |
| Key Feature | Overload & Short-Circuit Protection |
| Mounting | DIN Rail |
Application in Control Panel Power Architecture
System integrators rely on this supply unit to power critical control hardware in manufacturing and process plants. It eliminates the need for multiple smaller power bricks, simplifying cabinet design. The Emerson P155.R2 delivers the clean, stable power necessary for sensitive electronics. Therefore, this component is essential for building reliable and maintainable industrial control systems.
Details
| Weight | 0.45 kg |
|---|---|
| Dimensions | 170 × 145 × 65 mm |



Reviews
There are no reviews yet.