MPI-900-48

Power Transformers Overview

The MPI-900-48 is a laminated power transformer with a 900 VA rating. It features dual primary windings supporting 100, 115, 200, 215, and 230 VAC inputs. The secondary configuration provides 48 VCT at 18.8 A or 24 V at 37.5 A. Dimensions are 133.3 mm length, 132 mm width, and 117.8 mm height. Termination uses terminal blocks for chassis mounting.

Power Transformers Feature Summary

• Dual primary winding design for international voltage compatibility
• High volumetric efficiency within the MPI series architecture
• Chassis mount construction with quick connect termination options

Power Transformers Applications

• Industrial servo power systems
• Computer component power supplies
• General industrial equipment requiring isolated power conversion

Power Transformers Procurement Notes

Verify that the specific order matches the required secondary current rating of 18.8A at 48VCT or 37.5A at 24V. Confirm physical dimensions fit the chassis enclosure. Ensure termination style aligns with existing wiring infrastructure. Check for regional shipping restrictions due to weight or size limitations before finalizing purchase orders.

Power Transformers Selection Notes

Select this model when a 900 VA capacity is necessary for high-current applications. The dual primary winding allows flexibility across multiple input voltages without rewiring. Consider the chassis mount style for fixed installations where vibration resistance is required. Compare against lower VA models if power requirements are reduced.

Power Transformers Part Context

This component belongs to the MPI series of multi-purpose international transformers manufactured by Signal Transformer. The series emphasizes high volumetric efficiency and robust construction for industrial environments. Other variants in the family include different VA ratings and secondary voltage configurations.

Power Transformers Replacement Considerations

MPI-900-10 offers identical physical dimensions and primary voltage support but provides a 10VCT/5V secondary output instead of 48VCT/24V. Verify that the load requirements match the available secondary voltage levels before substituting.