K13E2H30S

Power Transformers Overview

The SolaHD K13E2H30S is a three-phase dry-type distribution transformer with a 30 kVA power rating. It features a triple primary winding and triple secondary winding configuration, designed for panel or wall mounting. The unit operates at 60 Hz with a 480 V primary voltage and provides 120 V/208 V secondary outputs. Physical dimensions are 584 mm in length, 406 mm in width, and 711 mm in height, weighing 175.540 kg. It utilizes screw termination types.

Power Transformers Feature Summary

• Engineered to mitigate heating effects of harmonic currents from non-linear loads
• K-13 rated construction for enhanced harmonic handling capability
• Triple primary and triple secondary winding configurations

Power Transformers Applications

• Industrial control systems requiring harmonic mitigation
• Power distribution networks with non-linear load profiles
• Facilities utilizing variable frequency drives or rectifiers

Power Transformers Procurement Notes

Verify the specific model suffix against current manufacturer documentation to confirm availability and exact electrical ratings. Confirm shipping restrictions related to weight and currency requirements prior to ordering. Ensure the application environment matches the specified operating frequency and voltage parameters for safe integration.

Power Transformers Selection Notes

Select this component when harmonic distortion levels require a K-13 rating to prevent overheating. Verify that the physical footprint and mounting style align with the installation space. Confirm that the primary and secondary voltage requirements match the system design specifications before procurement.

Power Transformers Part Context

This transformer belongs to the SolaHD K-Factor series, which specializes in managing thermal stress caused by harmonics. It serves as an industrial-grade solution for modern power systems where non-linear loads are prevalent, ensuring reliable operation under distorted current conditions.

Power Transformers Replacement Considerations

The K4E2H30S is listed as obsolete with the K4EE2H30S recommended as a substitute. However, verify if the K4EE2H30S meets the specific K-13 rating and dimensional constraints required for the K13E2H30S application.