Eaton N38G28T09XCU K-Factor nonlinear transformer - 9 KVA
Part Number: N38G28T09XCU
Quick Summary
Eaton N38G28T09XCU K-Factor nonlinear ventilated transformer is a 9 KVA three-phase solution for demanding power-distribution applications. Engineers often face harmonic distortion, heat rise, and space constraints that throttle uptime and energy efficiency. This product leverages a K-Factor nonlinear design with copper windings and a 150°C rise rating, alongside a K13 XFMR designation to enhance reliability. Certifications are handled through Eaton, with specifics available via the manufacturer; confirm any CE, UL, or regional requirements as part of your compliance review. By aligning with Eaton’s transformer ecosystem, this option supports scalable distribution, easier installation in standard panels, and long-term operational cost reductions through improved thermal management and efficiency.
Product Information
Extended Description
N38G28T09XCU Eaton: Eaton K-Factor nonlinear ventilated transformer 9 KVA K13 XFMR 3PH 380-208Y/120 150C RISE COPPER
Product Name
Eaton K-Factor nonlinear ventilated transformer
Catalog Number
N38G28T09XCU
UPC
786680140563
Product Length/Depth
0.001 in
Product Height
0.001 in
Product Width
0.001 in
Product Weight
255 lb
Certifications
Contact Manufacturer
Type
Ventilated transformer
Commercial Distribution, Transformers, Volume 2, Tab 2
Eaton's Transformer Flex Center
Eaton Specification Sheet - N38G28T09XCU
Feature: K-Factor nonlinear design mitigates harmonic currents, improving system power quality. Business Impact: reduces overheating, lowers equipment wear, and extends life of upstream transformers and motors. Application: ideal for harmonics-heavy loads in data centers or manufacturing floors. Feature: Ventilated cooling with copper windings enables higher thermal performance and stable voltage under peak demand. Business Impact: minimizes derating and enables denser panel layouts. Application: compact switchgear rooms and enclosed control panels. Feature: 9 KVA three-phase rating supports scalable distribution without over-sizing. Business Impact: lowers upfront capex while meeting load growth; Application: mid-size facilities and retrofit projects. Feature: 150°C copper-winding rise with K13 XFMR designation enhances reliability under thermal stress. Business Impact: resilience and compliance with demanding duty cycles; Application: critical process automation and continuous operation environments. Feature: Certifications managed via manufacturer; consult Eaton for regional approvals (CE, UL, etc.) and documentation. Business Impact: reduces qualification lead times and accelerates project deployment; Application: global installations requiring formal certification. Insight: copper windings and ventilated design align with industry best practices for efficiency, maintenance predictability, and compatibility with Eaton’s Transformer Flex Center resources.
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FAQs
For installation, verify adequate ventilation around the transformer to maintain the 150°C rise rating, ensure the panel has sufficient clearance for heat dissipation, and confirm the primary connection is compatible with 380-208Y/120 as specified. Review Eaton’s datasheet and installation guidelines to align with local codes and ensure proper clearances, mounting, and wiring practices for safe operation.
Key specs include a 9 KVA three-phase rating, primary voltage of 380-208Y/120, copper windings, and a 150°C rise, with a K-Factor nonlinear design and a K13 XFMR designation. This combination supports harmonic mitigation, reliability under peak loads, and suitability for harmonics-rich environments such as data centers and industrial facilities.
Yes. The K-Factor nonlinear design is specifically intended to address harmonic currents common in data centers and motor-driven manufacturing. Combined with ventilated cooling and copper windings, it improves power quality, reduces thermal stress on downstream equipment, and helps maintain stable voltages under diverse loading conditions.
Certifications for this Eaton transformer are handled through the manufacturer. The product data indicates certifications are to be confirmed with Eaton, and regional approvals (such as CE or UL) should be requested as part of the procurement process. Your compliance team should reference the Eaton datasheet and request certification documentation during purchase.
Expected ROI comes from improved reliability, reduced space needs due to efficient cooling, and lower energy losses from copper windings. Maintenance is typical for heavy-duty transformers and focuses on periodic inspection of connections, thermal performance, and ventilation integrity. The ventilated design and K-Factor features can reduce derating and extend service life in harmonic-rich installations.