Eaton RV48M28F1216SD Breaker integrated transformer - UL
Part Number: RV48M28F1216SD
Quick Summary
The Eaton Breaker integrated ventilated transformer supplies compact, reliable power conditioning for industrial control panels. Engineers often struggle with space, wiring complexity, and energy inefficiency when sourcing a separate transformer. This unit carries UL Listed certification and meets DOE 2016 Efficient standards to support regulatory compliance and energy savings. Designed for 3-phase service on 480/208Y–120 V systems, it simplifies installation and reduces lifecycle costs in electrical protection and circuit control applications. Its integrated breaker and ventilated design enable faster commissioning, safer operation, and easier maintenance for panel builders and OEMs.
Product Information
Extended Description
RV48M28F1216SD Eaton: Eaton Breaker integrated ventilated transformer, 112.5 Kva, BRKR INTEG XFMR, 3PH, 480-208Y/120, 115C Rise, Aluminum, DOE 2016, Secondary breaker
Product Name
Eaton Breaker integrated ventilated transformer
Catalog Number
RV48M28F1216SD
UPC
786689586829
Product Length/Depth
31.5 in
Product Height
59.52 in
Product Width
34.5 in
Product Weight
1125 lb
Compliances
DOE2016 Efficient
Certifications
UL Listed
Frame
FR943SD
Feature → Business Impact → Application: The RV48M28F1216SD combines a breaker with a ventilated transformer, reducing panel footprint and simplifying wiring, which cuts installation time and space requirements in control panels and machine centers. This translates to cost savings during deployment and easier future upgrades in automation cabinets and OEM applications. Feature → Business Impact → Application: With 112.5 kVA 3-phase capability and a 480-208Y/120 V secondary, it delivers robust load handling and stable voltage regulation for motor drives and heavy automation equipment, helping prevent nuisance tripping and ensuring consistent performance in manufacturing lines. Feature → Business Impact → Application: DOE 2016 Efficient compliance and UL Listed certification provide energy savings, regulatory alignment, and enhanced vendor credibility for bids and audits in energy-conscious facilities. Feature → Business Impact → Application: Aluminum construction and a 115°C rise rating contribute to lighter weights, improved heat dissipation, and reliable operation in warm environments, benefiting installations in harsh plant floors or exposed control rooms. Feature → Business Impact → Application: The secondary breaker provides extra protection and reduces wiring complexity, enabling faster commissioning, safer maintenance, and clearer fault isolation in electrical protection and circuit control systems.
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FAQs
Installation requires mounting the unit in a suitable panel with clear access to the 480-208Y/120 V inputs and the secondary breaker. Ensure proper clearance for ventilation and attach the primary L-L and secondary connections per Eaton's datasheet. Use the UL Listed guidelines and verify DOE2016-eligible efficiency options to maximize energy savings and regulatory compliance.
Key specifications include 112.5 kVA rated power, three-phase input, 480 V line-to-line and 208Y/120 V delta-wye secondary, aluminum construction, 115°C rise, and built-in secondary breaker. The product is designed to meet DOE 2016 Efficient standards and UL Listed certification, with a FR943SD frame designation for mounting compatibility.
Yes, its 115°C rise rating and ventilated design support reliable operation in warm plant environments. Aluminum construction aids heat dissipation and corrosion resistance, while the integrated breaker simplifies wiring and protects sensitive control circuits. UL Listed certification provides additional confidence for harsh manufacturing settings and compliance with industry standards.
The RV48M28F1216SD carries UL Listed certification and complies with DOE 2016 Efficient standards, aligning with regulatory requirements and energy-management goals. These certifications help with audits, reduce energy waste in continuous operation, and bolster supplier qualification in competitive bids for industrial systems.
The integrated design reduces panel footprint, shortens wiring runs, and lowers installation complexity, yielding faster commissioning and reduced field labor costs. Fewer components mean lower maintenance risk, improved reliability, and easier future upgrades, delivering measurable lifecycle savings for panel builders, OEMs, and end users in automation environments.