Eaton S48N11S83N Encapsulated Transformer - 0.150 kVA

Part Number: S48N11S83N
Manufacturer
Eaton
Part number
S48N11S83N

Quick Summary

Eaton S48N11S83N encapsulated transformer provides safe, reliable low-voltage power for control panels. This compact single-phase transformer addresses common pain points like space constraints, heat buildup, and wiring complexity in modern automation enclosures. Certification status is managed by the manufacturer, with typical industry benchmarks including CE marking and UL recognition to support compliant installation, and robust enclosure protection to withstand industrial environments. The encapsulated design reduces enclosure heat load and simplifies mounting, while copper windings ensure efficiency and thermal stability. By pairing predictable performance with available datasheets and support, this transformer delivers consistent reliability and a favorable total cost of ownership for panel builders and machine integrators.

Product Information

Extended Description

S48N11S83N Eaton: Eaton, general purpose encapsulated transformer, .150 kva encaps xfmr 1ph 480-120/240 115c rise copper
Product Name
Eaton General purpose encapsulated transformer
Catalog Number
S48N11S83N
UPC
786680141799
Product Length/Depth
0.001 in
Product Height
0.001 in
Product Width
0.001 in
Product Weight
0.001 lb
Certifications
Contact Manufacturer
Type
Encapsulated transformer
Feature 1 encapsulated construction provides enclosure protection and compact mounting. Business Impact: reduces field wiring exposure and simplifies panel density, contributing to longer equipment life and lower installation costs. Application: ideal for control panels in manufacturing lines where space is at a premium and dust exposure is a concern. Feature 2 0.150 kVA single-phase rating delivers predictable voltage transformation for low-voltage circuits, reducing heat generation and power losses. Application: powers sensing circuits, relays, and PLCs in automation equipment, with minimal footprint. Feature 3 Primary 480 VAC to secondary 120/240 VAC with copper windings offers high conductivity and improved thermal performance. Application: supplies 120/240 VAC loads from 480 VAC distribution in machine panels, supporting reliable control system operation. Feature 4 115°C rise copper windings enable higher operating tolerance in warm environments, reducing derating and ventilation needs. Application: industrial environments with elevated ambient temperatures require robust thermal margins. Feature 5 Manufacturer datasheets and support from Eaton ensure correct sizing, installation, and compliance, aiding BOM decisions and sourcing. Application: engineering validation and lifecycle management for panel builders and integrators.

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FAQs

The S48N11S83N is a single-phase encapsulated transformer rated at 0.150 kVA with primary 480 VAC and secondary 120/240 VAC, making it well-suited for control panels, automation cabinets, and machine enclosures where space is limited and reliable voltage conversion is required.
Key specs include a 0.150 kVA rating, 1-phase design, primary voltage of 480 VAC, secondary voltage of 120/240 VAC, copper windings, and a 115°C rise. Catalog number is S48N11S83N, with copper windings delivering efficient performance under typical industrial operating temperatures.
Yes. Its encapsulated construction, compact footprint, and copper windings support reliable power delivery to PLCs, relays, sensors, and other automation components within control panels, helping reduce enclosure size and wiring complexity.
Certification status for this part is listed as 'Contact Manufacturer.' In practice, verify CE/UL recognition and enclosure integrity with Eaton to ensure alignment with your regional regulatory requirements and end-user safety standards.
Encapsulation and copper windings contribute to lower maintenance needs, improved efficiency, and reduced downtime. The compact form factor simplifies installation, potentially lowering labor costs and speeding panel assembly, which translates to a favorable total cost of ownership in automation projects.