Eaton encapsulated transformer S10N11P16PCU - 1.5 kVA, 120/240V, 115°C rise
Part Number: S10N11P16PCU
Quick Summary
Eaton encapsulated transformer provides reliable low-voltage isolation for industrial control panels and automation applications. In compact panel environments, heat buildup and space constraints challenge transformer longevity and uptime. Certification and compliance are essential; verify current approvals with the manufacturer to meet your safety and regulatory requirements, including CE, UL, and regional marks as applicable. For procurement and operations, the combination of robust protection and straightforward installation translates into reduced wiring errors, faster panel builds, and safer, more maintainable power distribution for critical automation equipment.
Product Information
Extended Description
S10N11P16PCU Eaton: Eaton, general purpose encapsulated transformer, 1.5 kva encaps 1ph 120x240-120/240 115c rise copper
Product Name
Eaton General purpose encapsulated transformer
Catalog Number
S10N11P16PCU
UPC
786680136177
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: Encapsulated construction provides rugged protection against dust, moisture, and mechanical shock. Business Impact: This geometry reduces field failures and maintenance costs, extending service life in challenging plant environments. Application: Ideal for general-purpose power distribution in control cabinets and automation racks. Feature: 1.5 kVA single-phase rating with 120/240 V input/output accommodates typical automation loads without overdesign. Business Impact: This balance minimizes transformer footprint while preserving voltage integrity under load transients. Application: Commonly deployed in control panels for machine tools, conveyors, and robotic cells. Feature: Copper windings and efficient magnetic design deliver reliable performance and thermal stability. Business Impact: Higher efficiency translates to lower heat generation and cooler operation, supporting longer interval maintenance. Application: Suitable for continuous operation in tightly packed enclosures. Feature: Encapsulated enclosure and compact footprint maximize panel space and simplify wiring. Business Impact: Reduces installation time, wiring errors, and cabinet cooling requirements. Application: Fits standard electrical cabinets in automation and power distribution systems. Feature: Clear compatibility with Eaton cataloging and straightforward sourcing. Business Impact: Streamlines procurement, spare-part alignment, and lifecycle support for service teams. Application: Best suited for general-purpose transformer needs in industrial automation; address certification questions with the manufacturer to ensure regulatory compliance.
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FAQs
Install in a standard electrical enclosure with adequate space for the single-phase 120/240 V input/output. Connect the primary to the 120 V supply and wire the secondary to the control loads, following manufacturer wiring diagrams. Ensure proper clearances, strain relief for cables, and secure mounting to minimize vibration.
The unit is rated at 1.5 kVA, single-phase, with primary and secondary configured for 120 V input and 120/240 V output. It uses copper windings and supports a 115°C rise, providing stable performance under typical automation loads.
Yes. The encapsulated construction offers enhanced protection against dust, moisture, and environmental stress, improving reliability in control panels and automation cabinets where space is tight and ambient conditions vary.
Certification details are provided by Eaton; verify current approvals with the manufacturer for your region. Common checks include CE and UL markings, but confirm the exact scope for your installation site.
Encapsulation reduces ingress-related maintenance and extends service life, resulting in lower downtime and predictable energy use. Combined with its compact footprint, it simplifies panel design, reduces wiring errors, and lowers total cost of ownership over the equipment lifecycle.