Eaton S60N11P01P Encapsulated Transformer - 1 kVA

Part Number: S60N11P01P
Manufacturer
Eaton
Part number
S60N11P01P

Quick Summary

Introducing Eaton S60N11P01P encapsulated transformer for single‑phase control panels and automation cabinets. Engineers often struggle with space constraints, heat rise, and reliable voltage delivery in compact enclosures. Key certifications vary by region and project, so exact approvals are provided by the manufacturer; typical options include CE and UL markings as part of Eaton’s global protection strategy. The device is designed to streamline panel design and procurement, reducing BOM complexity with a single, generalized solution. By combining rugged encapsulation with a predictable 1 kVA rating, it supports scalable automation architectures while maintaining efficiency and maintainability.

Product Information

Extended Description

S60N11P01P Eaton: Eaton, general purpose encapsulated transformer, 1 kva encaps xfmr 1ph 600-120/240 115c rise
Product Name
Eaton General purpose encapsulated transformer
Catalog Number
S60N11P01P
UPC
786680135750
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
Encapsulated construction provides rugged insulation and moisture resistance, reducing humidity-related insulation degradation in harsh environments. This improves reliability and extends transformer life, translating to lower maintenance and fewer field calls in control panels and automation cabinets. The 1 kVA, single‑phase rating delivers ample power for common automation loads, reducing the need for multiple devices and simplifying procurement. A compact form factor and standardized secondary voltages of 120/240 V enable faster panel layouts, easier wiring, and quicker commissioning in industrial facilities. The transformer’s general‑purpose design supports integration with standard control electronics, PLC power rails, and peripheral devices, improving overall system efficiency. Compatibility with Eaton’s catalogs and distribution channels helps streamline installation and spare-part planning while delivering dependable performance over the product life cycle.

Get a Quick Quote for a Eaton S60N11P01P

Chat with us on WhatsApp - fast responses guaranteed

Need to speak with someone? We'll call you back within 2 hours during business hours

Interested in Eaton S60N11P01P? Enquire Now

FAQs

Plan for single‑phase installation, mounting within standard control panels, ensure adequate clearance for heat dissipation, verify primary voltage suitability (600 V) and secondary outputs (120/240 V), and follow Eaton's mounting guidelines. The encapsulated design simplifies wiring and reduces moisture migration, but confirm enclosure weatherproofing and local electrical codes.
Key specs include 1 kVA power rating, 1‑phase operation, primary voltage 600 V and secondary 120/240 V, and 115°C temperature rise. The catalog number is S60N11P01P with UPC 786680135750. This combination supports typical control circuits in automation panels and aligns with Eaton’s general‑purpose transformer category.
Yes. As a general‑purpose encapsulated transformer, it provides a reliable, compact power source for automation equipment, PLCs, and peripheral devices. Its 1 kVA rating covers common load clusters, reducing the need for multiple transformers. The encapsulated construction helps withstand dust, moisture, and vibration common in industrial panels.
Certification details are provided by the manufacturer; typical regions expect CE and UL marks where applicable. For this specific part, Eaton lists Certifications as 'Contact Manufacturer', so confirm the exact approvals with Eaton for your installation locale and compliance requirements.
Encapsulation minimizes moisture ingress and dust exposure, improving long‑term reliability and reducing field maintenance. The 1 kVA, single‑phase design simplifies inventory and BOM, lowering procurement costs and accelerating panel builds. In retrofit projects, this translates to shorter downtime and predictable life‑cycle costs for power distribution in automation systems.