Eaton S60D11P16P Encapsulated Transformer - 115°C Rise
Part Number: S60D11P16P
Quick Summary
Eaton general purpose encapsulated transformer provides reliable power conversion for control panels and automation gear. Engineers often contend with tight spaces, heat buildup, and maintenance demands inside electrical enclosures. Certifications should be confirmed with the manufacturer; typical industrial transformers pursue CE and UL listings and IP ratings for enclosure protection, while SIL considerations may apply in safety-critical lines. This 1.5 kVA, single-phase unit offers compact panel-mounting suitability, lower leakage, and rugged encapsulation, delivering consistent voltage in demanding environments. By choosing this transformer, engineers can streamline procurement, improve reliability, and reduce cooling and replacement costs across automation systems.
Product Information
Extended Description
S60D11P16P Eaton: Eaton, general purpose encapsulated transformer, 1.5 kva encaps 1ph 600-120/240 115c rise
Product Name
Eaton General purpose encapsulated transformer
Catalog Number
S60D11P16P
UPC
786680136146
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 enclosure protection that minimizes dust ingress and moisture exposure. Business impact: extended service life, lower maintenance costs, and fewer field failures. Application: ideal for control panels, robotics cells, and automation racks in harsh shop floors. The 1.5 kVA, single-phase profile delivers sufficient power for logic, sensing, and small actuator loads without oversized equipment. This translates to space savings and reduced panel heat load. Benefits continue with the compact footprint and encapsulation enabling easier panel mounting and faster installation, while reducing wiring complexity and installation time. Compatibility with standard distribution hardware ensures straightforward integration into existing electrical architectures, improving procurement efficiency and supplier consolidation. Industry context: reliable, compact transformers support line-side protection and responsive control loops in machine centers. Overall, this design emphasizes performance, durability, and cost efficiency for industrial automation deployments.
Get a Quick Quote for a Eaton S60D11P16P
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 S60D11P16P?
Enquire Now
FAQs
The S60D11P16P is designed for panel mounting in standard control cabinets and automation enclosures. It provides a single-phase, encapsulated form factor with standard input/output connections suitable for common panel wiring practices. When integrating, verify clearances for heat dissipation, ensure secure terminal connections, and follow your regional electrical codes for enclosure ingress protection and safe operation.
Key specs include a 1.5 kVA power rating, single-phase configuration, primary voltage of 600 V, secondary voltage of 120/240 V, and a 115°C rise. The encapsulated construction supports reliable operation in environments with higher ambient temperatures, while the compact form factor aids installation in crowded control panels.
Yes. The transformer’s encapsulated design, 1.5 kVA rating, and 120/240 V secondary make it well suited for supplying control logic, sensors, and small actuators in robotics and automation lines. Its rugged enclosure helps tolerate dust, moisture, and vibration typical of factory floors, reducing downtime and maintenance needs.
Certification details are listed as 'Contact Manufacturer' in the provided data. For global deployments, verify CE, UL/CSA, and IP ratings with Eaton and confirm any region-specific requirements before purchase and installation. This ensures regulatory compliance and safe integration into your electrical system.
Encapsulation protects internal windings from dust, moisture, and mechanical stress, reducing corrosion and insulation degradation. This translates to lower maintenance frequency, fewer field failures, and longer service life, which collectively lower TCO for automation panels, particularly in harsh environments.