Overview
The Nippon Chemi-Con 36DY15064 is a large-can aluminum electrolytic capacitor from Nippon Chemi-Con’s proven 36DY series. This unit delivers 2700µF capacitance at 400VDC with a maximum operating temperature of +85°C, making it suitable for demanding industrial and power supply applications requiring high energy storage and stable DC filtering.
Key Features
- Capacitance: 2700µF with tight tolerance specifications
- Voltage Rating: 400VDC working voltage
- Temperature Rating: +85°C maximum operating temperature
- Large-can screw-terminal design for rugged industrial use
- Proven reliability from one of the world’s largest capacitor manufacturers
- Aluminum electrolytic construction for high capacitance density
Technical Specifications
The 36DY15064 meets the electrical requirements of computer-grade and industrial power supply applications. The aluminum electrolytic design provides excellent performance in high-energy storage circuits, making this capacitor well-suited for smoothing, filtering, and energy buffering in DC power systems. Operating life and reliability have been validated across numerous industrial installations.
Typical Applications
- Industrial DC power supplies and converters
- Large-scale energy storage and filtering circuits
- Heavy-duty rectifier filter banks
- Uninterruptible power supplies (UPS)
- Industrial motor drive systems
- Telecommunications and broadcast equipment
Compatibility & Replacements
Compatible With
- Industrial 400VDC power supplies and converter systems
- Legacy and modern DC filtering circuits requiring 2700µF capacitance
- Heavy-duty rectifier and energy storage applications
- Computer-grade and telecommunications power architectures
Replaces / Drop-In Replacement For
The 36DY15064 is compatible with other large-can aluminum electrolytic capacitors in the 2700µF, 400VDC specification range. Verify dimensional compatibility (screw-terminal mounting) and lead configuration with your system integrator before ordering to ensure proper fit in legacy equipment.
Works With
- Industrial power conversion and filtering topologies
- Legacy and modern DC power circuit designs
- High-voltage filtering and energy storage systems
- Industrial-grade rectifier and smoothing filter stages
