325P556H48D36N4XT
325P556H48D36N4XT is Commonwealth Sprague Motor Run Capacitor Catalog manufactured by Commonwealth Sprague.
- Part of the 325P306H66D46N4XT comparator family.
- Part of the 325P306H66D46N4XT comparator family.
Description Marking General Specifications Dimensional Information Part Numbering System Part Numbers
- Single Capacitors Dual Capacitors Part Numbers
- Dual Capacitors General Terms and Conditions
2 4 5 8 9 10 13 14 15
Corporate Profile monwealth Sprague Capacitor, Inc. (CSCI), formerly a division of Sprague Electric pany, has been manufacturing motor run capacitors since the 1940’s in North Adams, Massachusetts. Sprague has been a leading supplier to many of the well established motor, pressor, and HVAC manufacturers in the industry. monwealth Sprague is the only US motor run capacitor manufacturer that metallizes its own polypropylene film. This key attribute allows CSCI to quickly adjust material types to meet fluctuating market demand. monwealth Sprague is dedicated to providing high quality products built to US standards for the international marketplace. Continuous improvements in the design, performance, and cost effectiveness of CSCI capacitors are the primary reasons we have been a premiere supplier of motor run capacitors for over 50 years.
MONWEALTH SPRAGUE CAPACITOR, INC.
1560 Curran Highway, North Adams, MA 01247 413.664.4461 Fax: 413.664.0756
Motor Run Capacitors
Description Metallized polypropylene oil-filled capacitors manufactured by monwealth Sprague Capacitor, Inc. offer improved performance and proven reliability in split phase motor, pressor, filter, and general AC applications. The metallized polypropylene capacitor is self healing. Any defect that occurs in the dielectric is automatically “cleared” within microseconds, and the capacitor continues to function at full efficiency. The metallized electrode evaporates around the defect allowing full functionality of the ponent with negligible capacitance loss. The 325P and 328P Series capacitors have excellent capacitance stability with time and temperature, and very low internal power losses. The low power loss is a result of the minimal dissipation factor of the dielectric. Offered in AC...
