Electronic Components for Motor Parts

• Customization: Available
• Type: Aluminum Electrolytic Capacitor
• Application: General Purpose, AC / Motor, Air Conditioner
• Model NO.: cd60b
• Packaging Type: Surface Mount
• Capacitance: 21-1536UF
• Structure: Fixed Capacitor
• Manufacturing Material: Polyester
• Electrolyte: Electric Heating
• Usage: Low Frequency Bypass
• Rated Voltage: 110-330VAC
• Capacitance Range: 21-1536UF
• Sevice: OEM and ODM
• Temperature: -40-65
• Standard: According to ANSI/Eia-463 -a
• Transport Package: 50PCS/CTN
• Specification: ANSI/EIA-463.
• Trademark: BSD
• Origin: China, Huangshan
• HS Code: 85322500
• Production Capacity: 100000PCS/Month

Product Description

Introduction:
1.CD60 type aluminum electrolytic capacitor is made according to American ANSI / EIA - 463-A standard, a new device developed,bakelite case, high class insulating, high strength, uneasy broken and good sealed. This device is of the good performance, easily for use, reliable and long in service life as well as the high and stable quality.

2.CD60 type aluminum electrolytic capacitor is suitable for use in single phase ac motors with frequency of  50hz - 60hz, voltage 110VAC - 330VAC to get high rotary torque at low starting current and also be widely for use in the high-tech territory.

Specifications
1.Used widely in motors,aircompressor,water pump etc
2.High performance & Long life Capacitor.
3. work well even in high tem

Packaging & Delivery
Packaging Details: Standard export packing
Delivery Detail: In 20days

Environment Temperature	-40~+65ºC
Rated Voltage(UR)	110~330VAC
Capacitance Range(CR)	21~1536μF
Capacitance Tolerance	0~+20%
Dissipation Factor(tg δ)	Tg δ< 0.10 tg δ< 0.15 (20ºC,100Hz)
Load Life	According to the difference working voltage and  capacitance,alternation 0.5 - 4 minute turn on 1 time for second, 12500 ~ 50000 times.  According to the ANSI/ EIA-463-A standard.
Surge Voltage between lugs	Applying 1.25 times rated voltage for 2 seconds
Surge Voltage between lugs and case	2000VAC 10 seconds non-broken down