CBB65 Motor Run Capacitors (Oval-Shaped, Single Capacitance Value)

CBB65 (V=Oval) Motor Run Capacitors feature a low-loss, self-healing Metalized Polypropylene Film dielectric system, which are oil-filled, and are protected by a 10,000 AFC UL-approved Safety Pressure Interrupter. The motor run capacitors with Single capacitance value are offered in voltages ranging from 240 through 660 VAC and with Single capacitance range of 0.5 to 100 microfarads. The motor run capacitors are designed to operate in continuous duty over a broad temperature range from -40°C to +85°C with full rated 50/60 Hz. AC voltage applied. Possible applications include; electric motor, pumps, air conditioning, compressor, lighting, and general purpose AC applications.

CBB65 motor run capacitors offer outstanding electrical characteristics, high capacitance stability over time and temperature, and very low internal power losses (Dissipation Factor). Case is aluminum oval-shaped cans and standard terminations are 2- or 4-spade quick-disconnect terminals. Options available at an added cost include bleeder resistors and mounting brackets.

Technical Specifications
Capacitance 0.5 ~ 100 uF ±5%
Rated Voltage 240 ~ 660 VAC
Frequency 50/60 Hz.
Dissipation Factor 0.0015 (100 Hz)
Operating Temperature -40 ~ +85 °C
Dielectric Material Metalized Polypropylene
Case Material Aluminum

Click HERE for complete list of Part Numbers, Voltages, and Capacitances available.

OVAL-SHAPED, SINGLE CAPACITANCE VALUE CAPACITORS

Click Part Numbers below to purchase these capacitors.

Showing 101–104 of 104 results

  Part Number uF VAC W
(in)
T
(in)
H
(in)
W
(mm)
T
(mm)
H
(mm)
Data
Sheet
CBB65E-450V505 5.0 uF 450 VAC Capacitor 620057821 5.0 450 2.06 1.24 2.56 54 33 55 Adobe PDF file icon
CBB65E-660V206 20 uF 660 VAC Capacitor 20 660 2.78 1.77 4.92 71 45 125 Adobe PDF file icon
CBB65E-660V406 40 uF 660 VAC Capacitor 40 660 3.54 1.87 6.69 90 47 170 Adobe PDF file icon
Scotsman 18-3701-01 Run Capacitor CBB65-370V805-M2 8 uF 370 VAC 6100-6001 195-528-1000 6100-9022 8 370 2.03 1.23 2.18 52 31 55