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Start & Run Capacitors
With us you will find the largest range of capacitors, anti-parasitics and starters-
Brand: Other
Model: 18.01.881
The running capacitor connected in parallel with the ends of the two windings of the motor, and remains in tension across the operating time of the compressor. It's oil-and placed in the plant to improve the motor's operating characteristics. The operating capacitors are smaller than their starting ..
Brand: Other
Model: 18.02.005
The start capacitors are connected in line with the start winding and therefore come off the starting relay after starting the motor.
The starting capacitors are electrolytic type and may not be kept under tension over a few seconds.
If for some reason the electrolytic capacitor remain under v..
Brand: Other
Model: 18.01.882
The running capacitor connected in parallel with the ends of the two windings of the motor, and remains in tension across the operating time of the compressor. It's oil-and placed in the plant to improve the motor's operating characteristics. The operating capacitors are smaller than their starting ..
Brand: Other
Model: 18.02.008
The start capacitors are connected in line with the start winding and therefore come off the starting relay after starting the motor.
The starting capacitors are electrolytic type and may not be kept under tension over a few seconds.
If for some reason the electrolytic capacitor remain under v..
Brand: Other
Model: 18.01.000
The running capacitor connected in parallel with the ends of the two windings of the motor, and remains in tension across the operating time of the compressor. It's oil-and placed in the plant to improve the motor's operating characteristics. The operating capacitors are smaller than their starting ..
Brand: Other
Model: 18.02.010
The start capacitors are connected in line with the start winding and therefore come off the starting relay after starting the motor.
The starting capacitors are electrolytic type and may not be kept under tension over a few seconds.
If for some reason the electrolytic capacitor remain under v..
Brand: Other
Model: 18.01.001
The running capacitor connected in parallel with the ends of the two windings of the motor, and remains in tension across the operating time of the compressor. It's oil-and placed in the plant to improve the motor's operating characteristics. The operating capacitors are smaller than their starting ..
Brand: Other
Model: 18.01.884
The running capacitor connected in parallel with the ends of the two windings of the motor, and remains in tension across the operating time of the compressor. It's oil-and placed in the plant to improve the motor's operating characteristics. The operating capacitors are smaller than their starting ..
Brand: Other
Model: 18.02.012
The start capacitors are connected in line with the start winding and therefore come off the starting relay after starting the motor.
The starting capacitors are electrolytic type and may not be kept under tension over a few seconds.
If for some reason the electrolytic capacitor remain under v..
Brand: Other
Model: 18.01.002
The running capacitor connected in parallel with the ends of the two windings of the motor, and remains in tension across the operating time of the compressor. It's oil-and placed in the plant to improve the motor's operating characteristics. The operating capacitors are smaller than their starting ..
Brand: Other
Model: 18.02.032
The start capacitors are connected in line with the start winding and therefore come off the starting relay after starting the motor.
The starting capacitors are electrolytic type and may not be kept under tension over a few seconds.
If for some reason the electrolytic capacitor remain under v..
Brand: Other
Model: 18.01.003
The running capacitor connected in parallel with the ends of the two windings of the motor, and remains in tension across the operating time of the compressor. It's oil-and placed in the plant to improve the motor's operating characteristics. The operating capacitors are smaller than their starting ..
Brand: Other
Model: 18.02.019
The start capacitors are connected in line with the start winding and therefore come off the starting relay after starting the motor.
The starting capacitors are electrolytic type and may not be kept under tension over a few seconds.
If for some reason the electrolytic capacitor remain under v..
Brand: Other
Model: 18.02.020
The start capacitors are connected in line with the start winding and therefore come off the starting relay after starting the motor.
The starting capacitors are electrolytic type and may not be kept under tension over a few seconds.
If for some reason the electrolytic capacitor remain under v..
Brand: Other
Model: 18.01.004
The running capacitor connected in parallel with the ends of the two windings of the motor, and remains in tension across the operating time of the compressor. It's oil-and placed in the plant to improve the motor's operating characteristics. The operating capacitors are smaller than their starting ..
Brand: Other
Model: 18.02.022
The start capacitors are connected in line with the start winding and therefore come off the starting relay after starting the motor.
The starting capacitors are electrolytic type and may not be kept under tension over a few seconds.
If for some reason the electrolytic capacitor remain under v..
Brand: Other
Model: 18.01.887
The running capacitor connected in parallel with the ends of the two windings of the motor, and remains in tension across the operating time of the compressor. It's oil-and placed in the plant to improve the motor's operating characteristics. The operating capacitors are smaller than their starting ..
Brand: Other
Model: 18.02.023
The start capacitors are connected in line with the start winding and therefore come off the starting relay after starting the motor.
The starting capacitors are electrolytic type and may not be kept under tension over a few seconds.
If for some reason the electrolytic capacitor remain under v..
Brand: Other
Model: 18.01.005
The running capacitor connected in parallel with the ends of the two windings of the motor, and remains in tension across the operating time of the compressor. It's oil-and placed in the plant to improve the motor's operating characteristics. The operating capacitors are smaller than their starting ..
Brand: Other
Model: 18.02.024
The start capacitors are connected in line with the start winding and therefore come off the starting relay after starting the motor.
The starting capacitors are electrolytic type and may not be kept under tension over a few seconds.
If for some reason the electrolytic capacitor remain under v..
Brand: Other
Model: 18.01.006
The running capacitor connected in parallel with the ends of the two windings of the motor, and remains in tension across the operating time of the compressor. It's oil-and placed in the plant to improve the motor's operating characteristics. The operating capacitors are smaller than their starting ..
Brand: Other
Model: 18.02.035
The start capacitors are connected in line with the start winding and therefore come off the starting relay after starting the motor.
The starting capacitors are electrolytic type and may not be kept under tension over a few seconds.
If for some reason the electrolytic capacitor remain under v..
Brand: Other
Model: 18.01.007
The running capacitor connected in parallel with the ends of the two windings of the motor, and remains in tension across the operating time of the compressor. It's oil-and placed in the plant to improve the motor's operating characteristics. The operating capacitors are smaller than their starting ..
Brand: Other
Model: 18.02.025
The start capacitors are connected in line with the start winding and therefore come off the starting relay after starting the motor.
The starting capacitors are electrolytic type and may not be kept under tension over a few seconds.
If for some reason the electrolytic capacitor remain under v..
Brand: Other
Model: 18.01.890
The running capacitor connected in parallel with the ends of the two windings of the motor, and remains in tension across the operating time of the compressor. It's oil-and placed in the plant to improve the motor's operating characteristics. The operating capacitors are smaller than their starting ..
