Honeycomb electrofilter with high flow rate
A technology of honeycomb and electric filter, applied in the field of high flow rate honeycomb electric filter
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[0120] Table 1. Data comparison between single-phase power supply and three-phase power supply under the same conditions
[0121]
Flashover point voltage KV
Secondary voltage KV
Secondary current mA
Corona power KW
Single-phase constant current source
52
50
260
13
Three-phase constant current source
67
62
650
40.3
Three-phase single-phase added value
12
390
27.3
Three-phase single-phase added value
24%
150%
210%
[0122] Table 2. Comparison table of secondary current of two corona electrodes under the same conditions and voltage
[0123]
[0124] Table 1 shows that the power of the three-phase power supply is 2.1 times higher than that of the single-phase power supply under the same working conditions; the voltage at the flashover point represents the working limit voltage, that is, it cannot work when it reaches the voltage at the flashover point...
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