Battery detection and converted filter reactor
Model：BCNE-3 (1) A (D) CL- current - inductor
It is applied to the battery detection and formation system, which is connected to the output side of the inverter and between the power grid, and plays the role of eliminating the high harmonic current of the inverter. The iron core is made of high quality silicon steel sheet and iron core column segmented structure.
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DescriptionFeaturesSpecification parameterDetailed description
It is applied to the battery detection and formation system, which is connected to the output side of the inverter and between the power grid, and plays the role of eliminating the high harmonic current of the inverter. The iron core is made of high quality silicon steel sheet and iron core column segmented structure. The air gap is evenly distributed. The coil material is aluminum foil / copper foil, and the coil is made of European technology. Vacuum impregnating insulating varnish as a whole.
The segmental structure of the iron core and the European technology make the reactor have the characteristics of low noise and high efficiency, and the foil winding has excellent impact resistance. It is compact in structure, light in weight and convenient in installation.
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System voltage
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110V-690V
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Rated current
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5A-2500A
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Inductance
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30uH-10mH
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Inductance deviation
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±10%
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Working frequency
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50Hz/60Hz
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Switching frequency
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1kHz-10kHz
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Number of phase
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1 phase / 3 phases.
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Insulation class
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F(155℃)/H(180℃)/R(220℃)
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Type of cooling
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AN/AF
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Noise
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≤65dBA
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Efficiency
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>98%
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Reference standard :
GB1094.1,GB1094.6,GB1094.11,JB9644, IEC60076
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Use of the environment :
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Working environment Temperature
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-25℃-55℃
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Sea height
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≤2000m,Exceed the drop in use
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Relative humidity
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<90%
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★ Special use environment and special performance requirements can be customized according to customer needs.
