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AC Output Reactor
The output AC reactor is mainly used for the smoothing filtering .By reducing the transient voltage dv/dt.it extends the service-life of the electrical machine .the equipment is also applied to reduce the noise of the electrical machine . the eddy-current loss and the leak current caused by the output of the higher harmonic .Moreover .it is also employed to protect the power switching components inside the inverter .
Clicks: 4613
Based on different operating frequency .clients can reasonably choose the magnetic materials (Such as silicon steel sheet ,ferrite, amorphous iron core and magnetic powder core)as the raw material of this product.
The excellent performance of this equipment is due to the foil winding structure, Low DC resistance ,strong resistance to electromagnetic force and good overload ability in short time .F and above class composite insulating materials are used to ensure the reliable performance of the output AC reactor under harsh working conditions ,the advantages of the design includes low magnetic flux density ,high linearity and good overload capacity .Moreover ,the cooperation of the design and the vacuum pressure impregnation process ensures the low noise of the product.

Technical Data :
1.Rated operating Voltage: φ3/380V/50Hz
2.Rated operating current: 5A to 1600A
3.Operating environment temperature:40℃
4.Dielectric strength: Core-wingding 3000VAC/50Hz/5mA/10S
No flashover breakdown(factory test)
5.Insulation Resistance>1000VDC, Insulation resistance value >100MΩ.
6.Noise of the reactor is less than 80dB ( Tested at the point with a horizontal distance of 1 meter away from the reactor).
7.Level of protection:IP00
8.Insulation class: Above F
9.Executive standard of product:GB19212.1-2008,GB19212.21-2007.GB1094.6-2011.

Solution for Inverter output Terminal
Outline & Mouting Dimension(Unit:mm)


Reactor Type NO. Power(KW) Rated Current Inductance Voltage Drop Insulation Class Weight(Kg) Dimension(±0.5mm)
D D1 D2 W2 H A×B
OCL-0005-EISC-E1M4 A 1.5 5A 1.4mH 1% F、H 2.48 110 91 105 84 130 6×11
OCL-0007-EISC-E1M0 2.2 7A 1.0mH 1% F、H 2.54 110 91 105 84 130 6×11
OCL-0010-EISC-EM70 3.7 10A 0.7mH 1% F、H 2.67 110 91 105 84 130 6×11
OCL-0015-EISC-EM47 5.5 15A 0.47mH 1% F、H 3.45 155 95 148 76 130 6×15
OCL-0020-EISC-EM35 7.5 20A 0.35mH 1% F、H 3.25 155 95 148 76 150 6×15
OCL-0030-EISC-EM23 B 11 30A 0.23mH 1% F、H 155 95 148 96 130 6×15
OCL-0040-EISC-EM18 15 40A 0.18mH 1% F、H 155 95 148 96 130 6×15
OCL-0050-EISC-EM14 18.5 50A 0.14mH 1% F、H 155 95 148 96 130 6×15
OCL-0060-EISC-EM12 22 60A 0.12mH 1% F、H 6.5 195 120 188 92 165 8.5×20
OCL-0080-EISC-E87U 30 80A 0.087mH 1% F、H 6.5 195 120 188 92 165 8.5×20
OCL-0090-EISC-E78U 37 90A 0.78mH 1% F、H 6.5 195 120 188 92 165 8.5×20
OCL-0120-EISC-E58U 45 120A 0.58mH 1% F、H 9.6 195 120 188 112 165 8.5×20
OCL-0150-EISH-E47U C 55 150A 0.047mH 1% F、H 15 250 182 81 113 230 11×18
OCL-0200-EISH-E35U 75 200A 0.035mH 1% F、H 17.3 250 182 81 123 230 11×18
OCL-0250-EISH-E28U 110 250A 0.028mH 1% F、H 17.8 250 182 81 123 230 11×18
OCL-0290-EISH-E24U 132 290A 0.024mH 1% F、H 24.7 290 214 95 127 250 11×18
OCL-0330-EISH-E21U 160 330A 0.021mH 1% F、H 26 290 214 95 132 250 11×18
OCL-0390-EISH-E18U 185 390A 0.018mH 1% F、H 26.5 290 214 95 132 250 11×18
OCL-0490-EISH-E14U 220 490A 0.014mH 1% F、H 36.6 320 243 106 143 320 12×20
OCL-0530-EISH-E25U 250 530A 0.013mH 1% F、H 36.6 320 243 106 143 320 12*20
OCL-0600-EISH-E12U 280 600A 0.012mH 1% F、H 43.5 320 243 106 158 320 12×20
OCL-0660-EISH-E11U 300 660A 0.011mH 1% F、H 44 320 243 106 158 320 12×20
OCL-0800-EISH-E8U7 D 380 800A 0.0087mH 1% F、H 60.8 385 260 123 198 395 12×20
OCL-1000-EISH-E7U0 450 1000A 0.007mH 1% F、H 61.5 385 260 123 198 395 12×20
OCL-1200-EISH-E5U8 550 1200A 0.0058mH 1% F、H 89 395 275 130 198 435 12×20
OCL-1600-EISH-E4U3 630 1600A 0.0043mH 1% F、H 92 395 275 130 198 435 12×20
Wiring diagram for inverter system