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Входной реактор переменного тока ACL-0007-EISC-E2M0C
Eagtop
ACL-0005-EISC-E2M 8C
380V Input AC Reactor
Input AC Reactor is applied at the AC drive input side to suppress inrush voltage, designed to reduce inrush & peak current, improve the real power factor, restrain the grid harmonics and improve the input current waveform.
Output AC Reactor is applied to smooth the circuit and filter harmonics in order to reduce the transient voltage dt/dv and extend the service life of the electric motors, which reduces the motor noise, eddy loss and leakage current resulting from the output of high harmonics and protects the power switch within the inverters.
Input AC Reactor is applied at the AC drive input side to suppress inrush voltage, designed to reduce inrush & peak current, improve the real power factor, restrain the grid harmonics and improve the input current waveform.
Output AC Reactor is applied to smooth the circuit and filter harmonics in order to reduce the transient voltage dt/dv and extend the service life of the electric motors, which reduces the motor noise, eddy loss and leakage current resulting from the output of high harmonics and protects the power switch within the inverters.
Номинальный ток (A): 7
Мощность ( KVA ): 2,2
Inductance value (mH): 2.8
Voltage drop: 2%
Insulation class: F
∮c(mm): /
A*e (mm): /
Material: Cu
Package code: A1
lwh: 110x84x130 mm
Weight: 2400 g
Input AC Reactor: Due to the excellent foil winding structure, Input AC Reactor is characterized by small DC resistance, strong resistance to electromanetic force and strong short-time overload capability. F Class insulation materials equip the products with reliable performance even in harsh operating conditions;designed with low magnetic flux density , the reactor is of high linearity and powerful overload capacity. Moreover, combined with VPI process ,the reactor noise is low; With the core made of grain-oriented cold rolled silicon steel sheets, the reactor boasts high efficiency, low core loss and low temperature rise.
Output AC Reactor: Different choices of magnetic materials (Silicon steel sheets, ferrite material or amorphous core) are available to match the frequencies of different application. Due to the excellent foil winding structure, output AC Reactor is characterized by small DC resistance, strong ability to withstand short circuit and strong short-time overload capability. F Class insulation materials equip the products with reliable performance even in harsh operating conditions;Designed with low magnetic flux density , the reactor is of high linearity and powerful overload capacity. Moreover, combined with VPI process,the reactor noise is low.
Output AC Reactor: Different choices of magnetic materials (Silicon steel sheets, ferrite material or amorphous core) are available to match the frequencies of different application. Due to the excellent foil winding structure, output AC Reactor is characterized by small DC resistance, strong ability to withstand short circuit and strong short-time overload capability. F Class insulation materials equip the products with reliable performance even in harsh operating conditions;Designed with low magnetic flux density , the reactor is of high linearity and powerful overload capacity. Moreover, combined with VPI process,the reactor noise is low.
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