We can supply The Inverter Outputs The Reactor

The outgoing reactor for the inverter is three-phase, and all of them are dry type with iron core reactance. The iron core is made of high-quality and low-loss imported cold-rolled oriented silicon steel sheets, and the air gap is separated by epoxy laminated glass cloth plates to ensure that the air gap does not change during the operation of the reactor. The coil is wound with F-grade enameled wire, and the heat generated by the relatively low temperature rise is relatively small, which has little impact on the surrounding electrical components. The overall impregnation of the reactor reduces the noise during operation. The reactor has the advantages of small size, light weight and beautiful appearance.

Technical Parameter

1. Use with any brand of inverter.
2. Voltage drop: 5V, 9V.
3. The rated insulation level is 3.5kV/min.
4. Reactor noise: ≤45dB.
5. Overload capacity: continuous operation under ≤ 1.35 times.
6. Reactor temperature rise: ≤95K.
7. The difference between any two reactance values of the three-phase reactor shall not be greater than ±3%.

*The above parameters are for reference only, and the specific parameters are subject to the factory product.

Model Meaning

Structural Characteristics Of Inlet And Outlet Line Reactors

1. The reactor is three-phase, all of which are iron-core dry type.
2. The core is made of high-quality and low-loss imported cold-rolled oriented silicon steel sheet, the core column is divided into uniform small sections by multiple air gaps, and the air gaps are separated by epoxy laminated glass cloth plates to ensure that the air gap of the reactor does not change during operation.
3. The coil is wound with F-grade enameled flat wire, which is arranged tightly and evenly, and the surface does not contain an insulating layer, and has excellent aesthetics and good heat dissipation.
4. After the coil and core of the reactor are assembled into one, they go through a series of processes such as pre-baking, vacuum impregnation, and hot baking curing, so that the coil and core of the reactor are firmly integrated, which greatly reduces the temperature rise and noise during operation.
5. The fasteners of the reactor core column are made of non-magnetic materials to reduce the eddy current heating phenomenon during operation.
6. The exposed parts are treated with anti-corrosion, and the lead terminals are tinned copper tube terminals.
7. The reactor has the advantages of small size, light weight and beautiful appearance.

Application

This series of products are usually connected in series with the input or output of the inverter, the inverter will produce large harmonics when working, and the installation of the incoming reactor can resist the transmission of harmonics generated by the inverter to the power grid, reduce the interference of the harmonics generated by the frequency conversion to other components, improve the quality of the power grid, increase the power factor and limit the abnormal fluctuation of the grid voltage and the impulse current on the power grid, stabilize the waveform, and reduce the impact on the inverter; The installation of an outlet reactor can blunt the steepness of the inverter’s output voltage (switching frequency) and reduce disturbances and shocks from the power components in the inverter. Improving the power factor, improving the quality of the power grid, and flattening the waveform are one of the important components between the frequency conversion and the motor.

Conditions Of Use

1. The altitude does not exceed 2000 meters.
2. The operating ambient temperature is -25°C~+45°C, and the relative humidity is not more than 90%.
3. There are no harmful gases around, no flammable and explosive materials.
4. The surrounding environment should have good ventilation conditions.

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Certificates

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