Order No.: 4EU2452-4UA00-0AA0 4EU24524UA000AA0
MAINS CHOKE F.FU; PHASES:3; UN1(V):480; ITHMAX 1(A) / F1(HZ):80 /60; I LN (A):72; UK(%):4; LN(MH):0,352; TA/ISOKL:40 /H; IP00; TYPE OF TERMINALS:FLAT-TYPE TERMINAL; EN 61558-2-20 >UL/CSA-RECOGNIZED< >CHOKE<
Overview of SIDAC reactors
It is well-known that faults in the supply network can be extremely expensive. Against the background of the liberalization of the energy market and the increasing number of non-linear consumers in the network, supply problems have increased over the last years.
Loads such as automation systems or data processing systems are extremely sensitive to radio interference voltages or deviation of the line voltage from a sine wave.
The availability of these plants is increased with reactors and filters, which are adapted to the requirements of the in the plant optimally. SIDAC reactors and filters are used throughout industry to reduce harmonics and increase the availability of plants and devices.
Reduction of harmonics in the power system and of current rise speeds in the input circuit of the converter.
Increase of motor service life. Increase of system availability, option of using longer motor cables.
Reduction of harmonics and current rise speeds, permitting the use of high-speed DC Switches.
Choking of reactive-power compensation systems. They form a defined resonant circuit with the power factor correction capacitors.
It is known that disturbances in the supply network can be extremely costly. With the backdrop of energy market liberalization and the rising share of non-linear consumers in the grid, supply problems have increased in recent years.
Consumers such as automation systems or data processing systems are extremely sensitive to radio interference voltages or a deviation of the mains voltage from the sinusoidal profile.
The availability of such systems is increased with chokes and filters that are optimally adapted to the requirements of the system. mdexx chokes are used across industries to reduce harmonics and increase the availability of systems and devices.
Customized designe your reactors
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