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FL155.500.01 FL155H.500.01 FL155SH.500.01 - IVD GmbH

FL155.500.01 FL155H.500.01 FL155SH.500.01 - IVD GmbH

FL155.500.01 FL155H.500.01 FL155SH.500.01 - IVD GmbH

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ICAR S.P.A. - INDUSTRIA CONDENSATORI<br />

Via Isonzo, 10 - 20052 MONZA (MI) - ITALY<br />

Telefono +39 039 83951 - Fax +39 039 833227<br />

www.icar.com - icar@icar.com<br />

THREE-PHASE EMI FILTER FOR INDUSTRIAL APPLICATIONS<br />

Metallic casing and resin filled, dry. Unprotected.<br />

RATINGS, GENERAL CHARACTERIST. :<br />

------------------------------ --------<br />

Rated Voltage FL155 series 250/440 V<br />

FL155H series 300/520 V<br />

FL155SH series 400/700 V<br />

Rated Current 500 A<br />

Rated Frequency 50/60 Hz<br />

T.S. N°: 5K 2971 REV.A<br />

Date: 18.11.2011<br />

Signature CG<br />

Approval: DT DQ<br />

Sheet 1 of 2<br />

Overload capability 2 x In at switch on<br />

1.5 x In for 1', once per day<br />

Leakage current (@ 440 V ; 50 Hz) 10 mA *<br />

Power loss (@ 25°C) 38 W<br />

Reference Standard IEC/EN 60939<br />

* Current value estimated under normal running condition.<br />

If two phases are interrupted, leakage current could reach more times than the leakage current under normal running condition.<br />

TEST DATA :<br />

------------------------------ --------<br />

DC Test between terminals, 2s 2500 V<br />

DC Test between term./case, 2s 3500 V<br />

ENVIROMENTAL CHARACTERISTICS :<br />

------------------------------ --------<br />

Climatic Category T min = - 25 °C T max = + 40 °C<br />

Storage temperature Ts min = - 40 °C Ts max = + 85 °C<br />

MECHANICAL CHARACTERISTICS :<br />

------------------------------ --------<br />

Case material Galvanized iron<br />

Terminals Copper busbar (See drawing in sheet 2 of 2)<br />

Approx weight 12 kg<br />

TYPICAL FILTER ATTENUATION<br />

------------------------------<br />

TECHNICAL SPECIFICATION<br />

<strong>FL155.500.01</strong> <strong>FL155H.500.01</strong> <strong>FL155SH.500.01</strong><br />

Common mode<br />

Differential mode<br />

Unsymmetrical, adjacent<br />

branches 50 terminated<br />

dB<br />

80<br />

70<br />

60<br />

50<br />

40<br />

30<br />

20<br />

10<br />

0<br />

10kHz 100kHz 1MHz 10MHz 100MHz

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