Electro-thermal capacitors

In mechanical engineering, induction heating of metals by high-frequency currents is widely used (surface hardening and alloying of steel, forging, stamping and rolling, melting of metals, soldering, etc.). For induction heating of metals are electrothermal installations. Induction heating is associated with high inductive current consumption by the inductor, which causes a very low power factor of the installations. To increase the power factor of induction electrothermal installations, power electrothermal capacitors of series ЭЭВП, ЭЭПВ and ЭЭПВП, КЭЭПВ are used. They are designed and manufactured according to the latest technologies and meet the requirements of international standards for electrothermal capacitors.

Medium power electrothermal capacitors

Application: to increase the power factor of electrothermal installations with frequency from 0.5 to 10 kHz.

Type designation Nominal value Tangent of loss angle Overall dimensions, mm Weight, 
kg, not more		 Normative document
Power,
kvar		 Capacitance, uF Rated current, A
with a pure film dielectric
ЭЭВП-0,8-0,5 У3 300 149,30 375 (0.5*+0.3/-0.4)*x*10-3 380×120×390 21 СТ 1474-1917-АО-4-032-2011
ЭЭВП-1-0,5 У3 95,50 300
ЭЭВП-1,6-0,5 У3 37,30 185
ЭЭВП-2-0,5 У3 23,90 150
ЭЭВП-0,8-1 У3 450 112,00 560
ЭЭВП-1-1 У3 71,70 450
ЭЭВП-1,6-1 У3 28,00 280
ЭЭВП-2-1 У3 17,90 225
ЭЭВП-0,5-2,4 У3 550 146,00 1100
ЭЭВП-0,8-2,4 У3 57,00 685
ЭЭВП-1-2,4 У3 36,50 550
ЭЭВП-1,6-2,4 У3 14,25 340
ЭЭВП-2-2,4 У3 9,10 275
ЭЭВП-0,5-4 У3 87,58 1100
ЭЭВП-0,8-4 У3 34,21 685
ЭЭВП-1-4 У3 21,89 550
ЭЭВП-1,6-4 У3 8,55 340
ЭЭВП-2-4 У3 5,47 275
ЭЭВП-0,5-10 У3 650 41,40 1300
ЭЭВП-0,8-10 У3 16,17 810
ЭЭПВ-0,8-0,5-4У3 400 199,04 500 380×120×456 28 СТ 2347-1917-01-ТОО-4-045-2013
ЭЭПВ-1-0,5-4У3 127,40 400
ЭЭПВ-1,6-0,5-4У3 49,76 250
ЭЭПВ-2-0,5-4У3 31,85 200
ЭЭПВ-0,8-1-4У3 550 136,84 685
ЭЭПВ-1-1-4У3 87,60 550
ЭЭПВ-1,6-1-4У3 34,20 340
ЭЭПВ-2-1-4У3 21,90 275
ЭЭПВ-0,5-2,4-5У3 700 185,80 1400
ЭЭПВ-0,8-2,4-4У3 850 88,12 1060
ЭЭПВ-1-2,4-4У3 56,40 850
ЭЭПВ-1,6-2,4-4У3 22,03 530
ЭЭПВ-2-2,4-4У3 14,10 425
ЭЭПВ-0,5-4-5У3 750 119,42 1500
ЭЭПВ-0,8-4-4У3 46,65 935
ЭЭПВ-1-4-4У3 29,86 750
ЭЭПВ-1,6-4-4У3 11,66 465
ЭЭПВ-2-4-4У3 7,46 375
ЭЭПВ-0,5-10-5У3 850 54,10 1700
ЭЭПВ-0,8-10-4У3 21,15 1060
ЭЭПВП-0,5-2,4-4У3 300 79,62 600 380×120×300 16
ЭЭПВП-0,8-2,4-4У3 31,10 375
ЭЭПВП-1-2,4-4У3 19,90 300
ЭЭПВП-0,5-4-4У3 47,80 600
ЭЭПВП-0,8-4-4У3 18,66 375
ЭЭПВП-0,5-10-4У3 19,10 600
ЭЭПВП-0,8-10-4У3 7,46 375
ЭКУПП-550-146 550 146 1100 380x120x383 21 ЖИУК.670053.970

Remark:

In the designation of capacitors, the first digit after the type is the rated voltage in kilovolts; the second is the current frequency in kilohertz.
Capacitors are impregnated with an environmentally friendly dielectric fluid and have a single water cooling circuit.

High-power electrothermal capacitors

Application: to increase the power factor electrothermal installations frequency from 0.25 to 10 kHz.

Type designation Nominal value Tangent of loss angle Overall dimensions, mm Weight, 
kg, not more		 Normative document
Power,
kvar		 Capacitance, uF Rated current, A
with a purely dielectric film with increased power
КЭЭПВ-2/318/0,25-4У3 2000 318,00 1000 (0.5*+0.3/-0.4)*x*10-3 370×165×1100 94 СТ АО 921240000477
-031-2011
КЭЭПВ-2/318/0,25-2У3
КЭЭПВ-1/424/0,5-4У3 1330 424,00 1330 370×165×620 49
КЭЭПВ-1/424/0,5-2У3
КЭЭПВ-1,5/212/0,5-4У3 1500 212,00 1000 370×165×580 45
КЭЭПВ-1,5/212/0,5-2У3
КЭЭПВ-1,5/424/0,5-4У3 3000 424,00 2000 370×165×930 81
КЭЭПВ-1,5/424/0,5-2У3
КЭЭПВ-1,85/279/0,5-4У3 279,00 1620 370×165×950 82
КЭЭПВ-1,85/279/0,5-2У3
КЭЭПВ-0,8/335/1-4У3 1345 335,00 1680 370×165×550 42
КЭЭПВ-0,8/335/1-2У3
КЭЭПВ-0,8/424/1-4У3 1700 424,00 2125 370×165×630 50
КЭЭПВ-0,8/424/1-2У3
КЭЭПВ-1/318,5/1-4У3 2000 318,50 2000 370×165×610 48
КЭЭПВ-1/318,5/1-2У3
КЭЭПВ-1,2/265,39/1-4У3 2400 265,39 370×165×720 60
КЭЭПВ-1,2/265,39/1-2У3
КЭЭПВ-1,5/141,54/1-4У3 2000 141,54 1330 370×165×610 48
КЭЭПВ-1,5/141,54/1-2У3
КЭЭПВ-1,5 /171/1-4У3 2415 171,00 1610 370×165×690 56
КЭЭПВ-1,5 /171/1-2У3
КЭЭПВ-1,5/212,31/1-4У3 3000 212,31 2000 370×165×800 68
КЭЭПВ-1,5/212,31/1-2У3
КЭЭПВ-0,8/155,5/2,4-4У3 1500 155,50 1875 370×165×480 34
КЭЭПВ-0,8/155,5/2,4-2У3
КЭЭПВ-1/132,7/2,4-4У3 2000 132,70 2000 370×165×570 45
КЭЭПВ-1/132,7/2,4-2У3
КЭЭПВ-1,5/58,98/2,4-4У3 58,98 1330 370×165×500 36
КЭЭПВ-1,5/58,98/2,4-2У3
КЭЭПВ-0,8/169,19/2,5-4У3 1700 169,19 2125 370×165×650 52
КЭЭПВ-0,8/169,19/2,5-2У3
КЭЭПВ-1,5/84,93/2,5-4У3 3000 84,93 2000 370×165×620 49
КЭЭПВ-1,5/84,93/2,5-2У3
КЭЭПВ-0,8/93,3/4-4У3 1500 93,30 1875 370×165×490 35
КЭЭПВ-0,8/93,3/4-2У3
КЭЭПВ-1/79,6/4-4У3 2000 79,60 2000 370×165×550 42
КЭЭПВ-1/79,6/4-2У3

Remark:

In the designation of capacitors after the type of the first digit is the nominal voltage in kilovolts;

the second is the nominal capacity in microfarads;

the third is the rated frequency of current in kilohertz. Capacitors are impregnated with an environmentally friendly dielectric liquid and have a double water cooling system.

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