Line and converter reactors

Three-phase line reactors

standardized

Inductive line reactors are used as passive components to reduce harmonics and the load in networks where there are various types of converters, DC power supplies and in the production of alternative energy.

For more information refer to the technical annex.
The protective polycarbonate screen for designs 2 and 3 is created only on the basis of specific requests.

TYPE	mH	In. A.	size in mm.						weight	TYPE OF EXECUTION
TYPE	mH	In. A.	A	B	C	D	E	G	Kg.	TYPE OF EXECUTION
RTC2.4	3,185	4	120	57	115	100	46	67	1.8	1
RTC2.6	2,12	6	120	57	115	100	46	67	2	1
RTC2.11	1,16	11	120	67	115	100	56	77	2.8	1
RTC2.18	0,70	18	150	78	147	125	56	82	3.4	1
RTC2.25	0,51	25	150	78	147	125	56	82	3.8	1
RTC2.32	0,40	32	150	93	150	125	71	100	5.3	1
RTC2.40	0,32	40	150	93	153	125	71	102	5.8	1
RTC2.50	0,255	50	180	100	183	150	76	125	7.5	1
RTC260	0,212	60	180	100	187	150	76	132	8.1	1
RTC2.75	0,17	75	180	100	187	150	76	132	8.5	1
RTC2.90	0,142	90	180	110	174	150	85	158	9.8	2
RTC2.100	0,127	100	180	110	174	150	86	158	10.4	2
RTC2.120	0,106	120	240	120	240	200	88	155	13.2	2
RTC2.150	0,085	150	240	120	240	200	88	160	14	2
RTC2.170	0,075	170	240	120	240	200	88	160	14.4	2
RTC2.190	0,067	190	240	130	240	200	98	170	17.1	2
RTC2.220	0,058	220	240	140	240	200	108	180	20.3	2
RTC2.250	0,051	250	300	130	295	250	92	180	24.2	3
RTC2.300	0,043	300	300	130	265	250	92	180	25.4	3
RTC2.380	0,034	380	300	130	270	250	92	190	27	3
RTC2.440	0,029	440	360	170	320	325	135	180	42	3
RTC2.490	0,026	490	360	170	320	325	135	200	44.5	3
RTC2.560	0,022	560	360	190	320	325	155	220	58	3

TYPE	mH	In. A.	size in mm.						peso	TYPE OF EXECUTION
TYPE	mH	In. A.	A	B	C	D	E	G	Kg.	TYPE OF EXECUTION
RTC4.4	5,175	4	120	57	115	100	46	67	1.8	1
RTC4.6	3,45	6	120	57	115	100	56	67	2.6	1
RTC4.11	1,90	11	150	78	147	125	56	82	3.5	1
RTC4.18	1,15	18	150	78	147	125	56	82	3.9	1
RTC4.25	0,83	25	150	93	147	125	71	97	5.3	1
RTC4.32	0,65	32	150	93	147	125	71	102	5.8	1
RTC4.40	0,52	40	180	100	172	150	76	120	7.5	1
RTC4.50	0,41	50	180	100	184	150	76	125	8.5	1
RTC4.60	0,345	60	180	110	187	150	86	145	9.6	1
RTC4.75	0,276	75	180	110	190	150	86	145	10.8	1
RTC4.90	0,23	90	240	120	240	200	88	155	14	2
RTC4.100	0,207	100	240	120	240	200	88	155	15.2	2
RTC4.120	0,172	120	240	130	240	200	98	165	17.2	2
RTC4.150	0,138	150	240	140	240	200	108	185	20.6	2
RTC4.170	0,122	170	240	140	240	200	108	185	21.8	2
RTC4.190	0,109	190	240	165	240	200	123	200	24.3	2
RTC4.220	0,094	220	300	130	295	250	92	180	25.6	3
RTC4.250	0,083	250	300	140	265	250	102	190	29.7	3
RTC4.300	0,069	300	300	140	270	250	102	190	30.8	3
RTC4.380	0,059	380	300	150	270	250	112	190	33.9	3
RTC4.440	0,047	440	360	170	320	325	134	195	42	3
RTC4.490	0,042	490	360	170	350	325	134	210	50	3
RTC4.560	0,037	560	360	190	350	325	154	230	67	3
RTC4.650	0,032	650	360	200	355	325	166	260	74	3
RTC4.750	0,028	750	360	220	355	325	186	300	83	3

This group of reactors is suitable for three-phase networks operating at 200-220-230V with a frequency of 50 Hz and for 240-260-280V networks at 60 Hz.

The voltage drop with a frequency of 50 Hz is 4V on a single phase, and 6.9V between phases.

The saturation current is 1.5 times the thermal or nominal current.

This group of reactors is suitable for three-phase networks operating at 380-400-415 V with a frequency of 50 Hz and for 440-460-480 V networks at 60 Hz.

The voltage drop with a frequency of 50 Hz is 6.5 V in a single phase and 11.3 V between phases.

The saturation current is 1.5 times the thermal or nominal current.

NOTES : INFORMATION CONCERNING SIZES IS PURELY INDICATIVE AND MAY CHANGE WITHOUT PRIOR NOTICE

Three-phase line reactors

standardized

EXECUTION TYPE 1

EXECUTION TYPE 2

EXECUTION TYPE 3

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