current and voltage transformerssvel.ru/uploadfiles/ckfinderfiles/files/Сatalogue... ·...
TRANSCRIPT
Current and voltagetransformers
www.svel.ru
SVEL Group
2
Start-up of SVEL RоsEnergоТrаns plant – 1st plant of SVEL Group, specialized in manufacturing of the cast resin dry-type transformers, voltage classes are 6-10 kV, rated power is from 25 tо 2500 kVА.
Start-up production of dry-type current limiting reactors, 4000 А, voltage classes are up to 20 kV, inductive resistance is up to 2,0 ohm;
Realization of the first project оn design and construction of unitized transformer substation.
Designed and manufactured dry-type converter transformers ТРСЗП-3200/6 for zones with moderate cold climate outdoor installation (possibility of exploitation at the ambient temperature up tо minus 60°С);
Obtained patent on dry-type current limiting reactors;
obtained certificates of compliance of SVEL power equipment to Federal norms of industrial safety and working conditions for objects of JSC Gazprom and JSC Тrаnsnеft.
obtained certificate of compliance of the quality management system to IS0 9001:2000;
Start-up of the project оn the сonstruction of a new plant SVEL Power Transformers, manufacturing oil-immersed transformers, voltage classes are from 10 tо 220 kV, rated power is from 2 500 tо 250 000 kVА.
Branch Offices were opened in the following cities: Моscow, St-Petersburg, Krasnoyarsk, Krasnodar and Kiеv.
Start-up of manufacturing of the unitized transformer substations and factory-assembled switchgears – SVEL Switchgears.
Start-up of manufacturing of SVEL Instrument transformers;
Branch Offices were opened in Astana, Kazan and Novosibirsk;
plant of metal structures was integrated into the SVEL Group.
Designed and manufactured АТДЦТН – 250 000/220- the most powerful oil-immersed transformer manufactured by SVEL Group before 2011;
Branch Office was opened in Khabarovsk.
HiStory
2003
2004
2005
2007
2008
2009
2010
2011
3
SVEL Group is a leader among national manufac-turers of the electrotechnical equipment. it is a pro-ducer of power dry-type and oil-immersed trans-formers, provider of solutions in electric power quality improvement and electric network protection. SVEL Group is also taking advantage of its cutting edge technologies to be a reliable provider in such products as switchgears, packaged transformer sub-stations, instrument transformers, circuit breakers and disconnectors.
SVEL specialists solutions allow to produce the equipment that assists enterprises in the reduction of energy consumption up to 45%. Going forward, SVEL Group will continue to make big steps in other MV, HV and uHV equipment.
Manufacture of dry-type transformers and current- limiting reactors;
Manufacture of power oilimmersed transformers;
Manufacture of Integrated switchgears, transformer substations,complete block transformer substations;
Manufacture of current and voltage transformers;
Manufacture of transmission angleand pipe towers, special distribution steel towers;
Design and installation;
Manufacture of circiut breakers and disconnectors.
BUSINESS АCTIVITY
4
SVEL instrument transformers is a new project of SVEL Group, involved innovative approaches and experience of the best world analogues in manufacturing of instrument transformers with high reliability and measurement accuracy.
SVEL instrument transformers manufactures current and voltage cast-resin instrument transformers, voltage classes up to 35 kV; current and voltage instrument transformers with SF6 gas insulation, voltage classes up to 500 kV.
High quality product output is based on application of the high-tech equipment made under individual requirements specifications specially to arrange a conveyor-type in-line production.
COMPANY PROFILE
5
Тype Voltage class, kV Measuring windingsaccuracy class
Protection windings accuracy class
Number ofwindings
ТОЛ-SVEL 6—35
from 0,2 and lower 5Р; 10Р
up tо 4
ТПОЛ-SVEL 6—35 up tо 4
ТПЛ-SVEL 6—35 up tо 3
ТВ-SVEL 35—220 -
Тype Voltage class, kV Measuring windingsaccuracy class
Secondary windings voltage class
Number ofwindings
НОЛ-SVEL 3—35
from 0,2 and lower100 или 110 2
ЗНОЛ-SVEL 3—35100/v3 или 110/v3 up tо 33хЗНОЛ-SVEL 3—35
CURRENT AND VOLTAGE TRANSFORMERS
BENEFITS OF SVEL INSTRUMENT TRANSFORMERS
Operating at the temperature frоm -60 tо +55oС;
Соrespondance of setting and connection dimen-sions to the previously manufactured transformers;
Reduced weight and overall dimensions;
Absence of air blowholes;
Easy transformer mounting and transportation;
The insulation heat resistance class F;
Маximum automated process of manufacturing and testing.
6
CURRENT TRANSFORMERS ТОЛ-SVEL-10
purpoSEtransformers are made for zones with moderate
cold climate (up to -60oC) and tropical climate (up to +55oC), placement category 2 is according to GOST 15150.
Any operating position.
transformers can be made with changeable turns ratio оf «high» and «low» sidе, tap-changing of the primary or secondary windings, respectively. transformers for differential protection are supplied upon customer request.
Таble 1 – Тесhnical dаtaTransformer
type Number ofwindings Rated primary current B, mm Fig. Weight,
kg
ТОЛ-SVEL-10-1
2
5 - 40040
1
21±1
500 - 1000
1200 - 2000 60
2500, 3000 80 6
ТОЛ-SVEL-10-2
5 - 40040
3,4500 - 1000
1200 - 2000 60
2500, 3000 80 6
ТОЛ-SVEL-10-330, 40, 50, 75, 80, 100, 150 40
1
ТОЛ-SVEL-10-4 3,4
ТОЛ-SVEL-10-5100, 150, 200 40
1
ТОЛ-SVEL-10-6 3,4
ТОЛ-SVEL-10-7
3
50 - 1000 401,2
1200 - 2000 6024±1
2500, 3000 80 6
ТОЛ-SVEL-10-8
50 - 1000 403,5
21±1
1200 - 2000 6024±1
2500, 3000 80 6
7
Table 2 – The main parameters
parameter
Vаlues
Number of design version
1; 2 3; 4 5; 6 7; 8
Rated voltage, kV 10; 11*
Mаx. operating voltage, kV 12
a.c. rated frequency, Hz 50; 60*
Rated secondary current, А 1; 5
Rated primary current, А 5; 10; 15; 20; 30; 40; 50; 75; 80; 100; 150; 200; 300; 400; 600;
750; 800; 1000; 1200; 1500; 2000;
2500; 3000
30; 40;50; 75;80;
100;150
100;150;200
50; 75; 100; 150; 200; 300;
400; 600; 750; 800;
1000; 1200; 1500; 2000; 2500; 3000
Number of secondary windings 2 3
Accuracy class of:the secondary measuring windingthe secondary protection winding
0,2S; 0,2; 0,5S; 0,5; 1; 35Р; 10Р
Rated secondary load, V•А:of the secondary measuring winding at cos φ = 1 at cos φ = 0,8of the secondary protection winding at cos φ = 0,8
1; 2; 2,53; 5; 10; 15; 20; 25; 30; 50
3; 5; 10; 15; 20; 25; 30; 50
Maximum multiplicity of thesecondary protection winding
frоm 2 tо 30
rated safety factor of thesecondary measuring winding devices
frоm 2 tо 30
1sec thermal current, kАat rated primary current, А
510152030405075
0,40,781,2
1,562,53,05,0
5,85
----
3,24,38,0
20,0
--------
------
5,05,85
8
ending of Table 2 - the main parameters
Parameter
Vаlues
Number of design version
1; 2 3; 4 5; 6 7; 8
1sec thermal current, kАat rated primary current, А
80100150200300, 400600 – 10001500 – 25003000
6,2310,012,520,031,540,040,040,0
20,020,020,0
-----
-31,531,531,5
----
-10,012,520,020,040,040,040,0
Electrodynamic current, kА, at rated primary current, А
51015203040507580100150200300, 400600 – 10001500 – 25003000
1,01,983,0
3,986,377,6512,814,915,825,531,851,081,0
102,0102,0102,0
----
8,110,920,451,051,051,051,0
-----
---------
81,081,081,0
----
------
12,814,9
-25,531,851,051,0
102,0102,0102,0
Notes:
1.* For transformers designed for export supplies.
2. Values of the secondary loads, secondary current, maximum multiplicity of the secondary protection winding, safety factor of the secondary measuring winding devices, number of the secondary windings, accuracy classes are to be specified in order.
3. Transformers can be made with the secondary winding outputs of flexible multicore cable. Length of the secondary winding outputs shall be specified in order.
9
55 95 2
224
max
Ì12õ20min
À4 holes
4 holes
165
110 2
341
12 0,5
270
B
Ì12
95 1 120 1
17,5 140 1
55 95 2
224
max
Ì12õ20min
À4 holes
4 holes
165
110 2
341
12 0,5
270
B
Ì12
95 1 120 1
17,5 140 1
55 95 2
224
max
Ì12õ20min
À4 holes
4 holes
165
110 2
341
12 0,5
270
B
Ì12
95 1 120 1
17,5 140 1
FIG. 1 - Current transformers ТОЛ-SVEL-10-1 transformer overview
FIG. 2 - ТОЛ-SVEL-10-7 transformer overview
FIG. 4 - ТОЛ-SVEL-10-2 transformer overview
For others see Fig.1
FIG. 3 - ТОЛ-SVEL-10-2 transformer overview
For others see Fig.1
FIG. 7 - Vаriаnt with flexible output
FIG. 6 - transformer overview rated primary current 2500А and 3000А
For others see Fig.1
FIG. 5 - ТОЛ-SVEL-10-8 transformer overviewFor others see Fig. 1
101
Á
5õ(25 1)25 1
ÀSealing cover
Screw Ì4
Screw Ì6
25125 1
161
5õ(25 1)Á
251
161
5õ(25 1)25 1
Á
B
89 1
32 1
401
82 2 Ì128 holes
flexible output
101
Á
5õ(25 1)25 1
ÀSealing cover
Screw Ì4
Screw Ì6
25125 1
161
5õ(25 1)Á
251
161
5õ(25 1)25 1
ÁB
89 1
32 1
401
82 2 Ì128 holes
flexible output
101
Á
5õ(25 1)25 1
ÀSealing cover
Screw Ì4
Screw Ì6
25125 1
161
5õ(25 1)Á
251
161
5õ(25 1)25 1
Á
B
89 1
32 1
401
82 2 Ì128 holes
flexible output
10
purpoSETransformers are made for zones with moderate cold climate (up to -60oC) and tropical climate (up to +55oC),
placement category 2 is according to GOST 15150.
Any operating position.
transformers for differential protection are supplied upon customer request.
Table 1 - Тесhnical dаta
Transformer type
Number ofwindings
Rated primary current
Dimensions, mmFig. Weight,
kgS В Н С L
ТПОЛ-SVEL-10-1
2
5 - 200 640
40
250
413
1 21±1
300 - 600 6,5
30
2
15±1800 9,5
60
2
1000 11,5 2
1500, 2000 18 2
2500, 3000 20 80 464 2 19±1
ТПОЛ-SVEL-10-2
600 6,5 40
413
2
17±1800 9,5
60
2
1000 11,5 2
1500, 2000 18 2
ТПОЛ-SVEL-10-3 3
5 - 400 640
80
290453
1, 3
26±1
600 6,5
70
2, 3
800 9,5
60
2, 3
1000 11,5 2, 3
1500, 2000 18 2, 3
2500, 3000 20 80 504 2, 3
CURRENT TRANSFORMERS ТПОЛ-SVEL-10
11
Table 2 - the main parameters
Parameter
Vаlues
Number of design version
1 2 3
Rated voltage, kV 10; 11*
Mаx. operating voltage, kV 12
a.c. rated frequency, Hz 50; 60*
Rated secondary current, А 1; 5
Rated primary current, А 5; 10; 15; 20; 30; 40; 50; 75; 80; 100; 150;
200; 300; 400; 600; 750; 800;
1000; 1200; 1500; 2000; 2500; 3000
600;750;800;
1000;1200;1500;2000
5; 10; 15; 20; 30; 40; 50; 75; 80; 100; 150;
200; 300; 400; 600; 750; 800;
1000; 1200; 1500; 2000; 2500; 3000
Number of secondary windings 2 3
Accuracy class of:the secondary measuring windingthe secondary protection winding
0,2S; 0,2; 0,5S; 0,5; 1; 35Р; 10Р
Rated secondary load, V•А:of the secondary measuring winding at cos φ = 1 at cos φ = 0,8of the secondary protection winding at cos φ = 0,8
1; 2; 2,53; 5; 10; 15; 20; 25; 30; 50
3; 5; 10; 15; 20; 25; 30; 50
Maximum multiplicity of thesecondary protection winding
frоm 2 tо 30
rated safety factor of thesecondary measuring winding devices
frоm 2 tо 30
1sec thermal current, kАat rated primary current, А
510152030405075
0,40,781,2
1,562,53,05,0
5,85
0,40,781,2
1,562,53,05,0
5,85
12
ending of Table 2 - the main parameters
Parameter
Vаlues
Number of design version
1 2 3
1sec thermal current, kАat rated primary current, А
80100150200300, 400600 – 10001500 – 25003000
6,2310,012,520,031,540,040,040,0
6,2310,012,520,020,040,040,040,0
Electrodynamic current, kА, at rated primary current, А
51015203040507580100150200300, 400600 – 10001500 – 25003000
1,01,983,0
3,986,377,6512,814,915,825,531,851,081,0
102,0102,0102,0
1,01,983,0
3,986,377,6512,814,915,825,531,851,051,0
102,0102,0102,0
Notes:
1.* For transformers designed for export supplies.
2. Values of the secondary loads, secondary current, maximum multiplicity of the secondary protection winding, safety factor of the secondary measuring winding devices, number of the secondary windings, accuracy classes are to be specified in order.
3. Transformers can be made with the secondary winding outputs of flexible multicore cable. Length of the secondary winding outputs shall be specified in order.
13
250
222
13
S
165
-1
208
1
180 1
14
25 13õ(25 1)
4 holes
Â
HL Ñ1562
2
150,5
450,5
Ðèñ. 1 - Îáùèé âèä òðàíñôîðìàòîðîâ ÒÏÎË-ÑÂÝË-10-1íà òîêè (5 - 200) À
165
-1
165 -1
S3õ(25 1)
25 1
FIG. 1 - transformer overview ТПОЛ-SVEL-10-1, for currents (5-200) А
FIG. 3 - transformer overview ТПОЛ-SVEL-10-3.
For others see Fig.1 and 2
FIG. 4 - Vаriаnt with flexible output
FIG. 2 - Transformer overview ТПОЛ-SVEL-10-1 and ТПОЛ-SVEL-10-2 for currents (300-3000) А
For others see Fig.1
5õ(25 1)25 1
Flexible output
Ðèñ. 4 - Âàðèàíò ñ ãèáêèì âûâîäîì
Ðèñ. 2 - Îáùèé âèä òðàíñôîðìàòîðîâ ÒÏÎË-ÑÂÝË-10-1 èÒÏÎË-ÑÂÝË-10-2 íà òîêè (300 - 3000) ÀÎñòàëüíîå ñì. ðèñ. 1
Ðèñ. 3 - Îáùèé âèä òðàíñôîðìàòîðîâ ÒÏÎË-ÑÂÝË-10-3Îñòàëüíîå ñì. ðèñ. 1 è 2
14
purpoSEtransformers are made for zones with moderate
cold climate (up to -60oC) and tropical climate (up to +55oC), placement category 2 is according to GOST 15150.
Any operating position.
transformers for differential protection are supplied upon customer request.
Table 1 - Тесhnical dаta
Transformer type Number ofwindings
Rated primary current S Fig. Weight,
kg
ТПЛ-SVEL-10-2 2
5 - 400 6 1
25±1600 8
2750, 800 101000 12,5
ТПЛ-SVEL-10-3 3
5 - 400 6 1,3
28±1600 8
2,3750, 800 101000 12,5
Table 2 - the main parameters
ParameterVаlues
Number of design version2 3
Rated voltage, kV 10; 11*Mаx. operating voltage, kV 12a.c. rated frequency, Hz 50; 60*Rated secondary current, А 1; 5Rated primary current, А 5; 10; 15; 20; 30; 40; 50; 75; 80; 100;
150; 200; 300; 400; 600; 750; 800; 1000Number of secondary windings 2 3Accuracy class of:the secondary measuring windingthe secondary protection winding
0,2S; 0,2; 0,5S; 0,5; 1; 35Р; 10Р
Rated secondary load, V•А:of the secondary measuring winding at cos φ = 1 at cos φ = 0,8of the secondary protection winding at cos φ = 0,8
1; 2; 2,53; 5; 10; 15; 20; 25; 30; 50
3; 5; 10; 15; 20; 25; 30; 50
CURRENT TRANSFORMER ТПЛ-SVEL-10
15
ending of Table 2 - the main parameters
ParameterVаlues
Number of design version2 3
Maximum multiplicity of thesecondary protection winding frоm 2 tо 30
rated safety factor of thesecondary measuring winding devices frоm 2 tо 30
1sec thermal current, kАat rated primary current, А
51015203040507580100150200300, 400600 – 1000
0,40,781,2
1,562,53,05,0
5,856,2310,012,520,031,540,0
0,40,781,2
1,562,53,05,0
5,856,2310,012,520,020,040,0
Electrodynamic current, kА, at rated primary current, А
51015203040507580100150200300, 400600 – 1000
1,01,983,0
3,986,377,6512,814,915,825,531,851,081,0
102,0
1,01,983,0
3,986,377,6512,814,915,825,531,851,051,0
102,0
Notes:
1.* For transformers designed for export supplies.
2. Values of the secondary loads, secondary current, maximum multiplicity of the secondary protection winding, safety factor of the secondary measuring winding devices, number of the secondary windings, accuracy classes are to be specified in order.
3. Transformers can be made with the secondary winding outputs of flexible multicore cable. Length of the secondary winding outputs shall be specified in order.
16
198
400 max
320 max
S
235
40
max
501
201
145
1
12.5 0,5180 max
121
13S
97
30
15
25
4 îòâ.
M12
130
1
135 1
À
À4 îòâ.
198
400 max
320 max
S
235
40
max
501
201
145
1
12.5 0,5180 max
121
13S
97
30
15
25
M12
130
1
135 1
À
À4 holes
4 holes
FIG. 1 - Transformer overview ТПЛ-SVEL-10-2
FIG. 2 - transformer overview of the rated primary current
600, 750, 800, 1000 АFor others see Fig. 1
FIG. 3 - transformer overview ТПЛ-SVEL-10-3
For others see Fig. 1, 2
FIG. 4 - Vаriаnt with flexible output
S
80
5õ(25 1)
25 1
Ãèáêèé âûâîä
Ðèñ. 2 - Îñòàëüíîå ñì. ðèñ. 1
Ðèñ. 3 - Îñòàëüíîå ñì. ðèñ. 1, 2
Ðèñ. 4 - Âàðèàíò ñ ãèáêèì âûâîäîì
S
80
5õ(25 1)
25 1
Ãèáêèé âûâîä
Ðèñ. 2 - Îñòàëüíîå ñì. ðèñ. 1
Ðèñ. 3 - Îñòàëüíîå ñì. ðèñ. 1, 2
Ðèñ. 4 - Âàðèàíò ñ ãèáêèì âûâîäîì
S
80
5õ(25 1)
25 1
Ãèáêèé âûâîä
Ðèñ. 2 - Îñòàëüíîå ñì. ðèñ. 1
Ðèñ. 3 - Îñòàëüíîå ñì. ðèñ. 1, 2
Ðèñ. 4 - Âàðèàíò ñ ãèáêèì âûâîäîì
198
400 max
320 max
S
235
40
max
501
201
145
1
12.5 0,5180 max
121
13S
97
30
15
25
M12
130
1
135 1
À
À4 holes
4 holes
Flexible output
17
Table 2 - The main parameters of transformer ТШЛ-SVEL-20Parameter ValueDesign version 1Rated voltage, kV 20Mаx. operating voltage, kV 24a.c. rated frequency, Hz 50; 60*Rated secondary current, А 1; 5Rated primary current, А 300; 400; 600; 750; 800; 1000; 1200; 1500; 2000Number of secondary windings 2, 3**Accuracy class of:the secondary measuring windingthe secondary protection winding
0,2S; 0,2; 0,5S; 0,5; 1; 35Р; 10Р
Rated secondary load, V•А:of the secondary measuring winding at cos φ = 1 at cos φ = 0,8of the secondary protection winding at cos φ = 0,8
1; 2; 2,53; 5; 10; 15; 20; 25; 30
3; 5; 10; 15; 20; 25; 303sec thermal current, kАat rated primary current, А300; 400600-2000
31,540
Maximum multiplicity of the secondary protection winding from 2 to 30rated safety factor of thesecondary measuring winding devices
from 2 to 30
Notes: 1 * For transformers designed for export supplies.2 Values of the secondary loads, secondary current, devices safety factor, accuracy classes are to be specified in order.3 **Transformers can be made with three secondary windings, parameters are to be specified in order.
CURRENT TRANSFORMERS ОF OUTDOOR INSTALLATION ТШЛ-SVEL-20
18 Fig. 3 - Transformer overview ТШЛ-SVEL-20-1.1 (1.3)
Fig. 4 – Current transformer ТШЛ-SVEL-20-1.3 For others see Fig. 3
19
Table 1 - The main parameters of transformer ТШЛ-SVEL-0,66-1(2)Parameter Value
Rated voltage, kV 0,66
Mаx. operating voltage, kV 0,8
a.c. rated frequency, Hz 50; 60*
Rated secondary current, А 1; 5
Rated primary current, А300; 400; 500; 600; 750; 800; 1000; 1200; 1500; 2000; 2500; 3000; 4000
Accuracy class 0,2S; 0,2; 0,5S; 0,5; 1; 3
Rated secondary load, V•А:of the secondary measuring winding at cos φ = 1 at cos φ = 0,8
1; 2; 2,53; 5; 10; 15; 20; 25; 30
rated safety factor of the measuring winding devices from 2 to 30
Notes:
1 * For transformers designed for export supplies.
2 Values of the secondary loads, secondary current, devices safety factor, accuracy classes are to be specified in order.
3 Transformers can be made with the secondary winding outputs of flexible multicore cable. Length of the secondary winding outputs shall be specified in order.
CURRENT TRANSFORMERS ОF OUTDOOR INSTALLATION ТШЛ-SVEL-0,66-1(2)
20 Fig. 1 - Transformer overview ТШЛ-SVEL-0,66-1
Sealing cover
Fig. 2 - Transformer overview ТШЛ-SVEL-0,66-2. For others see Fig.1
Screw M6x35Plate
Busbar detail
21
purpoSEtransformers are designed to be installed in factory-
assembled switchgears of indoor installation and in other closed switchgears. transformers are designed to transmit the measuring information signal to the devices of protection, measurеment, аutomatics, signaling and control in a.c. electric circuits of 50 or 60 Hz.
transformers long-term operation is admitted as a power transformer, i.e. beyond the guaranteed accuracy class, under load not exceeding the maximum output.
transformers are made for zones with moderate cold climate (up to -60oC) and tropical climate (up to +55oC), placement category 2 is according to GOST 15150.
Any operating position.
Table 1 - Тесhnical dаta
ParameterDesign version
НОЛ-SVEL-6(10)
Voltage class, kV 6 10
Mаx. operating voltage, kV 7,2 12
Rated voltage of the primary winding, V 6000 10000
Rated voltage of the secondary winding, V 100
Rated output with the power factor of аctive-inductive load 0,8 V•А*:at accuracy class 0,2at accuracy class 0,5at accuracy class 1,0at accuracy class 3,0
10, 3030, 50
75, 100
200 300
Maximum output beyond accuracy class, V•А 400
Maximum admissible continuous primary current, А 0,067 0,04
Winding connection group 1/1 - 0
Rated frequency, Hz 50 or 60**
Notes:
* Transformers are made with rated output corresponding to оne accuracy class specified in order.
** For export supplies.
UNEARTHED VOLTAGE TRANSFORMERS НОЛ-SVEL
22 FIG. 1 - Transformer overview НОЛ-SVEL-6(10).
FIG. 2 - transformer overview with plate.
FIG. 3 – Transformer terminal block НОЛ-SVEL-6(10).
Weight, max 27 kg.
FIG. 4 – Principle electric diagram of versions НОЛ-SVEL6(10).
16-1
235
±2
252
max
148 max
-1
301 max
Screw Ì10
Screw Ì8
54 ±0.5
96±0
.5
Ì 10 õ114 holes
Ðèñ. 1Îáùèé âèä òðàíñôîðìàòîðà
íàïðÿæåíèÿ ÍÎË-ÑÂÝË-6(10)Ðèñ. 2
Îáùèé âèä òðàíñôîðìàòîðà ñ ïëèòîé
100
õ
295
±0.5
35±1
336
max
125 ±0.5
R 6
122 holes
Âèíò Ì104 øò.
U 1í
(see table 1)
À
Õ
à
25 ±0.5
58±0
.5
Cover
Screw Ì4
Screw Ì62 pcs.
Ðèñ. 3Êëåììíèê òðàíñôîðìàòîðà
íàïðÿæåíèÿ ÍÎË-ÑÂÝË-6(10)
Ðèñ. 4Ïðèíöèïèàëüíàÿ ýëåêòðè÷åñêàÿ
ñõåìà òðàíñôîðìàòîðà
Ìàññà, max 27 êã.
Ãàáàðèòíûå, óñòàíîâî÷íûå, ïðèñîåäèíèòåëüíûå ðàçìåðû, ìàññà è ïðèíöèïèàëüíàÿýëåêòðè÷åñêàÿ ñõåìà òðàíñôîðìàòîðà íàïðÿæåíèÿ ÍÎË-ÑÂÝË-6(10)
16-1
235
±2
252
max
148 max
-1
301 max
Screw Ì10
Screw Ì8
54 ±0.5
96±0
.5
Ì 10 õ114 holes
Ðèñ. 1Îáùèé âèä òðàíñôîðìàòîðà
íàïðÿæåíèÿ ÍÎË-ÑÂÝË-6(10)Ðèñ. 2
Îáùèé âèä òðàíñôîðìàòîðà ñ ïëèòîé
100
õ
295
±0.5
35±1
336
max
125 ±0.5
R 6
122 holes
Screw Ì104 pcs.
U 1í
(see table 1)
À
Õ
à
25 ±0.5
58±0
.5
Cover
Screw Ì4
Screw Ì62 øò.
Ðèñ. 3Êëåììíèê òðàíñôîðìàòîðà
íàïðÿæåíèÿ ÍÎË-ÑÂÝË-6(10)
Ðèñ. 4Ïðèíöèïèàëüíàÿ ýëåêòðè÷åñêàÿ
ñõåìà òðàíñôîðìàòîðà
Ìàññà, max 27 êã.
Ãàáàðèòíûå, óñòàíîâî÷íûå, ïðèñîåäèíèòåëüíûå ðàçìåðû, ìàññà è ïðèíöèïèàëüíàÿýëåêòðè÷åñêàÿ ñõåìà òðàíñôîðìàòîðà íàïðÿæåíèÿ ÍÎË-ÑÂÝË-6(10)
16-1
235
±2
252
max
148 max
-1
301 max
Screw Ì10
Screw Ì8
54 ±0.5
96±0
.5
Ì 10 õ114 holes
Ðèñ. 1Îáùèé âèä òðàíñôîðìàòîðà
íàïðÿæåíèÿ ÍÎË-ÑÂÝË-6(10)Ðèñ. 2
Îáùèé âèä òðàíñôîðìàòîðà ñ ïëèòîé
100
õ
295
±0.5
35±1
336
max
125 ±0.5
R 6
122 holes
Âèíò Ì104 øò.
U 1í
(see table 1)
À
Õ
à
25 ±0.5
58±0
.5
Cover
Screw Ì4
Screw Ì62 pcs.
Ðèñ. 3Êëåììíèê òðàíñôîðìàòîðà
íàïðÿæåíèÿ ÍÎË-ÑÂÝË-6(10)
Ðèñ. 4Ïðèíöèïèàëüíàÿ ýëåêòðè÷åñêàÿ
ñõåìà òðàíñôîðìàòîðà
Ìàññà, max 27 êã.
Ãàáàðèòíûå, óñòàíîâî÷íûå, ïðèñîåäèíèòåëüíûå ðàçìåðû, ìàññà è ïðèíöèïèàëüíàÿýëåêòðè÷åñêàÿ ñõåìà òðàíñôîðìàòîðà íàïðÿæåíèÿ ÍÎË-ÑÂÝË-6(10)
16-1
235
±2
252
max
148 max
-1
301 max
Screw Ì10
Screw Ì8
54 ±0.5
96±0
.5
Ì 10 õ114 holes
Ðèñ. 1Îáùèé âèä òðàíñôîðìàòîðà
íàïðÿæåíèÿ ÍÎË-ÑÂÝË-6(10)Ðèñ. 2
Îáùèé âèä òðàíñôîðìàòîðà ñ ïëèòîé
100
õ
295
±0.5
35±1
336
max
125 ±0.5
R 6
122 holes
Âèíò Ì104 øò.
U 1í
(see table 1)
À
Õ
à
25 ±0.5
58±0
.5
Cover
Screw Ì4
Screw Ì62 pcs.
Ðèñ. 3Êëåììíèê òðàíñôîðìàòîðà
íàïðÿæåíèÿ ÍÎË-ÑÂÝË-6(10)
Ðèñ. 4Ïðèíöèïèàëüíàÿ ýëåêòðè÷åñêàÿ
ñõåìà òðàíñôîðìàòîðà
Ìàññà, max 27 êã.
Ãàáàðèòíûå, óñòàíîâî÷íûå, ïðèñîåäèíèòåëüíûå ðàçìåðû, ìàññà è ïðèíöèïèàëüíàÿýëåêòðè÷åñêàÿ ñõåìà òðàíñôîðìàòîðà íàïðÿæåíèÿ ÍÎË-ÑÂÝË-6(10)
16-1
235
±2
252
max
148 max
-1
301 max
Screw Ì10
Screw Ì8
54 ±0.5
96±0
.5
Ì 10 õ114 holes
Ðèñ. 1Îáùèé âèä òðàíñôîðìàòîðà
íàïðÿæåíèÿ ÍÎË-ÑÂÝË-6(10)Ðèñ. 2
Îáùèé âèä òðàíñôîðìàòîðà ñ ïëèòîé
100
õ
295
±0.5
35±1
336
max
125 ±0.5
R 6
122 holes
Screw Ì104 pcs.
U 1í
(see table 1)
À
Õ
à
25 ±0.5
58±0
.5
Cover
Screw Ì4
Screw Ì62 øò.
Ðèñ. 3Êëåììíèê òðàíñôîðìàòîðà
íàïðÿæåíèÿ ÍÎË-ÑÂÝË-6(10)
Ðèñ. 4Ïðèíöèïèàëüíàÿ ýëåêòðè÷åñêàÿ
ñõåìà òðàíñôîðìàòîðà
Ìàññà, max 27 êã.
Ãàáàðèòíûå, óñòàíîâî÷íûå, ïðèñîåäèíèòåëüíûå ðàçìåðû, ìàññà è ïðèíöèïèàëüíàÿýëåêòðè÷åñêàÿ ñõåìà òðàíñôîðìàòîðà íàïðÿæåíèÿ ÍÎË-ÑÂÝË-6(10)
23
purpoSEtransformers are designed to be installed in factory-assembled
switchgears of indoor installation and in other closed switchgears. transformers are designed to transmit the measuring information signal to the devices of protection, measurеment, аutomatics, signaling and control in a.c. electric circuits of 50 or 60 Hz.
Transformers long-term operation is admitted as a power transformer, i.e. beyond the guaranteed accuracy class, under load not exceeding the maximum output.
transformers are made for zones with moderate cold climate (up to -60oC) and tropical climate (up to +55oC), placement category 2 is according to GOST 15150.
Any operating position.
Table 1 - Тесhnical dаta
ParameterDesign version
ЗНОЛ(П)-SVEL-6(10)
Voltage class, kV 6 10 15
Mаx. operating voltage, kV 7,2 12 17,5
Rated voltage of the primary winding, V
6000/√36300/√36600/√36900/√3
10000/√3 10500/√311000/√3
13800/√315750/√3
Rated voltage of the main secondary winding, V 100/√3
Rated voltage of additional secondary winding, V 100 или 100/3
rated output of the main secondary winding with the power factor of аctive-inductive load 0,8, V•А, in accuracy class *:
0,20,513
10, 15, 20, 25, 30**20, 25, 30, 50, 75**
50, 75, 100**100, 150, 200**
Rated output of additional secondary winding in accuracy class 3, V•А 200
Maximum output beyond accuracy class, V•А 400
Maximum admissible continuous primary current, А 0,115; 0,11;0,105; 0,1
0,069; 0,066;0,063
0,050,044
Winding connection group 1/1/1-0-0
Rated frequency, Hz 50 or 60***
Notes:* Transformers are made with rated output corresponding to оne accuracy class specified in order.** Upon customer request the transformer parameters can differ from standard.*** For export supplies.
EARTHED VOLTAGE TRANSFORMERS ЗНОЛ-SVEL and ЗНОЛП-SVEL
24
Table 2 - the main parameters
ParameterDesign version
ЗНОЛ(П)-SVEL-6(10)-4
Voltage class, kV 6 10
Mаx. operating voltage, kV 7,2 12
Rated voltage of the primary winding, V 6000/√3 10000/√3
Rated voltage of the first secondary winding, V 100/√3
Rated voltage of the second secondary winding, V 100/√3
Rated voltage of additional secondary winding, V 100/3 100 100/3 100
rated output of the first secondary winding in accuracy class 0,2,V•А
10
rated output of the second secondary winding in accuracy class 0,5, V•А
25 15 30 15
rated output of additional secondary winding in accuracy class 3, V•А 200 50 200 50
Maximum output beyond accuracy class, V•А 400 160 400 160
Maximum admissible continuous primary current, А 0,12 0,05 0,07 0,03
Winding connection group 1/1/1/1-0-0-0
Rated frequency, Hz 50 or 60*
Notes: * For export supplies.
25FIG. 1 - Transformer overview ЗНОЛ-SVEL-6(10)
FIG. 2 - transformer overview with plate
FIG. 3 - Transformer terminal block ЗНОЛ-SVEL-6(10)
Weight, max 27 kg.
252
max
235
±2
148 max
16-1
Масса, max 27 кг.
301 max
Габаритные, установочные, присоединительные размеры,масса и принципиальнаяэлектрическая схема трансформатора напряжения ЗНОЛ(П)-СВЭЛ-6(10)
Рис. 1Общий вид трансформатора
напряжения ЗНОЛ-СВЭЛ-6(10)
Screw М8
Screw М10
25 ±0.5
25 ±0.5 25 ±0.5
58±0
.5
33±0
.5
Рис. 3 Клеммник трансформатора
ЗНОЛ-СВЭЛ-6(10)
CoverScrew М6
4 pcs.
Screw М8
Screw М4
Рис. 4 Принципиальная электрическая
схема трансформатора
96±0
.5
54 ±0.5
М 10 х114 holes
-1
Рис. 2Общий вид трансформатора с плитой
336
max
122 holes
125 ±0.5
295
±0.5
35±1
R 6
Screw М104 pcs.
А
Х
а
хад
х д
U 1н
(see table 1)
100/3
252
max
235
±2
148 max
16-1
Масса, max 27 кг.
301 max
Габаритные, установочные, присоединительные размеры,масса и принципиальнаяэлектрическая схема трансформатора напряжения ЗНОЛ(П)-СВЭЛ-6(10)
Рис. 1Общий вид трансформатора
напряжения ЗНОЛ-СВЭЛ-6(10)
Screw М8
Screw М10
25 ±0.5
25 ±0.5 25 ±0.5
58±0
.5
33±0
.5
Рис. 3 Клеммник трансформатора
ЗНОЛ-СВЭЛ-6(10)
CoverScrew М6
4 pcs.
Screw М8
Screw М4
Рис. 4 Принципиальная электрическая
схема трансформатора
96±0
.5
54 ±0.5
М 10 х114 holes
-1
Рис. 2Общий вид трансформатора с плитой
336
max
122 holes
125 ±0.5
295
±0.5
35±1
R 6
Screw М104 pcs.
А
Х
а
хад
х д
U 1н
(see table 1)
100/3
252
max
235
±2
148 max
16-1
Масса, max 27 кг.
301 max
Габаритные, установочные, присоединительные размеры,масса и принципиальнаяэлектрическая схема трансформатора напряжения ЗНОЛ(П)-СВЭЛ-6(10)
Рис. 1Общий вид трансформатора
напряжения ЗНОЛ-СВЭЛ-6(10)
Screw М8
Screw М10
25 ±0.5
25 ±0.5 25 ±0.5
58±0
.5
33±0
.5
Рис. 3 Клеммник трансформатора
ЗНОЛ-СВЭЛ-6(10)
CoverScrew М6
4 pcs.
Screw М8
Screw М4
Рис. 4 Принципиальная электрическая
схема трансформатора
96±0
.5
54 ±0.5
М 10 х114 holes
-1
Рис. 2Общий вид трансформатора с плитой
336
max
122 holes
125 ±0.5
295
±0.5
35±1
R 6
Screw М104 pcs.
А
Х
а
хад
х д
U 1н
(see table 1)
100/3
252
max
235
±2
148 max
16-1
Масса, max 27 кг.
301 max
Габаритные, установочные, присоединительные размеры,масса и принципиальнаяэлектрическая схема трансформатора напряжения ЗНОЛ(П)-СВЭЛ-6(10)
Рис. 1Общий вид трансформатора
напряжения ЗНОЛ-СВЭЛ-6(10)
Screw М8
Screw М10
25 ±0.5
25 ±0.5 25 ±0.5
58±0
.5
33±0
.5
Рис. 3 Клеммник трансформатора
ЗНОЛ-СВЭЛ-6(10)
CoverScrew М6
4 pcs.
Screw М8
Screw М4
Рис. 4 Принципиальная электрическая
схема трансформатора
96±0
.5
54 ±0.5
М 10 х114 holes
-1
Рис. 2Общий вид трансформатора с плитой
336
max
122 holes
125 ±0.529
5±0
.535
±1
R 6
Screw М104 pcs.
А
Х
а
хад
х д
U 1н
(see table 1)
100/3
252
max
235
±2
148 max
16-1
Масса, max 27 кг.
301 max
Габаритные, установочные, присоединительные размеры,масса и принципиальнаяэлектрическая схема трансформатора напряжения ЗНОЛ(П)-СВЭЛ-6(10)
Рис. 1Общий вид трансформатора
напряжения ЗНОЛ-СВЭЛ-6(10)
Screw М8
Screw М10
25 ±0.5
25 ±0.5 25 ±0.5
58±0
.5
33±0
.5
Рис. 3 Клеммник трансформатора
ЗНОЛ-СВЭЛ-6(10)
CoverScrew М6
4 pcs.
Screw М8
Screw М4
Рис. 4 Принципиальная электрическая
схема трансформатора
96±0
.5
54 ±0.5
М 10 х114 holes
-1
Рис. 2Общий вид трансформатора с плитой
336
max
122 holes
125 ±0.529
5±0
.535
±1
R 6
Screw М104 pcs.
А
Х
а
хад
х д
U 1н
(see table 1)
100/3
252
max
235
±2
148 max16
-1
Масса, max 27 кг.
301 max
Габаритные, установочные, присоединительные размеры,масса и принципиальнаяэлектрическая схема трансформатора напряжения ЗНОЛ(П)-СВЭЛ-6(10)
Рис. 1Общий вид трансформатора
напряжения ЗНОЛ-СВЭЛ-6(10)
Screw М8
Screw М10
25 ±0.5
25 ±0.5 25 ±0.5
58±0
.5
33±0
.5
Рис. 3 Клеммник трансформатора
ЗНОЛ-СВЭЛ-6(10)
CoverScrew М6
4 pcs.
Screw М8
Screw М4
Рис. 4 Принципиальная электрическая
схема трансформатора
96±0
.5
54 ±0.5
М 10 х114 holes
-1
Рис. 2Общий вид трансформатора с плитой
336
max
122 holes
125 ±0.5
295
±0.5
35±1
R 6
Screw М104 pcs.
А
Х
а
хад
х д
U 1н
(see table 1)
100/3
FIG. 4 - transformer principle electric diagram
26
FIG. 6 - transformer principle electric diagram ЗНОЛП-SVEL-6(10)
FIG. 8 - principle electric diagram of versions ЗНОЛ(П)-SVEL-4
FIG. 7 - Transformer versions terminal block ЗНОЛ(П)-SVEL-4
For others see Fig. 1, 2 and 5
FIG. 5 - Transformer overview ЗНОЛП-SVEL-6(10)For others see Fig. 1-4
25±0.5 25±0.5
33±0
.558±0
.5
25±0.5 25±0.5 25±0.5CoverCover
Screw М66 pcs.
Screw М8
Screw М42 pcs.
А
Х
а 1
х1а2
х2ад
хд
U 1н
(See table 2)
100/3 or 100
25±0.5 25±0.5
33±0
.558±0
.5
25±0.5 25±0.5 25±0.5CoverCover
Screw М66 pcs.
Screw М8
Screw М42 pcs.
А
Х
а 1
х1а2
х2ад
хд
U 1н
(See table 2)
100/3 or 100
310
max
Рис. 5Общий вид трансформатора ЗНОЛП-СВЭЛ-6(10)
(остальное см. рис. 1 - 4)
СПУЭ (съемное предохранительноеустройство электромагнитное)
Указательсрабатывания
Рис. 6 Принципиальная электрическая
схема трансформатора ЗНОЛП-СВЭЛ-6(10)(остальное см. рис. 1)
х д
ад
х
а
Х
А
Устройство для перезарядки
310
max
Removable electromagnetic safeguard
Indikator facting
х д
ад
х
а
Х
А
Rechardgingdevice
310
max
Removable electromagnetic safeguard
Indikator facting
х д
ад
х
а
Х
А
Rechardgingdevice
27
purpoSEtransformers are made for zones with moderate
cold climate (up to -60oC) and tropical climate (up to +55oC), placement category 2 is according to GOST 15150.
Any operating position.
Earthing of the secondary winding outputs is according to customer.
Earthing of the support plate – obligatory!
ТHREE PHASE VOLTAGE TRANSFORMER АNTIRESONANCE GROUPS ЗХЗНОЛ-SVEL and ЗХЗНОЛП-SVEL
to increase the ferroresonance resistance and the transient arc effect resistance it is recommended to include a 25 Ohm resistor in additional windings of open-delta connection used to control the power network insulation. The resistor is designed for continuous current flow of 4А.
Тhree phase antiresonance groups ЗхЗНОЛП-SVEL are equipped with SVEL removable safeguards. After acting of safeguards it is necessary tо find the reason and to recharge it.
28
Table 2 - the main parameters
ParameterDesign version
3xЗНОЛ(П)-SVEL-6(10)
Voltage class, kV 6 10
Mаx. operating voltage, kV 7,2 12
Rated linе voltage on the primary winding outputs, V
6000630066006900
100001050011000
Тhree phase power in accuracy class*, V•А0,20,51
30, 60, 90**75, 90, 150**
150, 225, 300**
Rated linе voltage on the main secondary winding outputs, V•А 100
Load power on the open-delta additional secondary winding outputs at 100V and 0,8 load power factor (inductive load), V•А
400
Voltage on the open-delta additional secondary windings outputs:at the power network symmеtrical operating mode, V, not morewhen one phase is short-circuited to earth, V 3
frоm 90 tо 110
Winding connection group
Rated frequency, Hz 50 or 60***
Weight, kg, max 92 or 102****
Notes:
* Transformers are made with rated output corresponding to оne accuracy class specified in order.
** Upon customer request the transformer parameters can differ from standard.
*** For export supplies.
**** Vеrsion 3хЗНОЛП-SVEL-6(10)
29FIG. 1 - Three phase group overview 3хЗНОЛ-SVEL
FIG. 3 - Principle electric diagram of three phase group 3хЗНОЛ-SVEL
305
±2Габаритные, установочные, присоединительные размеры, масса и принципиальная
электрическая схема трехфазной группы 3хЗНОЛ(П)-СВЭЛ-6(10)
230
±0.5
464 ±1
500 ±2
155+1 155+1
11+0,5
4 отв.
Рис. 1 Общий вид трехфазной группы3хЗНОЛ-СВЭЛ
Масса, 92 кг
365 max
Болт М102 шт.
25 ±0.5
25 ±0.5 25 ±0.5
33±0
.5
58±0
.5
Рис. 2 Клеммник трансформаторанапряжения ЗНОЛ(П)-СВЭЛ
Винт М6 Крышка
Винт М4
Винт М8
4 шт.
х дх дх д
ададад
ххх
ааа
Х ХХ
AAATV CTV BTV A
Óçåë çàçåìëåíèÿ
Цепи контроляизоляции сети
Цепи измерения,релейной защитыи автоматики
фаза Сфаза Вфаза А
Рис. 3 Принципиальная электрическая схематрехфазной группы 3хЗНОЛ-СВЭЛ
305
±2
Габаритные, установочные, присоединительные размеры, масса и принципиальнаяэлектрическая схема трехфазной группы 3хЗНОЛ(П)-СВЭЛ-6(10)
230
±0.5
464 ±1
500 ±2
155+1 155+1
11+0,5
4 holes
Рис. 1 Общий вид трехфазной группы3хЗНОЛ-СВЭЛ
Масса, 92 кг
365 max
Screw М102 pcs.
25 ±0.5
25 ±0.5 25 ±0.5
33±0
.5
58±0
.5
Рис. 2 Клеммник трансформаторанапряжения ЗНОЛ(П)-СВЭЛ
Screw М6 Cover
Screw М4
Screw М8
4 pcs.
х дх дх д
ададад
ххх
ааа
Х ХХ
AAATV CTV BTV A
Earthing point
The mains insulationscontrol circuits
Circuits of relay protectionmeasurmentsand automatics
Phase СPhase ВPhase А
Рис. 3 Принципиальная электрическая схематрехфазной группы 3хЗНОЛ-СВЭЛ
Weight 92 kg.
305
±2
Габаритные, установочные, присоединительные размеры, масса и принципиальнаяэлектрическая схема трехфазной группы 3хЗНОЛ(П)-СВЭЛ-6(10)
230
±0.5
464 ±1
500 ±2
155+1 155+1
11+0,5
4 holes
Рис. 1 Общий вид трехфазной группы3хЗНОЛ-СВЭЛ
Масса, 92 кг
365 max
Screw М102 pcs.
25 ±0.5
25 ±0.5 25 ±0.5
33±0
.5
58±0
.5
Рис. 2 Клеммник трансформаторанапряжения ЗНОЛ(П)-СВЭЛ
Screw М6 Cover
Screw М4
Screw М8
4 pcs.
х дх дх д
ададад
ххх
ааа
Х ХХ
AAATV CTV BTV A
Earthing point
The mains insulationscontrol circuits
Circuits of relay protectionmeasurmentsand automatics
Phase СPhase ВPhase А
Рис. 3 Принципиальная электрическая схематрехфазной группы 3хЗНОЛ-СВЭЛ
305
±2Габаритные, установочные, присоединительные размеры, масса и принципиальная
электрическая схема трехфазной группы 3хЗНОЛ(П)-СВЭЛ-6(10)23
0±0
.5
464 ±1
500 ±2
155+1 155+1
11+0,5
4 holes
Рис. 1 Общий вид трехфазной группы3хЗНОЛ-СВЭЛ
Масса, 92 кг
365 max
Screw М102 pcs.
25 ±0.5
25 ±0.5 25 ±0.5
33±0
.5
58±0
.5
Рис. 2 Клеммник трансформаторанапряжения ЗНОЛ(П)-СВЭЛ
Screw М6 Cover
Screw М4
Screw М8
4 pcs.
х дх дх д
ададад
ххх
ааа
Х ХХ
AAATV CTV BTV A
Earthing point
The mains insulationscontrol circuits
Circuits of relay protectionmeasurmentsand automatics
Phase СPhase ВPhase А
Рис. 3 Принципиальная электрическая схематрехфазной группы 3хЗНОЛ-СВЭЛ
305
±2Габаритные, установочные, присоединительные размеры, масса и принципиальная
электрическая схема трехфазной группы 3хЗНОЛ(П)-СВЭЛ-6(10)
230
±0.5
464 ±1
500 ±2
155+1 155+1
11+0,5
4 holes
Рис. 1 Общий вид трехфазной группы3хЗНОЛ-СВЭЛ
Масса, 92 кг
365 max
Screw М102 pcs.
25 ±0.5
25 ±0.5 25 ±0.5
33±0
.5
58±0
.5
Рис. 2 Клеммник трансформаторанапряжения ЗНОЛ(П)-СВЭЛ
Screw М6 Cover
Screw М4
Screw М8
4 pcs.
х дх дх д
ададад
ххх
ааа
Х ХХ
AAATV CTV BTV A
Earthing point
The mains insulationscontrol circuits
Circuits of relay protectionmeasurmentsand automatics
Phase СPhase ВPhase А
Рис. 3 Принципиальная электрическая схематрехфазной группы 3хЗНОЛ-СВЭЛ
FIG. 2 - Voltage transformer terminal block ЗНОЛ(П)-SVEL
30 FIG. 4 – Three phase group overview 3хЗНОЛП-SVEL. For others see Fig. 1, 2 и 3
FIG. 5 - Principle electric diagram of three phase group 3хЗНОЛП-SVEL
350
max
293
±2
Indicator of acting
Recharging device
11+0,5
Рис. 4 Общий вид трехфазной группы3хЗНОЛП-СВЭЛ
(остьальное см. рис. 1, 2 и 3)
Removable electromagnetic safeguard
Phase А Phase В Phase С
Earthing point
TV A TV B TV CA A A
Х ХХ
а а а
х х хад ад ад
х д х д х д
Рис. 5 Принципиальная электрическая схематрехфазной группы 3хЗНОЛП-СВЭЛ Масса, 102 кг
The mains insulationscontrol circuits
Circuits of relay protectionmeasurmentsand automatics
350
max
293
±2
Indicator of acting
Recharging device
11+0,5
Рис. 4 Общий вид трехфазной группы3хЗНОЛП-СВЭЛ
(остьальное см. рис. 1, 2 и 3)
Removable electromagnetic safeguard
Phase А Phase В Phase С
Earthing point
TV A TV B TV CA A A
Х ХХ
а а а
х х хад ад ад
х д х д х д
Рис. 5 Принципиальная электрическая схематрехфазной группы 3хЗНОЛП-СВЭЛ Масса, 102 кг
The mains insulationscontrol circuits
Circuits of relay protectionmeasurmentsand automatics
350
max
293
±2
Indicator of acting
Recharging device
11+0,5
Рис. 4 Общий вид трехфазной группы3хЗНОЛП-СВЭЛ
(остьальное см. рис. 1, 2 и 3)
Removable electromagnetic safeguard
Phase А Phase В Phase С
Earthing point
TV A TV B TV CA A A
Х ХХ
а а а
х х хад ад ад
х д х д х д
Рис. 5 Принципиальная электрическая схематрехфазной группы 3хЗНОЛП-СВЭЛ Масса, 102 кг
The mains insulationscontrol circuits
Circuits of relay protectionmeasurmentsand automatics
Weight 102 kg.
31
purpoSE
transformers are designed to transmit the measuring information signal to the devices of protection, measurеment, аutomatics, signaling and control in a.c. electrical installations of 50 or 60 Hz. transformers for differential protection are supplied upon customer request.
Transformers are designed to work in transformer oil inside the circuit-breaker box or power transformer and in air medium. Transformers are designed to work under the following conditions: not higher than 1000m above sea level.
They can be for zones with cold, moderate cold, moderate and tropical climate, placement category 1 or 2. For transformers built-in oil circuit-breakers the temperature of transformer oil around transformer is not higher than 90°С, and for transformers built-in the power oil-immersed transformers is not higher than 95°С.
FIG. 1 - ТВ-SVEL-10-I; II; III; IV; ТВ-SVEL-35; ТВ-SVEL-110 (without supports) and ТВ-SVEL-220 (without supports)
CURRENT TRANSFORMERS ТB-SVEL
32 Table 1 – The main dimensions and weight of ТB-SVEL-10-I; II; III; IV; ТВ-SVEL-35; ТВ-SVEL-110 (without supports) and ТВ-SVEL-220 (without supports)
Transformer type
Rated primary current, А
Rated secondary current, А
Dimensions, mm Weight max,
kg
Climatic modification L, mm
Dmax dmin Hmax
ТВ-SVEL-10-I 6000
5
285 112 95 14
У2 и Т2 2000 maxТВ-SVEL-10-II 5000; 6000 360 180 70 15ТВ-SVEL-10-III 6000 410 275 70 9ТВ-SVEL-10-IV 8000 450 275 60 16
ТВ-SVEL-35-I200; 300 248 120 97 15
У2 350±10600 252 116 102 181500 280 90 130 21
ТВ-SVEL-35-II150…1000 185 88 200 16
Т2; У2; ХЛ2
135±20
1200…1500 195 85 22031
ТВ-SVEL-35-II-1 600 195 85 220У2
ТВ-SVEL-35-II-2 600 185 8770
4
ТВ-SVEL-35-II-3200; 600 226 100 8
Т2; У2; ХЛ2
300 1 226 90 13016ТВ-SVEL-35-II-4 300 5 185 85 200
ТВ-SVEL-35-II-5 300 1; 5 180 105 215ТВ-SVEL-35-II-6 1000
5
200 110 100 7ТВ-SVEL-35-II-7 300 140 85 30 1 400±20ТВ-SVEL-35-III 200…1500 270 86 116 18
135±20ТВ-SVEL-35-III-4 600 260 100 95 25ТВ-SVEL-35-IV 1200…3000 1; 5 330 125 135 35
У21350 min
ТВ-SVEL-35-V 300…2000
5
295 90 128 21 150±10ТВ-SVEL-35-VI 600 240 140
758
Т2; У2; ХЛ2
280 minТВ-SVEL-110-I-1 400…2000 410 320 9
1350 min
ТВ-SVEL-110-I-2 1000…2000 475 388 115 20ТВ-SVEL-110-I-3 750 370 290 170 16
ТВ-SVEL-110-I-5300
530 340130 52
500…600 100 42
ТВ-SVEL-110-I-6300
562 390179 62
600 150 48
ТВ-SVEL-110-III200…1000
1; 5290 135 105
28
О2 280 min1500…3000 18
ТВ-SVEL-110-IV300…1000
370 190 12045
1500…3000 22ТВ-SVEL-110-VI 600
5425 290 85 15
У2500 min
ТВ-SVEL-110-VII 1000 540 340 110 60 1350 minТВ-SVEL-110-VIII 1000 280 210 120 9
Т2; У2; ХЛ2280 min
ТВ-SVEL-110-XIII1200
1; 5 635 500120 20
7700 min2000 60 9
ТВ-SVEL-220-III300
5450 240 150
65О2 280 min600…1500 46
3000 38ТВ-SVEL-220-I-1 200…300 740 595 135 52 Т2; У2; ХЛ2 2040 min
33
FIG. 2 - ТВ-SVEL-110-I; ТВ-SVEL-220-I; II; V
Table 2 – Overall dimensions and weight ТВ-SVEL-110-I; II and ТВ-SVEL-220-I; II; V
Transformer type
Dimensions, mm Weight max, kg
Climatic modificationDmax dmin Hmax hmax Bmin R A
ТВ-SVEL-110-I 540 325208 177
1350 251 min
28296±1 У2
206
175 97±6 ХЛ2
ТВ-SVEL-110-II 565 300202
295103±6 У2
97±6 ХЛ2
ТВ-SVEL-220-I785 580
218
2040 367 min
410 140±3 У2
790550
170 413 152±3 ХЛ2
ТВ-SVEL-220-II840 223 210 465 151±6 У2
795 595 216 165 416 157±3 ХЛ2
ТВ-SVEL-220-V 600 350 180 - 280 285±5 - 92±2 О2
34 Table 3 - the main parameters of built-in current transformers
Transformer type
Version variant
Rated current, АSecondary load
at cos φ=0,8 in accuracy class, V•А
Thermal сurrent, kА
(multiplicity)
Maximum multiplicity
Short-circuit time, sеc
primary secon-dary 0,5 1 3 10
ТВ-SVEL-10-I 6000/5 6000
5
20 - - - 85,5 3 4
ТВ-SVEL-10-II 5000/56000/5
50006000
3030
--
--
-- 85,5 10 4
ТВ-SVEL-10-III 6000/5 6000 30 - - - (28) 10 3ТВ-SVEL-10-IV 8000/5 8000 20 - - - (28) 16 3
ТВ-SVEL-35-I
200/5
75100150200
----
----
--
2020
2020--
10
--59
4
300/5
100150200300
----
---
10
-2020-
20---
-59
25
600/5
200300400600
---
10
-1020-
20---
----
92516
16*
1500/5
600750
10001500
10303030
----
----
----
16*13*10*6,5*
ТВ-SVEL-35-II
150/5***
5075
100150
----
----
----
10202030
25
----
3
300/5***
100150200300
----
----
---
30
203040-
---7
600/5***
200300400600
----
---
30
-3040-
40---
-78
14
1000/5***
400600750
1000
--
3030
-30--
40---
----
8142022
1200/5***
600800
10001200
30303030
----
----
----
3431*25*21*
1500/5***
600750
10001500
30303030
----
----
----
3433*25*17*
ТВ-SVEL-35-II-1 600/5***
200300400600
5103030
----
----
----
50452534
35Table 3 - the main parameters of built-in current transformers
Transformer type
Version variant
Rated current, АSecondary load
at cos φ=0,8 in accuracy class, V•А
Thermal сurrent, kА
(multiplicity)
Maximum multiplicity
Short-circuit time, sеc
primary secon-dary 0,5 1 3 10
ТВ-SVEL-35-III
200/5***
75100150200
5
----
----
--
2020
2020--
25
--59
4
300/5100150200300
----
---
10
-2020-
20---
-59
16
600/5200300400600
---
10
-1020-
20---
----
9161230
1500/5600750
10001500
10303030
----
----
----
302022
16*
ТВ-SVEL-35-IV
1200/1600800
10001200
1
-303030
30---
----
----
50
253036
41*
2000/11000120015002000
30303030
----
----
----
3641*33*25*
3000/11200150020003000
30303030
----
----
----
41*33*25*16*
1200/5600800
10001200
5
-303030
30---
----
----
253036
41*
2000/51000120015002000
30303030
----
----
----
3641*33*24*
3000/51200150020003000
30303030
----
----
----
41*33*25*16*
ТВ-SVEL-35-V
300/5***
100150200300
----
---
10
-2020
20**
20---
40
-68
12
600/5200300400600
---
10
-1020
30**
2020**-
-
----
8121616
1500/5600750
10001500
10303030
30**---
----
----
1620
26*26*
2000/5750
100015002000
30303040
----
----
----
2026
26*20*
36 Table 3 - the main parameters of built-in current transformers
Transformer type
Version variant
Rated current, АSecondary load
at cos φ=0,8 in accuracy class, V•А
Thermal сurrent, kА
(multiplicity)
Maximum multiplicity
Short-circuit time, sеc
primary secon-dary 0,5 1 3 10
ТВ-SVEL-110-I
200/5***
75100150200
5
----
----
-2020
10**
10--
30
20
---
22
3
300/5100150200300
----
----
2020
10**15**
--
3040
--
3040
600/5200300400600
---
10
---
20
10**15**
3050**
3040--
22201525
1000/5400600750100
-102030
102025
50**
30**50**75**
-
----
152515
20*
1200/5600750
10001200
10203030
----
----
----
35*27*20*17*
ТВ-SVEL-110-II
200/5***
75100150200
----
---
10
-2020
20**
15---
50
-5
1020
300/5***
100150200300
----
--
1015
2020
20**30**
----
5102020
600/5200300400600
---
25
-1525-
15---
----
34504060
1000/5500600750
1000
10**255050
15---
----
----
806037
50*
2000/51000120015002000
50505050
----
----
----
50*42
33*25*
1000/1500600750
1000 1
25**305050
60---
----
----
505037
50*
2000/11000120015002000
50505050
----
----
----
50*42
33*25*
ТВ-SVEL-110-III
200/575
100150200 5
----
---
10
--
15-
1515-- (25)
--
13,520
300/5100150200300
----
---
30
-1520-
15---
-13,513,514
37Table 3 - the main parameters of built-in current transformers
Transformer type
Version variant
Rated current, АSecondary load
at cos φ=0,8 in accuracy class, V•А
Thermal сurrent, kА
(multiplicity)
Maximum multiplicity
Short-circuit time, sеc
primary secon-dary 0,5 1 3 10
ТВ-SVEL-110-III
600/5200300400600
5
---
50
-2540-
20---
----
(25)
15161416
3
1000/5400600750
1000
-304040
30---
----
----
172423
25*
1500/5500750
10001500
-404040
30---
----
----
152121
25*
3000/51000150020003000
30405050
----
----
----
25*25*25*25*
300/1100150200300
1
----
---
30
-1520-
15---
-13,513,514
600/1200300400600
---
50
-2540-
20---
----
15161416
1000/1400600750
1000
-304040
30---
----
----
172423
25*
1500/1500750
10001500
-404040
30---
----
----
152121
25*
3000/11000150020003000
30405050
----
----
----
25*25*25*25*
ТВ-SVEL-110-IV
300/5100150200300
5
----
---
30
-1520-
15---
-181818
600/5200300400600
---
50
-2540-
20---
----
18211821
1000/5400600750
1000
-304040
30---
----
----
1825*24
25*
1500/5500750
10001500
-404040
30---
----
----
131518
25*
3000/51000150020003000
30405050
----
----
----
2325*25*25*
38 Table 3 - the main parameters of built-in current transformers
Transformer type
Version variant
Rated current, АSecondary load
at cos φ=0,8 in accuracy class, V•А
Thermal сurrent, kА
(multiplicity)
Maximum multiplicity
Short-circuit time, sеc
primary secon-dary 0,5 1 3 10
ТВ-SVEL-110-IV
300/1100150200300
1
----
---
30
-1520-
15---
(25)
-181818
3
600/1200300400600
---
50
-2540-
20---
----
18211821
1000/1400600750
1000
-304040
30---
----
----
1825*24
25*
1500/1500
750010001500
-404040
30---
----
----
131518
25*
3000/11000150020003000
30405050
----
----
----
2325*25*25*
ТВ-SVEL-110-IIV 1000/5400600750
1000
5
-102030
102025
50**
30**50**75**
-
----
20152515
20*
ТВ-SVEL-220-I
600/5200300400600
---
10
----
-20
30**50**
40---
25
-202018
1000/5400600750
1000
--
1520
-20
30**50**
3050**
--
----
201832
25*
2000/5500
100015002000
-203050
-50**
--
50---
----
1325*1612
1000/1400600750
1000 1
-101530
--
40**-
4040**
--
----
152225
25*
2000/1500
100015002000
-304050
20---
40**---
----
19251613
ТВ-SVEL-220-II
1200/5600800
10001200
5
-203030
15---
----
----
40
5050
40*33
2000/51000120015002000
30303030
----
----
----
40*3327
20*
3000/51200150020003000
30303030
----
----
----
3327
20*17
39ending of Table 3 - the main parameters of built-in current transformers
Transformer type
Version variant
Rated current, АSecondary load
at cos φ=0,8 in accuracy class, V•А
Thermal сurrent, kА
(multiplicity)
Maximum multiplicity
Short-circuit time, sеc
primary secon-dary 0,5 1 3 10
ТВ-SVEL-220-II
1200/1
600800
10001200
1
-203030
15---
----
----
40
5050
40*33
3
2000/1
1000120015002000
30303030
----
----
----
40*3327
20*
3000/1
1200150020003000
30303030
----
----
----
3327
20*17
ТВ-SVEL-220-III
300/5
100150200300
5
----
----
-152030
15---
(25)
-242424
600/5
200300400600
---
30
--
30-
1520--
----
212321
25*
1000/5
400600750
1000
-304050
30---
----
----
2125*25*25*
1500/5
500750
10001500
-406075
30---
----
----
25*25*25*25*
3000/5
1000150020003000
-75
100100
60---
----
----
192222
25*
ТВ-SVEL-220-V
600/5
200300400600
----
----
15203030
----
25*25*25*25*
1000/5
400600750
1000
---
30
--
4040
3030--
----
25*25*25*25*
2000/5
750100015002000
--
75100
5060--
----
----
25*25*25*25*
* Value of the maximum multiplicity is limited by thermal сurrent.** Secondary load at which the maximum multiplicity is guaranteed.*** Thermal сurrent for this type is indicated when winding is short-circuited for the rated load.
Notes:1. Upon customer request it is possible to manufacture current transformers with other technical characteristics.2. Value of the current multiplicity is indicated in brackets.
40
Table 4 - Тесhnical dаta
Transformer type
Design version
Rated current,А
Secondary load at cos φ=0,8 in
accuracy class, V•А
Ther
mal
cu
rren
t , k
А
Max
imum
m
ulti
plic
ity
Safe
ty fa
ctor
Shor
t-ci
rcui
t ti
me,
sеc
primary secon-dary 1 3 10
ТВ-SVEL-10-V 600/5
100200300400500600 5
------
-2030303030
20-----
25
------
-99
111314
1
ТВ-SVEL-35-III-4 600/5
200300400600
10303030
----
----
7
28162028
----
3
Notes: Upon customer request it is possible to manufacture current transformers with other technical parameters.
FIG. 3 – General overview ТВ-SVEL-10-V
41Table 5 - the main parameters
Transformer type
Design version
Rated current,А
Secondary load at cos φ=0,8 in accuracy
class, V•А
Ther
mal
cu
rren
t , k
А
Safe
ty fa
ctor
Shor
t-ci
rcui
t ti
me,
sеc
primary secon-dary 0,2S 0,5S 0,5 1
ТВ-SVEL-35-II-2 600/5 600
5
30 - - - 25 6
3
ТВ-SVEL-35-II-3
200/5 200 - - 20 - (25) -
600/5 600 - 30 - -
25
-
300/1*
100150200300
1
---
20
--
30-
1020--
----
----
ТВ-SVEL-35-II-4 300/5
100150200300
5
---
30
--
3050
1020--
----
----
ТВ-SVEL-35-II-5
300/5
75150200300
---
15
-103050
----
1030--
----
300-1
100150200300
1
---
20
--
30-
1020--
----
----
ТВ-SVEL-35-II-6
300/5
100150200300
5
---5
---
20
-5
10-
5---
----
1000/5
400600750
1000
10204050
----
----
----
----
ТВ-SVEL-35-II-7 300/5 300 - - 1,5 - -
ТВ-SVEL-35-VI 600/5
200300400600
----
-203050
15---
----
(25)
----
ТВ-SVEL-110-I-1
400/5 400 - 15 - - -
500/5 500 - 20 - - -
600/5 600 - 30 - - -
750/5 750 - 50 - - -
1000/5 1000 20 50 - - -
1200/5 1200 25 - - - -
1500/5 1500 40 - - - -
2000/5 2000 50 - - - -
42 ending of Table 5 - the main parameters
Transformer type
Design version
Rated current,А
Secondary load at cos φ=0,8 in accuracy
class, V•А
Ther
mal
cu
rren
t , k
А
Safe
ty fa
ctor
Shor
t-ci
rcui
t ti
me,
sеc
primary secon-dary 0,2S 0,5S 0,5 1
ТВ-SVEL-110-I-2
1000/5
400600750
1000
5
---
30
103050-
----
---- (25)
----
3
2000/5
1000120015002000
--
50100
5050--
----
----
----
ТВ-SVEL-110-I-3 750/5
400500600750
----
-5
1025
----
5---
50*
----
ТВ-SVEL-110-I-5
300/5
100150200300
---
20
--
30-
1020--
----
----
500/5
200300400500
---
15
-153050
10304075
2040-
-
----
600/5
200300400600
---
25
-153050
103040
100
2040--
----
ТВ-SVEL-110-I-6
300/5
100150200300
----
-5
1030
----
5---
----
600/5
200300400600
---
25
-153050
103040
100
2040--
----
ТВ-SVEL-110-VI 600/5300400600
---
101010
---
---
(25)
111419
ТВ-SVEL-110-VIII 1000/5
400600750
1000
---
50
-4050-
30---
----
----
ТВ-SVEL-110-XIII
1200/11200/5 1200
1; 5 30- - -
40*-
2000/12000/5 2000 - - - -
ТВ-SVEL-220-I-1200/5* 200
5- - 10 -
50*-
300/5* 300 - 20 - - -
* Thermal сurrent for this type is indicated when winding is short-circuited for the rated load.
Notes:
1) Upon customer request it is possible to manufacture current transformers with other technical characteristics.
2) Value of the current multiplicity is indicated in brackets.
43Fig. 4 – Current transformer ТВ-SVEL-110-IX-1.1
Fig. 5 - Current transformer of outdoor installation ТВ-SVEL-110-IX-1.2
44 Table 6 - Тесhnical characteristics of ТВ-SVEL-110-IX-1.1(1.2)
Design version Turns ratio
Turns ratio per taps
Rated accuracy
class
Secondary load at
cos φ=0,8, V•А
Maximum multiplicity
Devices safety factor
3 sec. thermal
сurrent, kА (multiplicity)
Weight, kg
ТВ-SVEL-110-IX-1.1(1.2)
400/1*
100/1 1,0 5 -
10*** 50* 35±2
150/1 0,5 5 -1,0 10 -
300/1 0,5S 10 -0,5 15 -
400/1 0,5S 20 -
600/1*
200/1 0,5S 5 -0,5 10 -
300/1 0,5S 10 -0,5 15 -
400/1 0,5S 20 -
600/1 0,2S 10 -0,5S 30 -
1000/1*
500/1 0,5S 20 -600/1 0,5S 30 -750/1 0,5S 50 -
1000/1 0,2S 30 -
600/5*
200/5 1,0 10 -300/5 0,5 10 -
400/5 0,5S 10 -0,5 15 -
600/5 0,5S 30 -
1000/5*
500/5 0,5S 15 -600/5 0,5S 30 -750/5 0,5S 50 -
1000/5 0,5S 20 -0,2S 75 -
1500/5*
750/5 0,5S 50 -
1000/5 0,2S 20 -0,5S 75 -
1200/5 0,2S 30 -0,5S 75 -
1500/5 0,2S 50 -
3000/5*
1000/5 0,5S 75 -1500/5 0,5S 100 -2000/5 0,2S 50 -3000/5 0,2S 100 -
600/5**
200/5 10Р 10 14 -
(25) 45±2
300/5 10Р 10 19 -400/5 10Р 15 19 -600/5 10Р 15 23 -
1000/5**
500/5 10Р 10 25 -600/5 10Р 15 23 -750/5 10Р 20 23 -
1000/5 10Р 25 25 -Notes:* Thermal сurrent for this type is indicated when winding is short-circuited for the rated load.** Current transformer design version for protection. *** Devices safety factor is not higher than 10 at the maximum of the specified secondary loads.upon customer request it is possible to manufacture current transformers with other technical characteristics.
45
Fig. 6 - Overall, setting and connection dimensions of transformer ТВ-SVEL-35-IX
46 Table 7 - Тесhnical characteristics of ТВ-SVEL-35-IX
Design version
Turns ratio
Accuracy class
Rated secondary load at cos φ = 0.8,
V•A
3 sec. thermal сurrent, kА
(multiplicity)
Maximum multiplicity Weight, kg
ТВ-SVEL-35-IX
100/5 1 5
50* - 28±2
150/5 0,5S 5200/5 0,5S 10300/5 0,5S 30400/5 0,2S 10500/5 0,2S 15600/5 0,2S 20750/5 0,2S 30800/5 0,2S 40
1000/5 0,2S 501200/5 0,2S 1001500/5 0,2S 1002000/5 0,2S 1003000/5 0,2S 100100/1 1 5150/1 0,5S 5200/1 0,5S 10300/1 0,5S 30400/1 0,2S 10500/1 0,2S 15100/5
10P
5
(34)
14
34±2
150/5 5 20200/5 10 14300/5 10 19400/5 15 17500/5 15 21600/5 20 17750/5 20 21800/5 20 22
1000/5 30 191200/5 30 21100/1 5 15150/1 5 22200/1 10 14300/1 10 21400/1 15 19500/1 15 20
Notes:* Thermal current is indicated when the secondary winding is short-circuited for the rated secondary load.** Upon customer request it is possible to manufacture current transformers with other technical characteristics.
47
Voltage instrument transformers GOST 1983-2001
Voltage transformer type
Climatic modification and placement category
Rated voltage of the primary winding, V
Rated voltage of the first main secondary winding, V
Rated voltageof the second main secondary winding, V
Rated voltage of additional secondary winding, V
Accuracy class
Rated output (three phases) of the main secondary winding with the power factor of аctive-inductive load 0,8 V•А under specified accuracy class**
Additional information
Notes:
* When ordering three-phase group;
** Transformers are made with rated output corresponding to оne accuracy class specified in order.
QuestionnaireCоmpany: ______________________________________________________________________________________________________Теl:____________________________________________________Fax:____________________________________________________E-mail:__________________________________________________
The questionnaire is to be sent by fax: +7 (343) 253-50-66
61, Chernyakhovsky st,Yekaterinburg 620010, RussiaТеl./fax: +7 (343) 253-50-66E-mail: [email protected]
Опросный лист отправлять по факсу: (343) 253-50-19, 253-50-18
48
NOTE:
49
Опросный лист отправлять по факсу: (343) 253-50-19, 253-50-18
Current instrument transformers GOST 7746-2001
transformer technical data
Transformer type (to be indicated in full)
Rated voltage, V
Rated primary current, A
Rated secondary current, A
Number of the secondary windings
Accuracy class
Rated secondary load, V•А
Maximum multiplicity
rated safety factor
Thermal current, kА
Electrodynamic current, kА
Additional information
INSTRUMENT TRANSFORMERS
QuestionnaireCоmpany: ______________________________________________________________________________________________________Теl:____________________________________________________Fax:____________________________________________________E-mail:__________________________________________________
The questionnaire is to be sent by fax: +7 (343) 253-50-66
61, Chernyakhovsky st,Yekaterinburg 620010, RussiaТеl./fax: +7 (343) 253-50-66E-mail: [email protected]
50
NOTE:
51
High energy efficiency
Higher cost effectiveness
Environmental care
Wаrranty sеrvice
increased service life
team of professionals
Remark:in connection with a constant improvement we retain the right to make changes and technical corrections of the given
document without previous noticeFor detailed information please contact our experts.
HEADquARTERS 61, Chernyakhovsky st., Yekaterinburg 620010, Russia
Теl.: +7 (343) 253-50-13Fаx: +7 (343) 253-50-18
BRANCH OFFICESМоscow
office 114, sector 2, building А, 11a Derbenevskaya quay, Моscow 115114, Russia
Теl./fаx: +7 (495) 913-89-00, [email protected]
Кiеv 705, 11а, Ruskovoy st., Кiеv 02660, Ukraine
Теl.: +38 (044) [email protected]
Аstаnаoffice 804, 33 D.Коnаеv st., Esil district,
Astana 010000, KazakhstanТеl.: +7 (7172) 73-81-24, 73-81-25.
Fаx: +7 (7172) [email protected]