S9-M Oil-Immersed Transformer
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S9-M Oil-Immersed Transformer
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  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer
  • S9-M Oil-Immersed Transformer

S9-M Oil-Immersed Transformer

The S9-M series three-phase oil-immersed transformer adopts afully oil-flled,sealed corrugated oi tank.and the oil tank shell adapts tothe expansion performance of the oil withits own elasticity and meets the heat dissipation requirements.It has the characteristicsofhighefficiency and low loss,which can save a lot of power consumption and operating costs,and iswidely used in power plants,substations,industrial and mining enterprises,ports,airportsand other environmental protection places CStandard:IEC60076-1,IEC60076-2,IEC60076-3,IEC60076-5,IEC60076-10.

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Product Details

The S□-M series three-phase oil-immersed transformer adopts a fully oil-filled, sealed corrugated oil tank. and the oil tank shell adapts to the expansion performance of the oil with its own elasticity and meets the heat dissipation requirements. It has the characteristics of high efficiency and low loss, which can save a lot of power consumption and operating costs, and is widely used in power plants, substations, industrial and mining enterprises, ports, airports and other environmental protection places.
Standard: IEC60076-1, IEC60076-2, IEC60076-3, IEC60076-5, IEC60076-10.

Selection

1.1

Operating conditions

Ambient temperature: maximum temperature: +40°C, minimum temperature: -25℃.
Average temperature of the hottest month:+30℃, average temperature in the hottest year: +20℃.
Altitude not exceeding 1000m.
The waveform of the power supply voltage is similar to a sine wave.
The three-phase supply voltage should be approximately symmetrical.
The total harmonic content of the load current shall not exceed 5% of the rated current.
Where to use: indoors or outdoors.

Features

The product has the characteristics of high efficiency, low loss, low noise, etc.
High mechanical strength, balanced ampere-turn distribution, and strong short-circuit resistance.
Low no-load and load loss.
Small size, reliable operation, long service life, and maintenance free.

Structure

■  Iron core:

 The iron core is made of high-quality, high-performance, high-permeability silicon steel sheet, with low no-load loss.

 

 

 

■  High/low voltage winding:

● The low-voltage winding of 500KVA and below is a layer type, and the new spiral type is used for 630KVA and above.

● It  has  the  characteristics  of  high  mechanical  strength,  balanced  ampere  turn distribution, and strong short-circuit resistance.

 

 

 

■  Fully sealed structure:

 The product is a fully sealed structure. The vacuum oil filling process is used for the  transformer   packaging,  which  completely   removes  the   moisture  of  the transformer, ensures the  isolation  of the transformer  oil from the  outside  air, prevents  the  aging  of  the  oil,  and  improves  the  operation  reliability  of  the

transformer.

 

 

■  Positioning structure:

 The  product  body  has  added a  positioning  structure to  prevent  displacement during  transportation,  and  all  fasteners  are  equipped  with  fastening  nuts  to ensure  that  the  fasteners  do  not  loosen  during  long-term  operation  of  the product.

 

 

 

 Oil tank:

 The  oil  tank  adopts  a  corrugated  oil  tank.Simple   process,  high  mechanical strength,good welding effect,not easy to leak,due to the strong fluidity of the oil, the heat dissipation capacity of the product is improved.

 

■ Other configuration:

● Equipped  with  pressure  relief  valve,  signal  thermometer,  ensures  the  safe operation of the transformer.

 

S9-M 30~2500/10KV technical data

Rated
capacity
(KVA)
Voltage combination Connection group label No-load loss(W) Load   loss(W) No-load
curr
(%)
ent
Short circuit
impedance
Dimensions Total
weight
(kg)
High
voltage
(KV)
Tapping
range
Low
voltage
(KV)
L W H
30 6
6.3
10
10.5
11
±5
±2×2.5
0.4 Dyn11
Yyn0
Yzn11
130 630/600 2.3 4.0 745 530 890 280
50 170 910/870 2 790 560 940 365
63 200 1090/1040 1.9 820 570 950 425
80 250 1310/1250 1.9 850 580 1000 485
100 290 1580/1500 1.8 900 620 1010 540
125 340 1890/1800 1.7 880 630 1050 610
160 400 2310/2200 1.6 950 690 1120 710
200 480 2730/2600 1.5 990 730 1200 835
250 560 3200/3050 1.4 1180 700 1200 970
315 670 3830/3650 1.4 1230 760 1250 1125
400 800 4520/4300 1.3 1260 800 1300 1310
500 960 5410/5150 1.2 1400 900 1320 1530
630 Dyn11 Yyn0 1200 6200 1.1 4.5 1530 940 1350 1890
800 1400 7500 1 1580 1000 1420 2185
1000 1700 10300 1 1770 1180 1450 2480
1250 1950 12000 0.9 1920 1290 1430 3020
1600 2400 14500 0.8 1990 1340 1620 3550
2000 3000 17100 0.7 5.0 1950 1680 2100 4530
2500 3300 23200 0.7 2020 1710 2100 5030

Note  1:for transformers with rated capacity of 500kVA and below, the load loss values above the diagonal line in the table are applicable to the  Dyn11  or Yzn11 coupling group,and the  load  loss values  below  the diagonal  line  are applicable to the Yyn0 coupling group.

Note 2:when the average annual load rate of the transformer is between 35% and 40%, the maximum operating eficiency can be obtained by using the loss value in the table.

Overall and mounting dimensions(mm)

1.2

Note:The dimensions and weights provided are only for reference in design and selection.The final size and weight are subject to our product drawings.

S11-M 30~2500 /10KV technical data

Rated
capacity
(KVA)
Voltage combination Connection group label No-load loss(W) Load   loss(W) No-load
curr
(%)
ent
Short circuit
impedance
Dimensions Total
weight
(kg)
High
voltage
(KV)
Tapping
range
Low
voltage
(KV)
L W H
30 6
6.3
10
10.5
11
±5
±2×2.5
0.4 Dyn11
Yyn0
Yzn11
100 630/600 1.5 4.0 690 510 920 275
50 130 910/870 1.3 730 510 960 340
63 150 1090/1040 1.2 750 550 1000 385
80 180 1310/1250 1.2 790 620 1020 450
100 200 1580/1500 1.1 790 700 1040 520
125 240 1890/1800 1.1 840 800 1070 625
160 280 2310/2200 1 1070 670 1130 695
200 340 2730/2600 1 1140 750 1140 795
250 400 3200/3050 0.9 1200 800 1190 955
315 480 3830/3650 0.9 1300 860 1210 1085
400 570 4520/4300 0.8 1380 900 1240 1290
500 680 5410/5100 0.8 1450 950 1300 1590
630 Dyn11 Yyn0 810 6200 0.6 4.5 1500 970 1360 1850
800 980 7500 0.6 1660 1140 1400 2210
1000 1150 10300 0.6 1690 1190 1530 2570
1250 1360 12000 0.5 1760 1230 1600 3115
1600 1640 14500 0.5 1800 1250 1660 3520
2000 1940 18300 0.4 5.0 1930 1360 1490 4060
2500 2290 21200 0.4 2080 1360 1570 5105

Note  1:for transformers with rated capacity of 500kVA and below, the load loss values above the diagonal line in the table are applicable to the  Dyn11 or Yzn11 coupling group,and the  load  loss values  below the  diagonal  line are applicable to the Yyn0 coupling group.

Note 2:when the average annual load rate of the transformer is between 35% and 40%, the maximum operating eficiency can be obtained by using the loss value in the table.

Overall and mounting dimensions(mm)

 

1.3

 

Note:The dimensions and weights provided are only for reference in design and selection.The final size and weight are subject to our product drawings.

S13-M 30~2500 /10KV technical data

Rated
capacity
(KVA)
Voltage combination Connection group label No-load loss(W) Load   loss(W) No-load
curr
(%)
ent
Short circuit
impedance
Dimensions Total
weight
(kg)
High
voltage
(KV)
Tapping
range
Low
voltage
(KV)
L W H
30 6
6.3
10
10.5
11
±5
±2×2.5
0.4 Dyn11
Yyn0
Yzn11
80 630/600 1.5 4.0 685 490 860 260
50 100 910/870 1.3 725 520 955 365
63 110 1090/1040 1.2 750 535 970 415
80 130 1310/1250 1.2 770 565 985 465
100 150 1580/1500 1.2 800 595 1000 545
125 170 1890/1800 1.1 815 670 1010 585
160 200 2310/2200 1.1 1015 645 1055 695
200 240 2730/2600 1 1020 650 1115 810
250 290 3200/3050 1 1140 730 1120 930
315 340 3830/3650 0.9 1195 785 1175 1075
400 410 4520/4300 0.9 1265 855 1195 1255
500 480 5410/5100 0.8 1325 915 1240 1435
630 Dyn11 Yyn0 570 6200 0.8 4.5 1465 960 1295 1880
800 700 7500 0.6 1515 995 1340 2145
1000 830 10300 0.6 1605 1095 1460 2455
1250 970 12000 0.5 1685 1145 1485 2840
1600 1170 14500 0.5 1775 1225 1580 3310
2000 1550 18300 0.4 5.0 1855 1265 1600 3960
2500 1830 21200 0.4 1885 1305 1780 4980

Note  1:for transformers with  rated capacity of 500kVA and below, the load loss values above the diagonal line in the table are applicable to the  Dyn11  or Yzn11 coupling group,and the  load  loss values  below  the  diagonal  line  are applicable to the Yyn0 coupling group.

Note 2:when the average annual load rate of the transformer is between 35% and 40%, the maximum operating eficiency can be obtained by using the loss value in the table.

Overall and mounting dimensions(mm)

1.4

Note:The dimensions and weights provided are only for reference in design and selection.The final size and weight are subject to our product drawings.

S14-M 30~2500 /10KV technical data

Rated
capacity
(KVA)
Voltage combination Connection group label No-load loss(W) Load   loss(W) No-load
curr
(%)
ent
Short circuit
impedance
Dimensions Total
weight
(kg)
High
voltage
(KV)
Tapping
range
Low
voltage
(KV)
L W H
30 6
6.3
10
10.5
11
±5
±2×2.5
0.4 Dyn11
Yyn0
Yzn11
80 505/480 1.5 4.0 785 710 880 370
50 100 730/695 1.3 800 730 940 480
63 110 870/830 1.2 815 720 970 535
80 130 1050/1000 1.2 830 740 990 580
100 150 1260/1200 1.1 875 790 1010 705
125 170 1510/1440 1.1 875 770 1050 775
160 200 1850/1760 1 935 820 1140 975
200 240 2180/2080 1 995 870 1140 1140
250 290 2560/2440 0.9 995 900 1180 1240
315 340 3060/2920 0.9 1030 880 1250 1425
400 410 3610/3440 0.8 1075 910 1270 1635
500 480 4330/4120 0.8 1120 930 1320 1950
630 Dyn11 Yyn0 570 4960 0.6 4.5 1165 950 1350 2150
800 700 6000 0.6 1210 1050 1390 2515
1000 830 8240 0.6 1520 1020 1450 2635
1250 970 9600 0.5 1630 1090 1540 3210
1600 1170 11600 0.5 1680 1150 1600 3905
2000 1550 14600 0.4 5.0 1890 1300 1600 4130
2500 1830 16900 0.4 1990 1360 1700 5250

Note  1:for transformers with rated capacity of 500kVA and below, the load loss values above the diagonal line in the table are applicable to the  Dyn11 or Yzn11 coupling group,and the  load  loss values  below  the diagonal  line are applicable to the Yyn0 coupling group.

Note 2:when the average annual load rate of the transformer is between 35% and 40%, the maximum operating eficiency can be obtained by using the loss value in the table.

Overall and mounting dimensions(mm)

1.5

Note:The dimensions and weights provided are only for reference in design and selection.The final size and weight are subject to our product drawings.

 

 

 

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