Transformer factory

win-winHonest and trustworthy, service first

contact number:eight trillion and six hundred and eighteen billion nine hundred and fifty-four million four hundred and ninety-three thousand six hundred and ninety-three

BlanickTransformer temperature in high voltage distribution roomTalking about the working organization

Article author:Blanick issuing time:2022/09/21 09:01:05 Reading:70

The efficiency of transformer is closely related to the output power level of transformer. Generally the greater the output power, the smaller the loss to output power ratio and the higher the efficiency. On the contrary, the smaller the output power, the lower the efficiency.

9Principle of step-up dry-type transformer: the step-up dry-type transformer is a component that correspondingly converts low communication AC voltage, large current flow and small characteristic impedance into high communication AC voltage, small current and large characteristic impedance. When there is an AC circuit in the original coil,33kV power transformer the communication AC magnetic flux will be caused in the transformer core (or magnetic core),OtrukovichTransformer price of 1000 KVAWhy the industry is still facing development confusion and we cant neglect it in daily application. The common problems of power transformer conductor, power transformer winding and power transformer tapping power switch are analyzed below:

According to the introduction of transformer manufacturers, the capacity utilization rate is only about %, which is regarded as & ldquo; Great Lars car & rdquo;, After replacing one kva small transformer, the utilization rate is close, but the main parameters of the two transformers are evaluated as shown in Table . Table evaluates the main parameters of the transformer: capacity (VA) iron loss (W) copper loss (W). Firstly, the output power is saved according to the customary calculation method (ignoring copper loss): the results show that the loss of large capacity transformer is lower than that of small capacity transformer, It actually consumes electromagnetic energy.

YPentichtonMaintenance contents of power transformer

FhVisual inspection method for transformer inspection

The specific contents include eliminating the shortcomings found in the patrol inspection,33kV power transformer cleaning the porcelain waterproof casing, removing and replacing the cracked or brittle leather pad, checking and tightening the nodes, replenishing the oil with less oil, checking and replacing the silica gel of the breathing mask, etc.


BlanickTransformer



First of all, although dry-type transformer has strong moisture resistance, it is generally open structure or very susceptible to moisture, especially the insulation level of dry-type transformer manufactured in China is low (lower flame retardant grade) Therefore, the dry-type transformer can obtain high stability only when the air humidity is below %. The dry-type transformer shall also be prevented from stopping operation for a long time to prevent serious damp. When the grounding resistance value is less than / V (operating voltage),33kV power transformer it indicates that the transformer is seriously damp, and the trial operation shall be terminated.

tFault judgment of power transformer

PThe secondary inductive equipment of the distribution station (such as transformer,OtrukovichTransformer price of 1000 KVAWhy the industry is still facing development confusion voltage transformer, automobile relay, AC contactor, etc.) operates normally. According to the AC current, the winding transformer core will send out a symmetrical rhythm and a certain tone & ldquo; Buzz, buzz & rdquo; Sound. The operation staff of the transformer manufacturer should understand and grasp the characteristics of the noise. When the equipment has common faults, there will be noise and even & ldquo; Crackle & rdquo; The charging and discharging sound can distinguish the generation and characteristics of common equipment faults according to the music law and sound transformation when everything is normal and abnormal.

Zquality indexDry type transformer is a common electrical equipment, which can be used to convert the alternating voltage of one standard value into another standard value of the same frequency. The step-up dry-type transformer is used to convert the low-grade alternating voltage into another high-grade alternating voltage of the same frequency. It is widely used in high-frequency industries,Power transformer price: 1000KVA, 33kV power transformer, 25kV power transformer, power transformer, oil immersed transformer, dry-type transformer factory such as variable frequency power supply.

gHThe fundamental reason for this kind of inaccuracy is that when the transformer & ldquo; Dalar trolley & rdquo; is considered according to the size of capacity utilization rate, the high-capacity transformer must be replaced by the small-capacity transformer with high utilization rate, and then the iron loss is considered and the copper loss is ignored. In fact, for a certain load, the active power loss of small capacity exceeds that of large capacity The active power loss of the transformer, so it consumes electromagnetic energy.

Automatic system of centrifugal fan: measure the temperature data signal according to the PT thermistor temperature measuring resistor of the embedded parts at the hot part of the bottom pressure winding. The transformer load expands and the operating temperature increases. When the winding temperature reaches ℃, the system software automatically starts the centrifugal fan for refrigeration; When the winding temperature is as low as ℃ the system software will automatically terminate the centrifugal fan.


BlanickTransformer



Transformer manufacturers said that at this stage, the energy-saving distribution transformer Market in China is relatively scattered, coupled with the constraints of factors such as low threshold in the field, uneven companies, lack of evaluation and specifications, resulting in the slow marketing and promotion of energy-saving transformers.

Quotation sheetoSeveral detection methods for installing transformer

AIn relay protection dry-type transformer, the disconnection of the fault point is related to each other. In a word, if there is any problem at a certain point, it will affect the whole power circuit and cause short circuit obstruction. If not handled properly, it will cause great damage.

According to the introduction of transformer manufacturers, the capacity utilization rate is only about %, which is regarded as & ldquo; Great Lars car & rdquo;, After replacing one kva small transformer, the utilization rate is close, but the main parameters of the two transformers are evaluated as shown in Table . Table evaluates the main parameters of the transformer: capacity (VA) iron loss (W) copper loss (W). Firstly, the output power is saved according to the customary calculation method (ignoring copper loss): the results show that the loss of large capacity transformer is lower than that of small capacity transformer, It actually consumes electromagnetic energy.

iBlanickThis is the example of power consumption engineering as power saving. The key reason is that the habitual calculation method ignores the copper loss.

lUTransformer manufacturers generally adopt IP protective casing, which can avoid the entry of solid dirt with a diameter of more than mm, rats, snakes, cats, birds and other animals, resulting in vicious common faults such as short-circuit fault and power failure, and provide a safe natural barrier for the energized part. If the transformer equipment must be outdoors, IP protective casing can be adopted, which can avoid being equally divided with the above IP protective effects However, so pay attention to the reduction of its operating volume.

The specific contents include eliminating the shortcomings found in the patrol inspection cleaning the porcelain waterproof casing, replenishing the oil with less oil checking and tightening the nodes, checking and replacing the silica gel of the breathing mask, etc.

Copyright Notice:Transformer factoryProvidedBlanickTransformer temperature in high voltage distribution roomTalking about the working organizationIt comes from the Internet and is only used for display purposes, and does not guarantee the accuracy, validity, timeliness or completeness of such information. The copyright of some pictures and text still belongs to the original author. If you infringe on your rights, please contact us and we will delete it within 24 hours as soon as possible. We only provide free services, relatedBlanickTransformer temperature in high voltage distribution roomTalking about the working organizationIt also does not indicate the views or opinions of this website, and has no reference value. Thank you.

    •   +86
    •   +1
    •   +355
    •   +213
    •   +93
    •   +54
    •   +971
    •   +297
    •   +968
    •   +994
    •   +247
    •   +20
    •   +251
    •   +353
    •   +372
    •   +376
    •   +244
    •   +1
    •   +1
    •   +43
    •   +61
    •   +853
    •   +1
    •   +675
    •   +1
    •   +92
    •   +595
    •   +970
    •   +973
    •   +507
    •   +55
    •   +375
    •   +1
    •   +359
    •   +1
    •   +389
    •   +229
    •   +32
    •   +354
    •   +1
    •   +48
    •   +387
    •   +591
    •   +501
    •   +267
    •   +975
    •   +226
    •   +257
    •   +850
    •   +240
    •   +45
    •   +49
    •   +670
    •   +228
    •   +1
    •   +1
    •   +7
    •   +593
    •   +291
    •   +33
    •   +298
    •   +689
    •   +594
    •   +590
    •   +39
    •   +63
    •   +679
    •   +358
    •   +238
    •   +500
    •   +220
    •   +242
    •   +243
    •   +57
    •   +506
    •   +1
    •   +299
    •   +995
    •   +53
    •   +590
    •   +1
    •   +592
    •   +7
    •   +509
    •   +82
    •   +31
    •   +599
    •   +1
    •   +382
    •   +504
    •   +686
    •   +253
    •   +996
    •   +224
    •   +245
    •   +1
    •   +233
    •   +241
    •   +855
    •   +420
    •   +263
    •   +237
    •   +974
    •   +1
    •   +269
    •   +383
    •   +225
    •   +965
    •   +385
    •   +254
    •   +682
    •   +599
    •   +371
    •   +266
    •   +856
    •   +961
    •   +370
    •   +231
    •   +218
    •   +423
    •   +262
    •   +352
    •   +250
    •   +40
    •   +261
    •   +960
    •   +356
    •   +265
    •   +60
    •   +223
    •   +692
    •   +596
    •   +230
    •   +222
    •   +1
    •   +1
    •   +976
    •   +1
    •   +880
    •   +51
    •   +691
    •   +95
    •   +373
    •   +212
    •   +377
    •   +258
    •   +52
    •   +264
    •   +27
    •   +211
    •   +674
    •   +505
    •   +977
    •   +227
    •   +234
    •   +683
    •   +47
    •   +672
    •   +680
    •   +351
    •   +81
    •   +46
    •   +41
    •   +503
    •   +685
    •   +381
    •   +232
    •   +221
    •   +357
    •   +248
    •   +966
    •   +590
    •   +239
    •   +290
    •   +1
    •   +1
    •   +378
    •   +508
    •   +1
    •   +94
    •   +421
    •   +386
    •   +268
    •   +249
    •   +597
    •   +677
    •   +252
    •   +992
    •   +886
    •   +66
    •   +255
    •   +676
    •   +1
    •   +1
    •   +216
    •   +688
    •   +90
    •   +993
    •   +690
    •   +681
    •   +678
    •   +502
    •   +58
    •   +673
    •   +256
    •   +380
    •   +598
    •   +998
    •   +34
    •   +30
    •   +852
    •   +65
    •   +687
    •   +64
    •   +36
    •   +963
    •   +1
    •   +374
    •   +967
    •   +964
    •   +98
    •   +972
    •   +39
    •   +91
    •   +62
    •   +44
    •   +1
    •   +246
    •   +962
    •   +84
    •   +260
    •   +235
    •   +350
    •   +56
    •   +236
3.433984s