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Oil Type Three Phase Distribution Transformer with Onan Cooling

China Oil Type Three Phase Distribution Transformer with Onan Cooling, Find details about China Distribution Transformer, Oil Immersed Transformer from Oil Type Three Phase Distribution Transformer with Onan Cooling

Model NO.
S9/S10/S11
Usage
Distribution Transformer
Frequency Characteristics
Power Frequency
Shape of Core
Ring
Vector Group
Yyno/Dyn11
Winding Material
Copper/Aluminium
Mounted Method
Pole-Mounted/Pad-Mounted
Surface Treatment
Spray
on Load Tap Change/off Load Tap Changer
Optional
Bushing Material
Porcelain/Epoxy Resin
Trademark
Powertech
Transport Package
Wooden Packing
Specification
IEC, GB
Origin
Zhejiang, China
HS Code
8504349000
Model NO.
S9/S10/S11
Usage
Distribution Transformer
Frequency Characteristics
Power Frequency
Shape of Core
Ring
Vector Group
Yyno/Dyn11
Winding Material
Copper/Aluminium
Mounted Method
Pole-Mounted/Pad-Mounted
Surface Treatment
Spray
on Load Tap Change/off Load Tap Changer
Optional
Bushing Material
Porcelain/Epoxy Resin
Trademark
Powertech
Transport Package
Wooden Packing
Specification
IEC, GB
Origin
Zhejiang, China
HS Code
8504349000

 Oil Type Three Phase Distribution Transformer with ONAN Cooling

A distribution transformer is a device that steps down voltage to convert it from the very high voltage used for distribution to the lower voltages needed by utility customers. A single transformer can serve several customers, and it is also possible for a utility to install a distribution substation for areas with high energy use, like industrial parks.
As electricity enters the distribution transformer, it travels through a series of coils that step down the voltage while retaining the original frequency. The transformer feeds the reduced voltage out to distribution lines, which deliver it to individual facilities with service drops. The size of a service drop depends on the facility; a single residence has relatively low requirements, while a factory or similar facility may need a very large voltage drop to meet its power needs.
Insulation used inside a distribution transformer can vary. Some are dry, and rely on air as an insulator, while others have liquids. The choice of insulator, casing, and other materials can depend on the type of voltage the device needs to be able to handle, regional electric codes, and the preference of the utility. Whether wet or dry, the device needs periodic inspection to confirm that the insulation is in good condition and the device is working properly.
Power companies can move or add distribution transformers to the grid as necessary to meet evolving power needs. Brief service outages may occur while the utility performs work, as personnel cannot handle these devices while they are live. Typically the utility serves notice when it knows about work in advance, and provides an outage window for customers to plan around. When a distribution transformer fails, causing a brownout or a full power outage in the region it serves, the utility acts as quickly as possible to restore power.

Technical Datas 
 
Rated capacity
(KVA)		Voltage
group(KV)		Vector
group		Impedance voltage(%)(KW)
Loss		No-load current(%)
No-loadLoad
10(HV)
11
10.5
10
6.3
6
(LV)
0.4
0.69		Yyno
Dyn11		40.0650.43.5
200.080.523.0
300.10.63/0.62.3
500.130.91/0.872.0
630.151.09/1.041.9
800.181.31/1.251.9
1000.21.58/1.51.8
1250.241.89/1.81.7
1600.282.31/2.21.6
2000.342.73/2.61.5
2500.43.2/3.051.4
3150.483.83/3.651.4
4000.574.52/4.31.3
5000.685.41/5.151.2
6304.50.816.21.1
8000.967.51.0
10001.1510.31.0
12501.3612.00.9
16001.6414.50.8
20001.9619.80.8
25002.3123.00.7


Oil Type Three Phase Distribution Transformer with Onan CoolingOil Type Three Phase Distribution Transformer with Onan Cooling
 

Oil Type Three Phase Distribution Transformer with Onan Cooling
Oil Type Three Phase Distribution Transformer with Onan Cooling
Oil Type Three Phase Distribution Transformer with Onan Cooling
Oil Type Three Phase Distribution Transformer with Onan Cooling

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