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Oil Coolers Ц system OFWF

Oil coolers Ц of vertical type are designed for water-cooling of transformer oil of stationary power and furnace transformers of the“Ц” cooling system, for installation of general-purpose transformers in pod-mount and remote systems.

Symbol legend structure of oil cooler:

Oil cooler

Ц

-

63

/

900

-

H

-

O

4

 

 

|

-

-

-

-

-

-

-

-

-

Type of oil cooler

 

 

 

|

-

-

-

-

-

-

-

Heat current, kW

 

 

 

 

 

|

-

-

-

-

-

Effective length, mm

 

 

 

 

 

 

 

|

-

-

-

Cooling water index

 

 

 

 

 

 

 

 

 

|

-

Climatic version

 

 

 

 

 

 

 

 

 

 

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Category of location

 

Example of symbols of oil cooler with 63 kW heat current designed for operation on fresh water - Н, climatic version УХЛ, category of location 4, when ordering and recording it in the documentation of a different product: 

"Oil cooler Ц-63/900-Н- УХЛ 4, ТУ 3418-001-91305366-2011" 

The same, designed for operations on mineralized water - М, for deliveries to countries with a moderate climate: 

"Oil cooler Ц-63/900-М-УХЛ4, ТУ 3418-001-91305366-2011" 

The same, designed for operations on saline water -М5, for deliveries to countries with a tropical climate: 

"Oil cooler Ц-63/900-М5-О4, ТУ 3418-001-91305366-2011" 

 

Technical Specifications of Batch-Produced Oil Coolers

Table 1

Type of oil cooler

Main parameters

Heat current, 
kW, 
no less than

Oil flow rate, 
m3/h

Water flow rate, 
m3/h

Inlet cooling water temperature, 

Excess of oil temperature above water temperature 
at the inlet, C°

Hydrodynamic resistance,
kilo Pascal (kgf/cm2)

Working pressure, 
mega Pascal 
(kgf/cm2)

Weight, kg, no less than

УХЛ4

Т4

for oil

for water

oil

water

Oil cooler Ц - 63 / 900

63

16

10

25

40

40

6.0 
(0.06)

 4.0 
(0.04)

 0.4
(4.0)

 0.3
(3.0)

170

Oil cooler Ц - 100 / 1100

100

25

10

25

40

40

 20.0 
(0.20)

 5.0 
(0.05)

 0.4
(4.0)

 0.3
(3.0)

185

Oil cooler Ц - 160 / 1250

160

50

20

25

40

40

70.0 
(0.70)

9.0 
(0.09)

0.4
(4.0)

 0.3
(3.0)

200

Oil cooler Ц-200 / 1500

200

60

20

25

40

40

 80 
(0.80)

12.0 
(0.12)

 0.4
(4.0)

0.3
(3.0)

210

Oil cooler Ц-250 / 900

250

80

35

25

40

40

40 
(0.40)

5.0 
(0.05)

0.4
(4.0)

 0.3
(3.0)

270

Oil cooler Ц-300 / 1100

300

100

35

25

40

40

60.0 
(0.20)

5.0 
(0.05)

0.4
(4.0)

0.3
(3.0)

290

Oil cooler Ц-400 / 1250

400

100

35

25

40

40

80 
(0.80)

5.0 
(0.05)

0.4
(4.0)

 0.3
(3.0)

310

Oil cooler Ц-500 / 1500

500

150

50

25

40

40

100 
(1.0)

5.0 
(0.05)

0.4
(4.0)

 0.3
(3.0)

340

 

Oil coolers may be manufactured in accordance to the customer’s individual requirements.
The guaranteed service life is 24 months since the date of commissioning of oil coolers, though not exceeding 36 months since the date of shipment from the manufacturing plant.
The complete assigned lifetime is no less than 20 years.

INFO

OIL COOLERS

Heat exchanger is a device designed for heat (power) transfer from one medium to another with a lower temperature. Hot heat transfer fluid (HTF), while moving along heat exchange channels, provides the colder separating plate with some of heat current and leaves the bay in a considerably much colder condition. Cold HTF, while moving along heat exchange channels, is heated from the hotter separating plate and leaves the bay in a considerably hotter condition, with an additional heat current. The complete heat transfer process from the hot HTF to the cold HTF is called heat transfer.

 In stationary steam turbine plants oil is cooled in heat exchangers called oil coolers. The oil coolers of steam turbine plants and turbines are devices intended for oil cooling with water. The main functions of oil used in the steam turbine plants of electric power stations: friction surface wear protection, reduction of friction power losses, heat transfer emitted as a result of friction, generator shaft sealing, corrosion prevention, transfer and movement of the executive mechanisms of the turbine control and protection system.

小心和有效利用能源资源的地球是一个全世界主要的问题。 俄罗斯与它的气候条件,这是问题的第1号。 在增加生产、创造能力的加强方面的目前使用的热交换器了 建立高效率的和契约热交换器能够提供节约能源、燃料经济、材料和劳动费用。
重要的作用,解决这一问题中发挥有采用新的方法加强传热设计和制造的热转让的设备。 热交换器是一个重要的金属部分的所有电厂。 他广泛使用,在能源、化学业、炼油、冶金、粮食业和许多其他部门。 例如,在石油化工厂总数大规模的热交换器是大约40%的总重量的所有加工设备。 经验研究、生产、运行的各种热交换器表明,采用的方法加热转移导致了降低的方面和金属的消费量,这些装置和一个半至两倍或更多(而与类似的手段),而且还能大幅度降低的过程中的堵塞和盐的形成。 这极大地减少了业务费用的增长服务寿命的提高可靠性的热交换器了

该公司 "AИMTEК"(技术解决办法)正在研究领域加强热交换的过程,开发技术的应用方法加强在制造传热设备。 主要活动的公司"AIMTEK"--研究、设计和制造的热交换器,为电力工程工业。 连续产品的公司分由以下方面:

1. 能源

石油箱子-箱旨在为润滑系统、管制系统的蒸汽涡轮机;

2. 电子工程

空气冷却剂、气冷却器-冷却器,用于冷却系统电机作为发电机、大型发电机的变压器。

石油箱-冷却系统,旨在冷却固定的电力变压器油、电力反应堆供一般性使用。

石油箱子-箱旨在为润滑系统的垂直的同步电机和水力发电机。

3. 液压系统

石油箱子-箱旨在为润滑行车的变速箱、压缩机、液压机、压力机、水淬坦克。

该公司的目标是研究、设计、生产高效率的节省能源的热交换器和装置。