High Quality Oil Cooler
Packaging: | wooden case |
Product Description
product name: high quality oil cooler
high quality oil cooler
1. General description.
3. structure and dimension
3. product packing.
high quality oil cooler
1. General description.
GLC series of shell and tube type oil cooler is in accordance with the foreign materials to develop and become a new type of high-efficiency cooler, applicable to the metallurgical, mining, chemical, electric power, machine tool, light industry, plastic industry such as hydraulic lubrication system, its working medium cooling to the prescribed temperature.
GLC series cooler by core shell, front cover, back cover, cooling, etc. Cooling core, fixed tubesheet heat exchange tube, floating tube plate, baffle plate and support bar. Using copper fin tube heat exchange tube and tube fixed at one end, one end of the float, thus effectively avoid the structure failure due to thermal expansion. Cooling pipe can be pumped from the shell, to facilitate inspection, cleaning and maintenance.
This type of cooler has small volume, light weight and innovative structure, characteristics of heat transfer effect is remarkable, performance reached the level of similar foreign products.
2. Product model code.
2. Product model code.
GL C X _ X / X X
1 2 3 4 56
1 Code Name: Pipeline Oil Cooler
2 Structure of Interchanger: C—Finned Tue
3 Design Number: 1—6 ( water port: nut type; Oil port: flange or nut type )
4 Nominal Cooling Area: 0.4~90m2
5 Pressure Grades: 0.6, 1, 1.6MPa
6 Connection Mode: Omission—threaded connection; F—flanged connection.
3. structure and dimension
Model |
Cooling
Area
|
Operating
Pressure
(MPa)
|
Operating
Temperature
(°C)
|
Pressure loss |
Flow Ratio
between
oil and water
|
Medium
Viscosity
|
Heat exchange
coefficient
|
|
Oil side |
Water
Side
|
|||||||
GLC1 |
0.4~12 |
0.6 |
1:1 |
20~300 |
≥350 |
|||
GLC1 |
1.3~3.5 |
0.60 |
≤100 |
≤0.1 |
≤0.05 |
|||
GLC1 |
4~111 |
1.0 |
||||||
GLC1 |
13~27 |
1.6 |
3. product packing.
The product is packing in wooden case for long term distance.