Product details:
The tubular cooler consists of two oil coolers with the same area and a three-way valve device, one working and the other standby. Each cooler can bear the cooling load of the entire system. One end of the tube plate is fixed, and the other end is a floating, detachable tube bundle and water chamber cover, which is easy to clean, inspect and maintain during operation. The material of the cooler can be selected from various options based on the usage location and water system conditions.
1: Model Description
2: Specifications, Models, and Performance Parameters Table
model
|
area of cooling surface
|
Working pressure
|
operation temperature
|
Pressure drop
|
Medium viscosity
|
Oil water flow ratio
|
Heat transfer coefficient
|
|
Oil side
|
Water side
|
|||||||
2LQFW
|
0.5~16
|
1.6
|
|
≤0.1
|
|
20~300
|
1: About 1
|
≥350
|
2LQFL
|
0.5~16
|
|||||||
2LQF6W
|
0.5~16
|
|||||||
2LQF1W
|
19~290
|
1.0
|
≤100
|
≤0.05
|
||||
2LQFW
|
19~290
|
|||||||
2LQF4W
|
0.5~14
|
|||||||
2LQGW
|
0.2~11.45
|
1.6
|
|
|
||||
2LQF3W
|
1.3~5.3
|
≤0.15
|
20~200
|
≥400
|
Note: The GLC-A new high-efficiency oil cooler has a 15% increase in heat transfer coefficient k compared to the GLC type under the same operating conditions
Advantages of tubular cooler:
Wide selection range (carbon steel, stainless steel, copper and other metals)
Flexible design, complete specifications, strong practicality, and cost savings.
Widely applicable conditions, strong adaptability, suitable for a wide range of pressures, temperatures, and multiple media heat exchange.
Low maintenance cost, easy operation, long cleaning cycle, and convenient cleaning.