RTDC Series
A cooling radiator driven by an air motor can be customized to pair with the motor based on specific requirements
Air-Cooled Type
- Operating Principle: This type of aftercooler uses ambient air as the cooling medium, typically equipped with a fan to enhance airflow and accelerate heat dissipation.
- Advantages: Simple structure, easy maintenance, and relatively low cost.
- Disadvantages: Cooling efficiency decreases in high-temperature environments; it is more suitable for applications with lower cooling requirements.
Water-Cooled Type
- Operating Principle: Heat exchange is achieved through circulating cooling water, usually installed with cooling towers or water tanks, where water absorbs heat and is either discharged or recirculated.
- Advantages: High cooling efficiency, stable operation under various conditions, and suitable for industrial applications with high cooling demands.
- Disadvantages: Requires a water source and necessitates considerations for water treatment and maintenance, which may lead to higher costs.
Oil-Cooled Type
- Operating Principle: Uses oil as the cooling medium, which not only cools but also provides lubrication, making it suitable for certain specialized applications.
- Advantages: Oil effectively carries away heat and provides lubrication, reducing friction losses.
- Disadvantages: Higher management requirements for oil, including regular replacement and disposal, which may pose environmental concerns.
Product Groups
Aftercooler Compressed Coolers
Cooling Medium
Air / Water / Oil
Application
Industrial
Technology
Brass
