- Production time: up to 45 calendar days.
- Delivery: up to 30 days
- Support service: service center in Russia, online support.
- Equipment warranty: 2 years after commissioning.
Technical characteristics of the cooling station with enclosed-type cooling tower | |
---|---|
Name | Parameters |
Capacity | 400,000 Kcal/h |
Cooling water volume | 80 m3 / hour |
Input water temperature | 35 °С |
Outlet water temperature: | 5-7 °С |
Fans power | 3 x 2.2 kW |
Air volume of fun | 56 m3/h*3 |
Spray pump flow | 65 m³ |
Spray pump power | 1.5 kW |
Spray pump die | 5 m |
The main circulating pump power | 2х15 kW |
The main circulating pump flow | 87 m³ |
The main circulating pump die | 38m |
Pipe inlet/outlet diameter: | DN100 |
Operating pressure | 0.05 - 0.35 Mpa |
Operating voltage | 380V / 50Hz |
External dimensions of the machine | 3400*2200*2750 mm |
Equipment weight | 1750 kg |
General information about the HS-80 cooling station with enclosed-type cooling tower
The HS-80 T cooling station is the industrial equipment, that used for cooling liquids, usually it’s water, in industrial processes. This station includes the enclosed-type cooling tower, which plays an important role in the cooling process.
Its function is that the heat conductor, which is heated due to the equipment operation or manufacturing processes, enters the cooling station. In the enclosed-type cooling tower, some part of the water evaporates from this heat conductor. Special fans and air flows help in this process, and due to the water evaporates, it reduces the temperature of the heat conductor.
After that, the cooled heat conductor exits from the cooling station and can be sent back to the process or equipment where it is used for cooling.
The main advantage of such stations is saving water. In contrast with atmospheric cooling towers, where water evaporates into the atmosphere, in enclosed-type systems water is returned back to the process, which is especially important in regions with limited water resources or for companies, that seeking more sustainable usage of resources.
Cooling stations, such as the HS80 T, are used in manufacturing enterprises to maintain a stable water temperature. They ensure the water circulation inside the enclosed system and help to control its temperature.
Cooling stations with enclosed-type cooling tower, such as the HS-80 T, are used in many different spheres and industries. For example
- Industrial production
- Electric-power industry
- Food production
- Medicine production and chemical industry
- Oil and gas processing
- Electronics production
- Healthcare
These spheres are just some usage examples of cooling stations with enclosed-type cooling tower. These systems have the vast scope of application in different industry and technology sphere where effective cooling and temperature control are required.
These systems include different equipment such as pumps, heat exchangers and control equipment that work together for efficient cooling and temperature control.
Q&A for cooling stations with enclosed-type cooling tower
The cooling system with enclosed-type cooling tower, such as the HS80 T, is an industrial equipment, that used for cooling of the heat conductor (usually, water) in industrial processes. The enclosed-type cooling tower is a key component of this system and is responsible for the water evaporation process from the heat conductor, with the subsequent reduction of its temperature.
In the enclosed-type cooling tower, air flows and fans help in some water evaporation process of from the heat conductor. It allows to reduce the temperature of the heat conductor. Than the cooled heat conductor can be sent back to the process or equipment for additional cooling.
The main advantage of enclosed cooling systems is water saving. In contrast with atmospheric cooling tower, where water evaporates into the atmosphere, in enclosed-type systems water is returned back to the process. It’s especially important in regions with limited water resources or for companies, that seeking more sustainable usage of resources.
These systems are used in different industries, including:
- Industrial production
- Electric-power industry
- Food production
- Oil and gas processing
- Electronics production
- Healthcare
It’s just some examples of these systems applications, and they are widely used in different industry and technology spheres, where effective cooling and temperature control are required.











