2025-07-28
Air Cooled Screw Chiller occupies an important position in the field of industrial temperature control with the characteristics of efficient refrigeration and flexible installation. It adopts screw compression technology and air cooling, which can regulate the temperature quickly and stably. Energy saving and operating stability are its core advantages, meeting the needs of various industries for "efficient temperature control and low energy consumption".
The refrigeration process of the air-cooled screw chiller embodies the precise energy conversion logic. As the core component, the screw compressor realizes the compression and transportation of refrigerant through the meshing rotation of two yin and yang rotors. With the air heat exchange system in the condenser, the heat is quickly dissipated to the external environment. This air cooling method does not need to rely on the cooling water tower, eliminates complicated waterway installation, and completes heat exchange directly through the fan, making the refrigeration cycle more efficient and concise. At the same time, the intelligent temperature control module in the unit can automatically adjust the operating frequency of the compressor according to the changes of ambient temperature and load, ensure that the output cold is accurately matched with the actual demand, and avoid energy waste.
High-quality air-cooled screw chillers show many advantages in performance. The refrigeration capacity covers a wide range, ranging from tens of kilowatts to hundreds of kilowatts, which can be adapted to industrial production scenarios of different scales. The energy efficiency ratio (COP value) is an important indicator. Advanced models can reach 3.5 or more, which means that they consume less electricity when generating the same amount of cold. In addition, the equipment has a strong ability to resist load fluctuations. When the temperature control needs of the production workshop suddenly change, it can quickly respond and adjust the output, keep the system temperature stable in the range of ±1℃, and ensure the consistency of the production process.
The application scenarios of air-cooled screw water chillers are very wide, which is closely related to their flexible operation characteristics. In the plastic processing industry, it can provide a stable cooling water source for injection molding machines and extruders to ensure the quality of plastic parts molding; in the electronics manufacturing industry, it can be used to cool precision instruments and equipment to avoid the impact of operation accuracy by high temperature; in the field of food processing, its fast refrigeration ability can meet the temperature control of refrigeration and freshness preservation, low-temperature processing and other links. Demand. For water-sacce areas or factories with limited space, the design without cooling water towers makes it more advantageous to install and reduces site restrictions.
With the promotion of the concept of industrial green development, air-cooled screw water chillers are also continuing to upgrade their technology. The popularization of frequency conversion technology makes the compressor operation more energy-saving, and some models can achieve smooth adjustment within the 30%-100% load range; the intelligent control system realizes remote monitoring and fault warning through Internet of Things technology, which improves the convenience of equipment management; the noise reduction design optimizes the fan structure and adds sound insulation. Materials, reduce operating noise, and improve the working environment of the workshop. These upgrades make the equipment more in line with the environmental protection and humanization needs of modern industry while cooling efficiently.
In the field of industrial refrigeration equipment, Dongguan Niasi Plastic Machinery Co., Ltd with an in-depth understanding of the needs of the industry, has launched an air-cooled screw chiller with the characteristics of high-efficiency refrigeration and stable operation. Its products focus on energy-saving design and intelligent control, which can adapt to a variety of industrial scenarios such as plastic processing and electronic manufacturing, provide reliable support for accurate temperature control in the production process, and help enterprises reduce energy consumption costs while improving production efficiency.