Air Cooled Chiller ADCC-503

1. What type of refrigerant does the Air Cooled Chiller ADCC-503 use?

Air Cooled Chiller ADCC-503 primarily uses R22 refrigerant, which is effective for standard cooling needs. For environmentally friendly options, it also supports refrigerants like R134a and R407c. These alternatives offer lower ozone depletion potential and improved energy efficiency. Proper refrigerant handling ensures optimal performance and compliance with environmental standards.

2. Can Air Cooled Chiller ADCC-503 be used in laboratory settings?

Air Cooled Chiller ADCC-503 can be used in laboratory settings. This unit offers precise temperature control, which is essential for sensitive lab equipment. It has compact design fits well in limited space environments. Such Chiller operates quietly, minimizing disruption in lab workflows. Advanced safety features ensure stable and reliable performance for continuous lab use.

3. What safety features does the Air Cooled Chiller ADCC-503 include?

Air Cooled Chiller ADCC-503 includes several safety features to ensure reliable and secure operation. It is equipped with a multiple alert system that monitors temperature, water flow, and pressure. In case of abnormalities, it triggers visual and audible alarms and can automatically shut down to prevent damage. Phase protection safeguards against power supply issues like phase loss or imbalance. These features help minimize downtime and extend the life of the unit.

4. What is the flow rate of the built-in pump in Air Cooled Chiller ADCC-503?

The built-in pump of Air Cooled Chiller ADCC-503 offers a flow rate of approximately 100 litres per minute. This high flow capacity ensures efficient circulation of chilled water throughout the system. It supports consistent cooling performance, even in demanding applications. The flow rate is suitable for a variety of industrial and laboratory processes requiring stable temperature control.

5. Can Air Cooled Chiller ADCC-503 operate in hot environments?

Air Cooled Chiller ADCC-503 can operate effectively in hot environments. It is designed to perform reliably in ambient temperatures up to around 35°C. This unit has proper ventilation around that is essential to maintain optimal cooling efficiency. Designed with an air-cooled system, it dissipates heat efficiently without relying on external water sources. This makes it suitable for use in warm industrial and lab settings with consistent performance.

6. What are Air Cooled Chillers?

Air Cooled Chillers are refrigeration systems that remove heat from a process or space using ambient air. They use fans to dissipate heat through air-cooled condenser coils. These chillers are commonly used in industrial, commercial, and HVAC applications. They are easy to install, require less maintenance, and don't need a separate cooling tower. Ideal for areas with limited water supply, they offer a cost-effective cooling solution.

7. What is the working principle of Air Cooled Chillers?

Air Cooled Chillers work by circulating refrigerant through a closed loop to absorb heat from the water or fluid being cooled. Their refrigerant vapor is compressed, raising its temperature and pressure. Fans then blow air over condenser coils to release this heat into the atmosphere, condensing the refrigerant back into a liquid. The cooled refrigerant returns to the evaporator to absorb more heat, continuing the cycle.

8. What are the benefits of Air-Cooled Chillers?

Air Cooled Chillers have lower maintenance needs compared to water-cooled systems, reducing operational costs. Their compact design makes them suitable for limited spaces and a variety of environments. They are energy-efficient, especially when equipped with variable speed compressors and fans. Additionally, Chillers are environmentally friendly by eliminating water consumption and minimizing heat discharge.