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Mold temperature controllers are primarily used to heat and control the temperature of molds, while chillers are used for cooling and refrigerating equipment. Mold temperature controllers regulate temperature by heating or cooling a medium, while chillers lower temperature by cooling circulating water. Chillers can serve as auxiliary equipment to mold temperature controllers, helping to improve the efficiency of mold temperature control.

Yes. Through stable temperature control, mold temperature controllers can reduce cooling time, avoid instability caused by overheating or overcooling of the mold, shorten production cycles, and improve production efficiency. At the same time, stable mold temperature control can also improve the molding precision and quality of the finished products.

Common mold temperature controllers typically operate within a temperature range of 30℃ to 350℃, with the specific range depending on the equipment design and the medium used. For example, water-based mold temperature controllers usually operate between 30℃ and 90℃, while oil-based mold temperature controllers can reach 150℃ or even higher.

1. Shut down and troubleshoot: For air-cooled chillers, clean the condenser (use compressed air to blow out the filter); for water-cooled chillers, check the cooling tower water flow/temperature, water pump, and fan; if there is excess refrigerant, a professional should release it.

2. If the alarm persists, contact the manufacturer's after-sales service (Aode provides 24-hour technical support and remote diagnostics).

Choosing the right industrial chiller depends on several factors:

1. Cooling capacity requirements: Select a chiller based on the heat load required by the equipment or process you are cooling. A chiller that is too large or too small will affect efficiency.

2.Operating environment: If your ambient temperature is high, you may need to choose a water-cooled chiller, as it is generally more efficient.

3. Energy consumption: Choose energy-efficient equipment, considering long-term operating costs. Chillers with variable frequency technology are even more energy-saving.

4.Cooling medium: Select a suitable cooling medium (such as water or ethylene glycol) and its temperature range to ensure it matches your production process.

5 Space and installation: Ensure the chiller's installation space meets requirements, especially since the installation environment and space requirements differ between air-cooled and water-cooled chillers.

To improve the energy efficiency of a chiller, you can start from the following aspects:

1.Choose a high-efficiency chiller: Select a variable frequency drive (VFD) energy-saving chiller. VFD technology automatically adjusts the cooling capacity according to the load, avoiding unnecessary energy waste.

2.Optimize the system configuration: Adjust the cooling water flow and temperature according to production needs to avoid over-cooling or over-operation.

3.Regular maintenance: Keep the chiller's internal components clean, and regularly clean the heat exchanger, evaporator, and condenser to ensure heat exchange efficiency.

4.Optimize piping design: Reduce pipe bends and losses to ensure smooth water flow and effectively improve overall energy efficiency.