Electroplating specific chiller

name: Electroplating specific chiller model: explain:

Electroplating chillers originated in the United States. In the 1960s and 1970s, the United States was the first to develop chillers, known as Air cool Chiller or simply Chiller. Electroplating chillers, commonly known as freezers, refrigeration machines, ice water machines, chilled water machines, cooling machines, etc., are widely used in various industries.
[Features of Electroplating Chiller]:
1. No need to install cooling tower, easy to install and move, suitable for situations where water sources are scarce and no need to install water tower;
2. Low noise fan motor, excellent cooling and condensing effect, stable throttling mechanism, excellent rust prevention treatment;
3. Upgrade the heat exchanger made of titanium material to meet the corrosion requirements of the electroplating industry;
4. Install anti-corrosion evaporators, stainless steel pipes, stainless steel pumps, or use plate exchangers Helps stabilize metal ions, allowing them to quickly attach to electroplated parts, not only increasing density and smoothness, but also reducing the number of electroplating cycles, improving productivity, and facilitating the rapid recovery of various chemicals, reducing waste.
[Installation steps for electroplating chiller]:
1. The site for installing the unit must be a floor, installation pad or foundation with a levelness within 6.4mm, and able to withstand the operating weight of the unit.
2. Select the appropriate pipe diameter for the cooling system and chilled water system during maximum power operation of the unit, and connect them correctly.
3. At one end of the unit, there should be space for cleaning the condenser tube bundle, and door openings or other suitable openings can also be used.
[Precautions for installation of electroplating chiller]:
1. To reduce noise and vibration, it is best to install vibration isolators on pipelines.
2. Generally speaking, proper water treatment and regular cleaning of the tube bundle can maintain its good performance. If the existing water quality conditions cannot be improved by appropriate methods, it is necessary to consider allowing the tube bundle to have a large fouling coefficient or specifying specialized structural materials.
3. The unit should be placed in a room temperature of 4.4-43.3 ℃, and there should be sufficient space around and above the unit for daily maintenance work.