Design waterline so that 1 input and 1 output
- should be divided into multiple channels cooled cooling loop. Do not design the channel length stupid
ội too long leads to loss of air pressure and temperature gradient as inputs and output rose more than 3 ° C
? - Field coolant to flow continuously and bring temperatures from where the high temperature to low temperatures where
? - the cooling system must equal the negative mold 2 side (Cavity) and the positive mold (Core): because usually at the waterline Cavity layout more easily because vacant lot, while the core has less vacant because the system pushes companies occupied, so the design of the Core waterline more difficult, often thinking of putting the water lines cross each other. The goal of the design is to make the water flow through the Core and Cavity must be equal.
- The temperature at the input and output as little difference as possible (T = Tra - Tvao), T guaranteed in between 1 ÷ 5 ° C.
-The star waterline layout to suit the current rules.
? - Need to calculate water hole cross section so that water supply is sufficient for the whole system. Normally, water lines are usually designed with 8 PT 10 PT 1/8 or ¼.
? - Need to prioritize design waterline chonhung product placement on a sudden thick
? - It should be noted both cooling important mold plate ???
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