2014-08-08 04:19:00
#1
Measuring inlet and outlet temperatures during mold cooling
I wanted to measure the inlet and outlet temperatures of the cooling water which I use during mold cooling…can anyone help??
2014-08-08 09:12:00
Top #2
Put CONTACT THERMOMETER in INLET & OUTLET channels of the water manifold or use infrared thermometer that will give you direct indication of the mould temperature..
2014-08-08 11:47:00
Top #3
Plastic Process Equipment (PPE) has an excellent selection of inline gauges so you can check just about any measurable you want with your water. Good luck.
2014-08-08 14:36:00
Top #4
Use pulsed cooling and you have the actual outlet temperature every time, not dependend on the temperature of the inlet. If nessesary I can suply you more info.
2014-08-08 17:25:00
Top #5
mr sapnil
you wants to measure the diferent between the in let water temperatureof cooling linesand out let tempaerature of water, for that you have to make arrangenents as1. arange moneter moneterthermo coulpes readingsat inlet water tank(chiller)& near inlets of cooling lines, 2.simerly collect allout let water in a tank which is connected the machine drain line arrange another thermocpouple amd moneter the temperature . ihope you may get result
you wants to measure the diferent between the in let water temperatureof cooling linesand out let tempaerature of water, for that you have to make arrangenents as1. arange moneter moneterthermo coulpes readingsat inlet water tank(chiller)& near inlets of cooling lines, 2.simerly collect allout let water in a tank which is connected the machine drain line arrange another thermocpouple amd moneter the temperature . ihope you may get result
2014-08-08 19:42:00
Top #6
Dear Mr Swapnil,
The temperature variation is depending of inlet/outlet flowrate. If the flowrate is too low , the temperature will grow up very quickly. It is easier to measure flowrate/pressure in the cooling channels to validate the cycle time.
The temperature variation is depending of inlet/outlet flowrate. If the flowrate is too low , the temperature will grow up very quickly. It is easier to measure flowrate/pressure in the cooling channels to validate the cycle time.
2014-08-08 22:04:00
Top #7
The issues seems to be you are trying to check if the mold cooling is effective. If this is the case, why not simply calculate the Reynolds Number to make sure that you have turbulent flow? Although a Reynolds Number that is greater than 4,000 is typically considered to be turbulent flow, I like to increase the flow rate until I have a Reynolds Number that is greater than 6,000.
2022-07-15 17:05:19
Top #8
use infra red thermometer to measure the temperature
Post a Comment:
