การศึกษาความหนาของฉนวนที่มีผลต่ออัต

A study on the thickness of the insulation that affects the rate of heat transfer and cooling performance coefficients and conditioned it aims to make aware of the differences in the use of insulation have different size can affect the performance of the cooling system and air conditioning, and heat transfer rate of the system.Experimental study on the thickness of the insulating protective effect the rate of heat transfer into the pipes and cooling performance using this machine and air conditioning air conditioning 12000 BTU size for a 3-hour trial. Experiments using insulating 6.0 32.0 mm size, mm and not insulated, and has spent time in the trial, 8 hours per day, 3 days per trial. When picking up all trials of each size, and then have insulation values calculated and collected coefficient to compare the performance of refrigeration and air conditioning, air conditioning performance and value to prevent heat transfer rate enters the pipe.The study of insulation thickness affects the heat transfer rate of protection into the pipes and cooling performance and conditioned it. See the results unambiguously in insulated size 32.0 mm coefficient of performance systems, refrigeration and air conditioning system so much that the refrigeration and air conditioning non-insulated 26.81% and the rate of heat loss that is less than the non-insulated up to 165%

The thickness of the insulating effect on the rate of heat transfer coefficient of performance of refrigeration and air conditioning, it is intended to determine the differences in the use of insulation with different size affects performance. of refrigeration and air conditioning and the heat of
the experimental study, the thickness of the insulation is to prevent the rate of heat transfer into the pipe and high performance refrigeration and air conditioning is used. Air conditioning, a 12,000 BTU per hour, divided into three experimental trials using insulated size 32.0 mm, 6.0 mm and not insulated. And has spent eight hours a day in the trial of three one-day trial on charges of insulation on each scale experiments have already collected the calculation. And graphs to compare Coefficient of performance of refrigeration and air conditioning, the efficiency of air conditioning and protection rate of heat transfer into the tube
to study the thickness of the insulation is to prevent the rate of heat transfer into the pipeline and performance. the refrigeration and air conditioning. The results clearly show that the insulation in size 32.0 mm, with a coefficient of performance of refrigeration and air conditioning so that the cooling system and the air conditioning is not insulated 26.81% and the rate of heat loss is less. the non-insulated up to 165%.

Study on the thickness of insulation on heat transfer rate and coefficient of performance of the ทำความเย็น and conditioning that aimed to investigate the differences in the use of insulated with different size affect the performance of refrigeration and air conditioning and the rate of transfer of aqua Heat of the system.In the experiment, the thickness of insulation on heat transfer rate into the protection pipe and performance of refrigeration and air conditioning using this machine air conditioning, size 12 000 BTU per hour. Is divided into 3 experiments. Experiments using the insulation 32.0 mm 6.0 mili meter size, and not insulated, and take in the experiment 8 hours per day. The 3 days per 1 experiments. When picking up all the trials of insulation each size the value the calculation. And show the graph for comparison. Coefficient of performance of refrigeration and air conditioning, the. The efficiency of air conditioning and prevention of heat transfer rate into the pipe.The study of the thickness of insulation on heat transfer rate into the protection pipe and สมรรถนะการ refrigeration and air conditioning. See the results clearly that covers the insulation in the size 32.0 mm. The coefficient of performance of refrigeration and air conditioning that cooling and การปรับอากาศ not insulated 26.81% and the heat loss rate less than the 165% insulated.