Water Cooled Industrial Chiller LT -65℃～-20℃ LT-80℃～-20℃ LT-105℃～-60℃ explanation.
complete safety protection systems and electronic breakdown signals to ensure safety operations.
explanation bout flushing process of chiller & cooling tower.
measurements pressure & temperature of condenser water and evaporative water.
oil changing & refrigerant charging method.
explanation of compressor trip, pump down method & calculation of C.O.P / E.E.R process.
AIR COOLED CHILLER: (HVAC Engineering)
Explanation about the full concept of M.E.P system and B.M.S system.
Explanation about all type of regulating valve used in the chiller system.
Method of compressor efficiency and power consumption & compressor replacement.
Process how to measure air C.F.M & Duct cross-sectional area.
Explain about all difference B/W AIR COOLED CHILLER & WATER COOLED CHILLER.
Describe The temperature of heat transfer fluid & water temp.
Highly efficient inverter compressors 100% inverter advantage Specially designed ODUs Designed for high ambient temperature conditions Wide operating range High system efficiency Superior accumulator design Wide voltage range Innovative refrigerant-cooled heat sink Superior oil management system Weatherproof ODU design Conformal coating for PCBs Computerised design for reliability Large capacity and wide range of ODUs Long and flexible range of piping design Quiet mode Demand control mode for Economy mode Emergency backup operation.
Simultaneously heating & cooling process explanation.
ASHRAE Standards 15 and 34 applied to the VRV technology The ASHRAE Standard 15 was written 1919. Initially, it was a Tentative Code and it was recognized as Standard B9 in October 1930.
A measure of furnace heating efficiency.The higher the AFUE, the more efficient the furnace.
A measurement of heat energy. One Btu is the amount of heat required to raise one pound of water by one degree Fahrenheit. The higher the Btu rating, the greater the heating capacity of the system.
Electrical connection and compressor running with capacitor & without a capacitor.
Fully concept explain about E.C.B & P.C.B.
Measurement of current & given a proper explanation about the gas manifold component.
How to balance outdoor air & explanation about super heat.
Process how to fill refrigerant in chiller unit & how to make a vacuum.
How to adjust suction & discharge pressure.
explain about process how to change oil and flushing water.
