A hot gas discharge line is a pipe or conduit through which hot gases are expelled or released, typically from a heating system, engine, or industrial process. This line helps to transport the hot gases away from the source to prevent heat buildup and potential hazards.
No, a low-density gas does not need to be hot in order to produce an absorption line. Absorption lines are formed when atoms in a gas absorb specific wavelengths of light. The presence of these lines does not depend on the temperature of the gas, but rather on the composition and energy levels of the atoms within the gas.
Johann Wilhelm Hittorf, a German physicist, is credited with discovering the gas discharge tube in the mid-19th century. His experiments with cathode rays in partially evacuated tubes laid the foundation for the development of early gas discharge tubes.
Low pressure gas discharge is typically achieved by enclosing gas in a container at low pressure and then applying a high voltage across the electrodes inside the container. This high voltage causes the gas to become ionized, creating a glowing discharge. Examples include fluorescent lights and neon signs.
As superheat increases, the discharge line temperature is likely to also increase. This is because superheat represents the temperature rise of the refrigerant vapor above its saturation temperature, which results in higher temperatures in the system. The discharge line temperature tends to follow the trend of superheat in the system.
If it's a *Crookes* tube you're asking about, it's a discharge tube because the applied electrical field causes ionization and a resulting discharge of energy in the form (mostly) of light, depending on the gas or gases in the tube.
Yes, the discharge line from the compressor can be hot.Yes, the discharge line from the compressor can be hot.
The diameter of the discharge line leaving the ac compressor would be smaller than the suction line, because the compressed gas in the discharge line is more dense.
I assume you mean the ice build up in some freezers? its because some freezers have whats called a hot gass system or defrost installed in them. A hot gas system is... while the freezer is in its off cycle the controller will open up a valve (usually solinoid valve) in the hot gas pipe/line. this line goes from the discharge line to the suction line usually. There are all different hot gas pipe runs, im going the most common so it is less confusing. There for shuting off the valve in the discharge line (the pipe that leaves the compressor) all warm/hot mass will always move toward a cooler/cold mass. since the suction pipe (bigger pipe entering the compressor) is cold the hot refrigerant will move through the hot gas line (defrosting the refrigerated space) to the suction pipe. usually there is some type of component added further down the suction line to save the compressor from and condensed refrigerant entering the compressor.... hope this helped
Hot gas from the discharge line of the compressor is routed into the evaporator or electric heating elements are embedded into the evaporator fins. Hot gas is often more efficient because no outside power source is needed to defrost the evaporator coil.
the above was the answer the gas line inside the tank had come off even though the crimping clamp was still on it This was the line from pump discharge to the filter
To calculate the discharge superheat on a chiller, first measure the temperature of the refrigerant gas at the discharge line using a temperature sensor. Next, determine the saturation temperature of the refrigerant at the corresponding pressure in the discharge line using pressure-temperature charts. Subtract the saturation temperature from the measured discharge temperature to find the discharge superheat. The formula is: Discharge Superheat = Discharge Temperature - Saturation Temperature.
It is fitted on discharge line after condenser, where the gas enters in liquid forms.
The expansion device inside the outside unit expands the refrigerant gas and as a result, the discharge lines chills
A higher-than-normal temperature on the discharge gas line of a reciprocating compressor could indicate issues such as low refrigerant charge, restricted flow in the system, or a failing discharge valve. It is important to address these issues promptly to prevent damage to the compressor and ensure efficient operation of the system.
depends on the delivery pressure of the gas....
AC discharge and suction lines are components of an air conditioning system. The discharge line carries high-pressure refrigerant gas from the compressor to the condenser, where it releases heat and condenses into a liquid. In contrast, the suction line transports low-pressure refrigerant gas from the evaporator back to the compressor, where it is compressed and cycled again. Proper insulation and maintenance of these lines are crucial for efficient system performance.
For all systems using HFC refrigerants