absolutely none. there is almost no more sure way to wreck a compressor than allowing liquid into the compressor.
The suction pressure for ammonia compressors typically ranges between 10 to 20 psi (pounds per square inch) depending on the specific application and system design. However, optimal suction pressure can vary based on factors such as the temperature of the evaporator and the desired cooling capacity. It's important to consult manufacturer specifications and system requirements for precise values. Regular monitoring and adjustments may be necessary to ensure efficient operation.
Pump Stations
Only apply thread sealant to the MALE threads of the pipe.
To purify a crude liquid product, you can employ techniques such as distillation, filtration, or recrystallization, depending on the nature of the impurities and the desired purity level. Distillation separates components based on differences in boiling points, while filtration can remove solid impurities from a liquid. Additionally, recrystallization can be used if the crude product can be dissolved in a solvent and later crystallized out. Each method should be chosen based on the specific characteristics of the crude product and the impurities present.
Channeling occurs when a fluid flowing through a bed is not evenly dispersed throughout the bed. For instance large diameter reactors have more frequent channeling problems where liquid is prone to channel along the reactor walls. Channeling should be avoided and reduces efficiency and conversion since reactants do not have proper contact with catalysts or separation media.
When charging a liquid refrigerant into a compressor, it should be added to the low-pressure side, typically through the suction port. This allows the liquid refrigerant to evaporate and absorb heat before it reaches the compressor, preventing damage. Adding liquid refrigerant to the high-pressure side can lead to compressor failure due to liquid slugging. Always follow manufacturer guidelines and safety protocols when charging refrigerants.
The suction line is the big one. This line should be cold when the unit is on. The small line is the liquid line.
Negative 30 psi should do it.
Liquid
Caused from over charging system. Should have a good sweat up to the compressor on the suction line.
Liquid
Read the charging chart specific to the unit. Not all 410A machines will operate at identical pressures in identical conditions.
The low pressure side.
R134a should be charged into the system as a vapor. Charging as a liquid can lead to issues such as poor system performance and potential damage to the compressor. It's important to follow manufacturer recommendations when charging the system.
You should just let the system take the refrigerant out of the can by itself. It is not good to force liquid r134a into the low pressure side of the ac. The suction of the compressor will draw the r134 out by itself and stabilize the system as it goes, it may just take longer than you want.
High side, If you charge liquid on the low side it can cause the valves of the compressor to break.
When charging a refrigeration or air conditioning system, liquid refrigerant should be added to the side of the compressor only if the system is designed for liquid charging and the compressor is equipped to handle it. This typically occurs when the compressor is off and the system is under the correct conditions, ensuring that the liquid can be effectively vaporized in the evaporator. It's important to follow manufacturer guidelines and safety protocols to avoid damage to the system or compressor. Always ensure the system is properly evacuated and charged to the correct specifications.