Capacitors
Capacitors designed for use with capillary tube systems are constructed so that liquid refrigerant flows freely into the cap of the tube. This prevents capture fluid and oil in the refrigerator for out-of-cycle. Any liquid refrigerant trapped in the condenser during the cycle will slowly evaporate and be transferred to the handset cover in the form of steam, is driven by the difference in temperature. The subsequent condensation of the steam evaporator adds its latent heat in the cold of space. This energy must be removed from the space when you start the system, reducing the capacity and effectiveness of the system.
Receivers
The cap of the tube is different from most other types of accounting devices in that it does not close and stop the flow of the liquid in the evaporator during the off cycle. Therefore, when the compressor in the cap, tube systems cycles off, high and low side to equalize the pressure. All of the liquid in the condenser, ultimately flows into the die evaporator where it remains until the compressor cycles. Since the system is critically charged, the amount of liquid in the evaporator should not as a result of flood-back when starting the compressor. If the receiver was installed between the condenser and the cap of the tube, it would be unreasonably increasing the amount of refrigerant in the system. Tliis excess fluid will cause the flood ago, when the compressor cycles on...
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Industrial