1. In terms of structure:
①HQS-L series vertical oil separator adopts optimized centrifugal flow channel, which improves the turbulent state of airflow in the distributor to the greatest extent. The conical convex baffle at the bottom effectively makes the airflow change direction when it reaches the bottom. The secondary separation is carried out through the filter screen layer arranged above the baffle.
②The intake pipe of HQS-W series horizontal oil separation container adopts the form of orifice plate, which effectively solves the whistling sound generated by the orifice plate under high pressure while changing the intake air flow. The gas is separated by inertia, that is, the primary separation, and the gas is separated by the sudden change of diameter, and a baffle is set under the transverse inlet, which effectively reduces the fluctuation of the liquid level.
2. Safety performance manufacturing:
This series of separation containers adopts advanced separation principle and manufacturing process, and optimizes the design of air flow passages and the production technology of filter screen, so that the oil content of the refrigerant gas passing through this filter is ≤ 5PPm.
3. Gas-liquid separator:
The device is used in the front end of the compressor of the air conditioning and refrigeration system, and plays the role of liquid storage, oil return and gas-liquid separation. The U-shaped pipe structure at the outlet can well prevent the existence of the phenomenon of suction liquid. Through the external high temperature and high pressure refrigerant medium Passing in, the separated refrigerant liquid is further vaporized, which ensures the refrigerant circulation volume under the variable working conditions of the system.
Operating conditions: This series of separation vessels are generally used in low temperature conditions.
Application: It is widely used in pharmaceutical factories, food factories and other environments that need to be refrigerated together with the whole machine.