HIGH PERFORMANCE OIL SEPARATORS

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  • yüksek performans yağ ayırıcıları, yüksek performans yağ ayırıcı, high performance oil separators, high performance oil separator 
  • yüksek performans yağ ayırıcıları, yüksek performans yağ ayırıcı, high performance oil separators, high performance oil separator
  •  yüksek performans yağ ayırıcıları, yüksek performans yağ ayırıcı, high performance oil separators, high performance oil separator

Introduction

The task of high performance oil separators is to separate oil in the discharge refrigerant correctly and ensure oil return to the compressor most efffectively. The purpose is to maintain crankcase oil level and increase the efficiency of the system by minimizing the excessive oil circulation. Glass fiber micro filter elements highly efficiently separate aerosol particles from the discharge gas flow. Thereby, the aerosol particles collide with borosilicate fibers and agglomerate into larger drops. The drops are drained to the bottom by gravity for oil return. Coalescent oil separators also separate solid particles from the discharge gas/oil. However, coalescent oil separators should not be used to clean refrigeration systems. A continuous increase of the pressure drop shows that coalescence element is dirty.

It is recommended to change the filter when pressure drop increases.
High performance oil separators type are designed for using in various systems and multiple compressors for maximum energy-efficiency and low pressure oil management systems. They minimize the amount of oil in the evaporator, improve heat transfer efficiency and reduce compressor running time. Standard product series are designed for use with subcritical CO2 applications.

High performance oil separators type are the products with float system.
It is protected against the pressure and circulation which may occur inside the product. Any contamination which may occur in the system can be easily caught by magnet in float system at oil outlet, thus it ensures that valve operates in cleaner environment.

Application Field

It is strongly recommended to use oil separators under the following conditions: low evaporation temperature applications, capacity controlled systems, parallel connected compressors, flooded evaporators, blast freezer, two-stage compressors, cascade systems, long line systems.

Selection

Oil separator selection is made according to the refrigeration technical rules and oil separator connections must not have smaller diameter than discharge line size.

Technical Specification

- Detachable flange provides easy cleaning and check-up.
- Active parts and coalescent filter can be replaced when needed.
- ODS solder connection is used for inlet & outlet on standard products.
- It is produced in accordance with CE 2014/68/EU [PED] pressure equipment directive.

Warning

Please ensure that the float system is not damaged and it is working properly.
Before installing flange connection, ensure that O-ring channel is clean and not damaged. Place the O-ring into the channel correctly and mount by tightening bolts with equal torque.
Ensure that internal filter is placed correctly and not damaged.

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