Optimized Oil Separator for Refrigeration Systems with Design Pressure of 2.9MPa

Product Details
Customization: Available
Structure: Fixed
Usage: Oil and Gas Separation
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  • Optimized Oil Separator for Refrigeration Systems with Design Pressure of 2.9MPa
  • Optimized Oil Separator for Refrigeration Systems with Design Pressure of 2.9MPa
  • Optimized Oil Separator for Refrigeration Systems with Design Pressure of 2.9MPa
  • Optimized Oil Separator for Refrigeration Systems with Design Pressure of 2.9MPa
  • Optimized Oil Separator for Refrigeration Systems with Design Pressure of 2.9MPa
  • Optimized Oil Separator for Refrigeration Systems with Design Pressure of 2.9MPa
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  • Overview
  • Product Description
  • Detailed Photos
  • Product Parameters
  • Product Drawing
  • Packaging & Shipping
  • Company Profile
  • FAQ
Overview

Basic Info.

Model NO.
F-5601
Type
Return Filter
Mechanical Principle
Condensation Method
Performance
Sophisticated Filters
Design Pressure
2.9MPa
Applicative Refrigerants
R134A.R22.R407c.R404A.R507A
Oil Outlet
1/4"
First Oil Charge
0.5L
Joint Size
1/2"
Transport Package
Carton Box or Plywood Box Packaging
Specification
valume: 1.6
Trademark
OF
Origin
China

Product Description

Product Description
 

The refrigerant gas containing oil in aerosol form, expelled from the compressor, enters the oil separator. As the gas passes through the inlet and outlet metal webs and hits the oil separator's shell wall, the oil in the gas is intercepted. Oil particles collide and form larger, heavier particles that eventually hit the wall and fall to the bottom of the separator. Here, a float-operated needle valve returns the oil to the crankcase or oil reservoir, achieving the final separation effect.
Δ The design pressure: 2.9MPa
Δ Applicative refrigerants: R22, R134a, R407C, R404A, R507A

Detailed Photos
 
Optimized Oil Separator for Refrigeration Systems with Design Pressure of 2.9MPa
Optimized Oil Separator for Refrigeration Systems with Design Pressure of 2.9MPa
 
Optimized Oil Separator for Refrigeration Systems with Design Pressure of 2.9MPa
Optimized Oil Separator for Refrigeration Systems with Design Pressure of 2.9MPa
 
Product Parameters

Optimized Oil Separator for Refrigeration Systems with Design Pressure of 2.9MPa

When using the oil separator for the first time, please fill it with lubricating oil of the same brand as used in the compressor. Refer to the marked numbers above for the correct oil charging volume.

F-56 Series Refrigerating Capacity Table
Optimized Oil Separator for Refrigeration Systems with Design Pressure of 2.9MPa
 
Optimized Oil Separator for Refrigeration Systems with Design Pressure of 2.9MPa
 
Optimized Oil Separator for Refrigeration Systems with Design Pressure of 2.9MPa
 
Optimized Oil Separator for Refrigeration Systems with Design Pressure of 2.9MPa

Based on the above data: condensing temperature +40ºC, exhaust temperature +80ºC
Product Drawing
 
Optimized Oil Separator for Refrigeration Systems with Design Pressure of 2.9MPa
Optimized Oil Separator for Refrigeration Systems with Design Pressure of 2.9MPa
Optimized Oil Separator for Refrigeration Systems with Design Pressure of 2.9MPa
 
Packaging & Shipping
 
package size 140*273*102
package gross net 15KG
lead time 7 days (1 - 50 Pieces)
To be negotiated ( > 50 Pieces)
 
Company Profile
 
Optimized Oil Separator for Refrigeration Systems with Design Pressure of 2.9MPa
Optimized Oil Separator for Refrigeration Systems with Design Pressure of 2.9MPa
Optimized Oil Separator for Refrigeration Systems with Design Pressure of 2.9MPa
 
Optimized Oil Separator for Refrigeration Systems with Design Pressure of 2.9MPa
Optimized Oil Separator for Refrigeration Systems with Design Pressure of 2.9MPa
Optimized Oil Separator for Refrigeration Systems with Design Pressure of 2.9MPa
 
FAQ
 
Q1: Are you a factory or a trading company?
A1: We operate our own state-of-the-art factory, ensuring the highest standards of quality and innovation.

Q2: Is a sample available?
A2: Yes, samples are available upon request, but please note that the cost will be borne by you.

Q3: How can I place the order?
A3: To place an order, please provide details such as the temperature of the medium passing through the fan (-40~+40ºC), materials for the air duct, bracket, and protective net, the protective grade of the net, and any specific frequency and voltage requirements. Confirm the impeller blowing direction (front blowing: wind direction from motor to impeller; back blowing: wind direction from impeller to motor) during the order process.

Q4:About transportation
A4: We offer various shipping methods including express, air, or sea. You can choose your preferred shipping company or rely on our trusted forwarders. We ensure full tracking of your cargo until it reaches your doorstep.

Q5: After-sales service
A5: We provide exceptional after-sales service. Our team is committed to addressing any concerns to ensure the seamless operation of our products.

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