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Technical Specifications
Separator systems remove micro air bubbles and particles from the fluid by means of specially designed internal geometries, discharging them from the system. Thanks to micro air separation elements, turbulence-controlled flow, and low-velocity zones, air bubbles are directed դեպի the surface, while sediments and particles settle in the lower chamber for discharge.
In hydraulic separator vessels and packaged systems, primary–secondary circuit separation is achieved to ensure flow rate and pressure balance. In combined separator solutions, air separation, dirt separation, and hydraulic balancing functions are integrated into a single body.
These systems provide the following advantages:
- Extended pump and equipment lifespan
- Controlled pressure loss
- Increased heat transfer efficiency
- Reduced noise and cavitation risk
- Improved system stability
Design & Material
Separators are custom-designed based on system flow rate, pipe diameter, pressure, and fluid properties.
Sub Product Groups:
- Air Separators
- Dirt Separators
- Combined Air & Dirt Separators
- Hydraulic Separator (Low Loss Header)
- Packaged Hydraulic Separator (Integrated Systems)
Design Features:
- Micro air separation elements and automatic air vent connections
- Dirt collection chamber with bottom drainage system
- Turbulence-controlled flow geometry
- Hydraulic balancing (primary–secondary separation)
- Optional magnetic dirt separation systems
- Sensor and automation connection points
Material Construction:
- Carbon steel (ST37 – ST52)
- Stainless steel (AISI 304 / 316)
- Epoxy-coated external surface
- Optional insulation applications
Operating Ranges:
- Pressure: 6 – 16 bar
- Temperature: -10°C to +120°C
- Connection: Threaded / Flanged
- Capacity: DN20 – DN500 and custom manufacturing beyond
