Cyclone dust collector

for the food industrycompacthigh-flow

Overview
Cyclone separators are mechanical devices that remove dust from gas streams by centrifugal separation. They provide high air-to-solids ratios in a compact footprint and can discharge purified air to atmosphere when residual dust requirements are moderate.

Key benefits

• Efficient particle separation with low pressure drop in the low mbar range.
• Hygienic construction options: mild steel (carbon steel) or stainless steel for applications such as food processing and milling.
• Space-saving design with a wide range of sizes to match process requirements.

Models and key features

• LCGA — Compact cyclone designed to guarantee purified air in general applications.
• MGXE — Compact separator covering 2.5–60 m³/min with low pressure drop (approx. 5–10 mbar).
• MGXH — Compact variant for low-to-moderate volumetric flows (2.5–60 m³/min; approx. 5–10 mbar).
• MGXG — Large separator for higher volumetric flows (35–600 m³/min; approx. 7–15 mbar).

Applications

• Dedusting of untreated gas streams across a wide range of flow rates.
• Suitable for food processing, milling and other industries requiring hygienic design (select stainless steel versions where required).

Materials & construction

• Available in carbon steel or stainless steel to meet hygienic and sanitary requirements.
• Engineered to combine centrifugal separating efficiency with a compact footprint and high air-to-solids ratios.

Performance & operation

• Typical pressure drop: approximately 5 mbar to 15 mbar depending on model and operating point.
• High air-to-solids ratios ensure effective centrifugal separation of dust from aspirated air.

Technical specifications

• Overall volumetric flow range (product family): approx. 2.5 to 600 m³/min.
• MGXE / MGXH: 2.5–60 m³/min; optimal pressure drop: 5–10 mbar.
• MGXG: 35–600 m³/min; optimal pressure drop: 7–15 mbar.
• Construction options: carbon steel or stainless steel for hygienic applications.
• Design focus: compact footprint and efficient separation; purified air may be exhausted to atmosphere when residual dust levels are moderate.