Can the FR+L compressed air preparation unit, BIT series, operate reliably at low flow rates while maintaining high condensate separation and low pressure drop up to 13 bar and +50Â°C?

Yes. The FR+L compressed air preparation unit, BIT series, with the shaped membrane is designed to deliver reliable performance at low flow rates while maintaining high condensate separation and low pressure drop. Its construction provides a high flow capacity with reduced pressure drop, ensuring efficient operation even when flow is minimal. The unit also offers a high degree of condensate separation, preserving air quality and protecting downstream equipment. It is rated for supply pressures up to 13 bar and for operating temperatures up to +50Â°C, so it will function effectively within those limits.

Does the FR+L compressed air preparation unit, BIT series, maintain efficient condensate separation and low pressure drop at varied flow rates up to 13 bar and +50Â°C?

Yes. The FR+L compressed air preparation unit, BIT series maintains efficient condensate separation and low pressure drop across varied flow rates up to 13 bar and +50Â°C. Its shaped membrane design delivers high flow capacity with reduced pressure drop, a high degree of condensate separation, and reliable performance even at low flow rates, while supporting supply pressures up to 13 bar and operating temperatures up to +50Â°C.

How does the FR+L compressed air preparation unit, BIT series, ensure high flow and low pressure drop up to 13 bar and +50Â°C?

The FR+L compressed air preparation unit, BIT series, achieves high flow and low pressure drop up to 13 bar and +50Â°C through a combination of optimized internal design and materials engineered for efficient condensate management and minimal flow resistance. Key features enabling this performance: - Shaped membrane element: the specially contoured membrane provides a large effective flow area while maintaining structural integrity at pressures up to 13 bar, reducing turbulence and resistance that cause pressure drop. - High-flow geometry: internal passages and ports are sized and arranged to promote smooth laminar flow, minimizing constrictions and sharp turns that would otherwise increase pressure loss. - Efficient condensate separation: a high degree of condensate separation removes moisture early in the flow path, preventing droplet-induced flow disturbance and blockages that can raise pressure drop or reduce throughput. - Low-flow capability: the unitâs design maintains effective separation and flow characteristics even at low flow rates, avoiding performance degradation across a wide operating range. - Thermal and pressure-rated components: materials and seals specified for operation up to +50Â°C and 13 bar preserve dimensional stability and sealing performance, preventing leakage or deformation that could create additional pressure losses. Together, these design choices ensure the FR+L compressed air preparation unit, BIT series, delivers high volumetric flow with reduced pressure drop while reliably separating condensate and operating across the specified pressure and temperature limits.

FR+L compressed air preparation unit, BIT series

Air preparation elements (FRL), All products/

Additional information

Maximum operating temperature [°C]	50

FR + L series BIT set with shaped membrane. It is characterized by high flow value with reduced pressure drop, high degree of condensate separation, and the ability to operate at low flow rates. Supply pressure: up to 13 bar. Operating temperature: up to +50°C.

List of product variants

Article number	Product variant name	DN	BAR	Availability	Actions
MW-5106008	FR+L BIT set 1/8 20 08 RMSA	-	-	In stock	Enquiry
MW-5106011	FR+L BIT set 1/8 20 012 RMSA	-	-	In stock	Enquiry
MW-5206008	FR+L BIT Set 1/4 20 08 RMSA	-	-	In stock	Enquiry
MW-5206011	FR+L BIT Set 1/4 20 012 RMSA	-	-	In stock	Enquiry

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FR + L series BIT set with shaped membrane. It is characterized by high flow value with reduced pressure drop, high degree of condensate separation, and the ability to operate at low flow rates. Supply pressure: up to 13 bar. Operating temperature: up to +50°C.