Ideal for fine pretreatment in channels, featuring high interception efficiency and self-cleaning capability. Quiet operation and compact design.
Application
• Inlet pretreatment for municipal WWTPs
• Deep channels and high-water-level areas
• Retrofit projects with minimal civil work
Ideal for fine pretreatment in channels, featuring high interception efficiency and self-cleaning capability. Quiet operation and compact design.
Application
• Inlet pretreatment for municipal WWTPs
• Deep channels and high-water-level areas
• Retrofit projects with minimal civil work
Description
• Fine screening + self-cleaning structure
• Perforated screen rotates synchronously with rake teeth, forming an integrated working unit.
• Screen angle adjustable between45°–75°, enhancing interception path.
• Two-dimensional perforated plate replaces traditional bar grates, reducing bypass flow.
• Drive unit installed above the channel for easy maintenance.
• Equipped with automatic washing system to prevent clogging and buildup.
Technical Parameters
• Mesh aperture: 3–10 mm (customizable)
• Flow velocity: 0.6–1.2 m/s
• Equipment width: 500–3000 mm
• Applicable channel depth: 1.5–5.5 m
Advantages
• High separation efficiency
• Self-cleaning design with low maintenance
• Suitable for continuous interception of medium-sized solids
Description
• Fine screening + self-cleaning structure
• Perforated screen rotates synchronously with rake teeth, forming an integrated working unit.
• Screen angle adjustable between45°–75°, enhancing interception path.
• Two-dimensional perforated plate replaces traditional bar grates, reducing bypass flow.
• Drive unit installed above the channel for easy maintenance.
• Equipped with automatic washing system to prevent clogging and buildup.
Technical Parameters
• Mesh aperture: 3–10 mm (customizable)
• Flow velocity: 0.6–1.2 m/s
• Equipment width: 500–3000 mm
• Applicable channel depth: 1.5–5.5 m
Advantages
• High separation efficiency
• Self-cleaning design with low maintenance
• Suitable for continuous interception of medium-sized solids