Integrates interception, lifting, and compaction. Suitable for coarse screening in large flow municipal and industrial applications.
Application
• Coarse screening in municipal WWTPs
• Wastewater containing fibers, plastic bags, tissues, etc.
• Industrialpretreatment in food processing, paper, textile, leather, etc.
Integrates interception, lifting, and compaction. Suitable for coarse screening in large flow municipal and industrial applications.
Application
• Coarse screening in municipal WWTPs
• Wastewater containing fibers, plastic bags, tissues, etc.
• Industrialpretreatment in food processing, paper, textile, leather, etc.
Description
• Automated debris removal + high dryness compaction
• Rotary rake chain structure, moving upstream against the flow
• Debris is lifted automatically to the upper part after interception
• Equipped with compaction unit; dryness up to 30–35%
• Overload protection system prevents jamming or impact load
• Fully enclosed conveying system to prevent odor spread
Technical Parameters
• Bar spacing: 5–20 mm (customizable)
• Flow velocity: ≤1.0 m/s
• Installation angle: 60°–75°
• Discharge solids moisture: approx. 65–70%
• Control mode: Fully automatic + remote control
Advantage
• Integrated interception + lifting + compaction
• Automated operation with low failure rate, ideal for unattended sites
• High dryness output reduces downstream dewatering load
Description
• Automated debris removal + high dryness compaction
• Rotary rake chain structure, moving upstream against the flow
• Debris is lifted automatically to the upper part after interception
• Equipped with compaction unit; dryness up to 30–35%
• Overload protection system prevents jamming or impact load
• Fully enclosed conveying system to prevent odor spread
Technical Parameters
• Bar spacing: 5–20 mm (customizable)
• Flow velocity: ≤1.0 m/s
• Installation angle: 60°–75°
• Discharge solids moisture: approx. 65–70%
• Control mode: Fully automatic + remote control
Advantage
• Integrated interception + lifting + compaction
• Automated operation with low failure rate, ideal for unattended sites
• High dryness output reduces downstream dewatering load