Designed for removing large floating debris. Robust and stable for high-flow water sources.
Structure & Working Principle:
Application
• Intakes of rivers, lakes, reservoirs
• Stormwater pumping stations, dam outlets
• Industrial circulating water inlet protection
Designed for removing large floating debris. Robust and stable for high-flow water sources.
Structure & Working Principle:
Application
• Intakes of rivers, lakes, reservoirs
• Stormwater pumping stations, dam outlets
• Industrial circulating water inlet protection
Description
• Heavy-duty debris removal + high-capacity inlet protection
• Fixed bar screen + automatic reciprocating rake chain
• Rakes run on upper guide rails; no rollers/bearings at the bottom
• Debris removed by top inversion and gravity discharge
• Stainless steel forged drive chains—no fatigue from reverse bending
• Modular rakes can be replaced individually, simplifying maintenance
Technical Parameters
• Bar spacing: 25–100 mm
• Water depth: 1.0–6.0 m
• Channel width: 0.6–4.0 m
• Installation angle: 85°–90° (vertical)
Advantages
• Excellent capacity for large solid removal
• High structural rigidity and anti-clogging ability
• Suitable for continuous, high-load outdoor operations
Description
• Heavy-duty debris removal + high-capacity inlet protection
• Fixed bar screen + automatic reciprocating rake chain
• Rakes run on upper guide rails; no rollers/bearings at the bottom
• Debris removed by top inversion and gravity discharge
• Stainless steel forged drive chains—no fatigue from reverse bending
• Modular rakes can be replaced individually, simplifying maintenance
Technical Parameters
• Bar spacing: 25–100 mm
• Water depth: 1.0–6.0 m
• Channel width: 0.6–4.0 m
• Installation angle: 85°–90° (vertical)
Advantages
• Excellent capacity for large solid removal
• High structural rigidity and anti-clogging ability
• Suitable for continuous, high-load outdoor operations