Introduction
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The CHIOR CPT Tractor-driven Pump is engineered for efficient shredding and transfer of slurry from animal husbandry, biogas digestate, and industrial wastewater with lumpy or fibrous solids. Its advanced cutting system optimises performance by effectively reducing fibrous components, ensuring reliable operation even in demanding conditions.
Designed for easy maintenance and low operating costs
Self-adjusting chopping system ensuring consistent performance
Gear’s anti-contamination system enhancing safety and reliability
Technical Specs
Description
The CHIOR CPT Pump is designed for handling livestock waste and processing residues from non-homogeneous industrial plants that are challenging to pump. Its integrated grinder efficiently breaks down solid residues in the slurry, enabling smoother transfer. Operated exclusively via a PTO drive shaft, the pump’s performance and power absorption vary with the tractor’s PTO speed, up to a maximum of 1000 rpm.
Function
Designed for tractor-driven operation, this pump efficiently shreds and transfers slurry using an advanced cutting system. Engineered for handling materials with high solid content, it is suitable for various sectors, including agriculture, biogas, environmental technology, and the food industry.
Features
- Pump's wet end and gearbox completely separated, preventing gearbox contamination in case of mechanical seal failure
- Oil-lubricated mechanical sealing system for enhanced durability
- Fixed knives, helicoid, and impeller blades made from treated and hardened materials for increased wear resistance
- Suction flange designed for high suction capacity while minimising turbulence
- Capable of handling slurry with up to 12% solids
- Operates at speeds of up to 2,600 rpm
- Not suitable for dry running
Benefits
- Self-adjusting chopping system ensuring consistent performance
- Designed for easy maintenance and low operating costs
- Lubricating oil can be visually inspected through external container
- Gear’s anti-contamination system enhancing safety and reliability