Starch and food processing
Starch and comparable food-process suspensions requiring high-capacity filtration, effective washing and controlled dewatering.
Siphon horizontal scraper discharge
Adjustable-Siphon Horizontal Scraper Filtration Centrifuge
Automatic horizontal basket filtration with adjustable siphon driving force for high throughput, intensive cake washing and low residual moisture. Designed and manufactured for starch and food processing and alkalis and inorganic salts. Review the working principle, performance features and available configuration details below when specifying your industrial project.
- Adjustable siphon head provides direct control over filtration rate, throughput, cake moisture and washing performance.
- Operating capacity and separation performance require confirmation for the selected model and feed.
- Automatic scraper and screw discharge, hydraulic dual locking, enclosed construction and floating-platform isolation support reliable production.
- Process
- Siphon-assisted basket filtration
- Operation
- Batch
- Discharge
- Horizontal scraper
- Model data
- Configuration confirmation required
Product Essentials
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Adjustable-Siphon Horizontal Scraper Centrifuge Technical Data
Technical specifications
Reference dimensions, installation arrangements and performance values for the five adjustable-siphon horizontal scraper centrifuge configurations. Confirm material conditions and final configuration before selection.
| Configuration | Model 1 | Model 2 | Model 3 | Model 4 | Model 5 |
|---|---|---|---|---|---|
| Chute + floating platform / main body (mm) | 2550 × 1750 × 1300 | 2850 × 2100 × 1550 | 3550 × 2200 × 1900 | — | — |
| Chute + floating platform / installation (mm) | 3400 × 2500 × 1900 | 4100 × 2600 × 2200 | 4600 × 3200 × 2600 | — | — |
| Chute + steel platform / main body (mm) | 2200 × 2100 × 1700 | 2600 × 2400 × 2100 | 4300 × 2100 × 2600 | — | — |
| Chute + steel platform / installation (mm) | 2800 × 2100 × 1700 | 3400 × 2600 × 2100 | 5300 × 2700 × 2600 | — | — |
| Floating platform / overall dimensions (mm) | 2300 × 2600 × 400 | 2700 × 2400 × 450 | 3100 × 2600 × 500 | 4040 × 3400 × 700 | 4700 × 3600 × 800 |
| Screw discharge + floating platform / main body (mm) | — | 3600 × 2100 × 1550 | 3900 × 2200 × 1900 | 5200 × 2750 × 2300 | 5850 × 2880 × 2700 |
| Screw discharge + floating platform / installation (mm) | — | 4400 × 3600 × 2200 | 4800 × 4000 × 2600 | 6300 × 5000 × 3500 | 6900 × 5600 × 4000 |
| Parameter | Model 1 | Model 2 | Model 3 | Model 4 | Model 5 |
|---|---|---|---|---|---|
| Basket diameter (mm) | 800 | 1000 | 1250 | 1600 | 1800 |
| Basket length (mm) | 450 | 500 | 600 | 1000 | 1250 |
| Filter area (m²) | 1.13 | 1.57 | 2.36 | 5 | 7 |
| Basket volume (L) | 100 | 165 | 355 | 830 | 1325 |
| Maximum load (kg) | 135 | 225 | 450 | 1000 | 1780 |
| Basket speed (r/min) | 1550 | 1400 | 1200 | 950 | 800 |
| Separation factor | 1076 | 1098 | 1008 | 808 | 645 |
| Main motor power (kW) | 45 | 55 | 90 | 132 | 200 |
| Machine weight — chute main body (kg) | 4500 | 6500 | 10000 | — | — |
| Machine weight — chute + steel platform (kg) | 7000 | 11000 | 20000 | — | — |
| Machine weight — floating platform (kg) | 5000 | 6500 | 9000 | 21000 | 33000 |
| Machine weight — screw-discharge main body (kg) | — | 6800 | 10500 | 16000 | 25000 |
| Machine weight — screw discharge + steel platform (kg) | — | 11300 | 22000 | 33000 | — |
Source reference values. A dash indicates that the configuration is not listed for the selected model; final dimensions, platform arrangement and performance are confirmed during engineering.
Applications
Adjustable-Siphon Horizontal Scraper Filtration Centrifuge: industrial applications
Applications include starch and food processing and alkalis and inorganic salts. Confirm material properties and process conditions before selecting the equipment configuration.
Alkalis and inorganic salts
Sodium bicarbonate, potassium chloride, calcium phosphate and similar crystalline or particulate products.
Pharmaceutical and biotechnology
Batch solid-liquid separation where repeatable washing, automated discharge and controlled cake moisture are important.
Chemical processing
High-throughput chemical slurries that benefit from an adjustable filtration driving force and automatic cake handling.
Working Principle
From feed preparation to finished product.
The process route is selected around the material and product targets.
Controlled feeding
Charge the suspension into the high-speed horizontal basket while the cake-layer controller regulates cake thickness and helps prevent overload or material carryover.
Siphon-assisted filtration
Liquid passes through the filter medium into the filtrate chamber and is withdrawn by the siphon or skimming device; solids remain in the basket as a filter cake.
Adjustable driving force
Position the siphon intake to change the liquid-level differential between the basket and filtrate chamber, thereby matching filtration pressure and capacity to the product.
Cake washing and dewatering
Apply the required wash cycle and continue rotation to achieve thorough displacement washing and the specified residual-moisture target.
Automatic discharge
The scraper removes the finished cake and the screw conveyor transfers the solids from the machine for the next production stage.
Performance Highlights
Process performance shaped around the product.
Final performance remains dependent on feed properties and engineering confirmation.
Adjustable filtration pressure
Changing the siphon intake level alters the pressure differential across the cake for precise process optimization.
High-efficiency separation
High separation factors, short cycles and siphon assistance deliver high throughput and low residual cake moisture.
Enhanced cake washing
Controlled liquid level and filtration force support effective mother-liquor displacement and thorough cake washing.
Stable automatic discharge
Scraper and screw-conveyor systems collect and discharge the cake smoothly while minimizing plugging.
Wear-resistant scraper
The welded high-rigidity support and replaceable carbide blade provide long service life and convenient maintenance.
Secure sealed enclosure
Dovetail-flange sealing, hydraulic dual locking and explosion-protected enclosure options support contained production.
Foundation-light installation
The floating-platform vibration-isolation system carries high loads while limiting dynamic forces transmitted to the building.
Damped high-speed stability
High-performance damped isolators reduce vibration and improve long-term operating safety and stability.
System Configuration
Standard process path with project-specific options.
Core equipment and auxiliary systems are selected around the process duty.
Adjustable siphon system
The siphon or skimming-pipe intake position controls the liquid-level differential and therefore the filtration driving force, rate, capacity and final cake moisture.
Scraper and screw discharge
A rigid welded scraper carrier, removable carbide blade and screw conveyor provide stable cake removal with efficient solids collection and reduced blockage risk.
Cake-layer control
Cake-thickness measurement helps prevent overload, controls batch loading and reduces the centrifuge of material escape.
Hydraulic door locking
The fully hydraulic cover-locking system incorporates dual protection, while a dovetail-groove flange improves sealing reliability and operating convenience.
Enclosed hygienic construction
Fully enclosed, explosion-protected configurations can be engineered for GMP-oriented clean production and suitable flammable or explosive duties.
Floating-platform isolation
An integral floating platform, anti-slip pads and high-performance damped isolators reduce transmitted dynamic loads and simplify foundation requirements.
Selection Support
What we need to confirm the final design.
Share the following process information for an efficient preliminary review.
Material name and feed formRequired capacity or batch sizeInitial and final moistureParticle or product requirementsHeat and chemical sensitivityBulk density, viscosity or flowabilityAvailable utilities and heat sourceContact material and site conditions
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