Mono Cyclone 30
SE-MNC-30
Mono Cyclone 25
The Mono Cyclone 25 (SE-MNC-25) is a pre-separation cyclone designed to protect dust filtration systems by removing granular and heavy particles from dusty airflow before it reaches the main filter unit. Installed between processing machines and filters, it acts as a critical buffer that prevents abrasive materials such as grain fragments, stone dust, straw particles, and coarse impurities from entering filter bags. By using centrifugal force, dusty air entering the cyclone is rotated at high speed, causing heavier particles to collide with the internal wall and separate from the airflow. These particles are discharged downward through a rotary airlock valve into a waste bunker, while the cleaned air continues safely to the filtration system. This process significantly reduces filter load, extends filter bag lifespan, and improves overall aspiration efficiency. The Mono Cyclone 25 is widely used in flour mills, grain cleaning silos, semolina plants, corn flour mills, and recycling facilities where stable aspiration performance and equipment protection are essential.
Machine code:
SE-MNC-25
Metal Feature
Sediroglu Group lets you select the metal feature that best suits your machine, ensuring optimal performance and meeting your operational needsSpare Parts
Select the spare parts required for your machine based on your operational needs, ensuring continued performance and minimizing downtimeThe Answers to Your Questions Are Here
We've answered the most frequently asked questions about the product. From technical details and ease of use to maintenance and spare parts information, you can find comprehensive answers here. If you don't find what you're looking for, don't hesitate to contact us—we'd be happy to help.
Monthly maintenance of the Mono Cyclone 25 focuses on preserving high separation performance and stable material discharge. Internal cyclone walls should be visually inspected for dust or granular material buildup caused by continuous aspiration. If excessive accumulation is observed, internal surfaces must be cleaned to prevent efficiency loss and airflow restriction.
Flange connections between the machine, cyclone, and aspiration lines should be checked for tightness and sealing integrity. Special attention should be given to the discharge section to ensure smooth and uninterrupted material flow through the connected Rotary Airlock Valve. Regular inspection helps reduce abrasion-related wear and supports long-term operational reliability in flour mills, grain cleaning lines, and recycling facilities.
Annual maintenance involves a comprehensive inspection of the Mono Cyclone 25 body, including the inlet, cylindrical section, cone, and discharge outlet. The internal surfaces should be examined for abrasion caused by high-velocity dust and granular particles. Sealing elements, flanges, and connection points must be checked for air leakage or deformation.
Alignment between the cyclone, aspiration ducts, and filtration system should be verified to maintain balanced airflow. If worn or damaged components are detected, they should be replaced to ensure consistent separation efficiency, hygienic operation, and extended service life in industrial processing environments.
SEDIROGLU GROUP supplies original spare parts specifically designed for the Mono Cyclone 25 (SE-MNC-25) to ensure full compatibility and long-term performance. Available spare parts include inlet and outlet flanges, discharge cones, inspection covers, sealing elements, and connection components.
In addition, compatible Rotary Airlock Valve parts are supplied to maintain smooth discharge of separated granular waste materials. All spare parts are manufactured according to original technical specifications, ensuring durability, precise fit, and reliable operation in flour mills, grain cleaning facilities, corn processing plants, and recycling systems.
Watch the Video to Learn More About Our Machine’s Features
SE-MNC-25
We strongly recommend watching our detailed demo video, which helps you evaluate not only the technical specifications but also the machine’s real-life working principle, its influence on product flow, the technological advantages that enhance process efficiency, the practical ease it provides in terms of maintenance and operation, its durability level, and the overall value it will add to your production line before making your purchasing decision.
