Central Vacuum Systems
Central vacuum systems, also known as central vacuum cleaning systems or built-in vacuum systems, are integrated cleaning systems designed for residential, commercial, or industrial use. These systems offer a convenient and efficient way to remove dirt, dust, and debris from various spaces. Unlike traditional portable vacuum cleaners, central vacuum systems consist of a central unit located in a utility area, typically connected to a network of tubing that runs through walls or floors, and inlets strategically placed throughout the building.
These systems are designed for industrial environment to create vacuum with the use of turbines to create suction from the point of dust creation to safely collect in collection bins..
These Systems are used in many industries where in the collected dust can be reused like food industry where sugars or flour dust is vacuumed and collected for reuse.
These Systems are integrated vacuum cleaning systems designed for large-scale or multi-room environments, offering convenience, efficiency, and improved cleanliness compared to traditional portable vacuum cleaners.
In summary, central vacuum systems offer a convenient and efficient solution for maintaining cleanliness in residential and commercial environments. Their superior suction power, improved indoor air quality benefits, and long-term durability make them a popular choice for those seeking a more effective alternative to traditional portable vacuums.
Key Components
Central Vacuum Unit:
The central vacuum unit is the core component of the system. It houses the motor, filtration system, and collection container. Central units are typically installed in utility rooms, basements, or other designated areas.
Piping Network:
A network of PVC or other durable tubing runs through the walls, floors, or ceilings of the building, connecting the central unit to various inlet points.
Inlet Valves:
Inlet valves are strategically located throughout the building, usually in walls or baseboards. These valves connect to the piping network and provide access for users to connect vacuum hoses and accessories.
Vacuum Hoses and Attachments:
Users connect vacuum hoses and attachments to the inlet valves for cleaning. These hoses are typically longer than those of traditional vacuum cleaners, allowing users to cover larger areas without moving the central unit.
Filtration System:
Vacuum Turbines feature built-in filtration systems to capture dust and allergens. Filtration options may include disposable bags, cyclonic separators, or HEPA filters.
Collection Container:
The central unit includes a collection container or dustbin where dirt and debris are stored. Depending on the system, this container may require periodic emptying or replacement of disposable bags.
Motor:
The motor provides suction power to the central vacuum system. Motor options vary in terms of power and efficiency.
Control Panel:
Some central vacuum systems have a control panel on the central unit, allowing users to turn the system on or off, adjust suction power, and monitor system status.
Working Principle
Inlet Connection:
Users connect vacuum hoses and attachments to the inlet valves located throughout the building.
Suction Power:
The central unit’s motor generates suction power, creating airflow through the piping network and inlet valves.
Cleaning Process:
Users move from one area to another, cleaning surfaces with the attached vacuum hose and accessories.
Dirt Collection:
Dirt, dust, and debris are drawn into the central vacuum system and transported through the piping network to the central unit.
Filtration:
The filtration system captures and separates dirt and allergens from the airflow, ensuring that only clean air is exhausted.
Collection Container:
Dirt and debris are collected in the central unit’s collection container or dustbin.
Maintenance:
Depending on the system, users may need to empty the dustbin or replace disposable bags. Filtration components may also require periodic cleaning or replacement.
Applications
Residential Use:
Central vacuum systems are commonly installed in homes, providing a convenient and powerful cleaning solution for various living spaces.
Commercial and Industrial Settings:
Larger central vacuum systems are used in commercial and industrial settings, including offices, hotels, manufacturing facilities, and warehouses.
Healthcare Facilities:
Central vacuum systems with advanced filtration are employed in healthcare facilities to maintain high air quality and cleanliness.
Educational Institutions:
Schools and universities may install central vacuum systems to streamline cleaning operations in multiple buildings.
Laboratories:
Central vacuum systems are used in laboratories where cleanliness and air quality are critical.
Benefits
Convenience:
Central vacuum systems offer greater convenience compared to traditional vacuum cleaners. Users only need to carry a lightweight hose and attachments, eliminating the need to drag a heavy unit around.
Powerful Suction:
Central vacuum systems often provide more powerful suction than portable vacuum cleaners, resulting in more efficient cleaning.
Quiet Operation:
Central vacuum units are typically installed in utility areas, minimizing noise in living or working spaces during cleaning.
Improved Air Quality:
Advanced filtration systems in central vacuums contribute to improved indoor air quality by capturing and containing dust and allergens.
Long Lifespan:
Central vacuum systems are designed for durability, and with proper maintenance, they can have a longer lifespan than traditional vacuum cleaners.
Less Maintenance:
Since the central unit is located in a utility area, users don’t need to carry or push a heavy vacuum cleaner, reducing wear and tear on the cleaning equipment.
Increased Home Value:
The installation of a central vacuum system can potentially add value to a home, making it an attractive feature for potential buyers.
While central vacuum systems offer numerous benefits, their installation may require professional expertise, especially in retrofitting existing buildings. Regular maintenance, such as emptying the collection container and checking the filtration system, is essential for optimal performance.
Installation, commissioning & Warranty
ARIA Central vacuum systems are completely plug and play solutions and do not need specialists to install on site.
A detailed start up instruction is provided for the end user to first start the plant.
ARIA Central vacuum systems comes with complete commissioning documentation required by your local insurance, Fire safety department, Council and regulatory standards of the region.
A Mechanical engineer signed COC will be issued once our in-house engineer commissions the Central vacuum systems
A master electrician signed COC will be issued once the electrical engineer has tested and found all compliant.
An Emissions certificate will be issued by our in-house team based on the filtration manufacturer third party testing certificate.
A wall panel fire rating certificate will be issued by ARIA in house team based on our fire tests performed in the past and test reports attached as proofs.
Fume proof light fittings certificates or Explosion proof light fittings certificate will be issued as per local mandatory requirements.
Apart from the above certificates the Central vacuum systems comes with a maintenance checklist and manual for operations and periodic preventative maintenance of your assets.
All the above documentation will be handed over to the client only after full and final payments are settled.
All ARIA Manufactured Central vacuum systems come with a 5-year warranty on construction and materials used.
All third-party manufacturer products such as motors, pneumatic cylinders etc. come with third party warranty of 1 year.
All electrical components do not get any warranty and will have to be checked to be in working order before signing off on the plant handover certificate.
The only condition for 5 years warranty on ARIA Central vacuum systems is to purchase all spares and consumables from ARIA, in case a third-party supplier is used for pirate spare parts the warranty stands void.
In case the client does not follow instructions in the manual for preventative maintenance the warranty is void.
In case there is damage to the Central vacuum systems due to human error, act of God and physical damage due to non-changing of filters on time also the warranty will be void.
IASF Technologies India Pvt. Ltd.
ADDRESS: Gat 87/5, Malwadi, Talegaon Chakan Road, Talegaon Dhabade, Maval, Pune, Maharashtra, India 410506
PHONE: +91 8484 92 93 63
ALTERNATE: +91 82630 94819
EMAIL: INFO at ARIAIASF.COM