User instructions

4. Cleaning and maintenance

Before carrying out any work, always disconnect the appliance from the electrical power supply.

4.1General warnings and recommendations

Avoid the use of acidic or abrasive detergents.

Clean the outer surfaces and door-lining of the dishwasher regularly using a soft cloth moistened with water or with a normal detergent suitable for painted surfaces. Clean the door gaskets with a damp sponge. Periodically (once or twice a year) it is advisable to clean the tank and gaskets, using a soft cloth and water to remove any deposits.

CLEANING THE WATER INTAKE FILTER

The water intake filter A located at the outlet of the water supply tap needs to be cleaned periodically.

After having closed the water supply tap, unscrew the end of the water intake hose, remove the filter A and clean it delicately under running water. Reassemble filter A in its seat and carefully screw the water intake hose back into position.

CLEANING THE SPRAY ARMS

The spray arms can be easily removed for periodic cleaning of the nozzles, to prevent possible clogging. Wash them under running water and carefully replace them in their seats, checking that their rotary movement is in no way impeded.

To remove the upper spray arm, unscrew locking ring R.

To remove the lower spray arm, simply lift it up, pulling by the central part.



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CDA VW80 manual Cleaning and maintenance, Cleaning the Water Intake Filter, Cleaning the Spray Arms

VW80 specifications

The CDA VW80 is a remarkable addition to the world of vacuum technology, designed specifically for maximum performance and efficiency in various applications. This versatile vacuum pump is engineered to meet the demands of both industrial and commercial environments, showcasing a blend of advanced technology and user-friendly features.

One of the standout characteristics of the CDA VW80 is its robust construction. Crafted with high-quality materials, it offers durability and resistance to wear and tear, making it ideal for continuous operation. This design not only ensures long-lasting performance but also translates to lower maintenance costs over time. The pump's compact footprint allows for easy installation even in tight spaces, facilitating seamless integration into existing systems.

At the heart of the CDA VW80 lies its innovative pumping mechanism. Utilizing advanced rotary vane technology, this vacuum pump generates a high level of suction power while maintaining low energy consumption. This combination results in significant cost savings and makes it an environmentally friendly choice for businesses aiming to reduce their carbon footprint.

The CDA VW80 is equipped with a sophisticated monitoring system that provides real-time data on operational parameters. This feature allows users to track performance metrics such as vacuum levels and maintenance intervals, ensuring optimal efficiency and minimizing downtime. The user-friendly control panel simplifies operation, enabling personnel to adjust settings easily and conduct routine checks with minimal effort.

Another pivotal feature of the CDA VW80 is its quiet operation. Engineered with noise reduction technology, it operates at significantly lower sound levels compared to traditional vacuum pumps, making it suitable for environments where noise pollution must be kept to a minimum. This attribute enhances user comfort while ensuring compliance with workplace regulations regarding noise emission.

Furthermore, the CDA VW80's versatility extends to its ability to handle a wide range of materials and applications. Whether in packaging, food processing, or pharmaceutical manufacturing, this vacuum pump consistently delivers exceptional performance, enhancing productivity across various sectors.

In summary, the CDA VW80 is a high-performance vacuum pump that embodies reliability, efficiency, and versatility. With its advanced rotary vane technology, real-time monitoring system, quiet operation, and durable construction, it stands out as an essential tool for modern businesses looking to enhance their vacuum processes while optimizing costs and environmental impact.