Samsung Power Brush VCC96P0H1G User Manual

Samsung Power Brush VCC96P0H1G Vacuum manual cover
Pages 56
Year 2013
Language(s)
English en

Samsung Power Brush VCC96P0H1G Vacuum Specification

The Samsung Power Brush VCC96P0H1G Vacuum is a high-performance cleaning appliance designed for efficient dust and dirt removal in various home environments. It features a robust 2100W motor that ensures strong suction power, making it capable of handling a range of surfaces from carpets to hard floors. The vacuum incorporates a multi-cyclonic filtration system which effectively separates dirt and debris, maintaining consistent suction and reducing the need for frequent filter replacements. Its advanced HEPA filtration captures micro-particles, allergens, and dust mites, promoting a cleaner and healthier indoor atmosphere.

The VCC96P0H1G is equipped with a versatile power brush that agitates and lifts dirt from deep within carpet fibers, while also being gentle enough for hard floors. The design includes a large dustbin with easy-to-empty functionality, reducing the hassle of disposal and minimizing user contact with dust. Its ergonomic handle offers comfortable maneuverability, and the extendable telescopic tube provides flexibility in reaching high or difficult areas. The vacuum's noise reduction technology ensures quiet operation, making it suitable for use in noise-sensitive environments.

Additionally, the vacuum is designed with a compact and lightweight build, facilitating easy storage and transport. The product comes with a range of accessories including a crevice tool and upholstery brush to enhance versatility across different cleaning tasks. Its energy-efficient design aligns with modern sustainability standards, contributing to reduced power consumption without compromising performance. Overall, the Samsung Power Brush VCC96P0H1G Vacuum embodies a blend of power, efficiency, and user-friendly features, making it an ideal choice for comprehensive home cleaning.

Samsung Power Brush VCC96P0H1G Vacuum F.A.Q.

How do I assemble the Samsung Power Brush VCC96P0H1G Vacuum?

To assemble the vacuum, attach the handle to the main body, connect the hose to the inlet, and attach the desired cleaning tool to the hose or wand. Ensure all connections are secure.

What should I do if the vacuum loses suction power?

Check for blockages in the hose, filters, and brush area. Clean or replace the filters if necessary, and clear any debris that may be obstructing airflow.

How do I clean the filters of the Samsung Power Brush VCC96P0H1G Vacuum?

Remove the filter from the vacuum, tap off excess dust, and rinse it under lukewarm water. Ensure it is completely dry before reinserting it into the vacuum.

What should I do if the brush roll stops spinning?

Turn off the vacuum and unplug it. Remove any tangled hair or debris from the brush roll. If the problem persists, check for blockages or consider replacing the belt.

How often should I replace the vacuum filter?

The filter should be replaced every 6 to 12 months, depending on usage. Regular cleaning can extend its lifespan.

Can I use the Samsung Power Brush VCC96P0H1G Vacuum on hardwood floors?

Yes, the vacuum is suitable for hardwood floors. Use the appropriate setting or attachment to avoid scratching the surface.

What maintenance is required for the vacuum's brush roll?

Regularly check the brush roll for hair and debris build-up. Clean it by hand or with scissors if necessary, and ensure the roll moves freely.

How can I reduce noise from the vacuum?

Ensure all parts are securely connected and check for blockages. A clogged filter or full dustbin can also increase noise levels.

How do I store the Samsung Power Brush VCC96P0H1G Vacuum?

Store the vacuum in a cool, dry place. Wrap the cord securely and ensure all attachments are placed in their designated storage areas.

What types of surfaces can the Samsung Power Brush VCC96P0H1G Vacuum clean effectively?

The vacuum can clean a variety of surfaces including carpets, rugs, hardwood, and tiles. Use the correct attachment and setting for each surface.