Hoover HLE C10DCE-80 User Manual

Pages 28

Year 2021

Language(s)

of 28

Hoover HLE C10DCE-80 Specification

The Hoover HLE C10DCE-80 is a freestanding condenser tumble dryer designed to provide efficient and versatile drying solutions. It boasts a generous 10 kg drum capacity, making it suitable for large households with substantial laundry needs. The appliance features a selection of drying programs tailored to accommodate various fabric types and drying preferences, ensuring optimal care for garments while enhancing energy efficiency. The sensor drying technology intelligently monitors moisture levels within the drum, automatically adjusting drying times to prevent overdrying and reduce energy consumption.

Equipped with an easy-to-use digital display, the HLE C10DCE-80 offers intuitive program selection and clear cycle progress indication. Its reverse action drum mechanism minimizes creasing, promoting easier ironing and better garment care. The appliance operates with a noise level that is manageable within a typical household setting, ensuring minimal disruption during use.

The condenser system effectively extracts moisture from clothes, collecting it in a removable water reservoir, simplifying maintenance and eliminating the need for external venting. The machine's dimensions are designed to fit standard utility spaces, providing flexibility in installation. Safety features include a child lock and an indicator for filter cleaning, promoting safe and efficient operation.

Overall, the Hoover HLE C10DCE-80 combines spacious capacity with advanced drying technologies, offering a reliable solution for managing laundry with care and efficiency. Its design prioritizes user convenience and garment protection, making it a practical choice for modern homes seeking a balance between performance and energy-saving capabilities.

Hoover HLE C10DCE-80 F.A.Q.

How do I start a drying cycle on the Hoover HLE C10DCE-80?

To start a drying cycle, first load your clothes into the drum. Close the door securely. Turn the program selector dial to choose the desired drying cycle. Press the start button to initiate the cycle.

What should I do if my dryer is not heating?

Check if the dryer is properly plugged in and if the circuit breaker is not tripped. Ensure the filter is clean and the vent is not blocked. If the issue persists, it might be a faulty heating element or thermostat, and you should contact a professional technician.

How often should I clean the lint filter?

The lint filter should be cleaned after every drying cycle to ensure optimal performance and prevent fire hazards.

Can I dry mixed fabrics in the Hoover HLE C10DCE-80?

Yes, you can dry mixed fabrics. Use the mixed fabrics drying program, which is designed to handle a variety of fabrics in one cycle.

How can I reduce drying time on this model?

To reduce drying time, ensure the load is not too large, select a high spin speed during the washing process, and clean the lint filter regularly.

What maintenance is required for the Hoover HLE C10DCE-80?

Regular maintenance includes cleaning the lint filter after each use, checking and cleaning the vent system periodically, and ensuring the door seal is intact and clean to prevent leaks.

How do I prevent wrinkles in my clothes when using this dryer?

To prevent wrinkles, remove clothes promptly after the cycle ends or use the anti-crease function if available. Also, avoid overloading the dryer.

What should I do if the dryer makes unusual noises?

Unusual noises may be caused by an unbalanced load, foreign objects in the drum, or loose components. Check the load and ensure there are no foreign objects. If noises persist, contact a technician.

How can I improve energy efficiency with the Hoover HLE C10DCE-80?

Improve energy efficiency by drying full but not overloaded loads, using sensor dry settings, and ensuring the lint filter and vent are clean.

What is the maximum load capacity for this dryer?

The maximum load capacity for the Hoover HLE C10DCE-80 is 10 kg of dry laundry. Ensure not to exceed this limit for optimal performance.