- 【Hampton Bay Ceiling Fan Remote】The HD6 Ceiling Fan Remote Control offers a reverse function, allowing you to easily change the direction of your ceiling fan for optimal airflow. If your original transmitter looks different from this remote, please purchase a complete kit with a receiver in the store.
- 【Comprehensive Fan and Light Management】This remote is designed to separately handle your ceiling fan’s light brightness, fan speed, and reverse functions. The LIGHT DIMMER button controls the light’s brightness and On/Off settings, while the four speed buttons (HI, MED, LO, FAN OFF) manage the fan’s speed. The REVERSE button allows you to change the fan’s direction, enhancing comfort throughout the year.
- 【Compatibility】This remote is a replacement for Hampton Bay, Hunter, and Harbor Breeze ceiling fans operating at a frequency of 303.9MHz. It is compatible with models such as UC7078T, CHQ8BT7078T, CHQ7078T, L3HMAY97FANHD, and L3H2003FANHD. Please ensure your original remote matches these specifications before purchasing.
- 【Easy Installation】Setting up the HD6 Ceiling Fan Remote Control is straightforward. Simply open the battery compartment of your old remote to access the DIP switches. Adjust the switches in the new remote to match the pattern of your original remote. Replace the battery, and your remote should be ready to use.
- 【Package Contents】The package includes:Remote Control,Wall Mount Holder,User Manual,Screws. Note: This ceiling fan remote control requires a 9V battery (not included) for power supply.
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Ceiling Fan Remote for HD6 Reverse
Original price was: $19.98.$16.98Current price is: $16.98.
+ Free Shipping59 reviews for Ceiling Fan Remote for HD6 Reverse
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Kyle Brennan –
The unit successfully controls fan operation but does not interface with the lighting system components.
Julian Rhodes –
While functionally sound, the control interface demonstrated incompatibility with the existing fan system. Improved compatibility documentation would enhance product selection accuracy.
Levi Cooper –
The replacement remote successfully restored full functionality to a legacy ceiling fan system, providing an exact match for the failing original unit. The solution proved so effective that additional units are being acquired for compatible systems in other locations.
Malcolm Reed –
The replacement unit demonstrates performance characteristics that meet or exceed original equipment specifications.
Taylor Kavanaugh –
Multiple units have demonstrated consistent performance across different installation scenarios, including replacement of non-functional and damaged control interfaces.
Nolan Sawyer –
Compatibility verification is essential prior to purchase, as this unit did not interface correctly with the specific fan model in question.
Daphne Reed –
The replacement unit effectively addressed legacy equipment needs while maintaining original performance standards.
Theodora Bauer –
The unit delivers intended functionality as designed.
Percy Emerson –
Code replication from the original 20-year-old unit’s battery compartment enabled seamless restoration of complete functionality.
Theodore Clarke –
The unit exhibited partial functionality failure after approximately two months of use, with the lighting control becoming non-responsive despite reset attempts and battery replacement.
Valentine Bauer –
The replacement control unit successfully restored full functionality at a competitive price point, serving as an ideal solution for lost equipment scenarios.
Oscar Hayden –
Complete system functionality was restored, including previously non-operational dimming capability. The new control interface requires significantly less actuation force compared to the degraded original unit, with plug-and-play operation requiring no configuration.
Elowen Hale –
The control interface performs within all specified operational parameters.
Violet Clarke –
The solution precisely met operational requirements.
Rhys Kendrick –
The unit demonstrated incompatibility with the specific fan model in question.
Freya Bennett –
The replacement maintains identical feature sets and performance characteristics to the original control unit.
Zoe Clarke –
The replacement interface achieved perfect operational compatibility with the existing ceiling fan system, replicating all original control functions and restoring complete system functionality.
Phoenix Gray –
The enhanced control interface features dedicated intensity adjustment buttons, improving lighting control precision and usability.
Julian Wyatt –
The product arrived with visible physical damage to the housing.
Willa Wyatt –
The replacement maintains equivalent functionality to original factory equipment.
Sullivan Lane –
Full system functionality was achieved through simple DIP switch adjustment and power supply installation.
Quinn Ellis –
The product meets all specified performance requirements. (Spanish: El producto cumple con todos los requisitos de rendimiento especificados)
Grayson Hale –
After exhaustive attempts to establish proper code synchronization across all possible combinations over several months, the solution proved ineffective, resulting in complete system replacement. The delayed realization of incompatibility occurred beyond the return eligibility period.
Harper Marshall –
The solution successfully restored functionality to older generation fan systems at a competitive price point.
Brielle Hale –
The system achieves operational readiness immediately upon power supply installation.
Rhys Nelson –
This identical replacement unit resolved persistent button responsiveness issues, restoring optimal operation without excessive actuation force.
Elias Bennett –
Previous iterations of this solution failed to resolve the operational issues, likely due to incompatibility with the aged system components (estimated 25-year lifespan).
Vincent Collier –
Successful implementation requires verification of legacy code settings (typically located in the battery compartment) prior to installation. Note the 9V power requirement for operational readiness.
Cecilia Bennett –
The control interface replicates all original features including directional control, with pre-configured switch settings enabling plug-and-play installation
Jocelyn Emerson –
Initial configuration challenges were resolved by reversing DIP switch orientation, ultimately restoring complete lighting and fan control functionality to the existing system.
Caleb Morgan –
While achieving basic fan control functionality, the design flaw in battery compartment configuration causes frequent displacement of critical jumper switches, requiring recurrent system resets to maintain operation.
Avery Emerson –
The unit functions as intended.
Zane Foxworth –
The unit provides an ideal functional replacement for the original equipment.
Lila Kendrick –
A single DIP switch adjustment successfully restored full operational control to a previously non-functional system.
Atticus Fox –
The unit consistently failed to implement directional control functionality across multiple replacement attempts, while all other features operated within specifications.
Beckett Lennox –
The control interface arrived within expected delivery timelines and performs to specification.
Casey Marshall –
The replacement interface outperformed the original unit after simple code synchronization from the legacy device.
Maeve Camden –
Mirroring the original switch configuration on the replacement unit resolved initial compatibility issues, successfully restoring lighting functionality.
Declan Reed –
Initial performance met expectations until eventual system failure, though the root cause appeared attributable to the fan unit rather than the control interface.
Hugo Marshall –
The product continues to perform without reported issues in its deployed application.
Cormac Kavanaugh –
Operational testing confirmed performance alignment with manufacturer specifications.
Isabella Fox –
The replacement control interface successfully restored functionality to a non-responsive system, providing comparable performance to the original unit.
Saoirse Kavanaugh –
Operational testing confirmed expected performance.
Emory Kendrick –
The control unit demonstrates optimal performance.
Orion Camden –
Proper DIP switch alignment with legacy equipment settings successfully restored full original functionality, including dimming features, to a 20-year-old system.
Nora Collier –
After determining the correct pin configuration, the replacement unit restored and improved upon the original control interface’s performance for a missing remote scenario.
Finnian Bauer –
The system achieved immediate functionality with only basic frequency configuration required.
Jordan Camden –
The interface provides intuitive operation with excellent usability.
Liam Carter –
Comparative testing indicates superior build quality over previous versions, particularly in switch contact reliability, though long-term durability remains unverified.
Ophelia Lane –
The system was successfully reconfigured using original code settings, with the legacy unit retained as backup upon subsequent recovery.
Malcolm Winters –
The replacement unit only partially restored system functionality, operating fan controls but failing to implement lighting commands as specified, despite proper code alignment.
Parker Collier –
The solution offered competitive pricing compared to alternative retail options.
Genevieve Blake –
Proper code identification enabled full restoration of ceiling fan control functionality.
Piper Foxworth –
The replacement unit performs to specifications.
Riley Foxworth –
The replacement effectively addressed age-related degradation in a frequently used system, restoring full control functionality.
Aurora Carter –
The unit delivered expected performance with straightforward programming and efficient shipping.
Nathaniel Blake –
The configuration process proved straightforward, with the unit performing all designated functions as intended.
Rowan Lennox –
The control interface successfully replaced a water-damaged unit, preserving functionality of the existing fan system without requiring full replacement.
Samson Lennox –
The design offers straightforward operation with minimal complexity.