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4 5
REMOTE CONTROL (HCE323 Series only)
SAFEGUARD™ MOTION SENSOR SAFETY FEATURE (HCE323 Series only)
The Honeywell Safeguard™ Motion Sensor Digital Tower is equipped with an additional safety feature. If an object is placed too
close to the heater, the Motion Sensor Light (Fig. 2) will blink to warn you that there is an obstruction. If the object is not removed,
the sensor will disable the heater, turning the heater off until the object is removed. The heater will restart after a few seconds
once the object is removed.
• Press the Safeguard™ Motion Sensor Button ( ) (Fig. 3) to turn on or off this feature.
The Honeywell Safeguard™ Motion Sensor Ceramic Digital Tower Heater can be completely controlled with the remote. This remote
uses a button cell type battery which comes included in the remote.
• To activate the battery, simply pull the plastic tab.
• Place remote control in the holder in the back of the heater when not in use.
SAFETY FEATURES
The Honeywell Ceramic Digital Tower Heater is equipped with several devices and features for added protection:
• Cool to touch housing and handle.
• A four way tip-over switch that disables the heater if it is accidently tipped in any direction.
• A high temperature safety control prevents overheating.
• This heater is also equipped with a thermal cut-off fuse that will permanently shut down the heater should it operate at
a higher than normal temperature.
• This heater was created using a high quality safety plastic
• HCE323 Series only also has a Safeguard™ Motion Sensor that shuts the heater off if an object gets too close to the
motion sensor.
Fig. 3
Safeguard™ Motion Sensor Button
Fig. 2
Safeguard™ Motion Sensor Light
TROUBLESHOOTING
Problem Solution
If your Honeywell Ceramic Digital
Tower Heater shuts off unexpectedly
or fails to operate, one of your heater
safety features may have been
activated to prevent overheating.
• Be sure it is plugged in and that the electrical outlet is working.
• Check for any obstructions. If you find an obstruction, turn the heater OFF ( )
and unplug it.
• Allow the heater to cool completely, then remove the obstruction. Wait at least
10 minutes, then re-plug the heater in and follow the OPERATION instructions.
• Periodic cleaning of the filter is recommended. Turn Off ( )
and unplug heater. Allow it to cool. Remove the Filter Cover
and clean/vacuum the Filter. (Fig. 4)
• It is recommended that the Ceramic Tower Heater be cleaned
at least once a month and before off-season storage.
• Turn Off ( ) and unplug heater. Use a dry cloth only to clean
the external surfaces of the heater. DO NOT USE WATER,
WAXES, POLISHES OR ANY CHEMICAL SOLUTION.
• Clean the Ceramic Tower Heater using the above-mentioned steps.
Wrap the cord around the unit. Place in its original box and store
it in a cool, dry place.
• This heater does not disassemble.
• Press and hold both Thermostat Control Buttons ( ) for three seconds to change between Fahrenheit and Celsius and back.
NOTE: The Remote will not change between Fahrenheit and Celsius - only the controls on the heater.
CLEANING AND STORAGE
FAHRENHEIT TO CELSIUS
Fig. 4
Filter/Filter Cover
Model(s) Unit dims Amps Unit Voltage Max Watts Max BTUs
HCE311 Series 8.74”L x 6.69”W x 12.8”H 3.19lbs 12.5 120V, 60Hz 1500 5118
HCE322 Series 8.74”L x 6.69”W x 21.65”H 4.41lbs 12.5 120V, 60Hz 1500 5118
HCE323 Series 8.74”L x 6.69”W x 23.15”H 4.56lbs 12.5 120V, 60Hz 1500 5118
PRODUCT SPECIFICATIONS
Operation Cost*
To estimate the cost to operate this heater, multiple the watts used times .001 to convert into a kilowatts measure and multiple by
your local kilowatt electric rate for however long you run the heater. For example, if your electric rate is $.1196**per kilowatt hour
and you ran this heater in constant high mode (1500 watts) for 4 hours, it would cost you $.71 cents to run the heater (1500 watts x
4 hours x.001) x .1196kwp = .71 cents).
NOTE: : Because the Low setting does not require as much electricity to operate, it is more energy efficient and may be a better
option if you are concerned about the higher power consumption when the heater is on the High setting.
*Calculation (Total Wattage x .001) x Cost per Kilowatt Hour = Cost to operate
**Average Retail Price of Electricity to Ultimate Customer by End-Use, US Energy Information Administration, March 2013.
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