Plug-in 6-Setting Countdown Timer with Repeat Function

A WarmlyYours electric towel warmer can't be installed in a tub or shower enclosure. A WarmlyYours electric heated towel rack should be installed at least 24” away from a wet location like a shower, tub, etc. Always install a WarmlyYours electric towel warmer in compliance with all local building and electrical codes.

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Yes. WarmlyYours towel warmers are to be installed in accordance with the instructions in the manual and CEC, NEC, and local code guidelines relating to electrical fixtures in bathrooms. A towel warmer with a hardwired connection must be on a GFCI-protected circuit and be wired by a professional who is certified to do electrical wiring. Towel warmer models with plug-in connections should be used with a GFCI outlet. 

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WarmlyYours towel warmers are all 120VAC units. Towel warmers are available in wattages from 35 watts all the way up to 250 watts. A single towel warmer would typically range from 1-2 amps based on the model. Wire size and breaker size need to be selected based on the total amperage of the towel warmer(s). For towel warmers installed in bathrooms, a GFCI breaker is required.

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Yes, regular (non-dimming) light switch can be used as an external switch to control a towel warmer in addition to a built-in switch on the towel warmer itself. A GFCI breaker powering the switch may be required by local Electrical Code.

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A good starting point is to follow the recommendation often provided in the installation manual. The location of your electric towel warmer should take building code, safety, functionality, and aesthetics into consideration. If the towel warmer is mounted too low, towels may drag on the floor, causing tripping or mold issues. Mounting it higher reduces risk of burn, especially for children or those who may accidentally bump into it. If you are unsure what height is best for you, consult your WarmlyYours representative at +1 (800) 875-5285.

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A GFCI/GFEP (Ground Fault Circuit Interrupter / Ground Fault Equipment Protection) works differently than a circuit breaker by specifically detecting a small imbalance in electrical current between the hot and neutral wires, which indicates a potential ground fault (like a person touching a live wire), and instantly shutting off the power to prevent shock, while a circuit breaker only trips when there's a significant overload in current flow on the circuit, like a short circuit or too many appliances plugged in.

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GFCI can fail for various reasons, such as wear and tear, moisture, corrosion, power surges, faulty wiring, or improper installation. Some of these causes can be prevented by regular inspection and maintenance, while others may require professional assistance. It is important to note that GFCI devices (ex. thermostat, breakers, outlets) should be tested regularly as these do wear out over time.

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No, a circuit breaker will NOT protect against a power surge; a circuit breakers primary function is to protect against excessive current flow (overload), while a surge protector is specifically designed to handle voltage spikes, which are what power surges are considered to be.

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