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Availability:
In Stock.
Arrives
Sunday, Dec 14
Recently Viewed
Model name: 101
Color: White
Features
- KEEPS YOU WARM AT WORKAt 200-Watts and 682 BTUs, this low wattage mini space heater is ideal for use under the desk to keep your feet and legs warm. Best of all, because its low wattage, it wont keep tripping the office circuit breaker every time you turn it on
- YOUR PERSONAL SPACE HEATERAt 6 inches tall with a 4 x 4 footprint, this cute, small electric heater takes up minimal desktop space and is intended to heat up your immediate space at home or the office. Designed to warm you, not a room. For that, we recommend getting a Lasko 1500-Watt tower heater
- EASY TO USENo assembly required. Simply take it out of the box and plug it in to a standard 120v wall outlet. This energy-efficient, indoor ceramic heater draws about 2 amps and turns on with a flip of a switch. Compact and portable, MyHeat comes with a 6-foot cord and a 2-pronged plug. Its also easily stored when not in use
- YEAR ROUND USETired of always being cold at work in the winter? Is your cube right under the AC vent in the summer? If this sounds familiar, then this little heater is just what you need to keep you comfortable year-round. Produces a quiet, white noise that wont disrupt your co-workers. MyHeat is available in 4 fun colors (black, white, blue, and purple) and makes for a great gift
- TRUSTED FOR GENERATIONSLasko has been making quality products for over 100 years. MyHeat is ETL Listed and comes with Automatic Overheat Protection. The on/off switch lights up to let you know the unit is on. The self-regulating, safe ceramic heating element keeps the exterior cool to the touch taking the worry out of using the heater for long periods of time
Description
Save smart and spot heat where you need it with the My Heat Concentrated Personal Warmth Heater. This personal-use ceramic heater is perfect for those chilly days in your home or at the office. It will warm your personal space and save on overall heating costs using only 200-Watt. With built-in safety features, the MyHeat Heater is a must for your desk, dorm room, bedroom and more. This Lasko personal heater features simple manual controls and comes fully assembled. The ceramic heating element heats up quickly, and the built- in fan quietly distributes the warm air. Comes with a 3-year limited warranty
Brand: Lasko
Special Feature: Energy Efficient, Simple Operation, Only 200 Watts, Portable, Overheat Protection, Cool Touch Exterior, Compact Design See more
Color: White
Form Factor: Tower
Indoor/Outdoor Usage: Indoor
Brand: Lasko
Special Feature: Energy Efficient, Simple Operation, Only 200 Watts, Portable, Overheat Protection, Cool Touch Exterior, Compact Design
Color: White
Form Factor: Tower
Indoor/Outdoor Usage: Indoor
Product Dimensions: 3.8"D x 4.3"W x 6.1"H
Recommended Uses For Product: Bedroom, Desk, Home, Kitchen, Office, Table
Mounting Type: Floor Mount
Room Type: Office
Heating Coverage: 50 sq ft
Burner type: Ceramic
Fuel Type: Electric
Number of Speeds: 1
Voltage: 120 Volts
Amperage: 2 Amps
UPC: 807320211525 768826151695 031111311976 151903554241 012302983509 680806799386 804067407259 163120896745 460137651610 455238962383 716080046547 031113562840 804904214477 688047680807 716080046530 046013765161
Global Trade Identification Number: 61, 41
Item Weight: 1 pounds
Manufacturer: Lasko Metal Products
Item model number: 101
Is Discontinued By Manufacturer: No
Finish types: white
Perfume: Unscented
Care instructions: Hand Wash
Assembly required: No
Number of pieces: 1
Warranty Description: 3 year limited warranty.
Batteries required: No
Included Components: Heater^User guide
Import: Imported
Frequently asked questions
If you place your order now, the estimated arrival date for this product is:
Sunday, Dec 14
Yes, absolutely! You may return this product for a full refund within 30 days of receiving it.
To initiate a return, please visit our Returns Center.
View our full returns policy here.
To initiate a return, please visit our Returns Center.
View our full returns policy here.
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Top Amazon Reviews
Preface I own several of these Lasko 100 MyHeat Personal Ceramic Heaters, all purchased from Amazon, and I LOVE them! Before purchasing the first two for my particular planned primary use, I had first done a lot of due diligence (i.e., research) to determine whether these small 200 watt heaters would actually adequately address my particular needs. Once I had determined, from some research, that they should indeed do the job, I then ordered two of the heaters (I ordered more later for even other tasks....!), and, sure enough, they turned out to work perfectly for the intended primary use! Basic Product Description and Bassic Specs One of the big weaknessess of Amazon Marketplace is that it allows many vendors/sellers list products without listing the basic specifications and a full description. The current Lasko 100 MyHeat heater listing is not overly complete, and while the basic product specs would be completely obvious to someone with an engineering background, such as myself, they may not be obvious to certain other prospective buyers. Here are the basics about the heater that I have been able to determine: -- This is a 200 watt electric heater. It draws about 200 watts at 120 VAC. Current draw is about 1.7 to 1.8 amperes (aka amps) at 120 VAC. -- It is equipped with a 5 or 6 foot AC power cord designed to plug into a standard US 2-prong 120 VAC power outlet. -- The heater incorporates a ceramic heating element and a very small internal electric fan to circulate the warm air. -- The heater produces about 200 watts of heat when turned on and operating. This is equivalent to about 682 BTUs (BTUs, International Table, aka BTUIT) per hour. -- The heater is not equipped with a tip-over shut off safety device, but the manufacturer's listing states that it is equipped with an over-temperature safety shut-off device. -- The heater is equipped only with with an on/off AC power switch. It is NOT equipped with an internal thermostat, as are some of the larger 1.5 kW heaters. (The heater can easily be turned on and off as needed to regulate temperature by use of an appropriate external thermostatic switch.) -- No, the heater is not "wireless"! (see note below) -- No, the heater cannot be powered by plugging it into a USB port, nor by plugging it into an Ethernet port! (see note below) -- No, the heater cannot be powered by "batteries", such as AAA, AA, C, or D cell batteries! (see note below) [BTW, I must confess that the kind of people who ask the questions that were addressed in the three previous items really worry me; I wonder about their IQ, and their ability to think clearly, and about their understanding of the basic laws of physics and electricity!] A Cautionary Note About the Whiny Reviews re "Not Enough Heat" I will tell you about my primary use for these heaters in a moment, but first, in light of the abundance of reviews here at Amazon that I have read for this product wherein dissatisfied reviewers have complained that the heater did not, in effect, deliver sufficient heat, I do want to remind all readers of this review that these heaters are plainly and explicitly and clearly stated by the manufacturer to put out about 200 watts of heat; in terms of BTUs per hour, that would be about 682 BTUs per hour (BTUIT/h). So, if your particular heating need requires only 200 watts (682 BTUIT/h) of heat at most, then you should be eminently satisfied with this reliable little heater. On the other hand, if you order this little 200 watt heater from Amazon when you really needed the amount of heat that, in reality, could only be delivered by a 1.5 KW heater (that is, somewhat over 5,000 BTUs per hour), then yes, you are gonna be dissatisfied, and you will likely end up being one of the many cranky reviewers who post inane negative one-star reviews stating that these little heaters did not deliver sufficient heat! Got it? ???? The Main Body of My Review Okay, now back to my review, where I recall that I had earlier promised to tell you about my primary use for these heaters, and how well they are working in that application (BTW, I also use others to handle cold spots around our large old drafty house): I live on a forested mountainside in the Appalachian mountains. The climate gets pretty cold here in cold weather season (to get an idea of average winter temperatures here, you can check out climate tables for Waynesboro, PA or Chambersburg, PA...). I have an insulated and heated 14' x 12' Amish barn structure up in my backyard that serves as my workshop and laboratory. The Amish barn stands about 10 feet tall, and it contains essentially one floor of workspace plus a very spacious attic/loft for storage. The building is insulated, but not super well. And, since air infiltration is usually the biggest source of heat loss in most buildings, I will note here that this building does tend to have reasonably low air infiiltration, just sufficient for adequate ventilation (adequate ventilaion with these Amish barn structures is REALLY important, since, without decent ventilation, the interior space would -- due to the massive amount of VOCs off-gassing from large amount of pressed fiberboard and plywood-type materials used in the building construction, plus, in the case of my workshop, additional VOCs off-gassing from wall and ceiling insulation foam, and from carpeting -- tend to contain lots of VOCs and related toxic gaseous compounds. So, the workshop/lab Amish barn structure is insulated, and it measures 14' x 12' x about 10' tall. Due to the equipment (much of it sophisticated electronic test equipment) that I keep, and use, in the building, and also due to the fact that I use the workshop/lab year-round, I want to keep it at an interior temperature of at least 63 degress F during cold weather season, although I do not mind very rare dips of interior temperature to about 55 degrees F on the very coldest winter days/nights (i.e., a string of minus-5 degree F days and nights). I designed the building to be heated solely by electric heat. However, there is not much AC power available in the building for heating purposes, and for the following reasons: 1) There is only a 15 amp AC line (120 VAC; USA standard) feeding the building. 2) Much of that power is needed for those times when I wish to run the drill press or the circular saw: obviously, if there were also a 1.5 kW portable electric space heater running in the building at the same time, I would blow a circuit breaker every time that I turned on the drill press, the circular saw, or any piece of electronic equipment drawing over about 200 watts! So, for heating this building during the cold weather season, I simply cannot afford, for many practical reasons, to employ a standard 1.5 kW electric heater with a built-in thermostatic control, whether on the high power (1.5 kW) setting or even on the half-power (about 800 watts) setting; such a large heater simply draws too much AC power while it is turned on. Rather, I realized that I needed small heaters, either one or two heaters in the 200 watt power range. So, here is the heating setup that I use to keep the workshop/lab buiding at the right temperature during cold-weather season: First, a certain amount of incidental heat, about 160 watts worth, is emitted non-stop, 24 hours per day, by several CFL lamps that are left turned on at all times, and by a few pieces of essential electronic equipment that operate 24 hours per day (this electronic equipment is used to monitor and log various conditions and parameters of a nearby space-time rift, located about 40 feet from the building; based upon popular request, some more notes on this rift in the space-time fabric may be found in a footnote at the end of this review). So, the lamps and the electronic gear emit about 160 watts of heat as a baseline. For the remainder of the heating needs for the building , I use a wall-mounted thermostatic switch (a Suncourt DS100 DuctStat Plug-In Thermostat, purchased here at Amazon), with the thermostat set to 63 degrees F, to control either one or two of these Lasko 100 heaters (they are plugged into the thermostatically-switched AC outlet on the Suncourt device), as follows: If the lowest temperatures for the next two weeks are not predicted to fall much below 25 degrees F, then I leave only one of the Lasko heaters plugged into the thermostat. (The other one is left unplugged and turned off.) On the other hand, if the lowest temperatures for the next two weeks are predicted to fall significantly below 25 degrees F, then I leave both of the Lasko 200W heaters plugged into the thermostat's AC power outlet. Bottom Line These Lasko heaters, coupled with the thermostatically-controlled switch mounted on an interior wall of the workshop, work perfectly in this application. And, if I need to be work in the building on a cold day, and I therefore want to temporarily raise the interior temperature of the building to the 72 degree F range for my increased comfort, I simply re-adjust the thermostat setting upward by abouty 10 degrees for a few hours, and the heaters kick in to add some extra warmth! So, for my current heating needs in this building, where the floor, walls and ceiling/roof currently exhibit an average R-value of 13, I need two of these Lasko 200 watt heaters (controlled by the thermostat, as needed) to meet my needs during the coldest portions of the cold-weather season (it is helpful to remember, that in addition to R-value related heat losses, there is some heat loss from the building due to deliberate-but-thankfully-limited crossflow ventilation). Some Other Possibilities Now, of course, if I were to crank down the already-very-minimal crossflow ventilation (which would not be at all healthful for any persons and/or cats using the building, due to the aforementioned VOCs, and also due to need for fresh oxygen (O2) exhibted by humans and cats....) to almost zero, and if I were also to invest quite a bit of money into increasing the average R-value of insulation in the floor, walls and ceiling/roof from an R-value of 13 to an average R-value of 40, then I would need only one of these Lasko heaters plugged into the thermostat on even the coldest days and nights. And, it is also true that if I were to spend even more money (and time and effort) to increase the average R-value of the insulation properties of the floor, walls and ceiling/roof to an R-value of 400, then I would not need any of these heaters at all, and, instead, the incidental stray heat (~160W) from the CFL lamps and the electronic monitoring equipment alone would be more than sufficient to keep the interior of the building toasty warm during even the coldest weather (i.e., a stretch of minus-10 degree F days and nights)! Of course, on the other hand, if I had never bothered to insulate the building, then the insulation value of the floor, walls and ceiling/roof of the building would be an average R-value of about 1 (R-value=1), instead of the current R-value of 13, and then I would need from 12 to 15 times as much electric heat to heat the building in the cold weather season! FOOTNOTE #1: Information About the Time-Space Rift, in Response to Questions This footnote about the time-space rift in my mountainside backyard has been added due to popular demand, because a number of inquirers wished to learn more about the time-space rift, and also wanted to know why and how it is being monitored by equipment in my workshop/lab building located near it. Briefly, this particular rift in the space-time fabric seems to have existed for at least many thousandes of years, and it's location does not seem to move at all. The main reason that I am paid by various not-to-be-named private and government agencies to use the earlier-mentioned gear to monitor the nearby space-time rift is because periodically, things come through the rift into our world from other worlds, and from other times. You really do not want to know any more than that about these things that come through, and, in any case, I am not allowed to say any more; you may simply consider them to be flotsam and jetsam from across time, space and various dimensional worlds. And, likewise, sometimes various things from our world seem to home in on this rift and then enter it at high speed, after which they seem to disappear permanently from our world. The earlier-mentioned monitoring gear in my workshop/lab is used to monitor and log a number of basic parameters and conditions at the space-time rift boundary, and also to track things (both animate and inanimate) that enter or leave the rift. [END OF FOOTNOTE #1]
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Reviewed in the United States on December 3, 2014 by Vinny P.
I found this to be the perfect size space heater to efficiently run off my 700wh portable power station without rapidly draining the battery. Using only 200watts, it delivers just enough heat to make a noticeable difference in warming up my small space in a short amount of time. Overall I found it functions as advertised. I bought a second one for another room after being satisfied with the first one. I can warm up my car while the engine is off or warm up my bedroom while my main heater is off. I like knowing I'll have backup heat during a power outage while plugged into my portable power stations. It's quiet and safe. I like the low wattage power consumption while still getting a decent amount of heat from such a small heater. Quality construction gives me confidence it will last a long time. Highly recommended.
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Reviewed in the United States on July 9, 2025 by DW DW
I have a room that is on a crawl space added on to my old home . It gets a little duct air and I put one of those underdesk heaters in it which raised the temp about 2 degrees which I thought was great . I put this in there and it is fantastic . Now I haven't removed the other heater but I will it is 153 watts . I left the heater run for 3 hours and the walls which are tile are warm when it is below zero out for the first time this winter . I was impressed . I read some people used this in small bedrooms up to about 8 by 10 as supplemental heat and found it hard to believe . I believe them now . Just remember these rooms have another heat source too . It is sad this doesn't have a tip over feature because in good conscience I cannot recommend it for times when people are asleep or away from home . Make sure you have a smoke detector in the room and outside the door anyways . You can use a electric blanket and then turn this on after you wake up . If it didn't works so well l would of taken a few stars off for the danger factor . It must be placed where no pet or anyone could tip it over . If put on a shelf it must be secure . Take care and be careful . UPDATE . I ended up purchasing the Holmes bathroom heater which has all the safety ( GFI and tip over with thermostat ) features needed and really puts out heat for my bathroom . I set the temp and leave it on all winter . I still found a great use for this as I have a security system with a camera to a outside window that freezes up . It is always covered with frost and I am disabled often bedridden and look outside via cameras on a monitor . Only this one window gives me issues . I took this heater and put it on the sill and it keeps the frost off . Before it would get a inch thick if left untreated and I would melt it with a hair dryer it was a real pain . I do not know what it costs to run this full time 3 months a year at 150 watts but to me it is worth it . I love the holmes in my Bathroom the only thing is you must close the door or it will run and run and run and at 1500 watts it will cost some $$$$ . However when i keep the door closed and set the temp it keeps the bathroom at 70 and I turn it on full run when we take showers and it is toasty warm when we get out . I have a small bathroom but it is all tile so it gets cold here in Michigan winters . I would not use this for kids rooms or bathrooms myself not only does it not put out enough heat it is dangerous but it would be good at a desk for a little extra warmth if the boss was cool with it .
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Reviewed in the United States on February 11, 2014 by Croppled1