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Constant Temperature PTC Electric Fan Heater for Car Small Space Heating Incubator(12V 150W)
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Free returns are available for the shipping address you chose. You can return the item for any reason in new and unused condition: no shipping charges
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Product Dimensions | 2.4"L x 1.7"W x 2.4"H |
Brand | Zerodis |
Voltage | 12 Volts |
Wattage | 150 watts |
Cooling Method | Air |
Compatible Devices | Radiator |
Material | Polycarbonate |
About this item
- 【Safety and stability】Safety, stability, energy saving, environmental protection and long service life are the most significant advantages of PTC products. The normal use of 5000 to 10000 hours, power attenuation is about 15%. (Unlimited times of switches).1pc 100w 12v ptc car fan air heater.
- 【Supplementary explanation】PTC Electric Fan Heater uses heat-resistant silicone wire as the wire, the red line is "+" and the black line is "-". When bare wire extend from the heater,the positive and negative electrode are not distinguished. Please input the rated voltage and the sufficient current. When bare wire extend from the fan,the red is positive electrode and the black is negative electrode. Please input the rated voltage and the sufficient current.car heater. hvac tool.
- 【Warming up quickly】This heater uses high temperature wire as the wire, heating quickly and long service life. With mounting holes for easy installation. ptc heater 110v. space heaters indoor use.
- 【Pay Attention】The power of the product is related to the use mode, heat dissipation conditions, environmental temperature and other factors. The rated power given by us refers to the power measured at the ambient temperature of 24℃. Under these conditions, the air temperature at 5cm from the outlet is about 50℃ Celsius. (when the ambient temperature drops, the power of the heater will rise.)ptc heater 12v.
- 【Wide range of applications】Apply to heaters, humidifiers, air conditioners and other common electrical appliances.ptc heater element 12v control.
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Constant Temperature PTC Electric Fan Heater
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Product information
Product Dimensions | 2.4"L x 1.7"W x 2.4"H |
---|---|
Brand | Zerodis |
Voltage | 12 Volts |
Wattage | 150 watts |
Cooling Method | Air |
Compatible Devices | Radiator |
Material | Polycarbonate |
Item Weight | 4.2 ounces |
ASIN | B07BJWJQLK |
Customer Reviews |
3.7 out of 5 stars |
Best Sellers Rank | #295,636 in Automotive (See Top 100 in Automotive) #111 in Automobile Interior Heaters |
Is Discontinued By Manufacturer | No |
Form Factor | 独立 |
Heating method | Forced Air |
Care instructions | 手洗 |
Batteries required | No |
Warranty & Support
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Product Description
Constant Temperature PTC Electric Fan Heater
Constant Temperature PTC Electric Fan Heater
PTC Air heater with fan series product instructions:
1. When bare wire extend from the heater,the positive and negative electrode are not distinguished. Please input the rated voltage and the sufficient current.
2. When bare wire extend from the fan,the red is positive electrode and the black is negative electrode. Please input the rated voltage and the sufficient current.
3. The heater can be used in extremely humid air environment. It doesn't matter if a small amount of water droplets are splashed on the surface of the heater, but they can't be immersed in
liquid.
4. The heater's black bracket insulation is high temperature resistant, but the metal part is conductive. Please pay attention to safety when using.
5. The heater's fan life span is 3~5 years, 20000 ~30000 hours.
6. The heater is equipped with a chip of 230℃. When the fan blows, the surface temperature of the heater is about 100℃.When the fan breaks down and stops rotating, please stop using the
heater to avoid potential safety hazards.
7. When the heater is used for the first time, there may be a little smoke or odor, which is due to the oil stain and heat conductive adhesive volatilization left by stamping aluminium corrugation. It is a normal and will disappear in a short time.
8. The power of the product is related to the use mode, heat dissipation conditions, environmental temperature and other factors. The rated power given by us refers to the power measured at
the ambient temperature of 24℃. Under these conditions, the air temperature at 5cm from the outlet is about 50℃ Celsius. (when the ambient temperature drops, the power of the heater will
rise.)
9. If used in a small enclosed space, after working for a period of time, when the ambient temperature near the heater rises, the energy consumption of the heater will gradually decrease, which is the energy-saving characteristic of PTC products themselves.
10. Safety, stability, energy saving, environmental protection and long service life are the most significant advantages of PTC products. The normal use of 5000 to 10000 hours, power attenuation is about 15%. (Unlimited times of switches)
PTC Heater for Car Small Space Heating Incubator
PTC Heater for Car Small Space Heating Incubator
Mounting Hole Distance: approx. 87mm / 3.4"
Mounting Hole Diameter: approx. 4mm / 0.16"
Product Size: approx. 60 x 60 x 42mm / 2.4" x 2.4" x 1.7"
Environment Temperature Range: -5~65℃
Note:
Please note that the new type and old type of 12V product will be sent randomly, and make sure you will not mind before ordering.
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Customer reviews
Customer Reviews, including Product Star Ratings help customers to learn more about the product and decide whether it is the right product for them.
To calculate the overall star rating and percentage breakdown by star, we don’t use a simple average. Instead, our system considers things like how recent a review is and if the reviewer bought the item on Amazon. It also analyzed reviews to verify trustworthiness.
Learn more how customers reviews work on AmazonCustomers say
Customers like the heat output and quality of the product. For example, they mention it's an amazing heater for 3D printers and the additional heat output seems a perfect fit. That said, some complain about the durability. They say it melts and doesn't last. Opinions are mixed on performance.
AI-generated from the text of customer reviews
Customers are satisfied with the heat output of the product. For example, they mention it has good heat output from a small device, it's an amazing heater for 3D printers, and it'll still perform well after long operational periods. Some say the additional heat output seems a perfect fit for their use.
"Good heat output from such a small devise. The fan may be the weak link in this product, but the ceramic heater may well last a long time." Read more
"...The additional heat output seems a perfect fit for my use (5 stars on the "heat output" Feature Rating), allowing the enclosure to get up to speed..." Read more
"...It produces a reasonable amount of heat. Time will tell if it lasts. The PTC element should be safe from over-heating...." Read more
"The fan doesn't work at all time. The heat works good so far" Read more
Customers are satisfied with the quality of the product. They mention that it has a very good build, is durable, and the ceramic heater may well last a long time.
"...The fan may be the weak link in this product, but the ceramic heater may well last a long time." Read more
"...still performing well, even better than expected, thus proving to be durable...." Read more
"...Overall build quality is very good." Read more
"Construction and quality as good as I expected for a 12V fan / heater that cost under $15. However, the 150 watt rating is absolutely not correct...." Read more
Customers are mixed about the performance of the product. Some mention that it works well as expected, while others say that the fan doesn't work at all time and that it stopped working after 2 minutes of use.
"Worked great for a few weeks, but then the fan stopped working on 2/2/22, which was 2 days past the return window." Read more
"The fan literally stopped working after 2 mins of use. The heater still worked and I had an extra fan so decided to keep...." Read more
"...around 31C. Airflow of the fan is very low and that's works great for small enclosure chamber so that it would not melt my printer...." Read more
"This small heater was used for an incubator. It works well and the power consumption was really low, (in my opinion) very important for something..." Read more
Customers are dissatisfied with the durability of the product. They mention that the fins on the heater and the black polycarbonate stand melted. They also say that it does not last and the fan burnt out.
"...The heater ramped up to well over 70C and melted a portion of my project. (Thats on me for sure)..." Read more
"...The fan burnt out on the first one, but seller and Amazon made it very quick and easy to exchange for a new one." Read more
"Doesn't last...." Read more
Reviews with images
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Top reviews
Top reviews from the United States
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This is a first impression review instead of my usual experience review. This small compact heater was obtained to pre-heat my 3D printer enclosure for the high performance filaments (ASA, Nylon, etc.) This 150W heater arrived quickly, in a box labeled 180W!?! First test on the bench (with my 30 amp power supply providing 12.3V DC) found that it immediately started at 9.5 amps, then quickly ramped up to 15.6 amps, and remained there, +0.1/- 0.15 amps consumption. On the second test, while I did not follow it as closely, after running for several minutes, it was consuming 15.1+ amps, similar voltage.
I am ecstatic about the additional heat (190W +/-~), it is performing beyond the initial control relay that was configured, so, there goes another order. For now, I am controlling it manually. Thus, I am limiting my review to 3 stars, for now. The first real use test, merely sitting on the cold bed of my printer before installation, it brought the enclosure (see picture - heater at lower right) up to the 40'C (104'F) from 24'C (75'F) in about 40 minutes, working alone. After installation, with the nozzle and bed at operating temperature, the enclosure was brought up to 45'C (113'F) in 16 minutes, and continuing to run, I am sure that I could have achieved the 50'C max suggested for the set-up without additional cooling for the cold end.
The mounting tabs on the unit seem to be for some rather specific purpose, as they face opposite directions at some wonky offset, and their weird orientation did not fit the planned mounting I had imagined from the picture, so, I cut them off!
The additional heat output seems a perfect fit for my use (5 stars on the "heat output" Feature Rating), allowing the enclosure to get up to speed faster (I might be able to move the printer to the cool basement?), but the mis-direction is not good for ordering parts to accompany it.
Even if it only last a few months, I'd buy another one (since I have now built a notch in the enclosure specific to it), in fact, I'd better order a spare, as my primary materials will not print optimally without the heated enclosure. However, based on some of the other reviews, the output of the next unit might be here or there, unless the low power reviews are older and the issue has now been intentionally addressed by the supplier.
UPDATE: After +3 months of intermittent use with 1 to 12 hour operational periods, the heater is still performing well, even better than expected, thus proving to be durable. Checking with an amp meter indicates that it is still performing at or above the 150W rating. Changing initial rating from 3 to 4 stars, and, Yes, I did buy another unit as backup and will consider this unit for other DC heating projects. Be sure to not scrimp on the power supply, relays, and wiring for this unit!!!
Reviewed in the United States on April 14, 2021
This is a first impression review instead of my usual experience review. This small compact heater was obtained to pre-heat my 3D printer enclosure for the high performance filaments (ASA, Nylon, etc.) This 150W heater arrived quickly, in a box labeled 180W!?! First test on the bench (with my 30 amp power supply providing 12.3V DC) found that it immediately started at 9.5 amps, then quickly ramped up to 15.6 amps, and remained there, +0.1/- 0.15 amps consumption. On the second test, while I did not follow it as closely, after running for several minutes, it was consuming 15.1+ amps, similar voltage.
I am ecstatic about the additional heat (190W +/-~), it is performing beyond the initial control relay that was configured, so, there goes another order. For now, I am controlling it manually. Thus, I am limiting my review to 3 stars, for now. The first real use test, merely sitting on the cold bed of my printer before installation, it brought the enclosure (see picture - heater at lower right) up to the 40'C (104'F) from 24'C (75'F) in about 40 minutes, working alone. After installation, with the nozzle and bed at operating temperature, the enclosure was brought up to 45'C (113'F) in 16 minutes, and continuing to run, I am sure that I could have achieved the 50'C max suggested for the set-up without additional cooling for the cold end.
The mounting tabs on the unit seem to be for some rather specific purpose, as they face opposite directions at some wonky offset, and their weird orientation did not fit the planned mounting I had imagined from the picture, so, I cut them off!
The additional heat output seems a perfect fit for my use (5 stars on the "heat output" Feature Rating), allowing the enclosure to get up to speed faster (I might be able to move the printer to the cool basement?), but the mis-direction is not good for ordering parts to accompany it.
Even if it only last a few months, I'd buy another one (since I have now built a notch in the enclosure specific to it), in fact, I'd better order a spare, as my primary materials will not print optimally without the heated enclosure. However, based on some of the other reviews, the output of the next unit might be here or there, unless the low power reviews are older and the issue has now been intentionally addressed by the supplier.
UPDATE: After +3 months of intermittent use with 1 to 12 hour operational periods, the heater is still performing well, even better than expected, thus proving to be durable. Checking with an amp meter indicates that it is still performing at or above the 150W rating. Changing initial rating from 3 to 4 stars, and, Yes, I did buy another unit as backup and will consider this unit for other DC heating projects. Be sure to not scrimp on the power supply, relays, and wiring for this unit!!!
Overall build quality is very good.
This unit has some P=IV (power). If you did not recognize the power formula, go research some AC/DC theory and wiring before using this.
Disclaimer/Info: I am not associated with any company listed and all items listed in my review, I purchased on my own. Use these items and information at your own risk and discretion.
Like I mentioned, the heater does have some power to it and ramps up the temp quite fast. In design these are full power/full temp all the time.
I found this out very quickly when I miscalculated my temperature controllers set point, placed the temperature sensor too far from the heater and did not allow proper airflow out from the heater.
The heater ramped up to well over 70C and melted a portion of my project. (Thats on me for sure)
As you can see in the pictures provided of my food dehydrator for drying out 3d printer filament, the plastic on the dehydrator, plastic fins on the heater and the black polycarbonate stand melted. There were slots for the hot air to escape but with the ABS spool holder having a solid base, there was not enough pass through to direct the hot air out. The abs spool holder did stand up fairly well to the high temps though. Version 2 (the hollow chimney stack photo) worked better and stood up to 60C (140F) but started to warp at 77C (170.6F). The lack of 1 star is for the melting of the plastic heater fins since the material used should be able to withstand the full temp that it is putting out. Especially on a device designed to be ran at full temp. (I ended up cutting off the plastic fins since the heater will be covered and away from wandering hands and objects)
Currently working on a version 3 with more spaces for air flow to escape and flow easier through my chamber.
With that said, a 110V power source is needed for the heater as well as a 12v power supply for the fan. I would highly recommend getting a Temperature controller and one rated for these voltages and wattage for the heater plus fan combo you choose. (Just dawned on me since it's not stated in the description, I'm not sure if both the fan and the heater require a DC power source or if they can be run on an Ac power source as well. Since I used an AC to DC power supply and temp controller from the beginning, but I assume they run on DC).
You will need some basic wiring knowledge to set this up but there are some good tutorials on youtube on how to wire these, but most devices will have either a wiring diagram on them or in a provided manual. A digital multimeter (DMM) is recommended to test your wiring for continuity, to test your devices functionality as well as to check/set voltages. It is recommended to test and set your output voltage on a variable power supply.
Other devices used: (found on amazon)
Temperature controller: Inkbird Temp Control Thermostat ITC1000 Dual Stage Digital Temperature Switch 110V
Power supply/transformer: Alitove DC 12V 20A 240W Power Supply Transformer switch AC110V/220V to DC 12v 20amp
I chose the larger wattage power supply so I knew it could handle more than what the heater could put out. Rule of thumb, size up 1.5 times the rating of the device/devices being used as well as safety/current protection to prevent failure.
Eventually, I will be doing a tutorial on my drier setup on my youtube channel as well as releasing the files for the printed parts. You can find me at Zeons Zone on both YT and IG for more information and project content.
Reviewed in the United States on November 6, 2022
This unit has some P=IV (power). If you did not recognize the power formula, go research some AC/DC theory and wiring before using this.
Disclaimer/Info: I am not associated with any company listed and all items listed in my review, I purchased on my own. Use these items and information at your own risk and discretion.
Like I mentioned, the heater does have some power to it and ramps up the temp quite fast. In design these are full power/full temp all the time.
I found this out very quickly when I miscalculated my temperature controllers set point, placed the temperature sensor too far from the heater and did not allow proper airflow out from the heater.
The heater ramped up to well over 70C and melted a portion of my project. (Thats on me for sure)
As you can see in the pictures provided of my food dehydrator for drying out 3d printer filament, the plastic on the dehydrator, plastic fins on the heater and the black polycarbonate stand melted. There were slots for the hot air to escape but with the ABS spool holder having a solid base, there was not enough pass through to direct the hot air out. The abs spool holder did stand up fairly well to the high temps though. Version 2 (the hollow chimney stack photo) worked better and stood up to 60C (140F) but started to warp at 77C (170.6F). The lack of 1 star is for the melting of the plastic heater fins since the material used should be able to withstand the full temp that it is putting out. Especially on a device designed to be ran at full temp. (I ended up cutting off the plastic fins since the heater will be covered and away from wandering hands and objects)
Currently working on a version 3 with more spaces for air flow to escape and flow easier through my chamber.
With that said, a 110V power source is needed for the heater as well as a 12v power supply for the fan. I would highly recommend getting a Temperature controller and one rated for these voltages and wattage for the heater plus fan combo you choose. (Just dawned on me since it's not stated in the description, I'm not sure if both the fan and the heater require a DC power source or if they can be run on an Ac power source as well. Since I used an AC to DC power supply and temp controller from the beginning, but I assume they run on DC).
You will need some basic wiring knowledge to set this up but there are some good tutorials on youtube on how to wire these, but most devices will have either a wiring diagram on them or in a provided manual. A digital multimeter (DMM) is recommended to test your wiring for continuity, to test your devices functionality as well as to check/set voltages. It is recommended to test and set your output voltage on a variable power supply.
Other devices used: (found on amazon)
Temperature controller: Inkbird Temp Control Thermostat ITC1000 Dual Stage Digital Temperature Switch 110V
Power supply/transformer: Alitove DC 12V 20A 240W Power Supply Transformer switch AC110V/220V to DC 12v 20amp
I chose the larger wattage power supply so I knew it could handle more than what the heater could put out. Rule of thumb, size up 1.5 times the rating of the device/devices being used as well as safety/current protection to prevent failure.
Eventually, I will be doing a tutorial on my drier setup on my youtube channel as well as releasing the files for the printed parts. You can find me at Zeons Zone on both YT and IG for more information and project content.