Molly Ayala
Choosing the right extension cord for an electric snowblower is crucial for safety and optimal performance. Electric snowblowers require a specific type of extension cord that can withstand cold temperatures and provide sufficient power. The cord should be flexible in low temperatures to prevent stiffness and insulated to protect against moisture. The gauge, or thickness, of the cord is also important, as a thinner cord may not deliver enough power and could lead to motor burnout. It is recommended to use a 12-gauge or 14-gauge cord, depending on the length required and the amperage of the snowblower. The cord should have a minimum length necessary to clear all surfaces in your yard without affecting the snowblower's performance. Additionally, it should be certified by an independent testing laboratory and bear the UL Listed label.
| Characteristics | Values |
|---|---|
| Cord type | Outdoor, flexible in extreme cold weather, with heavy insulation to protect against the cold and moisture |
| Cord length | Only as long as you need it; longer cords increase electrical resistance |
| Gauge | 12 or 14 |
| Amperage | At or over the amperage of your snow blower (7-15 amps) |
| Additional features | Connector box, multiple sockets, a lighted plug, ground fault circuit interrupter (GFCI) |
| Brands | Iron Forge, AmazonBasics, US Wire |
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What You'll Learn
Extension cord length and amperage
When choosing an extension cord for an electric snowblower, it is important to consider the length and amperage specifications required for your machine. Extension cords come with their own maximum amperage, which is listed on the label. Purchasing a cord with amperage below that of your snowblower can lead to insufficient power or overheating. Electric snow blowers usually range from 7 to 15 amps, with most being around 13 amps. Therefore, you need to buy a cord that is rated for 13 amps or more.
The length of the extension cord also matters because as the length of the cord increases, so does the electrical resistance (voltage drop). This means that a 100-foot cord will deliver less power than a 50-foot cord with the same specifications. It is recommended to get a cord that is only as long as you need. If a longer cord is required, consider using a higher-gauge cord to limit the drop in power.
The gauge of the extension cord refers to the thickness of the copper wire inside the casing. A lower gauge indicates a thicker wire that can conduct more electricity. For snowblowers, a 12 or 14-gauge cord is typically recommended for lengths of 50 or 100 feet, respectively. It is also important to ensure that the cord is certified by an independent testing laboratory, indicated by a "UL Listed" label.
When selecting an extension cord for an electric snowblower, it is crucial to choose one that is designed for outdoor use in cold weather. Outdoor cords have heavy insulation to protect against moisture and low temperatures, preventing electrical shocks or damage to your equipment. Look for cords with the designations "S" for flexible general use, "J" for standard 300-volt insulation, "W" for weather resistance, and avoid those with "P," which indicates parallel wire. Some recommended outdoor extension cords include the Iron Forge 12/3 SJTW and the AmazonBasics 12/3 SJTW.
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The importance of insulation
When choosing an extension cord for an electric snowblower, the insulation of the cord is an important factor to consider. The insulation of an extension cord is crucial for several reasons. Firstly, it ensures the safe and efficient functioning of the snowblower by providing adequate protection against the cold and moisture. Using a cord without proper insulation can lead to electrical shocks or damage to the snowblower due to short circuits. Therefore, it is essential to select an extension cord with heavy insulation designed for outdoor use in cold weather conditions.
The insulation of the extension cord also plays a vital role in maintaining the performance of the snowblower. Insulation affects the electrical resistance of the cord, resulting in a voltage drop over longer distances. This means that a longer cord will deliver less power to the snowblower compared to a shorter one with the same specifications. Therefore, it is recommended to choose an extension cord that is only as long as necessary to minimize power loss. In cases where a longer cord is required, selecting one with a higher amperage rating than the snowblower can help mitigate the drop in power.
Additionally, the insulation of the extension cord contributes to its flexibility, which is essential for ease of use and storage. A flexible cord can be more easily manoeuvred and managed during operation. It can also withstand extreme temperatures without becoming stiff, ensuring that it remains functional and safe to use in cold weather conditions. Some extension cords, such as the Iron Forge 12/3 SJTW and the AmazonBasics 12/3 SJTW, are known for their exceptional flexibility in both heat and cold.
Moreover, the insulation of the extension cord is crucial for safety reasons. A properly insulated cord will have a protective outer covering that safeguards against electrical hazards. If the insulation is inadequate, the cord may heat up excessively, leading to a potential fire hazard as the outer covering could melt. Therefore, it is essential to choose an extension cord with the appropriate insulation rating, such as the ""W" designation, which indicates weather resistance and outdoor suitability.
In summary, the insulation of an extension cord for an electric snowblower is of utmost importance. It ensures the safe and efficient operation of the snowblower by providing protection against the elements and preventing electrical hazards. Additionally, it helps maintain the performance of the snowblower by minimizing power loss over longer distances. A flexible, properly insulated cord also enhances usability and reduces the risk of damage during use and storage. By considering the insulation and other relevant factors, users can make an informed decision when selecting an extension cord for their electric snowblower.
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Gauge of the cord
When choosing an extension cord for an electric snowblower, the gauge of the cord is an important factor to consider. The gauge refers to the thickness of the copper wires inside the cord, and it determines the amount of electricity that can be conducted. A lower gauge number indicates a thicker wire that can conduct more electricity. For example, a 12-gauge cord will be thicker and have a higher amperage rating than a 14-gauge cord.
Most snowblowers require between 10 to 15 amps, with the majority requiring around 13 amps. Therefore, a 14-gauge cord is typically sufficient for a 50-foot extension, while a 12-gauge or 14-gauge cord is recommended for a 100-foot extension. It is important to ensure that the cord provides enough power to avoid damaging the snowblower's motor or causing a fire.
It is also worth noting that as the length of the cord increases, the electrical resistance, or voltage drop, also increases. This means that a longer cord may not deliver the same power as a shorter one with the same specifications. Therefore, it is advisable to choose an extension cord that is only as long as necessary. If a longer cord is required, a higher-gauge cord with a higher amperage rating than the machine may be necessary to compensate for the power drop.
When selecting an extension cord for an electric snowblower, it is crucial to choose one that is designed for outdoor use in cold temperatures. These cords have heavy insulation to protect against the cold and moisture, ensuring safe and efficient operation. Additionally, look for cords with the designations 'S', 'J', and 'W', which indicate flexible general-use, standard 300-volt insulation, and weather resistance, respectively.
Some recommended outdoor extension cords include the Iron Forge 12/3 SJTW, which offers excellent flexibility in both heat and cold, and the AmazonBasics 12/3 SJTW, which is a more affordable option with positive reviews. It is always important to refer to the instruction manual of your snowblower to determine the recommended gauge and any specific requirements for your particular model.
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Flexibility in cold weather
When choosing an extension cord for an electric snowblower, it is important to select one that is designed for cold weather. Regular extension cords will become stiff and inflexible in cold temperatures, which can make them difficult to unwind and coil up for storage. They can also crack, exposing the wires and creating a safety hazard.
Cold weather extension cords are designed to remain flexible in low temperatures. They typically have a heavy insulation that protects against the cold and moisture. Some cords are made with TPE (Thermo-Plastic Elastometer), which allows for maximum flexibility in extreme temperatures. For example, the US Wire 'Extreme' extension cord can remain flexible in temperatures as low as -94°F (-70°C), while the Southwire cord is flexible down to -58°F (-50°C).
When choosing a cold-weather extension cord, it is important to consider the amperage and length required for your snowblower. The cord should be rated for the same or higher amperage than your snow blower to ensure it receives maximum power and the cord does not overheat. The length of the cord will also impact its flexibility, as longer cords will result in a greater voltage drop. Therefore, it is recommended to choose a cord that is only as long as you need. If a longer cord is required, consider using a higher gauge wire to reduce the power loss.
Some recommended cold-weather extension cords include the Iron Forge 12/3 SJTW, which offers great flexibility in both heat and cold, and the AmazonBasics 12/3 SJTW, which is a more affordable option that still offers flexibility in cold temperatures. The U.S. Wire & Cable 50 FT. Extreme All-Weather Extension Cord is another highly flexible and durable option that can handle up to 15 A of electricity.
In summary, when selecting an extension cord for an electric snowblower, it is crucial to choose one designed for cold weather to ensure flexibility and safety in low temperatures. Consider the amperage and length requirements of your snowblower to make an informed decision.
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Recommended brands
When choosing an extension cord for your electric snowblower, it's important to select one that is built for cold weather and has the designations S, J, and W listed on the label. The wire gauge, or thickness of the copper wire inside the casing, is also a critical factor. A 12-gauge extension cord is recommended to ensure sufficient power delivery, especially for longer cords.
Iron Forge 12/3 SJTW
The Iron Forge 12/3 SJTW is a highly flexible extension cord that performs well in both heat and cold conditions. It features a bright yellow colour for easy visibility and an LED-lighted socket on the female end to indicate power status. Iron Forge Cable offers a lifetime warranty for this product.
AmazonBasics 12/3 SJTW
The AmazonBasics 12/3 SJTW is a cost-effective option among name-brand cords. It is designed with visibility in mind, featuring a bright orange colour and a lighted female side when powered on. This cord comes with a 1-year limited warranty and generally receives positive reviews from customers.
When choosing between different brands and models, it is essential to consider factors such as cord length, amperage rating, and independent testing certifications ("UL Listed"). Additionally, managing your extension cord properly, such as by using a clip or the over-the-shoulder technique, is crucial for safety and convenience.
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Frequently asked questions
The most important factors to consider are the length of the cord, the amperage of the snowblower, and the ability of the cord to remain flexible in cold temperatures.
The letters on the extension cord indicate what the cord is made of and what it does. For example, S means it's a flexible cord for general use, J means it has standard 300 voltage insulation, W means it's weather-resistant and rated for outdoor use, and P means it's a parallel wire.
The size of the extension cord depends on the amperage of your snowblower and the length of the cord. Most snowblowers require between 10 to 15 amps, so you'll need a 14-gauge, 50-foot cord or a 12 or 14-gauge, 100-foot cord. It's recommended to choose a cord that is only as long as you need and to avoid using a cord that is not properly insulated for outdoor use.
