Pump Up the Fun: Maximize the Life of a Bounce House Blower

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Closeup of a blower connected to a bounce house

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Bounce Houses

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As the popularity of bounce houses continues to soar, it’s important for anyone who owns or rents one to know the limits of their bounce house blower.

How long can you run a bounce house blower without causing damage or endangering the safety of those inside? This is a crucial question that deserves a thorough answer.

In this blog, we’ll explore the key factors that determine how long you can safely run your bounce house blower, as well as some important tips to keep your bounce house running smoothly for years to come.

So let’s dive right in and learn everything you need to know about operating your bounce house blower!

Closeup of a blower connected to a bounce house

Continuous power required for bounce house blower

To keep a bounce house inflated throughout its use, a continuous power source is required for the blower.

According to industry standards, the blower should be rated for 115 volts and between 7 to 14 amps, with a minimum power output of 2000 watts.

This power level will ensure that one blower can run for as long as it has fuel. For larger inflatables that require multiple blowers, each blower should have a minimum rating of 2000 watts.

While it’s important to keep the blower running during use, it’s also recommended to stop the blower for 10-15 minutes every 4 hours to allow it to rest.

In order to ensure a continuous power supply, a generator may also sometimes be provided.

With the proper power supply, the bounce house blower can run seamlessly throughout the event, providing endless fun for attendees.

Electricity usage and lifespan of bounce house blower

In order to have a successful bounce house experience, it’s important to understand the electricity usage and lifespan of the bounce house blower.

As mentioned before, the amount of electricity a bounce house uses depends on the size of the blower you’re using.

You can expect to pay around $0.13 an hour for a small 1 HP blower, while a more powerful 2 HP 14 amp blower will use more energy.

It’s important to also consider the lifespan of your bounce house blower . With continuous use, smaller blowers can last up to six or seven hours, while larger generators can provide even longer-lasting power.

However, always keep in mind the specific usage and lifespan of your own equipment. It’s essential to regularly inspect and maintain your blower to ensure that it’s functioning properly and safely, especially for commercial use.

By understanding the electricity usage and lifespan of the bounce house blower, you can ensure a safe and enjoyable bounce house experience for you and your guests.

Inflation time varies for each inflatable

The inflation time for each inflatable varies depending on its size and complexity.

As mentioned earlier, a regular 13×13 bounce house can take around 2 minutes to inflate, while an average 18 Ft slide can take up to 4 minutes.

However, it’s important to note that large bounce houses can require even more power and time to inflate fully.

The blower must run continuously to keep the inflatable inflated, and taking breaks is recommended every 4 hours to allow the blower to rest.

The deflation time also varies based on the size of the inflatable, but it typically takes 10-15 minutes to completely deflate.

It’s crucial to have a dedicated 20-amp circuit breaker and extension cords for each inflatable to ensure proper and safe operation.

In summary, the inflation time for each inflatable varies, but the blower must run continuously for proper operation.

Generator options for longer-lasting power

When it comes to keeping your bounce house inflated for an extended period, a generator becomes a necessity.

Depending on the size and wattage rating of the generator, it can run multiple inflatables at once. It is important to note that generators have a limited run time, typically lasting up to 3-4 hours at maximum capacity.

To ensure uninterrupted power, it is advisable to have multiple generators or to add more fuel if your event runs longer than the generator’s run time.

When choosing a generator, it is recommended to use one with at least 2,000 watts per blower to guarantee sufficient power supply.

By utilizing a generator, you can provide longer-lasting power and an enjoyable bouncing experience for your guests.

Blower must run during bounce house use

To keep a bounce house inflated and safe for use, the blower must run continuously during its use.

This means that if you are planning an event with a bounce house, you need to plan for a power source that can run the blower for the duration of the event.

This could involve using a high-wattage generator or ensuring that the outlet being used is on a dedicated circuit breaker.

It’s also important to use a blower that is specifically designed for the size and weight of the inflatable to prevent over or under-inflation.

Remember, safety should always come first when it comes to bounce house use, so make sure to follow all manufacturer instructions and recommended usage guidelines.

Deflation time varies based on bounce house size

Deflating your bounce house might seem like a simple task, but it’s important to remember that deflation time can vary based on the size of the inflatable.

As mentioned earlier, the average deflation time for bounce houses is between 10-20 minutes. However, larger inflatables may take longer to deflate.

It’s crucial to take this into consideration when planning your event schedule. Additionally, it’s recommended to use a dedicated extension cord for your inflatable to ensure that it receives consistent power throughout the event.

And for those planning on running their bounce house all day, it’s important to take breaks every 4 hours or so to allow the blower to cool down.

By taking these steps, you can ensure that your bounce house stays safe and functional throughout your event.

Importance of dedicated extension cords for inflatables

When using inflatable bounce houses, it’s important to have a dedicated extension cord to ensure proper and safe use of the blower motor.

As mentioned in previous sections, inflatables require a certain amount of power and can only use a certain length of extension cord.

Rental companies usually provide one 50ft extension cord, but if you need to place the inflatable further away, it’s recommended to use a generator.

Using the wrong type of extension cord or overloading it can lead to electrical hazards and can even damage the equipment.

It’s important to always follow the manufacturer’s instructions and use the correct extension cord to ensure the safety of the users and the longevity of the inflatable.

Can Adults Safely Use Bounce Houses Designed for Kids?

When it comes to adults having fun in bounce houses designed for kids, safety is a major concern. These inflatable structures are primarily built for little ones, which means they may not withstand the weight or force exerted by adults. Attempting to use a bounce house meant for kids can lead to accidents, injuries, and structural damage. For a fun and safe experience, it’s best for adults to look for bounce houses specifically designed to accommodate their weight and movements.

Recommended generator wattage for average blower

When it comes to ensuring the proper power supply for a bounce house blower, it’s important to consider the recommended generator wattage.

Based on the factual data, an average bounce house blower would require a minimum of 2000 watts to operate.

While a 1500-watt generator may suffice, it’s always best to err on the side of caution and opt for a generator in the range of 2000-2500 watts.

This ensures a sufficient power supply and can prevent any potential issues or delays during the inflation process.

Additionally, when connecting multiple units, it can be helpful to have a higher-wattage generator on hand.

By choosing the appropriate generator wattage for the intended use, individuals can ensure a smoother experience with their bounce house rental.

Can Using a Leaf Blower Damage the Bounce House Blower?

Using a leaf blower to inflate a bounce house blower can potentially cause damage. The air pressure and flow rate from a leaf blower may not be suitable for the bounce house blower, leading to overheating or even blowing out the motor. It’s important to use the proper equipment for inflating bounce houses.

Using high-pressure leaf blower as an alternative

If you find yourself without a bounce house blower, fear not! There are alternatives to keep your inflatable up and running, such as using a high-pressure leaf blower.

While it may not be the most convenient option, it can do the job in a pinch. However, it’s important to note that the amount of time it takes to inflate the bounce house can vary depending on the size, shape, weight, and material of the inflatable.

It’s also essential to remember that the blower must run continuously during use, so having a backup plan for power is crucial.

A dedicated extension cord and recommended wattage for the average blower can help avoid any electrical issues.

Additionally, some inflatable companies may include Zoom Blowers which are quieter and more efficient than traditional blowers.

Don’t let a missing blower ruin your bounce house fun. Get creative with options like a high-pressure leaf blower and keep the party going!