Scott spreader numbers provide information about the rate at which fertilizer or other material is released from a broadcast rotary spreader. The numbers are based on laboratory testing that measures the amount of material that can be released at a given speed of the spreader operating at a given swath width.
The higher the number, the greater amount of material that can be spread at a given speed and swath width. For example, a Scott’s spreader with a number of 20 means that 10 pounds of material will be spread per acre at a swath width of three feet and a speed of five miles per hour.
The Scott spreader number is used to ensure an even application of fertilizer or other material across a lawn or landscape. Higher Scott spreader numbers indicate an increased coverage area, which can save time and resources.
What setting should I use on Scotts spreader?
The setting that you should use on your Scotts spreader will depend on the type of grass seed, fertilizer, or ice melt you are using. For grass seeds, Scotts recommends using their “Setting A”, which corresponds to a 10.
5 mph application rate with their branded spreader (a fairly wide distribution pattern). Scotts also offers a variety of settings for types of fertilizers or ice melts which you can find on the instructions for the specific product.
For example, for their Turf Builder Winterguard Fall fertilizer, you will want to use setting 5, which corresponds to a 4 mph application rate. If you ever have doubts about which setting to use, consult the instructions accompanying your Scotts product.
Can you use Scotts EZ seed in a spreader?
Yes, Scotts EZ Seed can be used in a spreader. Spreaders are designed to evenly disperse seed, fertilizer, and other materials. When using a spreader, always read and follow the manufacturer’s instructions.
When using Scotts EZ Seed, it is important to set the correct setting for the spreader. The most common setting for small seed is “lawn and garden” or “2-4”. Setting the spreader too high can result in waste and uneven coverage, while setting it too low may miss the areas that need to be seeded.
Additionally, it is important to calibrate the spreader to ensure accurate coverage and avoid over or under application of material. Lastly, it’s important to ensure that the seed is spread evenly; overlapping of seed can cause an area to become too dense and overgrown with grass.
What setting should spreader be on for fertilizer?
The setting on a spreader for fertilizer depends on the type of fertilizer being used, the type of spreader, and the area it is being used on. For example, when using a broadcast spreader, the setting will depend on the size of the granules of fertilizer and the directions provided on the bag of fertilizer.
For larger granules, a larger setting will be needed. For smaller granules, a lower setting will be needed. Similarly, when using a drop spreader, the setting will depend on the size of the lawn and the area to be fertilized, as well as the type of fertilizer.
Generally, the larger the area to be fertilized, the higher the setting should be, and the smaller the area should be, the lower the setting should be. As always, it is recommended to refer to the instructions on the bag for the best setting for a particular fertilizer and spreader.
What’s the difference between a broadcast spreader and a drop spreader?
A broadcast spreader and a drop spreader are both important tools for effective lawn care. A broadcast spreader is a large, bucket-like device that is typically used for evenly distributing granular products, like fertilizer, grass seed, and ice melt, over a wide area.
It can be hand operated or powered, and works by releasing the material at an adjustable rate as it is pushed, towed or driven over the lawn. The broadcast spreader can cover the entire area to be treated in one or two passes, making it quick and efficient to use.
A drop spreader is a smaller and more compact tool than a broadcast spreader. It typically uses a hopper that is divided into two different compartments. As you walk behind the spreader, it drops product directly beneath it with each footstep, allowing you to fertilize in specific “spot” areas, rather than blanket the entire lawn.
This is great when dealing with small areas with concentrated problem spots, or when you need to apply different products to different areas of the lawn.
Is a broadcast spreader the same as a rotary spreader?
No, a broadcast spreader and a rotary spreader are not the same. A broadcast spreader is designed to spread materials, such as fertilizer, mulch, and grass seed, over a large, even area. The broadcast spreader gets its name from broadcasting the material into the air in an even pattern that covers the desired area.
On the other hand, a rotary spreader is designed for more precision applications. This type of spreader can be used for fertilizing items such as shrubs, trees, and gardens in accuracy. A rotary spreader is designed with a spinning disk-like feature which evenly distributes materials by shooting them through tiny holes in the spreader.
The rotary spreader is usually a hand-held device or can be attached to a tractor or other larger machinery.
How do you spread fertilizer evenly?
Spreading fertilizer evenly is a critical part of the lawn care process, as the even application of fertilizer ensures that your turf is fed in a balanced and healthy way. To evenly spread fertilizer, you will need a broadcast or drop spreader.
These spreaders allow you to control the flow of fertilizer and apply it evenly across the entire area of your lawn. When using a broadcast spreader, it is important to make sure it is properly calibrated and adjusted to the size of your lawn.
Additionally, when using a broadcast spreader, make sure to start at one side of the lawn and work in a back-and-forth pattern so that the fertilizer is distributed evenly. For drop spreaders, make sure to follow the manufacturer’s settings for the correct settings for your lawn size so that the fertilizer is applied evenly.
It is also important to make sure to overlap the passes so that you are properly nurturing all areas of your lawn.
How wide does a Scotts spreader spread?
The size of the spread that a Scotts spreader can achieve typically depends on the model of spreader being used. However, generally speaking, most Scotts spreaders are capable of throwing the product they are dispensing in a 12-foot wide pattern.
It is important to note, however, that the width of the spread is affected by numerous factors including product formulation, particle size, and the settings of the spreader itself. Additionally, the overall rate of application can also impact the spread width.
Ultimately, it is best to refer to the specific instructions for the model of spreader being used to ensure that the desired result is achieved.
What number do I set my Scotts broadcast spreader to?
The exact setting for your Scotts broadcast spreader will depend on several factors, such as the size of the spreader, the type of lawn seed or fertilizer you are using, and the size of your lawn area.
Generally, you should refer to the product instructions on the package of the product you are using to determine the appropriate setting, as it can vary widely. Generally, the broadcast spreader settings will range from 1 to 10, with 1 being the lowest setting and 10 being the highest.
The higher settings should be used for larger lawn areas, while lower settings should be used for smaller lawn areas. You may also adjust your spreader setting based on the type of product you are utilizing, as products will have different application rates.
How do you determine spreader settings?
The way to determine spreader settings depends largely on the type of spreader you are using and the size of the area you are wanting to cover. Generally, the spreader settings are labeled on the side of the spreader and corresponding to the type of fertilizer or grass seed used.
When adjusting the settings for your spreader, it’s important to know how wide you would like the spread to be. For example, if spreading fertilizer or grass seed in an area with a large expanse, you would want the setting to be open wider than in a small area.
Once you have determined the width of the spread, adjust the setting accordingly.
Additionally, a good rule of thumb is to adjust the setting according to the materials being used and the type of spreader. For example, if using a drop spreader, you would want a narrower setting than you would use with a broadcast spreader.
This ensures more accurate coverage and better results.
Furthermore, make sure to check the instructions on the fertilizer or grass seed bag to ensure the spreader is set to disperse the correct amount of material for your specific project.
When it comes to determining spreader settings, the key is to be aware of the product used and size of the area and adjust the settings accordingly. Taking the time to get the spreader settings right will pay off in the long run with better results.
What do the numbers mean on fertilizer spreaders?
The numbers on a fertilizer spreader refer to the size of the swath or width of the swath that the spreader will cover. For example, a “5” on the spreader may indicate that it will cover an area 5 feet wide, while a “12” indicates an area 12 feet wide.
Different spreader models have different sizes, and the range usually extends from 4 to 14 feet. Most people prefer the larger spreaders because they cover a larger area faster. The amount of fertilizer that the spreader delivers per area is determined by the amount of material set on the adjustment handle.
Each pass of the spreader covers a specified area, and the amount of fertilizer it disperses is based on the given setting. The higher the setting, the more fertilizer that will be spread. Additionally, the numbers on the spreader may refer to the ground speed that is necessary for the spreader to deliver the fertilizer at the desired rate.
Different spreader models require different ground speeds to be effective, so these numbers provide guidance on the speed that should be used.
How often should you fertilize your lawn?
Fertilizing your lawn should be done at least three times a year. Depending on the type of grass you have and local climate and temperature, you may need to fertilize more often. Identifying the type of grass you have and determining how much fertilizer your grass requires should be your first step.
In general, fertilizing your lawn once in the spring (usually around late March or early April, depending on your location and weather conditions) and then again in midsummer (mid June to mid July) and a final time in the fall (usually late September or early October) is recommended.
During the springtime, the type of fertilizer you use should be designed to promote the growth of new grass. The summer fertilizer should focus on sustaining your grass and preventing disease, while the fall fertilizer should help build up the roots and prepare the grass for winter.
Make sure to water your lawn before fertilizing, as dry soil prevents fertilizer from being absorbed into the lawn.
Applying fertilizer to your lawn should be done with caution, as excess fertilizer on lawns can cause lawn damage and lead to environmental pollution. A soil sample sent to a lab will help you determine the exact fertilizer and amount you need for your lawn.
Also, it’s important to follow the instructions on the fertilizer package for proper application. It’s also important to mulch your lawn in order to provide a protective layer for your grass against temperature fluctuation, as well as keeping in moisture and preventing weeds from taking over.
How are spreader settings calculated?
The exact calculations involved in determining spreader settings vary by model, but in general, they involve the area of the spread pattern, the desired application rate of fertilizer or other materials, and sometimes the speed of the spreader.
The spread pattern’s area is determined by the spreader’s design and the spinner size, which can be adjustable on some models. The application rate is usually determined by a knowledgeable crop specialist, depending on the desired outcome.
Finally, the speed of the spreader can be a factor in the final calculation; a faster speed can mean a wider spread pattern. If the user is manually controlling the speed, this can be an important factor to consider, as it will have an effect on the final spreader settings.
Some spreader models will also include a calibration table to help the user find the ideal settings for a given spread pattern, application rate, and speed.
