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Paddlewheel aerators are the most common type of large pond aerator

Update:01-03-2023
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Paddle Wheel Aerator Paddlewheel aerators are the most […]

Paddle Wheel Aerator

Paddlewheel aerators are the most common type of large pond aerator. These aerators use an electric motor or a self-contained diesel engine to convert the rotation of the shaft into a vertical movement of fluid. The paddles are attached to the hub, which is usually anchored to the bank of the pond.

Some commercial aerators can adjust the depth of the paddles for maximum energy efficiency. Increasing the depth of the paddles increases the amount of oxygen transferred, but it also requires more power. It's also important to have the aerator in the proper position for optimal operation.

If you need to move aerators on a steep levee, you will need a bigger tractor. However, most culturists prefer paddlewheel aerators powered by electric motors. Whether you use a PTO or another power source, a good aerator can provide more oxygen for your money.

A PTO-powered paddlewheel will run at just above idle speed and will need 15-30 hp to operate. They can be used to mix ponds or to provide a current of oxygenated water to fish. But they're not very efficient.

If you're planning on using a paddlewheel in a large pond, it's best to place it in the middle of the long axis of the pond. This will produce two or more circulation cells, and it will also help improve vertical mixing.

Tractor-powered paddlewheel aerators are more flexible than other types of aerators. You can use them for any task, including mixing ponds. In addition, they can be portable. They're great for emergency situations, too. Compared to other aerator designs, they are inexpensive and easy to maintain. When choosing a tractor for this purpose, make sure it has a PTO that has a power rating of 45 to 60 horsepower.

Although the standard aeration efficiency of PTO-powered paddlewheels is low, they can be useful in emergencies. In fact, they're better than other aerator designs.

Some of the more efficient designs have triangular cross-sections. The cross-section can increase the speed of the aerator's rotation, which can boost oxygen transfer. Other designs are flat and not as effective.

The best aerators are high-quality paddlewheels. These include a durable and efficient motor, a good reducer design, and a waterproof cover. Besides, they are designed for long life. They should be checked for oil level before each use. Top off with mineral gear oil when necessary.

While a tractor-powered aerator can provide a stream of oxygenated water for fish, it's not very energy efficient. The power train consumes most of the fuel, which means that most of it go toward the turning of the motor and not the production of aeration. For this reason, it's often better to buy an electric aerator.

Despite the poor aeration efficiency of these paddlewheels, they're still popular in North America. They can be found at a very affordable price, though they're often plagued with low quality and limited repair parts. To minimize the risk of failure, it's best to choose a brand that offers a warranty.

2HP ~ 3HP 6 impeller paddle wheel aerator

Model

HP

Voltage
(V)

Frequency

Impellers

AMP(A)

Power Efficiency (kg/kw.h)

Aerobic capacity (kg/h)

 

Impeller    Speed (Rpm)

SC-0.75

1

220V-440V

50/60HZ

2

1.2

≥1.25

≥1.1

106

SC-1.5

2

220V-440V

50/60HZ

4

2.5

≥1.25

≥1.9

106

SC-1.5

2

380V -440V

50/60HZ

6

2.8

≥1.5

≥3.8

106

SC-2.2

3

380V-440V

50/60HZ

6

2.8

≥1.5

≥3.8

106

SC-2.2

3

380V-440V

50/60HZ

8

3

≥1.5

≥4.3

106

SC-3.0

4

380V-440V

50/60HZ

10

3

≥1.5

≥5

106

SC-3.0

4

380V-440V

50/60HZ

12

3.2

≥1.5

≥5.5

106

0