Why Your Hydroponics System Needs a Water Pump

Water pumps are an essential component in any grow system; they help deliver the nutrient solution through the growing media to your plants. They can also used for other purposes, such as powering an air compressor.

Submersible vs Above Ground Pumps

There are two main types of pumps: submersible pumps and above ground pumps. Both work by moving water through a series of pipes. However, while both types of pumps use electricity to operate, they differ in how they do so.

Choosing the Right Type

Submersible pumps are typically used in smaller systems where space is limited. They are also more expensive than above ground pumps. Above ground pumps are usually less expensive, but they require more maintenance.

Installing an Above Ground Pump

If you decide to install an above ground pump, make sure you choose one with a float switch. This will help prevent flooding when the system runs out of water. You should also consider installing a pressure relief valve so that excess pressure does not build up inside the tank.

Investing in a Submersible Pump

There are several different types of submersible pumps available. They range in size, cost, and power consumption. A good rule of thumb is to buy the smallest pump possible that will meet your needs. For example - the Hailea HX8830, HX8860 and HX8890 water pumps fit 25mm pipework while the HX8810 fits 19mm pipework.

More on Hailea Submersible Water Pumps

These versatile, high-jet water pumps are fully immersible and versatile; they're suitable for aquariums, ponds, tanks and general use as well as Hydroponics. They can also be used inline (outside water).

The Pros and Cons of Each

Submersible pumps are ideal for small growing spaces because they require less space than above-ground models. However, they also consume more energy and cost more money. Above-ground pumps are generally more powerful and efficient, but they take up more room. If you plan to use an above-ground pump, make sure it has enough capacity to handle the flow rate of your system.