Buy a Solar Cascade Pump Max Head 3.0m, Pump Water Through Tubing & Create a Cascade for Small Ponds & Features, Best Prices, Great Reviews, Free UK Delivery
Powerful Flow Rate Multi Use Solar Pump Kit
The Sunspray Solar Cascade Pump Max Head 3.0 is a very high quality powerful but simple panel to pump kit. It can be used for a wide variety of water features in your pond.
Designed for tubing to be connected to the pump the pump has a multi hose fitting - 26mm, 32mm, or 38mm can fit directly on to the pump outlet
Incredible Value Kit
The Solar Cascade Pump Max Head 3.0 m really is a very good quality panel to pump kit. The solar panel has an aluminium frame and heavy spike set. The pump has dry run protection & is very well made.
This unit is designed for people with medium to large sized ponds who need to attach tubing and create a cascading waterfall feature. Works when the sun shines.
Building a Cascading Fountain Feature?
Simply attach tubing which fits directly on to the pump outlet (sold separately).
With a Pump Head of 3.0 m this gives you the power you need to push water through tubing and up around rocks to create a gorgeous solar powered cascading feature.
Customers with an Existing Cascade Water Feature
For customers who want to use the Solar Cascade Pump Max Head with an existing water feature. Connecting the pump to a tube please call Nath on 07786948899 to check the details of your existing feature.
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Installation Guide for Solar Cascade Pump Max Head 3.0m :
1. Unpack the Components:
Open the package and carefully remove all components, ensuring that all parts are included and intact.
2. Identify Components:
Familiarize yourself with the main components: the solar panel, the fountain pump with the 5-meter cable, the spike for ground mounting.
3. Choose a Suitable Location:
Select a location for your solar-powered water fountain that receives direct sunlight for the majority of the day. This is crucial for optimal solar panel performance and efficient energy conversion.
4. Install the Solar Panel:
If using the spike, push it firmly into the ground, ensuring stability and proper alignment of the solar panel to maximize sunlight exposure.
5. Connect the Pump:
Connect the fountain pump's 5-meter cable directly to the designated port on the back of the solar panel. Ensure a secure connection.
6. Place the Pump in the Pond:
Submerge the pump in the pond or water feature. Ensure that the pump is placed at an appropriate depth within the water. Note that if the pump is lower in the water, the flow rate may be affected.
7. Adjust Pump Height:
Consider the maximum pump height of 3.0 meters when placing the pump in the pond. Adjust the pump's depth to achieve the desired flow rate based on your preferences.
8. Test the Fountain:
Expose the panel to sunlight and observe the water flow. Adjust the pump's depth or positioning in the pond as needed to achieve the desired visual and audible effect.
9. Maintenance:
Periodically clean the solar panel surface to ensure optimal sunlight absorption.
Check the pump and tubing for any debris that might obstruct water flow.
10. Experiment and Enjoy:
Experiment with the placement of the pump within the pond to achieve different visual effects.
Enjoy your solar-powered water fountain and the soothing sound of flowing water in your outdoor space.
Note: Always refer to the specific product manual for any manufacturer-specific instructions or considerations. Follow safety guidelines and precautions provided by the manufacturer during installation.
The Sunspray Solar Cascade Pump is very simple It simply is a straight panel to pump kit
The Solar Panel produces voltage when it is sunny. This voltage is sent to the pump via the cable. The pump then pumps the water & that's it!
Detailed Explaination :
The Solar Cascade Pump Max operates using solar energy to power a variable flow pump, creating a flowing water feature. Here's how it generally works:
Solar Panel Absorption:
The solar water fountain is equipped with a 100W solar panel. This solar panel captures sunlight and converts it into electrical energy through photovoltaic cells.
Energy Conversion:
The solar panel generates direct current (DC) electricity as a result of sunlight absorption. This electricity is used to power the water pump.
Flow Rate and Max Head:
The pump has a variable flow rate, and in this case, it can go up to 5250 LPH (1387 GPH). The flow rate is the volume of water the pump can move in one hour. The max head of 3.0 M (9.8 FT) indicates the maximum height the water can be pumped.
Tubing Connection:
The pump is designed to accommodate 26mm, 32mm or 38mm tubing, which is connected to the pump's outlet. This tubing allows water to be directed to the desired location, such as a fountain head or water feature.
Direct Sunlight Operation:
The solar fountain is designed to operate in direct sunlight. The solar panel needs exposure to the sun to generate sufficient energy for the pump.
No Battery Backup:
Unlike some pumps, this fountain does not have a built-in battery backup. It operates solely when exposed to sunlight, and the pump runs while there is sufficient solar energy available.
Installation:
The solar panel should be placed in a location with direct sunlight, ensuring it receives optimal exposure.
The pump is connected to the solar panel, and the tubing is attached to the pump's outlet for water circulation.
Maintenance:
Periodically clean the solar panel to maximize sunlight absorption.
Check the pump and tubing for any debris that may affect performance.
In summary, the solar cascade pump operates by harnessing solar energy to power the variable flow pump, creating a customizable and visually appealing water feature. The absence of a battery backup means the fountain operates exclusively in direct sunlight.
