Description
Tiger 400W 48V Solar Water Pump is a practical solar-powered water pumping solution designed for suitable water transfer, irrigation, borehole, farming, and general water supply applications. Operating on 48V DC with a 400-watt power rating, this type of solar pump is designed to use electricity generated from compatible solar panels, making it suitable for locations where conventional grid power may be unavailable or inconvenient.
The Tiger 400W 48V Solar Water Pump is suitable for applications that require water to be moved from an appropriate source to a tank, irrigation system, livestock watering point, or other suitable destination. Depending on the specific pump configuration, installation conditions, and hydraulic requirements, it can be used for farms, gardens, small-scale irrigation, homes, and water transfer projects.
With a 48V DC operating system, the pump is designed for use with an appropriately configured solar power system. Solar pumping systems require correct matching between the pump, solar panels, wiring, and any required controller or protection equipment. The exact solar panel arrangement should be determined according to the specifications of the particular Tiger pump model.
The 400W power rating provides a practical specification for solar water pumping applications. However, pump performance is not determined by wattage alone. Factors such as maximum head, water source depth, pipe diameter, pipe length, elevation, sunlight conditions, and pump design all influence the amount of water that can be delivered. Customers should therefore confirm the exact pump specifications before installation.
Available specifications for similar Tiger 400W 48V models indicate configurations with a maximum head around 50 metres and an outlet around 25mm, although specifications can vary by model and pump design. Some versions are offered as submersible pumps, while others use different pumping mechanisms. Confirm the exact model, head rating, outlet size, and flow rate before purchase.
The Tiger 400W 48V Solar Water Pump can be useful for agricultural irrigation. Farmers can use suitable solar pumping systems to move water toward storage tanks, drip irrigation lines, gardens, or other approved irrigation points. The actual irrigation capacity will depend on the pump’s hydraulic performance and the design of the irrigation system.
For livestock applications, a compatible solar pump can help transfer water to tanks or designated watering systems. This can be particularly useful in farms and rural locations where access to reliable grid electricity may be limited. The pump should always be installed according to its rated operating conditions and the requirements of the water source.
The pump may also be used for filling suitable elevated or ground-level storage tanks. Using a storage tank can allow water to be collected during periods of available sunlight and then distributed through a separate gravity-fed or pressurized system, depending on the installation. The required pumping head should be calculated before selecting the pump.
Correct installation is essential for reliable operation. Users should use suitable solar panels, electrical cables, connectors, pipework, valves, and other components compatible with the pump. Cable size should be appropriate for the installation distance and electrical requirements to reduce unnecessary voltage losses.
If the specific Tiger model requires a controller, the correct controller should be installed according to the manufacturer’s specifications. Some solar pump configurations include integrated electronic controls, while others require an external controller. Customers should not assume that every 48V 400W pump uses the same connection method.
Water source conditions should also be considered before installation. The pump should be installed at the correct depth and positioned according to the manufacturer’s instructions. If the pump is a submersible model, it should be fully compatible with the borehole or well dimensions. Users should also ensure that the pump is protected from conditions that could cause damage.
Solar output varies throughout the day depending on sunlight intensity, weather, panel orientation, shading, and system configuration. As a result, pump flow can vary during operation. A properly sized solar array and correctly installed system can help the pump operate more effectively during available sunlight.
Maintenance requirements depend on the exact pump design and installation. Users should periodically inspect the solar panels, wiring, pipe connections, valves, and pump system for signs of damage, blockage, leaks, or other problems. Keeping solar panels reasonably clean can also help maintain their ability to receive sunlight.
The Tiger 400W 48V Solar Water Pump is intended for suitable water pumping applications and should not be used with chemicals, fuels, corrosive liquids, or other fluids unless the exact model is specifically designed for them. Water temperature and quality should remain within the manufacturer’s specified operating limits.
When purchasing this pump, customers should confirm the exact model and specifications, including maximum head, maximum flow rate, outlet size, pump type, operating voltage, current, controller requirements, and recommended solar panel capacity. These specifications are important because different 400W 48V solar pumps can have significantly different hydraulic performance.
For farmers, homeowners, gardeners, livestock keepers, and users working in areas with suitable solar resources, the Tiger 400W 48V Solar Water Pump can provide a practical solution for moving water without depending directly on conventional mains electricity. Proper system sizing and installation are essential to achieving suitable performance.
Whether used for irrigation, tank filling, borehole water lifting, livestock watering, or general water transfer, the Tiger 400W 48V Solar Water Pump offers a convenient solar-powered pumping option for compatible applications. Always match the pump to the required head and flow conditions and follow the manufacturer’s installation and operating instructions.
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