12 Volt Solar Pump – 1400 LPH, 2.1m Max Head, Versatile & Reliable
Why Choose the 12 Volt Solar Pump?
The 12 Volt Solar Pump is a high-performance water pump designed for stunning outdoor water features. Whether you're enhancing a pond, powering a fountain, or creating cascading waterfalls, this pump delivers exceptional results with eco-friendly operation.
With a maximum flow rate of 1400 liters per hour (LPH) and a maximum head height of 2.1 meters, it performs reliably even in demanding setups. Its compatibility with solar panels, batteries, and mains adapters makes it perfect for gardens, ponds, or off-grid applications.
Key Features
Powerful Performance
1400 LPH flow rate for medium to large water features.
2.1m head height for elevated water effects.
Versatile Compatibility
Works with 12V-18V DC power sources.
Supports solar panels (10W, 25W, or custom), batteries, and mains adapters.
Adjustable Flow Rate
Customize water flow for gentle streams or dramatic sprays.
Ideal for fountains, waterfalls, and irrigation systems.
Eco-Friendly Design
Operates on renewable solar energy.
Reduces carbon footprint for sustainable gardening.
Durable Construction
Built with corrosion-resistant materials.
Includes dry-run protection for long-lasting use.
How the 12 Volt Solar Pump Benefits You
This pump enhances water circulation, improving aquatic life and water clarity. Its versatility and eco-friendly operation make it suitable for various uses, including off-grid setups. The durable design ensures years of reliable performance with minimal maintenance.
What Can You Use the 12 Volt Solar Pump For?
Pond Fountains: Create stunning sprays up to 2.1m high.
Cascading Waterfalls: Power tranquil rockeries or flowing features.
Filtration Systems: Improve water clarity and oxygenation.
Hydroponics & Irrigation: Perfect for small-scale plant watering.
Custom Water Displays: Enhance spouts, streams, and spitters.
Why Is This Pump the Best Choice?
The 12 Volt Solar Pump combines high performance, energy efficiency, and robust durability. Its ability to adapt to various power sources and applications sets it apart, making it a reliable choice for both beginners and experienced users.
Rate this product
0/5
0 Reviews
Please rate this product, describe its advantages and disadvantages, please share your impression about its use
The 12 Volt Solar Pump operates using DC (Direct Current) power to drive an efficient magnetic impeller system. Here's a breakdown of the core functionality:
Power Input: The pump accepts 12V-18V DC power from various sources:
Solar panels (converting sunlight to electrical energy)
12V batteries (providing consistent power)
Mains adapters (converting AC to appropriate DC voltage)
Water Movement: The magnetic impeller creates centrifugal force, drawing water through the inlet and pushing it out through the outlet at pressures capable of reaching 2.1m height.
Power System Operations
1. Solar Panel Operation:
Solar panels convert sunlight into DC electricity
Power output varies with sunlight intensity
Flow rate automatically adjusts to available power
Operates at maximum efficiency with 25W panel in full sun
Minimum 10W panel required for basic operation
2. Battery Operation:
Provides consistent 12V power supply
Enables operation during cloudy periods or at night
Can be combined with solar panels for hybrid system
Typically provides 8-10 hours operation on full charge
3. Mains Adapter Operation:
Converts household AC to 12V-18V DC
Provides consistent, reliable power
Ideal for continuous operation requirements
Flow Rate Performance
The pump's flow rate varies depending on height and power input:
Ground Level (0m): Maximum flow of 1400 LPH
0.6m Height: Flow reduces to 1000 LPH
1.2m Height: Flow reduces to 600 LPH
1.8m Height: Flow reduces to 200 LPH
Maximum Height (2.1m): Minimal flow rate
Built-in Protection Systems
Dry Run Protection:
Automatically detects lack of water
Stops pump to prevent damage
Resumes operation when water level restored
Voltage Protection:
Handles voltage fluctuations between 12V-18V
Prevents damage from power surges
Automatically adjusts to available power
Energy Efficiency Features
Variable Flow System:
Adjusts power consumption based on flow requirements
Maximizes efficiency at different heights
Reduces energy waste in lower flow applications
Smart Power Management:
Optimizes power usage based on input voltage
Maintains consistent operation with varying power input
Extends component life through efficient operation
Operational Maintenance
To ensure optimal performance, the pump includes:
Easy-access filter system for quick cleaning
Removable impeller housing for maintenance
Robust seals preventing water ingress
Corrosion-resistant materials for longevity
Technical Note: The pump's performance can vary based on factors such as power source quality, water cleanliness, and installation configuration. For optimal performance, ensure proper maintenance and appropriate power supply matching the pump's specifications.
