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DC Brush-Type Irrigation Solar Water Pump
  • DC Brush-Type Irrigation Solar Water Pump
  • DC Brush-Type Irrigation Solar Water Pump
DC Brush-Type Irrigation Solar Water Pump

DC Brush-Type Irrigation Solar Water Pump

R 4,350.00
  • Model Number: VC-80 DC
  • Max Flow Rate: 42m³/h 
  • Max Head: 10m
  • Voltage: 150 – 200V 
  • Power: 1500w
  • Outlet: 80mm   
  • Current: 8.8A
  • Panels in series: 555×4
  • 1 year warranty

NB: SOLAR PANELS SOLD SEPARATELY

About a 10m Irrigation System Solar water Pump

10m Irrigation System Solar water Pump

Model number: VC-80

DC IRRIGATION PUMP BRUSH-TYPE

A 10m Irrigation System Solar water Pump, VC-80 DC irrigation pump (brush-type) is a type of electric pump powered by direct current (DC) and equipped with a brushed motor. These pumps are widely used for agricultural irrigation, gardening, and small-scale water supply systems. Here’s an overview of its features and operation:

Key Features of an Irrigation System Solar Water Pump Brush-Type:

  1. Power Source:
    • Operates on a DC power supply, typically from batteries or solar panels.
    • Suitable for remote areas without access to grid electricity.
  2. Motor Type:
    • Uses a brushed motor where electrical current is delivered to the motor through brushes and a commutator.
    • Brushed motors are simple, cost-effective, and widely used.
  3. Performance:
    • Offers steady water flow suitable for small to medium irrigation needs.
    • Pumping capacity varies depending on the model, ranging from a few liters per minute to higher outputs.
  4. Applications:
    • Primarily used for irrigation in agriculture.
    • Can also serve in gardening, fish farming, and small-scale water transfer applications.
  5. Advantages:
    • Affordable compared to brushless or AC-powered models.
    • Compatible with off-grid solutions like solar panels.
    • Easy to maintain with replaceable brushes.

How an Irrigation System Pump Works:

  • The pump consists of an electric motor (DC brushed) connected to an impeller or a diaphragm mechanism.
  • When powered, the motor drives the impeller or diaphragm, creating suction to draw water and discharge it at a higher pressure.
  • The flow rate and pressure depend on the pump’s specifications and the power supplied.

Maintenance Tips:

  1. Brush Replacement:
    • Regularly check and replace the brushes as they wear down with use.
  2. Keep Clean:
    • Ensure the pump is free from debris or dirt to avoid damage.
  3. Prevent Dry Runs:
    • Do not operate the pump without water to prevent overheating or damage to the internal components.

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