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DC 12V 10W Solar High Temperature Water Pump - ViaGasaFamido

DC 12V 10W Solar High Temperature Water Pump - ViaGasaFamido

This is a DC Brushless solar high temperature water pump, designed for circulation pumping and sui...

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Dc 12V 10W Solar High Temperature Water Pump Micro Pump Brushless Solar Hot Water Heater Circulation Pump For Home Thermal Solar Water Circulation 719233152584

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OnBuy.comDc 12V 10W Solar High Temperature Water Pump Micro Pump Brushless Solar Hot Water Heater Circulation Pump For Home Thermal Solar Water Circulation 719233152584
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Product Information

Full details

This ViaGasaFamido DC 12V 10W Solar High Temperature Water Pump is designed for individuals and industries needing reliable water circulation in areas without conventional power, especially where high temperatures are a factor. Its key benefit is its waterproof design and ability to handle up to 55°C water, making it ideal for solar thermal systems or remote agricultural applications. A potential caveat is its reliance on a 12V DC power source, typically solar panels, which requires specific setup.

All features

BrandViaGasaFamido

Extended Product Information

FAQs

Is this pump suitable for continuous operation?

Yes, the DC brushless motor is designed for efficient and durable operation, making it suitable for continuous use when powered appropriately.

Can I use this pump with standard household AC power?

No, this pump operates on 12V DC power only. You will need a compatible DC power source like a solar panel, battery, or a 12V DC adapter.

What is the maximum lift height or head pressure of this pump?

The product information does not specify the maximum lift height or head pressure. It is designed for circulation and pressurization, so performance will vary based on system resistance.

How do I connect it to a solar panel?

Connect the positive (+) and negative (-) terminals of the pump directly to the corresponding positive and negative outputs of your 12V solar panel. Ensure the solar panel's wattage and voltage are sufficient.

Can the pump be fully submerged in water?

Yes, the pump is completely waterproof and designed for both land and water use, meaning it can be fully submerged.

What maintenance is required?

Regular cleaning of the intake to prevent debris buildup is the primary maintenance. Periodically check electrical connections.

Can this pump handle hot water?

Yes, it can operate at temperatures up to 55°C. For higher temperatures, external circulating water is recommended to assist cooling.

Troubleshooting

Pump does not start

Verify the 12V DC power source is connected correctly and providing sufficient voltage and wattage. Check for loose connections or reversed polarity.

Low water flow or pressure

Ensure the intake is not blocked by debris. Check for kinks or obstructions in the hoses. Confirm the fluid temperature is within the operational limit (55°C without external cooling).

Pump runs intermittently

Check the stability of the power source. If using solar, ensure consistent sunlight. Inspect for any overheating issues and allow the pump to cool if necessary.

Visible leaks from connections

Ensure all hose connections are securely fastened and sealed. Use appropriate clamps or sealant if necessary.

Pros and Cons

Pros

  • Fully waterproof for submersible or damp environments.
  • Handles high water temperatures up to 55°C.
  • Energy-efficient 12V DC operation, perfect for solar power.
  • Leak-proof design for safe operation.
  • Versatile applications in industry, agriculture, and home systems.

Cons

  • Requires a 12V DC power source (e.g., solar panel or battery).
  • Maximum operating temperature is 55°C, not suitable for extremely high heat.
  • Specific power output (10W) may be insufficient for very high-volume or high-pressure needs.
  • External circulating water is needed for high-temperature operation.
  • No built-in battery or AC adapter included.

Setup, Compatibility & Care

Setup:

  1. Ensure a stable 12V DC power source is available, such as a solar panel array (rated for at least 10W and matching voltage) or a 12V battery.
  2. Connect the positive (+) and negative (-) terminals of the pump to the corresponding outputs of the power source. Polarity is critical for brushless DC motors.
  3. Position the pump in the desired location, ensuring it is either submerged in the fluid or placed in a suitable environment for circulation.
  4. Connect the inlet and outlet ports to your plumbing system using appropriate hoses or fittings.

Compatibility:

  • Power Source: Compatible with any stable 12V DC power supply providing at least 10W. This includes solar panels, 12V batteries, and DC power adapters.
  • Fluid Temperature: Suitable for fluids up to 55°C. For operation at higher temperatures, ensure external circulating water is used as specified.
  • Environment: Can be used in both wet and dry conditions due to its waterproof design.

Care:

  • Cleaning: Periodically clean the pump's intake to prevent blockages from debris. Use a soft brush or cloth and water. Avoid abrasive cleaners.
  • Inspection: Regularly check electrical connections for corrosion or damage.
  • Storage: If storing for extended periods, ensure the pump is clean and dry. Store in a cool, dry place.

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