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Precautions for Using Agricultural Water Pump

Time：2025-12-06 15:27:48 Edit：HuaQuan Traffic Index：10

An agricultural water pump is a type of power machinery specifically designed for agriculture, with the primary task of using power to pump water from a lower place to a higher or distant location, providing water for crops.

I. Advantages of Agricultural Water Pumps
Agricultural water pumps are efficient and energy-saving, easy to operate, highly adaptable, and durable. They can quickly complete irrigation and drainage tasks in farmland, making them a valuable assistant in modern agricultural production.

I. Huaquan Power is a Professional Agricultural Water Pump Manufacturer in China
Huaquan Power Company was established in 2010 and its industries cover power generation equipment, new energy storage equipment, high and low voltage complete sets of equipment, power engineering, and other fields. As a professional agricultural water pump manufacturer in China, the company is actively transitioning to intelligent solutions, achieving efficient production through digital workshops. The agricultural water pumps developed by Huaquan Power feature high stability and remote intelligent control, among other innovative characteristics. The company has established a testing center to strictly control product quality and ensure the safety of users' electricity usage.
Huaquan Power provides 24-hour power supply support. The company has implemented regular follow-up, maintenance, and technical support systems, providing attentive after-sales service through fast on-site service and remote operation and maintenance via the Huaquan Power Cloud platform, ensuring product stability and reliability.

III. Advantages of Agricultural Water Pumps
1. Flexible Usage
Agricultural water pumps can draw water from rivers, ponds, wells, or reservoirs, enabling proactive irrigation.
2. Precise Control for Efficient Water Use
Agricultural water pumps can deliver water exactly where it's needed, whether for field flooding, orchard drip irrigation, or greenhouse sprinkling. When combined with water-saving technologies, they can significantly reduce water waste and achieve "water supply on demand."
3. Strong Power and Stable Output
Whether handling emergency tasks like drought relief or large-scale, long-duration routine irrigation, a reliable agricultural water pump provides continuous and stable power, ensuring farming activities are not delayed.
4. Controllable Costs and High Return on Investment
Compared to building and maintaining large water channels, using an agricultural water pump is a low one-time investment and offers flexible deployment. It allows you to achieve irrigation freedom at a minimal cost.
Precautions for Using Agricultural Water Pumps

IV. Pre-start Inspection of Agricultural Water Pumps
1. Check the power supply and wiring: Ensure the voltage is stable, the wires are not damaged, and the connections are secure. For three-phase power, also check that the rotation direction is correct (jog the pump briefly to see if the rotation matches the markings on the pump).
2. Check the water source and inlet pipe: Ensure the water source contains no excessive debris, and the inlet pipe is tightly sealed without air leaks; otherwise, the pump will not be able to draw water. The foot valve should be submerged to a sufficient depth to prevent air intake.
3. Check the pump body and seals of the agricultural water pump: Rotate the pump shaft by hand to see if it moves smoothly without sticking. Check all sealing points for signs of water leakage.

V. Precautions for Efficient Operation of Agricultural Pumps
1. Monitor Pressure and Flow: Pay attention to whether the readings on the pressure gauge and ammeter of the agricultural pump are within the normal range. A sudden decrease in water output or insufficient pressure often indicates a clogged suction pipe, air leakage, or impeller wear.
2. Monitor Sound and Vibration: During normal operation, the sound should be smooth and vibration minimal. If abnormal noise or severe vibration occurs, stop the pump immediately, as this may indicate cavitation, bearing damage, or loose foundation bolts.
3. Monitor Temperature Rise and Leakage: Touch the pump casing with your hand to ensure it is not excessively hot. Check whether the leakage from mechanical seals or packing glands is within the normal range (a few drips are acceptable, but it should not flow continuously).

VI. Precautions After Stopping Agricultural Water Pumps
1. Properly Drain to Prevent Freezing: During cold seasons, after stopping the pump, drain all water from the agricultural pump and pipelines to prevent the pump body and pipes from freezing and cracking.
2. Keep Clean to Prevent Rust: Clean mud and water stains from the surface of the agricultural pump. Apply anti-rust oil to non-painted surfaces. If the pump will not be used for a long time, disassemble it, dry it, reassemble it, and store it in a dry place.

VII. Q&A on Knowledge Related to Agricultural Water Pumps
1. Which parameters of agricultural water pumps should be paid attention to?
Head: How high the water can be pumped. Leave some margin and consider losses caused by pipe friction.
Flow rate: How much water can be pumped per unit time. Determine based on your irrigated area and crop requirements.
Power: Determines the pump's 'strength,' directly related to head and flow rate.
2. Key points for daily maintenance of agricultural water pumps:
Regularly clean the inlet filter and debris from the intake.
Before starting, check if all connections are tight and if there is sufficient lubricating oil.
While running, listen to the sound; if there is abnormal noise or vibration, stop immediately and check.
3. Common reasons why an agricultural water pump cannot draw water:
Water source: Is the inlet submerged? Is the water level too low?
Seals: Are the intake pipes and joints really air-tight?
Insufficient power: Diesel engine speed is too low or voltage is too low.
Internal wear of the pump body or clogging of the impeller.

VIII. Application Scenarios of Agricultural Water Pumps
1. Conventional Farmland Irrigation
Whether it is flood irrigation for large-scale crops or drip/sprinkler systems for orchards and greenhouse vegetables, agricultural water pumps are the equipment that provide the necessary pressure and flow.
2. Emergency Drought Relief
When drought strikes, agricultural water pumps can be quickly deployed to any available water source such as rivers, reservoirs, or wells, delivering water to dried-out fields.
3. Agricultural Pump Use in Aquaculture and Drainage
Aquaculture: Used for water replacement and oxygenation in fish ponds and shrimp ponds, ensuring a stable aquatic environment.
More information about Agricultural Water Pump: http://www.wfcyjz.com/