Top 5 water pumps under 5000 rupees in India 2024. Read reviews, compare prices, and find the best options for filling home water tanks efficiently.
Water Pumps Comparison Chart
Kirloskar Chhotu 0.5 HP Pump | Kirloskar Jalraaj Ultra | Crompton Champ Plus 2 | Havells Hi-Flow 1 HP Pump | Crompton Star Dura 1 1 HP Pump | |
Best Water Pump 2024 |  |  |  |  |  |
Maximum Head in metre | 26 mtr. | 40 mtr. | 21 mtr. | 40 mtr. | 45 mtr. |
Maximum Discharge Rate | 1980 LPH | 1800 LPH | 1950 LPH | 3000 LPH | 3050 LPH |
Winding | Copper | Copper | Copper | Copper | Copper |
Impeller Material | Brass | Brass | Brass | Brass | Brass |
Thermal Overload Protection | Yes | Yes | Yes | Yes | Yes |
Pipe Outlet Dia. | 1- Inch | 25 cm | 25 cm | 25 cm | 25 cm |
Size of Motor (cm) | 22 X 22 X 20 | 30.8 X 17.3 X 33.8 | 23.7 X 13.5 X 18.9 | 26 X 14 X 20 | 29.5 X 15.8 X 22.9 |
Weight | 7 Kg | 6.5 Kg | 5 Kg | 7.5 Kg | 8.5 Kg |
Body Type | Aluminium | Aluminium | Cast Iron | Cast Iron | ____ |
Add on Features |
| ____ |
| High Quality mechanical seal prevent water from entering to motor |
|
Warranty | 1 Year | 1 Year | 1 Year | 1 Year | 1 Year 8 months |
Current Price | |||||
Table of Contents
Top 5 Best Water Pumps Under 5000 in India 2024
Prepare to discover the top water pumps under 5000 rupees in India in 2024. Our guide presents detailed reviews and comparisons of leading options. Whether you need a dependable pump for household use or an economical solution for tank filling, we offer expert insights and the price analysis to assist your decision-making. Explore our recommendations to find the best water pump that suits your budget and meets your specific needs. and we will assure you they all are best to fill your home water tank.
No.5: Kirloskar Chhotu 0.5 HP Pump
Kirloskar Chhotu 0.5 HP Pump | |
Best for Indian Homes | |
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No.4: Kirloskar Jalraaj Ultra 0.5 HP Pump
Kirloskar Jalraaj Ultra 0.5 HP Pump | |
Best for Indian Homes | |
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No.3: Crompton Champ Plus 2 – 0.5 HP Pump
Crompton Champ Plus 2 - 0.5 HP Pump | |
Best for Indian Homes | |
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No.2: Havells Hi-Flow – 1 HP Pump
Havells Hi-Flow 1 HP Pump | |
Best for Indian Homes | |
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No.1: Crompton Star Dura 1 – 1 HP Pump
Crompton Star Dura 1 - 1 HP Pump | |
Best for Indian Homes | |
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Water Pump Buying Guide
Prepare for the ultimate water pump buying guide tailored for home use in India in 2024. Finding the ideal water pump is essential to ensure a consistent water supply, maximize energy efficiency, and stay within your budget limits. This detailed guide explores critical factors like pump types, flow rates, power sources, winding, and other essential aspects, offering valuable insights to empower you in making informed decisions to improve your home’s water management system.
Head of Residential Water Pump
Certainly! When selecting a water pump for residential use in Indian household, understanding the concept of “head” is crucial. Head refers to the vertical distance that the pump can effectively lift water. In a multi-story household context, this refers to the height from the ground level or in some cases basement level up to the highest water tank that needs filling.
Head in Residential Water Pumps:
- Definition of Head:
Head is measured in meters (m) or foot (ft.) and indicates the max. height to which the pump can push water vertically from its source (such as a borewell, underground tank or the municipal water pipeline) to the destination point (water tanks on different floors).
- Calculation: of the Head:
To determine the required head for your household water pump, measure the vertical distance from the pump location to the highest water tank in your house. This includes the height from the ground level or the basement level wherever the pump is placed, to each tank, considering all floors and any additional elevation needed.
For Example: For instance, if your house has water tanks located on the ground floor (11 foot above ground level), first floor (22 foot above ground level), and second floor (33 foot above ground level), the total head required would be 33 foot + 10 % = 36.3 foot.
How to Choosing the Right Pump, Considering Head of the Pump:
Select a water pump that can provide a head capacity equal to or slightly higher than the total head calculated. For example, in the scenario above, a pump with a head capacity of at least 33.3 foot would be suitable to ensure efficient water delivery to all tanks. But we must look at the suction inlet point of the water storage, it should be in permissible limits suggested by the company, if the water storage from where water need to be suck is at critically lower depth, then the pump wouldn’t withstand its effectiveness in terms to delivering water to the desired height.
Discharge Rate of Residential Water Pump
- Definition of Discharge Rate
The discharge rate of a residential water pump indicates how much water it can deliver per unit of time, typically measured in liters per hour (LPH) and sometimes in Liters per minutes (LPM) For example, a pump with a discharge rate of 2700 LPH can move/throw 2700 liters of water in one hour under optimal conditions.
- Impact of Height on Discharge Rate:
Vertical Lift: As the pump lifts water to greater heights (head), the discharge rate decreases due to increased resistance from gravity and friction in the pipes.
For Example: At ground level (0 meter head), a pump might achieve its full discharge rate, such as 2700 LPH and some companies even suggest in their broacher at what minimum height the pump can deliver it maximum discharge rate, like at 6 meter or 8 meter. However, at higher heads, like 10 meters, the effective discharge rate could drop to 2000 LPH or lower, depending on the pump’s efficiency and design.
- Factors Affecting Discharge Rate:
Pump Efficiency: Efficient pumps can maintain higher discharge rates even at greater heights.
Pipe Size and Quality: The diameter and quality of pipes used at your home even influence frictional losses and the pump’s ability to maintain a consistent discharge rate at optimum height.
Impeller used in Water Pump: Brass Impeller is the most efficient when it comes to getting an optimum discharge rate from the water pump.
How to Choosing the Right Pump, Considering Discharge Rate of the Pump:
when choosing a self-priming regenerative residential water pump based on its discharge rate, it’s essential to consider both its capacity to perfectly handle the necessary head and its ability to maintain a suitable flow rate. The pump should be selected based on its capability to meet the total head required to reach water tank placed at height in the household,
Additionally, the cart is always provided by the company that at which height the pump will provide you what discharge rate, so one must read that chart before buying water pump for their house. By carefully assessing these factors, homeowners can ensure a consistent and dependable water supply across multiple floors of their Indian household, effectively meeting their daily water consumption needs.
HP of Residential Water Pump
- Definition of HP
The horsepower (HP) rating of a water pump indicates its power output, which directly affects its ability to lift water and move water effectively. Higher HP pumps generally have stronger suction capabilities.
- HP correlation with Discharge Rate:
Higher HP, Higher Suction Capacity: Pumps with higher HP ratings can effectively draw water from sources with lower pressure, such as slow-water flowing municipal water supply pipelines in India.
For Example: A pump with 1 HP or more is suitable for handling situations where municipal water supply pipelines, water flow rates are slow, ensuring a consistent water supply to household tanks.
- Practical Considerations:
Efficiency: Choose a water pump that balances the HP with energy efficiency to minimize operational costs.
Application Specific: Ensure the HP rating matches the household’s requirements for head and discharge rate to guarantee reliable water supply.
Understanding HP with an Example Scenario:
In areas with slow municipal water supply pipelines, water flow rates, opting for a residential water pump with higher HP, such as 1 HP or more, ensures robust suction capability. This capability allows the pump to effectively draw water from municipal water supply pipelines, providing dependable water supply to household tanks even under challenging conditions.
Self Priming Regenerative Residential Water Pump
Evolution from Traditional Pumps:
Traditionally, Tullu pumps required priming where water needed to be manually poured into the inlet pipe to create pressure and initiate pumping. In contrast, modern self-priming regenerative residential water pumps are self-sufficient. They automatically prime themselves by drawing water into the pump casing and expelling air without the need for manual intervention. This advancement simplifies the startup process and ensures the pump can work/operate effectively even in environments with inconsistent water supply.
Advantages of Self Priming Regenerative Residential Water Pump
- Ease of Operation: Eliminates the manual priming process, making startup effortless for daily usage and reducing maintenance efforts.
- Versatility: Suitable for various applications, including scenarios with fluctuating water levels or installations where the pump is located exceptionally above the water source.
- Reliability: Maintains prime automatically, ensuring continuous operation/working and preventing damage from dry running of the water pump motor.
Frame Build of Residential Water Pump
The build quality of a residential water pump’s frame, especially the choice of materials, plays a critical role in its durability and performance. Cast iron stands out as a superior option due to its robustness and longevity. Known for its strength and resistance to wear and tear, cast iron frames are capable of enduring the continuous stresses of water pumping operations effectively. Unlike aluminum or plastic alternatives, cast iron ensures the pump maintains structural integrity over prolonged periods of use.
Opting for a residential water pump with a cast iron frame guarantees durability and reliable performance, capable of handling diverse water conditions with minimal maintenance.
Impeller of Residential Water Pump
The impeller of a residential water pump motors is pivotal for determining its efficiency and overall performance of the motor. The material composition of the impeller, such as brass, significantly influences its effectiveness. Brass impellers are highly esteemed for several reasons:
- Durability: Brass exhibits exceptional durability and corrosion resistance, making it well-suited for the enduring prolonged exposure to water.
- Efficiency: Brass impellers operate smoothly and are less susceptible to wear and tear, ensuring sustained performance and operational reliability over extended periods of time.
- Performance: These impellers maintain their structural integrity, ensuring consistent water flow efficiency at desired height where the water tank is located, even when subjected to demanding operational conditions.
Opting for a residential water pump motors equipped with a brass impeller guarantees its longevity, efficiency, and dependable performance. This makes brass impellers a preferred choice among homeowners seeking robust durability and uninterrupted water supply to fill their household water tank in less of time.
Winding of Residential Water Pump
Always prefer Copper winded water pump motor over Aluminum winded water pump motors when it comes to Residential water pumps as,
- It generates less heat when compared with aluminum winded motor
- They can easily be repaired
- They are much more durable and have longer life span
Outlet and Inlet Pipe Dia. of Residential Water Pump
The diameter of the outlet and inlet pipes of a residential water pump is crucial for its efficient operation and water delivery throughout the household. Here’s an detailed explanation of this aspect:
- Matching Pipe Diameters: It is recommended to match the outlet and inlet pipe diameters of the pump with the household pipes they connect to. This ensures smooth water flow without restrictions that could hinder performance.
- Impact of Different Diameters: Using reducers or adapters when the pump’s outlet and inlet pipe diameters differ from household pipes can create bottlenecks. This further, reduces water pressure and affects the pump’s discharge rate, potentially hindering the ability to lift water to higher-level water storage tank in the household.
- Optimal Installation: To maintain adequate water pressure and ensure efficient water delivery, install the pump with outlet and inlet pipes that align with the diameter of the household plumbing system. This setup will minimizes resistance, maximizes water flow, and guarantees consistent performance for reliable water supply throughout the house.
Ensuring the outlet and inlet pipe diameters of the residential water pump motor match those of the household pipes is critically important for optimizing water flow and maintaining effective operation across the entire plumbing network.
FAQ
How much water can pump 1 hp motor?
A 1 HP motor pump generally moves water at a rate of 60 to 120 liters per minute, depending on its efficiency and the vertical distance (head) it needs to lift water. and it even depends on brand to brand, every brand offeres different discharge rate.
Which HP motor is best for home use?
For home use, Havells Hi Flo and Crompton Dura Champ 1 HP motor pumps are among the best choices available.
Which water pump is best for 60 feet height?
For pumping water to a height of 60 feet, consider a water pump designed specifically for high head range applications. Look for pumps with adequate head capacity, such as submersible pumps or centrifugal pumps that can handle the required vertical lift effectively.
Which type of water pump is best for home use?
Crompton, Kirloskar, and Havells offer a wide range of pumps suitable for home use, spanning various capacities. For most household applications, pumps ranging from 0.5 HP to 1 HP generally suffice, catering to different water supply needs efficiently.
What type of pump is a Tullu pump?
A Tullu pump is a centrifugal water pump typically utilized in rural and agricultural settings and sometimes for residential purpose as well. It operates to extract water from wells or ponds, facilitating irrigation and water storage applications. These pumps are valued for their reliability and ability to manage diverse water conditions in rural environments especially.