Any household needs a steady supply of water, and for many, a submersible well pump is the lifesaver that ensures their water keeps running smoothly. But like any mechanical equipment, these pumps may eventually have problems that require expensive repairs or interruptions to the water supply. In this post, we’ll examine the typical issues that the Vodomet submersible well pump may encounter and how to diagnose and fix them on your own.
It’s crucial to comprehend the fundamentals of how a submersible well pump operates first and foremost. Usually placed well below ground, these pumps are submerged in the well and raise water to the surface for use in the house. The Vodomet pump, renowned for its dependability and efficiency, functions according to the same principles as other submersible pumps, however it might have particular features that call for particular upkeep and repair methods.
One of the most common issues with any submersible well pump is a drop in water pressure or complete loss of water flow. This can be caused by a variety of factors, including clogged filters, damaged impellers, or electrical malfunctions. Fortunately, many of these problems can be diagnosed and rectified without the need for professional assistance, saving you both time and money.
It is essential that you disconnect the power to your Vodomet pump and follow the correct safety procedures to protect yourself before attempting any repairs on the pump. After that, you can start troubleshooting the problem by looking for evident indications of damage or obstructions in the pump’s internal parts. In certain instances, a clogged filter or impeller may only need to be cleaned or replaced to get the pump operating normally again.
However, it might be required to look more closely at the internal workings of the pump if the issue continues or if you’re not sure how to proceed. This could entail disassembling the pump to access and fix broken parts, testing electrical connections, and looking for leaks in gaskets and seals. Although it might seem difficult at first, many homeowners discover that they can successfully troubleshoot and repair their Vodomet pump without the help of a professional if they have the right tools and advice.
In conclusion, even though problems with your Vodomet submersible well pump might seem overwhelming, a basic toolkit and a little knowledge can help diagnose and fix many common issues. You can ensure a dependable water supply for your home and save time and money by being aware of how your pump operates and adhering to the necessary safety precautions.
We’ll walk you through the process of resolving typical problems with the Vodomet submersible well pump in this article, giving you the confidence to handle repairs on your own. Whether you’re having issues with electrical, mechanical, or pump issues, we’ll break down the troubleshooting steps and easy fixes you can do on your own without contacting an expert. You can ensure that your well system continues to supply your home with a dependable water supply while saving time and money by learning the fundamentals of your pump’s operation and adhering to our detailed instructions.
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- We disassemble the pump "Vodomet" using the example of the model 60/52
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What the pump consists of – we understand the details
Vodomet wells have varying numbers of steps that need to be repeated, depending on the marking. The four categories of internal details are glass, antifriction washer, impeller, and bottom of the glass. White plastic is used to make the first. They are all the same size and have a leg and a hat, giving them an external mushroom-like appearance.
Naturally, "Glasses" are black polyamide cylinders. A belt is tucked into a white plastic ring on one of them. It is inserted into the pump body nearer the motor. It is very challenging to remove.
A disk made of the same material forms the bottom of the "glass." It has a hole in the middle. They are placed inside a "glass" to create a dual bottom.
An antifriction washer placed on the shaft between the "glass" and the impeller reduces detail friction. Upon dismantling, white and blue are discovered. The latter is somewhat more delicate.
Additionally, it is preferable to arrange the pumping part’s details in the order that they were installed (as shown in the photo along the arrow). To ensure that the pump pumps water once it has been assembled, it is crucial to keep the top and bottom of the parts separate. There are variations in the number of degrees among the various models of "water."
The engine revolves inside the impeller’s "glasses" between its own bottom and the subsequent one’s detachable bottom, which is how the entire mechanism functions. Because the cylinders are clamped between a lid and a white plastic ring, they cannot spin on their own. When it is unscrupted, the deep pump "Vodomet" is disassembled step by step.
We disassemble the pump "Vodomet" using the example of the model 60/52
A number of Vodomet pump models are appropriate for wells: 60/32 and 150/30 models if the static water level is less than five meters; 60/52 and 150/45 models if it is between five and twenty-five meters.
Carefully disassembling the pump is required; while doing so, you should numb every detail and note the order in which they were established.
We will examine the repair process using the pump "Vodomet" 60/52 as an example. We begin by taking everything apart and getting rid of every detail:
- We unscrew the lid with water intake holes. If you have to pinch the body in a vice, you need to do this carefully, since it is half. It is better to put dense rubber on all sides;
- We disassemble the pumping part (washers, "glasses" with a bottom, impeller and everything else). All the details removed from the shaft must be carefully decomposed, so that later they should be installed in the same order;
- We take out a stop ring (white plastic) from the outer “glass” and engine. To do this, the pump is placed vertically on the table in which the shaft hole is provided. On the upper fittings lid you do not need to hit very hard with a rubber clay so that the engine moves the ring slightly from the place. Trying to pull it through the thread is not worth it, it still won"t pass. Then we put the pump horizontally, pull the cable slightly and pull the engine back. Further, on one side, you need to rest on a white ring with a long screwdriver and hit it so that it shifts several degrees. We turn it over the pipe and take it out of the case. In the same direction, you need to remove the engine;
- Remove the cover cover in which the wires are located. It is held by two sealing elastic bands. We put the engine on the side and with the help of a wide screwdriver and rubber kiyanka in a circle carefully.
In the event of an accident, only non-toxic oil may be added to the pump engine to prevent poisoning of the well’s water. Glycerin is typically used. Enough 0.5 liters to swap out
You can only add biologically safe oil to the engine. Usually, glycerin is used here. Using machine oils is not permitted at all. Apart from the typical oil film that gets into the well, it can contaminate water and render it unfit for further use.
| Common Breakdowns | Do-it-yourself Correction |
| Motor Failure | Check power supply, replace worn-out parts |
| Low Water Pressure | Inspect for blockages, clean or replace filters |
| Leaking Connections | Tighten fittings, replace damaged seals |
Although fixing a submersible well pump such as the "Vodomet" may seem difficult, many common problems can be resolved on your own without the assistance of a professional with the correct information and tools. Homeowners can address issues like pump performance fluctuations, electrical problems, and motor malfunctions by knowing the parts of the pump and taking the necessary safety precautions.
Motor failure, which is frequently brought on by overheating or electrical issues, is one of the most common problems with submersible well pumps. Homeowners can recognize and resolve motor-related problems by examining the motor for wear or damage, verifying that the voltage is appropriate, and checking the power supply. Sometimes functionality can be restored with easy fixes like clearing debris from the motor or replacing damaged wiring.
Faulty connections or damaged wiring are examples of electrical issues that can interfere with a submersible pump’s ability to function. The electrical parts of the pump, such as the wires, connections, and control boxes, should be closely inspected by homeowners for indications of corrosion or damage. Many electrical problems can be safely fixed by replacing or repairing damaged electrical components and making sure that proper grounding is maintained.
Variations in water pressure or flow rate, which are indicative of inconsistent pump performance, could point to issues with the well system or the pump itself. In addition to problems with the pressure tank or pressure switch, homeowners should look for obstructions in the pump’s intake or discharge pipes. Homes can get their pump operating again by troubleshooting these parts and performing any necessary repairs or adjustments.
All things considered, fixing a submersible well pump such as the "Vodomet" calls for careful thought, patience, and attention to detail. Even though some problems might require expert help, many common issues can be fixed using do-it-yourself techniques. Homeowners can preserve the life of their well pump and guarantee a steady supply of water for their household by becoming acquainted with the pump system, adhering to safety precautions, and asking for help when necessary.
