Have you ever been concerned that your home might sustain water damage as a result of your washing machine leaking? This is a worry that a lot of people have, particularly when they leave their computers running while they’re away. Fortunately, the Aquastop system is a clever solution that’s meant to ease your mind.
Among the unique features of many contemporary washing machines is the Aquastop mechanism. It’s intended to stop water leaks and shield your house from impending floods. But how does it function in practice? When selecting a new washing machine or thinking about the safety features of your existing one, knowing how Aquastop works can help you make an informed decision.
This post will explain the workings of Aquastop, including how leaks are successfully stopped before they become a problem and why it’s a useful tool for any home. You can find all the information you require right here, regardless of whether you’re looking to buy a new washing machine or are simply inquisitive about the technology that keeps your house secure.
| Component | Function |
| Aquastop Hose | Prevents water leaks by automatically shutting off the water flow if a leak is detected in the hose. |
| Sensor | Detects water leakage or overflow and triggers the Aquastop mechanism to stop water supply to prevent flooding. |
| Control Unit | Monitors sensor signals and controls the Aquastop valve to stop water flow in case of a leak. |
| Aquastop Valve | Automatically closes when a leak is detected, stopping water from entering the washing machine. |
A washing machine’s Aquastop safety feature keeps water leaks from happening. To prevent flooding in your home, it detects leaks and automatically turns off the water supply. When doing laundry, this system is especially helpful for people who want extra peace of mind because it makes sure that even in the unlikely event of a leak, the damage will be minimal. You can choose the best washing machine for your needs and keep up a secure and effective laundry routine by being aware of how aquastop operates.
- Aquastop with partial protection
- Design of a protected hose
- Inlet hose with electromagnetic valve
- Video on the topic
- Aquastop – what is it in a washing machine- Features of the hose
- Aquastop in a washing machine. Why is it needed and how does it work?
- The whole truth about the Aquastop system (water leakage protection) in a washing machine
- How to protect your washing machine from leaks?
- Don"t buy Aquastop devices!, Waste of money on an unnecessary function, 100% self-deception
- What is Aquastop, how does it work and how to check AquaStop
- How to connect a WASHING MACHINE with AQUASTOP
Aquastop with partial protection
You may encounter the phrase "partial protection against leaks" when researching the features of various automatic machine models. What is meant by this term? With this, what message does the manufacturer hope to convey?
Machines with a lower tray and a unique sensor that records overflows are partially sealed against leaks.
The machine’s bottom may be made of metal or plastic. Both complete and partial protection against emergency leaks is offered on washing machines. A tiny light float and a sensor with an electric switch are located inside the tray.
Water fills the tray of the washing machine when leaks occur in the tank, pipes, dispenser, or hoses. The electric switch is turned on when the float rises gradually. When the sensor is activated, a signal is sent to the control module, and the washing cycle is stopped by the "brain." In tandem, the pump initiates the process of pumping liquid out of the machine and the microprocessor begins to drain.
Contemporary washing machines that have displays alert users when the AquaStop system is activated by displaying the relevant error code on the screen. Should such a malfunction occur, you will need to remove the machine’s power source, empty the tray of water, and begin troubleshooting the apparatus. To ensure that the issue does not arise again, be sure to locate and fix the malfunction’s source.
Not all machines with trays are shielded from leaks. While they might have a bottom, inexpensive models lack a sensor and float. In this instance, the leak won’t cause the washing machine to act. Among the safeguards against unexpected leaks on washing machines is a microswitch tray. Using a specific inlet hose is an extra layer of protection for the machine. Let’s identify its distinguishing characteristics.
Design of a protected hose
A unique inlet hose was created to prevent leaks in the automatic machine. Its design is unique in that it has a mechanical valve. Additionally, it can tolerate pressures as high as 70 bar.
Should your automatic machine come standard with a standard hose, you can swap it out for a protective flap-covered sleeve.
It is also claimed that the automatic machine is only partially protected from leaks when a special inlet hose is installed in place of a tray. In this scenario, internal "accidents" go unreported while the system responds to outside innovations.
There are two types of hoses available in stores, with different designs. It doesn’t matter which sleeve you choose because the aquastop operates on a very similar principle. These are gadgets.
- with a cylindrical piston, absorbent and spring;
- with a displacer, absorbent and a pair of magnets.
The inlet hose is concealed within a corrugation, which is a unique plastic covering. The hose is attached to the washing machine’s body at one end, and to the water outlet at the other is a nut and a safety feature. How does the mechanism function?
The Aquastop hose is unique in that it has a spring-loaded plunger with an absorbent material. When everything is working properly, water flows smoothly through the hose, the displacer, and the washing machine. The spring does not obstruct the flow of water when the system pressure is normal.
For instance, if the inlet hose breaks, the water will stay inside and enter the protective device because of the corrugated plastic shell’s protective function. The spring’s force on the plunger will be lessened as a result of the absorbent in the block expanding and stretching. As a result, the displacer will block the water supply, upsetting the system’s equilibrium.
The control peephole on the inlet hose will turn red when the protective system has been activated. This represents the shade of the container containing the absorbent. Therefore, be mindful of the corrugation if the machine abruptly stops filling. A luminous dot will serve as a cue as to why the apparatus is "freezing."
The machine must have a new corrugated pipe installed in order for it to function again. Once the protection system has been activated, the inlet hose must be replaced because it is no longer usable. The device is easily located and purchased; home appliance supermarkets carry them.
Additionally, there are hoses with safety valves that are operated by two magnets. The working principle will be like the block with the spring and absorbent material in it. The valve lowers and the water supply to the equipment is cut off when a leak happens.
In this case, the plunger’s position is managed by two magnets that are across from each other. They use the same poles to "look" at one another. The absorbent stays dry and the distance between the magnets is small when the system is balanced, ensuring that there is enough force for their mutual repulsion.
The absorbent material expands and weakens the magnetic field if the hose bursts and water spills into the protective block, wetting the granules. As a result, the plunger stops the flow of water. This cuts off the automatic machine’s liquid supply. There’s still another distinction. The "magnetic" hose’s nut features a ratchet mechanism. This makes it simple to screw it onto the water outlet’s thread. Such nuts require you to squeeze and hold the "dog" in order to unscrew them. The hose must be replaced if the absorbent becomes wet even once; repairs will not be possible.
Inlet hose with electromagnetic valve
It is preferable to focus on contemporary automatic devices that offer complete leak protection. These models have a specific inlet hose in addition to the tray with a float. At that point, it is feasible to safeguard the apparatus against both internal and external breaches.
A unique inlet hose that is specified in the design and installed at the factory is used in machines that have complete leak protection.
An electromagnetic valve or two may be installed in a block that is part of a high-pressure inlet hose. In the circuit, they are connected in series. Additionally, a corrugated plastic shell is placed around the sleeve. The cutting-edge hose comes with the following components:
- water flow limiter;
- coil (solenoid);
- core;
- thermoactive paste (compound);
- diaphragm;
- power cable;
- contact block.
At the end of the inlet hose, which is attached to the water inlet tap, is the "box" with the protective "filling." Using the supplied nut, tighten the connection point. Compound is used inside the unit’s electromagnetic devices. The power cable, which originates from the thermoactive polymer resin, extends the length of the hose and is connected to the automatic machine’s electrical circuit at the end with a block of contacts.
A washing machine’s aquastop system is a straightforward but efficient safety feature that guards against potential water damage to your house. It gives you peace of mind and gives your washing routine an additional layer of security by automatically turning off the water supply when a leak is detected.
You can better appreciate aquastop’s value if you know how it operates. It stops leaks before they can cause any damage by combining a special hose, an electronic valve, and occasionally a sensor. By being proactive, you not only safeguard your house but also avoid having to pay for expensive cleanups and repairs.
You’re investing in your home’s safety and security when you select a washing machine with an aquastop feature, not just in clean clothes. It’s a wise decision that guarantees your washing machine runs efficiently and poses no damage to your belongings.
