Placement of water heaters (boilers) in bathrooms, bathrooms: how to make invisible, placement options, rules and recommendations

Few things are as crucial to the comfort of a home as insulation and heating. When it comes to creating a warm and comfortable home, every little thing matters, even where water heaters, or boilers, are placed, especially in areas like bathrooms. Making sure these necessary appliances blend in with the room’s design while remaining functional is the difficult part. This article examines several methods for hiding water heaters in restrooms as well as suggested locations, guidelines, and best practices.

Finding the ideal balance between accessibility and aesthetics is one of the most important factors to take into account when installing a water heater in a bathroom. Even though easy access is necessary for maintenance and repairs, nobody wants their peaceful bathroom experience to be disturbed by an ugly appliance. Thankfully, there are ingenious ways to hide water heaters and preserve the bathroom’s cohesive aesthetic.

Adding water heaters to cabinets or storage units is one way to hide them from view in bathrooms. With this technique, the boiler can be tucked away behind doors or panels, effectively out of sight. The water heater is made to blend in with the rest of the design by being integrated into the cabinetry, which guarantees both aesthetic appeal and practicality.

Using concealed alcoves or recessed spaces is another way to install water heaters in bathrooms without drawing attention to themselves. The appliance can be made to blend in with the wall or a specific alcove, making it practically invisible but still easily accessible when needed. Because it maximizes functionality without sacrificing aesthetics, this approach works especially well in bathrooms with limited floor space.

It’s crucial to follow safety rules and guidelines when thinking about where to put water heaters in bathrooms. Installing boilers in enclosed spaces without adequate ventilation can increase the risk of carbon monoxide buildup. To reduce the possibility of a fire, water heaters should also be placed far from electrical outlets and combustible objects.

In conclusion, careful thought must be given to where water heaters should be installed in bathrooms in order to achieve both functionality and aesthetics. Through inventive approaches like incorporating boilers into cabinetry or employing concealed alcoves, homeowners can successfully hide these necessary appliances while preserving the aesthetic coherence of their bathroom areas. It is crucial to follow safety rules and procedures to guarantee a secure and effective installation.

Placement Options Rules and Recommendations
Concealed within cabinetry or false walls Ensure proper ventilation to prevent overheating
Installed in unused corners Avoid blocking access to other utilities
Behind large mirrors or decorative screens Regular maintenance for safety and efficiency
Under sink or vanity units Consider proximity to water sources for convenience

How to hide a boiler in a bathroom

The typical apartment bathroom is between 4 and 5 m², and everything is in the area close to the walls. A tiny space still exists next to doors, bedside tables, plumbing fixtures, and particularly above them.

It is important to consider where to put an electric heater in the bathroom properly to prevent injury to the user when using the water. The capacity is situated outside the bounds of dangerous areas, where a lot of water spray may occur.

There are several ways to conceal the bathroom water heater:

  • canopy on the wall or on the floor near the shower, bath, washbasin, door slopes;
  • Under or above the coil, sink (cabinet under it) small hot water devices will be fitted;
  • above the door;
  • above the washing machine, especially if it is with front loading;
  • underground space;
  • installation in a niche, if any;
  • In furniture.

Horizontal flat accumulative electric heaters are ergonomically convenient, and their design allows for more placement options in tight spaces, such as beneath ceilings.

Boilers can be placed more easily in combined bathrooms because a space is added next to the toilet.

When it comes to the heating and insulation of your home, one key consideration is the placement of water heaters, especially in bathrooms. The goal is to make them as unobtrusive as possible while ensuring they are both functional and safe. There are several placement options to achieve this, including hiding them in cabinets or closets, installing them in unused corners, or integrating them into the design of the bathroom furniture. However, it"s essential to follow specific rules and recommendations to ensure proper ventilation, accessibility for maintenance, and compliance with safety standards. By carefully planning the placement of water heaters in bathrooms, homeowners can optimize space usage and enhance the overall aesthetics of their living environment while ensuring efficient heating and hot water supply.

How to hide a boiler in the toilet

Small, independent toilets—a major drawback, but one that is technically ideal—have locking reinforcement risers, filters, and metering devices installed.

Locations where water heaters are installed in toilets:

  • Ideal options:
  • niches behind the toilet, in new houses often already provided. The design of the toilet with a boiler can be decorated with lattice doors, blinds hiding alcoves;
  • If it is decided to hide the pipes in the toilet with a box of waterproof GKL or plastic, there may be a space for a small tank;
  • Above the toilet, behind or near it – sometimes there is a little space there;
  • The interior of the toilet with a boiler will improve flat or horizontal models above the door, under the ceiling;
  • A cabinet for a boiler in the toilet is an appropriate solution, if there is no niche, usually at the same time near the back wall of the place for him more.

Absence of the boiler in the toilet: You will have to reenter the room if the water heater’s adjustment is mechanical (no electronic programming), as is the case with some running and non-pressure models.

There are benefits to installing water heating equipment in the toilet, such as easy eyeliner connection and a close-by drain sink.

A useful solution is to install a toilet in a niche with a water heater; the alcove can also hold cleaning supplies, toilet paper, and disinfectant.

Installation of a socket in the bathroom

Minimum specifications for the wiring that the socket is installed on:

  • The number of cores:
  • 3 – for single -phase water heaters;
  • 4 (old norm), 5 (recommended) – for three -phase boilers. It will take a socket for 380 V;
  • section from 2.5 mm²;
  • withstanding 16 amperes, this is the lower limit for boilers with heating plants up to 3.5 kW. For less powerful models – 10 A;

For added moisture protection in a closet with a tank, outlets can be installed.

The apartments in older buildings require you to ground the bathroom and the designated wiring by stretching it from the shield. The new building’s homes come with outlets and wiring for 16 A. Rosettes for 10–16 A are not like the old "Soviet" ones; they have antennae for "earth," thicker walls, and a more dimensional corps.

Bathroom and damp areas require unique, moisture-proof outlets that fall under the room’s features. While keeping a minimum of 50 to 60 centimeters between you and the EVN is advised, you are free to go beyond this limit.

The ampere value of high-quality sockets ought to be marked (knocked out) on the case. Strangenesses:

  • Products for 10 A are withstanded up to 2.2 kW, used for products with heating elements not exceeding the specified power;
  • Sanctics for 16 A for load up to 3.5 kW;
  • The sector of the wiring is 2.5 mm² (standard in the new MKD) will withstand a maximum of 5.9 kW. If you put a socket on it (10 A, not 16 A) for a load of up to 3.5 kW and a boiler of 5.9 kW, then incorrect work may be observed.

In summary, you require a 10 A outlet with moisture protection, grounding, and protective shutdown (for low-power devices up to 2.2 kW) and higher (from 16 A). While it is not advised to connect multiple devices to the same "branch" (as power is summarized), it is permissible if the line is strengthened.

You can install a socket as normal thanks to moisture protection, but there are some subtleties:

  • connects to the distribution through the RCD and/or dipavavtomat (usually installed in the same place);
  • make the installation of a hidden type of electrical wiring – inside the walls, without exit outside. An open version is allowed, but they monitor the quality of insulation, do not use metal sleeves. Apply special protective cable channels for wiring from non-combustible plastic;
  • the connections are thoroughly isolated;
  • The cable should be integral, without twisting;
  • Network devices, extension cords are allowed only moisture -proof;
  • not recommended to put above/under the sink.

Characteristics of moisture-resistant sockets:

  • rubber gaskets inside the case;
  • Most models have a tightly adjacent plastic curtain;
  • The design is made so that moisture does not penetrate, does not settle on contacts;
  • Class: IPX1 is allowed (spray protection); recommended by IPX4 or better with protection from water flows;
  • improve safety additional switch.

An external RCD is available for use. Some water heaters have a protective shutdown mechanism built right into the cable that has a fork.

Measurements are made of the room schematically, including placement height and distances. Minimum distances advised are 60 cm or more from the floor and the water source.

Adjustments for height outlets:

  • The higher, the better, but this rule limits the length of the cables of hot water devices;
  • put at a convenient height, but 60 cm are defined by specialists as the optimal value.

Usually, two outlets are needed because the water heater uses one all the time and it is inconvenient to turn it off. There is no way to list additional devices (such as electric browsers, hair dryers, and washers) if the EVN is only worth one point.

A workaround for the circumstance where two bathroom outlets are needed:

  • An individual line is recommended for the water heater, but if there is no way to lay one more, separately under another power point, then they pull a single reinforced for 2 – 3 outlets. In this case, copper veins of 4 mm² may be required if the total current is above 16 mA. A dipactomate or RCD for 10 mA in such a situation can be falsely triggered, so sometimes they put at 30 mA, although, judging by users" reviews, 10 mA, even if there are 3 consumers;
  • For temporarily used devices, there are solutions: if the power point is located in the corridor / kitchen – remove the cable and connect the extension cable.

In the past, the wiring of the outlet was connected to the shield through the transformer for super-low voltage in order to use low-power devices in dangerous rooms due to humidity. However, at the moment, if there is an RCD (16-25a 30 mA, and preferably 10 mA) and AVDT, it is not necessary. Furthermore, it is not possible to connect the water heater on such a line.

The choice of protective shutdown automation is a complex issue that requires consideration.

  • Instead of an RCD, you can put AVDT, as it includes the functions of the first, but for insurance they often put 2 devices at the same time;
  • The parameters of the devices should be correlated: the RCD should be equal in face value or higher to the step of the machine (one, several) in its circuit;
  • If there are three RCDs of 30 mA, then a total machine per 100 mA;
  • It is more convenient to put individual devices on each line, since the general devices will de -energize everything, no matter where the leak.

How to close the boiler pipes in the bathroom

When connecting the boiler to the water purification points and the riser, use flexible hoses or hard pipes that hide in the same boxes and niches. Use structures such as cable channels if the flexible eyeliner’s connection to the water supply is lengthy.

A balance between practicality and aesthetics is crucial when it comes to the location of boilers or water heaters in bathrooms. These large appliances can be hidden to ensure convenience and safety while also greatly improving the aesthetic appeal of your bathroom. Thankfully, there are a number of placement choices and methods to make this happen.

Integrating water heaters into existing cabinetry or storage units is one way to make them unseen in bathrooms. This entails building cabinets or repurposing existing ones to covertly conceal the water heater and provide simple access for upkeep and repairs. You can keep the bathroom design tidy and coherent by integrating the appliance with the nearby fixtures.

Adding water heaters into fake walls or alcoves is an additional way to hide them. With this technique, you can set aside a specific area for the appliance without taking up valuable floor space or blocking other bathroom fixtures. You can keep the water heater accessible even when it’s hidden from view by placing it inside an alcove or behind a fake wall.

Following safety rules and guidelines is crucial, regardless of the placement option selected. To avoid overheating and fire hazards, make sure there is enough ventilation and space around the water heater. To reduce the chance of accidents, take into account the vicinity of electrical outlets and water sources.

In the end, thoughtful evaluation of both functional and aesthetic considerations is necessary when placing water heaters in bathrooms. You can create a bathroom design that harmoniously balances functionality and aesthetic appeal by thinking outside the box and following safety regulations.

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