Warm heating system without connecting the mixing unit

Comfort and energy efficiency during the winter months depend on keeping your house warm. The mixing unit, which combines hot water from the boiler with colder water from the return pipe to achieve the proper temperature for distribution, is an essential part of a heating system. Still, were you aware that effective heating could be accomplished without a mixing unit?

Traditionally, heating systems rely on mixing units to regulate the temperature of water circulated through radiators or underfloor heating systems. While mixing units serve an important function in controlling the output temperature, they also add complexity and cost to the system. But what if there was a way to simplify your heating setup without compromising on warmth?

Now consider the idea of a warm heating system that doesn’t have a mixing unit. This creative solution uses smart design principles and cutting-edge control systems to do away with the need for a separate mixing unit. Through the optimization of boiler hot water flow and circulation adjustments based on real-time temperature readings, this system offers reliable warmth throughout your house without the need for additional parts.

The simplicity of a warm heating system without a mixing unit is one of its main advantages. Installation becomes quicker and easier when extra equipment like mixing valves and pumps are not required. This not only saves time during setup but also lowers the possibility of future maintenance problems, saving homeowners money in the long run.

Moreover, a heating system without a mixing unit may be more energy-efficient. Through the simplification of the heating process and the removal of superfluous components, these systems can function with greater efficiency, resulting in decreased energy usage and utility costs. The lack of a mixing unit also results in reduced heat loss during circulation, which raises the system’s overall efficiency even more.

The fundamentals of warm heating systems without mixing units will be discussed in this article, along with their benefits and practical implementation issues. Whether you’re renovating an old heating system or building a new one, knowing this cutting-edge method can help you maximize comfort and efficiency while lowering complexity and cost.

Pros Cons
Efficient heat distribution No temperature control for different zones
Lower energy consumption No option for adjusting heating intensity

Features of the floor device without a mixing unit

The coolant temperature regime in the circuit of the circuit heating system with the mixing node in the mixing unit is not problematic. After entering the collector group, the liquid heated by the boiler is combined with a chilled coolant from the contour reverse branch. This keeps the warm floor at a comfortable temperature all the time.

When water equipment is installed to heat a floor without the need for a mixing unit, the system’s temperature regime of the liquid entering the contour is not adjusted. Therefore, a separate boiler is needed for this kind of installation.

In the process of installing a warm floor—one that has been heated by a heating device—the coolant during pipeline admission rapidly cools down. This leads to uneven heating of the flooring’s surface.

When installing a system without a mixing module, keep the following requirements in mind to ensure that the water circuit stays as warm as it needs to be:

  • do not use such a installation circuit for rooms, the area of which exceeds 25 meters of square;
  • The room should have complete thermal insulation of the walls, including the use of insulation from their inner and external side;
  • Exclude heat loss from windows – install high -quality double -glazed windows;
  • The entire area of the sexual base should be covered with thermal insulation materials;
  • The installation of the floor must be done immediately near the heating system.

Accurately calculating the length of a water circuit is crucial when laying one. The overabundance of heating system meters leads to an underestimation of the coolant temperature in the inbound return. This may cause condensate to accumulate in significant amounts on the boiler’s heat-intensive component. The heat exchanger will consequently malfunction very soon.

The nuances of the connection

Three things are required to install a warm floor without a mixing unit: a boiler, a pumping group, and a three-way thermostatic mixing valve. Purchasing a top-notch pipeline and the parts needed to connect it is also essential.

Assembly options

There are two methods for laying a warm floor water circuit without a collector node:

  1. Snail. This scheme involves spiral styling around the perimeter of the room with a sequential narrowing of the circuit to the central part. The location of the feed and return pipes is carried out through a series. At the same time, the material consumption is slightly reduced in comparison with other installation options, and a smooth bend avoids the formation of fractures on the turns of the pipeline.
  2. Snake. The systems of the system initially cover the perimeter of the room, and then cross the wavy bends into the middle of the room. The supply and reverse contour are located nearby. The probability of fractures on the turns of the pipes in this scheme is much higher.

When installing a heating system without a mixing module, follow these diagrams and install the feed and return pipes twice.

You must accurately determine the pump power before attaching the floor heating equipment to the heating device. You can use the following formula to set the required parameter:

Where Q is the installed boiler’s power, G is the heating system’s performance, Δt is the coolant’s temperature change size, and 0.86 is the transmission coefficient.

It makes little difference what kind of boiler is used to connect a heated floor without a mixing unit. The device’s adequate high power is its primary requirement. If the heating device already has a built-in pump, that will be a huge plus. The boiler needs to be set to the proper temperature for floor heating in order for the heating system to operate.

Installing condensation heating equipment is advised by experts. These boilers are capable of operating continuously at low heating temperatures and have a relatively high efficiency.

Warm floor installations without collector units are frequently completed in accordance with a combined heating scheme that includes equipment for heating and radiators. In this instance, the primary goal is to bring the coolant temperature in the batteries down from 70–80 degrees to the 40 degrees needed for the water circuit. Therefore, a three-way thermostatic valve is required for the installation of a warm floor in the absence of a collector.

The choice of the pump

Installing a flooring heating system without a mixing unit necessitates installing circulation devices. In this scenario, the pump will enable you to raise the pressure multiple times and give the pipeline the coolant at the necessary speed.

The kind, strength, and quality of the pump determine the warm floor’s stability and effectiveness. As a result, selecting the appropriate circulation product is sufficient.

Household pumps of the following kinds can be used for floor water heating installations that do not have a collector group:

  1. With a dry rotor. The rotating element in such models is placed in an impenetrable capacity. A fairly high power is considered a greater advantage of the device. The disadvantages of use include the need for constant maintenance of the device.
  2. With a wet rotor. In the design of the device has a wheel located in a coolant, which helps to cool the working parts of the pump during the workflow. The advantage of the device is high wear resistance and no noise at a functioning position. The negative side of the use of the pump with a wet rotor is a low efficiency of efficiency, the average value of which is 50 percent.

It is important to consider that a floor heating system without a collector requires a pump whose power should increase with the length of the pipeline’s meter. Purchasing pumps with automated adjustment is advised. A three-speed circulation device is the most practical choice in this situation.

Installation of a thermostatic valve

This type of mixing device is installed on the coolant supply. It is required to install a pump unit after the valve, which is supplied with coolant that has already been temperature-regulated.

The installation circuit of a warm floor without a mixing unit uses a three-way thermostatic valve. It acts as a collector in this system. The inability to dose hot and cold water proportionately is a drawback of using it as the primary instrument for controlling the liquid’s temperature. As a result, equipment lacking a collector group operates at a slightly reduced efficiency.

Overheating of the system is prevented by installing the valve. Thermostatic devices stop the liquid supply in the event of heating equipment malfunctions, such as when coolant from the return circuit is not supplied. The valve shields the feed from the return in this instance.

For large rooms, the mixing valve needs to be installed at an incoming cold end when using a warm floor without a collector.

By doing this, needless heat losses will be prevented, and the heat exchanger will be shielded from the accumulation of a significant amount of condensation.

Comfort and energy efficiency depend on your home having the right insulation and heating. We have looked at the possibility of heating your home efficiently even if your heating system does not have a mixing unit.

Homeowners can still create a warm and comfortable atmosphere without the need for a mixing unit by using substitute techniques like zoning, balancing valves, and thermostatic radiator valves. Zoning optimizes energy use and guarantees that every room in the house reaches the ideal temperature by enabling separate areas to be heated independently.

Furthermore, balancing valves assist in controlling the hot water flow within the system, guaranteeing that the right amount of heat is delivered to every radiator. In addition to increasing comfort, this reduces energy waste by keeping some parts of the house from overheating.

By enabling users to customize each radiator’s temperature to meet their own comfort needs, thermostatic radiator valves provide even more control. With this degree of personalization, energy is not wasted heating unoccupied or sparingly heated rooms.

A mixing unit might make controlling the temperature of the water more convenient, but it’s not always required to achieve efficient heating in a house. Homeowners can maximize energy efficiency and save utility costs while maintaining a comfortable living environment by putting alternative strategies and technologies into practice.

Using creative methods for insulation and heating is essential to guaranteeing comfort and energy economy in homes. This article describes how to get efficient warmth in your heating system without using a mixing unit. Homeowners can save energy expenses and maintain constant temperatures throughout their living areas by utilizing smart insulation techniques and cutting-edge technology. This alternative method offers a sustainable solution that is in line with contemporary eco-friendly practices in addition to streamlining the heating process. The way you approach home comfort and energy efficiency can be completely changed by comprehending this cutting-edge heating system, regardless of whether you’re building a new home or remodeling an old one.

Video on the topic

Warm floor without a mixing knot

How to adjust the temperature of a warm floor without a mixing unit

One circuit of a warm floor, without a mixing unit and a collector. How to do how much it costs.

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Michael Kuznetsov

I love to create beauty and comfort with my own hands. In my articles I share tips on warming the house and repairing with my own hands.

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