How to light a boiler AOGV – instructions and technical characteristics

The unsung heroes of our homes are the boilers, which silently operate to keep us warm and cozy, especially in the winter. A boiler is essential for keeping our living areas warm and for heating water for showers. The AOGV boiler is distinguished from other boiler types by virtue of its dependability and efficiency. For best results, an AOGV boiler must be properly lit and maintained, just like any other piece of equipment.

The first step to effective operation is comprehending the technical features of the AOGV boiler. Typically, these boilers have a combustion chamber where fuel—typically oil or natural gas—is burned to produce heat. After that, the heat is converted to water, which is then circulated throughout the system to warm the various rooms of the house. Because of their excellent thermal efficiency, AOGV boilers are renowned for producing heat from fuel with little waste.

It is important to make sure that safety precautions are taken before starting the AOGV boiler. Because flammable materials are used in gas and oil-fired boilers, handling and ventilation must be done properly. It’s also crucial for safe operation to become acquainted with the boiler’s parts, including the burner, ignition system, and controls. Accidents can be avoided and smooth operation can be guaranteed by adhering to manufacturer instructions and, if in doubt, seeking professional assistance.

Let’s now examine the detailed procedure for lighting an AOGV boiler. To start, make sure there is enough fuel in the supply for ignition. Next, find the pilot light on the boiler. It is usually located close to the burner assembly. To safely relight it if the pilot light is out, adhere to the manufacturer’s instructions. After lighting the pilot light, turn on the boiler’s main burner slowly so that it can ignite and begin to produce heat.

It’s crucial to keep an eye on the boiler while it’s operating to make sure everything is running smoothly. Make sure the flame is steady and blue, which denotes adequate combustion, by keeping an eye on it. To find and fix possible problems, any anomalies, like a flickering flame or strange noises, should be looked into right away. Frequent upkeep, such as cleaning and inspection, can also help the boiler last longer and avoid issues.

Information about the company AOGV

For over fifteen years, AOGV has been well-known in the Russian boiler equipment market. They have a power range of 11 to 29 kW and are used to heat hot water and autonomously heat spaces up to 250 m³. It is thought that this modification is not economically viable for objects up to 100 m^2 in size when it comes to heating.

Energy consumption is a factor in boiler manufacturing; they come in single- and double-circuit configurations. The heater in the coolant has a temperature range of 40 to 90 seconds. The model selected will depend on a number of factors, including cost, installation, heating area, and load on the hot water supply.

Crucial! Up to 1.5 atm of medium pressure is maintained for the unit in the heating system to operate normally.

AOGV boiler characteristics

An internal atmospheric burner is a feature of the AOGV gas boiler. A unique microfakel burner design ensures that the boiler is fully heated. It is beneath the heater at the base of the boiler. Both the liquefied gas and the main have undergone changes.

The steel tubular construction of the heating circuit boiler ensures the current level of efficiency, which ranges from 89 to 93%. The heating circuit’s 40 mm input and output fittings are mounted in the back of the device, with the reverse pipeline located lower and the upper.

Natural circulation powers the boiler, and it gets this from a 120 mm-diameter chimney that is attached to the top of the smoke boiler device. A thermostat and a valve are used for management. The valve receives a signal from the traction sensor and copper. The most crucial component of the boiler security system is the first, which regulates the burner’s torch. When the thrust pressure in the gas air tract decreases, the second is activated to provide protection.

Take note: Automatic piezor-zero boilers are the most recent version.

Advantages and disadvantages of AOGV boilers

The primary benefits of boiler units are:

• Simplicity in managing and regulating the temperature of the working environment.
• Implementation in the design of nanotechnologies.
• Energy dependence and complete automation of the heating process of the heating circuit and dowry.
• The possibility of universal strapping of the boiler with pipes of different varieties and materials: polypropylene, cast iron, steel and copper.
• Modern durable materials for the production of heat exchangers of the heating circuit and dowry.
• The ability to work with unstable gas network modes for the pressure in the natural gas line.
• Optimal thermal protection, which provides complete fuel combustion and efficient use of the heat of outgoing gases.
• Environmental friendliness and minimum content of harmful substances in smoke gases is provided by the design of a microfakel burner.
• Adaptation of the work of equipment to Russian climatic conditions.

• It is believed that the unit has a high price compared to similar domestic boilers.
• The market for spare parts and the repair kit is not developed.
• On individual modifications there is outdated automation, which resembles the AGV 80 water heater.
• The bulky and aesthetic imperfection of some brands, sometimes does not suit buyers.

The principle of operation and the design of boilers AOGV

Regarding the device and operation of gas heating gas boilers, the design of AOGV complies with state regulations and standards.

The boiler unit’s principal components are:

• Strong protective metal case;
• thermal insulation between the protective case and the furnace chamber;
• Topka, for the process of combustion and heat exchange of heat of outgoing gases with a heating heating coolant and DHW;
• heat exchanger for convective heat transfer;
• gas -air tract;
• expansion tank;
• Automation of safety and control.

The device operates on a very basic principle. In single-circuit boilers, heat is transferred into the heating circuit by convection heating when cold coolant from the heating system enters the device. The temperature sensor in the lower indicator then signals the ignition of the boiler automatically. The hot combustion products travel through the heat exchanger’s interpretation. Natural circulation causes heated coolant to exit the boiler and enter the radiators.

Please take note that the boiler enters a hot reserve mode when the water temperature reaches the maximum allowable level, which lowers the parameters in the return.

Basic species

Floor and wall, single- and double-circuit boilers are produced. They run on natural circulation, without the need of a fan, smoke exhaust in the smokestack, or a pump in the water circuit. The installation of an additional heat exchanger for the purpose of heating the hot water is the structural distinction between single- and double-circuit systems. Floors and walls are not the same size or weight. These indicators are higher in the floor options, corresponding to a more developed convection heating surface.

Single -circuit

The AOGV-11.6 "Economy" flooring, designed to heat residential and public one-story buildings up to 100 m2, is an example of a single-circuit boiler. Version 11.6 features an open firebox that facilitates natural circulation in the gas and water-air tract and is of the convection type. It weighs 45 kg and has a single heating circuit with mechanical control and heating. The price is 13607 rubles as of July 1st, 2019.

These boilers have an average efficiency of 90% and can produce between 11 and 29 kW of power. The degree of automation, power, heat exchanger material, and inventiveness all have an impact on the final cost.

Be aware that 1 contour devices have low costs, are simple to use, and are easy to repair. Low power, thermal emissions into the atmosphere as a result of insufficient heat supply, and a low level of thermal process automation are among the drawbacks.

Double -circuit

Double-circuit boilers have the benefit of a hot water supply as they heat hydraulic components and other components sequentially. This implies that turning on a hot water tap will not activate the heating circuit; instead, heat generated by the water will only be used to circulate rather than to heat the hydraulen. The heating process will resume when the tap is closed.

The Siberia unit Siberia AOGVK 11.6 kW is a representative example of one of these boilers.

• High -quality steel heat exchanger with a developed metabolic surface;
• Automation (SIT) with a valve-hacker, thermostat, piezorodzhig, gas filter;
• POLIDORO atmospheric burner;
• Basalt foil thermal insulation and anti -corrosion coating of the body of powder enamel;
• heating surface −120 m2;
• gas consumption – 1.3 m3/h;
• Efficiency – 88%;
• price by 01.07.2019 – 24,900 rubles.

Wall

Wall units are incredibly small. This is a true mini-boiler, complete with all the gear required for independent operation. Installing multiple units of the same kind in a cascading fashion is permitted if increasing the coolant’s output power is required.

One example of this kind of boiler is the Borinsky plant’s AOGV 17.4 (m) Eurosit, which is used for the independent water heating of buildings for any kind of use. By using standard gas fittings and water communication nozzles, you can quickly tie the unit without needing any extra fittings.

Features that set the series apart:

• POLIDORO gas burner with low gas consumption;
• Efficiency – 90%;
• The gas stabilization device at the output;
• piezoelectric ignition;
• Automation of safety and regulation;
• steel heat exchanger;
• The price is 01.07.2019 −18 260 rubles.

Floor

AOGV floor boilers are installed differently from other comparable heating structures because they are mounted solely by the floor, negating the need for the foundation to be set up. The apparatus resembles an AGV 80 boiler from the outside.

Take note! The Siberia (Siberia) AOGV 11.6 kW boiler from the RostovgasoAppa company is an illustration of one of these boilers.

In one-story residential and public buildings up to 120 m2, a single-circuit boiler is installed. The apparatus has an Italian automation system (SIT) and a Worgas stainless burner with an efficiency of 88%, a natural gas consumption of 1.18 m3/h, overall dimensions of 850*280*500 mm, weight of 52 kg, and a price of 22,950 rubles as of July 1, 2019.

With the least amount of variation in the gas line, the unit’s fully automatic control, which is powered by a piezoro-Zhizhig fan, maintains the required level of gas pressure at the inlet to the burning device. The coolant temperature exceeding the maximum indicators, traction in the gas-air path, and the torch being detached from the burning device are the signals for turning on or off the burner. In the heating circuit, the gas valve supporter maintains the thermostat’s operating temperature.

The main models of AOGV boilers

The primary suppliers of this self-contained heating apparatus in the Russian Federation are the factories of Borinsky and Zhukovsky as well as a business located in Rostov-on-Don.

The most popular AOGV varieties to buy:

1. Power is 11-12 kW, intended for heating objects of a small area up to 100 m2. They have a compact design with minimal dimensions and an economical level of fuel consumption. They have an efficiency of up to 90 %, are well automated, made in a safe performance and have protection in case of gasket in the room.
2. Power from 16 to 18 kW for premises of medium area up to 200 m2. According to statistical data – the most common group of boilers is, more than 50% of similar models are installed in the Russian housing stock. The boilers are fully automated, have reliable protection for gas pressure, the heat of the heating circuit and the constant working drop in the medium in the gas outlet, the efficiency of the installation is more than 90 %.
3. Powerful units up to 24 kW for individual heating multi -level objects with an area of up to 250 m2.

Extra Details. You can do away with the boiler installation poetry thanks to the forced circulation system on the warming curve of the heating system.

Operation and inclusion rules

Only after all installation and delivery work completed by the certified installation organization is completed can the boilers be operated. After verifying that the gas line is connected, the representative of the gas supply company must grant the necessary access to the apartment’s boiler. Each step must be recorded. These actions are necessary and will support the preservation of the manufacturer’s warranty.

They are offering the heating system and the water tract once all adjustments have been completed. Specialized staff members also perform the unit’s initial start.

The algorithm used for boiler launch:

1. Fill the heating circuit with water, release air and create a medium pressure 1-1.5 atm.
2. Check the closure of the gas crane and ventilate the room for 15 minutes.
3. Check the traction in a chimney lit by a match near the door of the trampter, the flame should be drawn into it.
4. Open a gas crane on a gas pipeline in front of the boiler, the crane in front of the burner remains closed.
5. Before lighting the AGV boiler, remove the protective shield of the furnace.
6. Press the trigger button, it should light up if the flame goes out, the stage is repeated after 5 minutes of ventilation.
7. They open the gas tap of the burning device, an even torch should appear, if a separation occurred, you need to immediately turn off the gas, the operation is repeated after 5 minutes.
8. Install a protective shield in place.
9. Check the presence of traction in the chimney, with its absence or exit of flue gases from the furnace – overlap the gas valve.
10. Set the required water heating temperature.

For both comfort and financial viability, your home must have effective insulation and heating. Being able to light a boiler correctly is essential, especially for an AOGV model. You can guarantee best performance and safety by understanding the technical specifications of your boiler and by adhering to the manufacturer’s instructions.

First, read the detailed instructions that the manufacturer of your AOGV boiler has provided. The purpose of these instructions is to ensure that you complete the lighting process safely and effectively by taking you step-by-step through the process. To avoid mishaps or equipment damage, closely read any cautions or warnings provided in the handbook.

Make sure all required safety precautions are in place before attempting to light the boiler. This include making sure the area has enough ventilation, looking for any gas leaks, and confirming the boiler is in good operating order. It is best to speak with an expert if you are unsure or worried about the process’s safety.

Pay close attention to the recommended procedure when lighting the AOGV boiler, noting any special settings or actions needed. This could entail monitoring the burner’s operation, adjusting the gas flow, and lighting the pilot light. Give the boiler enough time to reach the appropriate temperature and pressure levels by being methodical and patient.

After the boiler is successfully ignited and running, it’s critical to routinely check on its performance. Watch out for things like fuel consumption, temperature swings, and odd noises or smells. To avoid future issues or inefficiencies, take quick action to resolve any discrepancies or issues that you find.

In summary, adequate boiler lighting—especially for AOGV models—is critical to your home’s effective insulation and heating systems. You can guarantee optimum performance and safety by adhering to the manufacturer’s instructions and implementing the required safety precautions. Maintaining the efficiency and smooth operation of your boiler over time also requires routine maintenance and observation.

We’ll walk you through lighting your AOGV boiler safely and effectively in our guide, "How to light a boiler AOGV – instructions and technical characteristics." We’ll start by going over the tools you’ll need to complete the task. After that, we’ll guide you through the process, explaining every step in detail and offering advice on how to resolve any possible problems. We will also examine the AOGV boiler’s technical specifications to help you comprehend its features and how they affect its performance. You should feel comfortable lighting your AOGV boiler and maximizing its performance for a warm, well-heated house by the end of this guide.

Video on the topic

How to light a gas boiler with the EUROSIT 630 automation type using the Borinskoye boiler

Zhukovsky heater gas boiler-automatic.

Inclusion of the AOGV-11.6-3 boiler Rostov through the eyes of the humanitarian. (May the techie will forgive me).

How to light a gas boiler (automation SIT).

Review of the Lugansk gas boiler thermo AOGV-7.5-C ! ♥

How to light a gas boiler Automation Honywell (Honeywell) Coin