Whether to buy Ishma boiler. Reviews, characteristics, connection

Making the right boiler choice for your house is essential to maintaining warmth and comfort in the winter. Making a choice can be difficult due to the abundance of options on the market. The Ishma boiler is one such option that has attracted interest. Let’s examine its features, reviews, and connection process before deciding if it’s the best option for your house.

With its impressive efficiency and dependability, the Ishma boiler has been causing quite a stir in the heating sector. However, it’s crucial to fully comprehend a heating system’s characteristics before making an investment in one. You can decide if it meets the heating needs of your home by understanding the specifics, such as its energy efficiency ratings and heating capacity.

Homeowners who have already installed an Ishma boiler can offer insightful reviews that shed light on the boiler’s longevity and performance. Firsthand accounts can help you better evaluate the benefits and drawbacks by providing a better understanding of how the boiler functions in actual use.

The task of connecting a boiler to your home’s heating system is one that calls for accuracy and knowledge. It’s essential to comprehend the connection procedure and any extra parts or adjustments required for a smooth integration into your house. Ensuring correct connection is essential to optimizing the efficiency of any boiler, whether it’s a new installation or an old replacement.

It is crucial to carefully consider the Ishma boiler’s features, reviews, and connecting procedure before making a choice. You can make an informed decision that not only satisfies your heating needs but also promotes energy efficiency and long-term comfort in your house by taking these factors into account.

Manufacturer of boilers "Ishma 100"

The "Gazmashprom" plant in Saratov and the Borinsky plant of household gas equipment in the city of Borin, which is located in Borin, Lipetsk, are the two Russian manufacturers that produce boilers "Ishma 100" simultaneously.

Low-power gas boilers for the Lipetsk region were first produced in 1992; later, the "Ishma" television series was started. They are currently successfully running in 52 regions of Russia and the CIS. With a long service life, the products are now competitive with Western models.

Due to their ability to double-circuit for both heating and domestic hot water, floor boilers have gained popularity as heat sources in private homes’ individual heat supply schemes.

The units feature Italian Elletro Sit safety automatics with an integrated gas pressure stabilizer and an interface for installing room thermostats. They are offered as energy-dependent and non-independent options.

Advantages of the equipment

The long service life of "Ishma" boilers is their greatest benefit. This was made possible by the design’s use of premium supplies and machinery:

• micro-flare burner made of stainless tubes, which ensures complete combustion of gas and ecological safety of ambient air during unit operation;
• heat-protective casing coated with polymer paint;
• condensate collection system;
• specialized heat exchanger design made of stainless steel;
• reliable protection system.

The boiler has all required certificates of conformance and is fully suited to operate in Russian engineering networks under water, electricity, and gas conditions. The Russian Federation is home to a highly developed network of service centers with a substantial repair stock that allows them to promptly restore the functionality of the unit.

Model range and technical characteristics

Boiler models under the "Ishma" brand span a wide range in terms of capacity (12.5 to 100 kW) and operating principle (energy-independent and energy-dependent). They can be finished either single-circuit or two-circuit with additional heating of the domestic hot water tank at the customer’s request.

The "Ishma" boiler’s operating principle is as follows:

1. When starting the unit ignites the ignition burner, heats up the primary sensor – thermocouple, which generates thermal EMF.
2. The signal is fed to the solenoid of the supply gas shut-off valve, which opens the gas to the main burner device.
3. Switch on the toggle switch "Mains 220V" with the opening of the stop valve, the main burner ignites and begins the process of heating the heating circuit water heating.
4. Temperature adjustment is performed by thermostat.
5. When the water temperature reaches the set value, the electric circuit supplying the gas cut-off valve is broken, and then it closes, cutting off the fuel access to the burner device.
6. When the temperature of the heating medium drops, the unit is switched on and the next heating cycle starts.

Because of its structural design, the boiler can function as an external thermoregulator in response to room air temperature, allowing for more precise thermal mode adjustment, low specific fuel consumption per unit of heat energy produced, and superior heating of heated spaces.

Ishma 100" boiler

The "Ishma" gas heating range’s most potent unit is a floor-standing, 1.081-meter-long, 1.060-meter-weight unit that can heat a building up to 1000 square meters or collections of items with comparable overall areas.

The boiler functions with a low gas pressure threshold of 650 Pa, which is crucial in locations where the gas supply is erratic. Additionally, the device can function with very little water pressure (0.3 atm). With a maximum gas flow rate of 10.6 m3/hour, 91% efficiency is achieved. minimum cross-sectional area of the chimney: 220 mm. The gadget has a service life of over 15 years.

Ishma 80" boiler

This is yet another potent "Ishma" line boiler that can be produced in two different energy-dependent and energy-independent "U" modifications. With an efficiency of at least 91%, it can heat an area of 700–800 m^2. Other than dimensions and hourly fuel consumption, its technical specs are the same as the previous version.

Because they are large, floor-standing boilers with dimensions of 1081 x 719 x 976 mm and a weight of 310 kg are produced. Able to operate at low pressure levels of 0.3 atm and 650 Pa for gas and water, respectively. 9.0 m3/hour of fuel consumption provides 95 C heat carrier temperature and 71 liters of water volume.

Complete installation of SABK M and 810 automatic system:

• primary temperature sensor;
• igniter unit with a thermocouple sensor;
• sensor on discharge in the furnace;
• primary temperature sensor for medium superheating in the circuit.

In the event of a violation of any of the following indicators—high temperature in the circuit, low gas pressure, or absence of furnace discharge—the system is designed to automatically regulate the boiler based on the temperature of the coolant or air in the room. With the same automatic control system, the boiler "Ishma 63" can heat a smaller area of the building up to 600 m2.

Ishma 40" boiler

The most popular model is different from the "Ishma 63" units in that it can provide 300–400 m2 of quality heating with an hourly gas consumption of 4.7 m3/h and a heating process efficiency of 91%.

Technical specifications are different from earlier iterations in that it is 140 kg heavier and has dimensions of 895x515x764 mm. When connected to a chimney that has a minimum cross-section of 170 mm, the coolant temperature rises to 95 C.

The SABK automatics found on Ishma 40" units come with a temperature sensor, a thermocouple-equipped ignition burner, a primary draught sensor, and a thermal sensor for overheating water in the circuit.

The following conditions set off the boiler protection, which shuts off the burner’s gas supply:

• the ignition burner is switched off;
• low pressure in the gas pipeline;
• no flare in the furnace;
• overheating of water in the internal circuit;
• no draught in the furnace.

Installation of boilers "Ishma"

The boiler’s manufacturer demands that a specialized company install it in accordance with project specifications, SNIP requirements, and gas, fire, and electrical safety standards.

This requirement, which is written in the passport, is reasonable, particularly when installing significant boiler modifications. Furthermore, the gas authorities will not permit the unit to receive gas supplies if this requirement is not fulfilled.

The primary prerequisites for installing "Ishma" gas boilers are as follows:

1. In the boiler room should be organized supply and exhaust ventilation with the volume, for 1 m3 of gas must be 10 m3 of air.
2. The air duct for the supply ventilation must have a minimum cross-section of 1 cm2 for every 0.225 kW of the unit"s capacity.
3. Boiler room project must comply with the connection diagrams recommendations of the manufacturer.
4. The boiler shall be installed in rooms with a minimum distance to the walls of at least 50 cm on the sides and 1 m in front of the front of the boiler.
5. The walls and floor must be made of non-combustible materials, the walls can be covered with a sheet of asbestos and the floor can be covered with a steel sheet of at least 5 mm, projecting 10 cm beyond the dimensions of the unit.
6. Before the installation of the boiler is carried out preservation, check the completeness and operability of auxiliary equipment.
7. In the boiler room there should be installed an introductory stopcock and a gas meter.
8. The piping is carried out according to the scheme specified in the project and agreed with the manufacturer.
9. The first start-up is performed by a representative of the installation organization and the city gas supply company.

Repair of boilers "Ishma"

This modification’s boilers are dependable pieces of machinery, as evidenced by their long lifespan and extensive use. However, they occasionally need to be repaired because, like all heating equipment, they break down.

Reasons why the "Ishma" boiler failed:

• Low operating parameters of the gas network;
• poorly performed installation and adjustment works;
• violations of operating rules by the operating personnel.

When an automatic boiler shut-off occurs, external indicators are used to identify the fault. principal categories of malfunctions and suggested fixes:

1. Flame detachment from the burner, due to high discharge in the furnace or low gas pressure in front of the burner. Turn off fuel supply to the boiler, ventilate the furnace and check gas and vacuum parameters. Gas valve may be defective – repair is performed only by the state gas supply company personnel, in case of high vacuum, it is possible to adjust the air valve by yourself
2. No contact in the thermocouple circuit, perform maintenance with contact cleaning.
3. Thermocouple does not produce E.Д.С., replacement is required.
4. Insufficient rarefaction in the furnace, it is recommended to clean the gas duct.
5. High pressure of the heat carrier in the furnace, check the circulation of the heat carrier.
6. Ignition burner does not burn, check for clogged nozzle.
7. Thermoregulator does not work, it will be necessary to replace it with a new one.

It’s clear from researching heating solutions—in particular, the Ishma boiler—that this decision needs to be carefully thought through. User reviews provide insightful information about the product’s dependability and performance. Many commend its longevity and efficiency, pointing to notable drops in energy costs and even heating throughout their houses.

The Ishma boiler is distinguished by its sophisticated features, which include programmable settings and high energy efficiency ratings, when analyzing its attributes. Due to its small size, it can be used in a variety of home configurations, fitting neatly into confined spaces and producing a powerful amount of heat.

An important point to emphasize is how simple it is to connect. Many users find the installation process to be manageable without expert assistance, and they express gratitude for its straightforwardness. In addition to saving installation costs, this also shortens downtime, enabling homeowners to rapidly take advantage of their new heating system.

It’s crucial to balance these advantages against any potential disadvantages, though. Although most reviews are positive, a few users have voiced minor complaints about things like noise levels or the occasional need for maintenance. Furthermore, compared to other options, the initial investment might be higher; however, many contend that the long-term savings offset this expense.

In conclusion, personal needs and preferences ultimately determine whether or not to purchase an Ishma boiler. The Ishma boiler is a good option for people looking for a dependable, energy-efficient heating solution with positive customer feedback and simple installation. Homeowners can guarantee warmth and comfort in their living spaces by taking into account the product’s features, connection method, and user reviews.

Considering whether to invest in an Ishma boiler for your home heating and insulation needs involves weighing various factors including reviews, characteristics, and ease of connection. Ishma boilers have garnered attention for their efficiency and reliability, with many users praising their performance. However, it"s crucial to delve into specific features such as energy efficiency ratings, size compatibility with your home, and ease of installation. Additionally, exploring customer reviews can offer valuable insights into real-world experiences with the product. Before making a decision, it"s essential to assess your individual heating requirements, budget constraints, and long-term goals for energy savings and comfort. Consulting with professionals and comparing Ishma boilers with other options on the market can help you make an informed choice that aligns with your needs and preferences.

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