Heat generators. Heat generators Scheme functional heat generators of type TGG and TGZ production of JSC BressLellmash
Photo: Liquid-fuel heat generator (diesel) Full TG 1.5-2
Heat production, not less: 175 kW / hour
Performance of the main fan: 14000 m 3 / hour
Air heating (temperature increase) on: 50 o S.
Type of fuel: PBT (furnace household), DT (diesel) or kerosene
Fuel consumption per hour: 16.7 kg, 17litters)
Elektoenergy consumed: 4,5kW
Price (with VAT): 125,000 rubles. 
Figure 1. Functional diagram of liquid-fuel heat generator TG 1.5-2
1-explosive valve;
2-combustion chamber;
3- heat exchanger;
4- spiral partition;
5-recuperator;
6- section of the smoke pipe;
7- main fan;
8-blinds (sewage);
9-tank for fuel (for liquid-fuel heat generators);
10- Crane cork D15;
11- KR-25 crane;
12- Fuel purification filter (sump);
13- fuel pump;
14- electromagnetic valve;
15- fan nozzle;
16-fuel sprayer;
TG-1,5-2 heat generators are designed for air heating and ventilation of buildings, industrial, livestock, poultry farms, greenhouses, manufacturing workshops and hangars and their individual sites. They are effectively used for drying agricultural products, as well as lumber and building structures.
TG-1.5-2 heat generators can work on liquid fuel, type (PBT) furnace household fuel, diesel fuel (DT) or natural gas (low 5 kPa, or medium 30 kPa, pressure). To transfer a heat generator with liquid fuel on gas and back, just replacing the burner and control cabinet.
It is possible to use the exhaust oil (testing) as fuel This requires refinement or replacement of the burner.
Principle of operation:
Combustion products are discharged into the chimney and enter them into the heated room is excluded. The heat generator is an autonomous source of heat, which allows it to use it for air heating of buildings, without investing in the construction of boiler houses and heat mains. The use of the thermostat provides economical use of fuel and improve parameters inlet air. High air pressure at the outlet (0.2 MPa) allows to operate heat generators in extended ventilation networks.
Heat generators can be used for heating:
- buildings under construction and structures of the I-III degrees of fire resistance in the production of finishing works;
- Production I. warehouse categories for explosive and fire danger G and D on NPB 5, workshops for repair and car wash;
- single-storey standing garages when installing heat generators at a distance of at least 2.5 m from the combustible surfaces and materials, as well as electrical equipment (cabinets, control panels, etc.);
- chambers of the drying (when the heat generators are placed in the plasted by Film-type Filic partitions and overlapping type III by SHP 2.01.02-85 with the air intake outside and supplying heated air into the chambers in separate air ducts);
- administrative buildings and premises (with the placement of heat generators in the premises isolated by the type I Firefields and overlap of the type III according to SHP 2.01.02-85 with the fence of the air and the supply of heated air in separate air ducts);
- indoors of the category of explosion and fire hazard in NPB 5 (when placing heat generators in the attached premises, frightened from the type I-type-contlex partitions and the type III transitions III 2.01.02-85 with the airborne fence outside and the flow of heated air on separate air ducts).
Dimensions (assembled with burner and control cabinet):
Length - 2115 mm
width-1500 mm
Height-1300 mm
In the package of the heat generator TG 1.5-2 liquid fuel, includes:
1. SHOA 5934-3074 control cabinet (TU 16.536.103-75)
2. Remote signal siren (with sub-cable)
3. Remote thermosystem (with sub-cable)
4. Fan (Snail) assembled:
a) body fan burner with adjustment of air
b) impeller burner with electric motor
c) Flame control photocell (2 photoresistor FR-765)
d) fuel pump
e) electromagnetic fuel valve
e) fuel pressure gauge 1-16 atm
5. Filter of coarse fuel purification ("sump")
6. TRANSFORMOR GENESS WORK TG 1020K-U2 (TG 1020K-U1 or OSZ-730 or ALF 467-001 "Electric")
Air heating and ventilation of greenhouses, poultry farms, repair shops, garages and other industrial and service premises became possible thanks to the use of steam or water caloric plants receiving coolant from boiler houses, and heat generators, which in the absence of coolant centralized heat supply serve as air heating sources. Heat generators are also used for drying various crops, drying grass by the method of active ventilation and in construction (for example, on internal finishing works) .
Stationary heat generators. The highest use was obtained by heat generators TG-75, TG-150, TG-1, TG-2.5.
TG-75 and TG-150 heat generators, equipped with water heaters, are particularly appropriate where, along with heating, hot water is needed.
TG-1 and TG-2.5 heat generators are fully automated, compact and easy, differ from each other only thermal power and dimensions.
Figure 17 shows the design of the TG-1 heat generator. The cylindrical body 4 is welded from thin-sheet steel. Inside the case there is a heat exchanger 3 with a protective cover 5, the main fan 6 with an electric motor and chimney 1.
The heat exchanger consists of a combustion chamber and a ribbed radiator with inserts that slow down the traction. The casing serves as a screen that protects the housing of the heat generator from overheating.
Outside to the housing is attached nozzle 7 for burning liquid fuel, fuel sump 8, control cabinet 9 and sensors 2 of the control system of the heat generator. The injectory assembly includes a centrifugal fan that feeds the air into the combustion zone, and the fuel pump (are given from the total electric motor).
The automatic control system of heat generators TG-1 and TG-2.5 allows you to do without constant observation by the service personnel. In case of failures in automation or but other reasons, heat generators are transferred to manual control with continuous control over their work.
In the "Heating Automatic" mode, the control system provides: automatic inclusion of the heat generator, when the air temperature in the heated room will be lower than the estimated; Automatic shutdown of the heat generator, as soon as the air temperature in the room reaches the specified (disconnection can occur for other reasons: does not ignite the torch when the heat generator is turned on or it is suddenly going out during the operation of the unit, the failure of some elements of the circuit - photoresistance, relay, etc., triggering ); repeated short-term ignition feed if the torch accidentally went out during normal operation of the unit; protection of equipment and apparatuses of the scheme from possible short circuits, and the motor of the main fan - also from overload; Signaling about normal operation and emergency disconnections of the heat generator.
The main technical indicators of stationary heat generators are shown in Table 10.
A special group of heat generators is a gas surface air heaters operating on natural gas developed by the Institute of VNIipcrogas (Table 11).
Models K-50 and K-100 - horizontal type, GPV-350 and K-500 - vertical in Figure 18 shows a scheme of the gas air heater K-100.
In the air heaters of the K-50 and K-100 one by one fan, driven by a power of 5.5 kW. In the fan compartment of a more powerful heat generator K-500, three fans are installed: two of them serve air to heat, one - in the burner. Total power of electric motors of 30 kW fans. The air heater of the GPV-350 is not equipped with a fan; The latter is selected at the installation site, based on the total resistance of the unit and the air duct system
The heat exchange radiation surfaces of gas air heaters are made of heat-resistant steel, all other elements are made of carbon.
Heat generators are fed into the heated air of the focused jet. If it is necessary to distribute the coolant on the air duct system, then it is necessary to select such fans with the corresponding electric drive in the known resistances of the air heater of the air heater and air ducts, which will ensure the aggregates of the nominal air consumption.
All air heaters are equipped with safety and regulation automation.
Mobile heat generators. Along with stationary heat generators, mobile, which is used for drying grain of spicy and leguminous crops, flask, sunflower seeds, corn cobs and other agricultural products, as well as for heating and ventilation of animal bed and greenhouses.
The main technical data of mobile heat generators are shown in Table 12.
Heat generators Mobile TGP-400 and TGP-1000 according to its principal device and the action are similar to TG-1 and TG-2.5 heat generators, but have a higher productivity and less specific solid capacity. In addition, a sound alarm system was introduced in addition to the light, explosive valves were installed, which ensure reliable embodiment of the explosive wave. Heat generators can work on automatic and manual modes. For the convenience of transporting from one place to another heat generator TGP-400 has a wheelchair, and the TGP-1000 heat generator is equipped with sled.
Air-heater HPT-400 (Fig. 19) consists of a combustion chamber with a heat exchanger, casing, fuel supply systems, nozzles, axial and blowing fans and electrical equipment. The drive can be from the electric motor or from the Tractor power selection shaft. For the convenience of transportation, the air heater is mounted on a semi-trailer frame and has a pneumatic chassis. Transport speed no more than 20 km / h.
The air, sucking with a blowing fan 1, is fed to the nozzle chamber with twisting blades, from where in the form of a turbulent flow comes into the combustion chamber 5, where the fuel injected into the injector 2. The combustion products are sent to the internal cavity of the heat exchanger 6 and through the chimney 4 are removed to the atmosphere. .
The outer air injected with axial fan 3 passes through the annular space between the combustion chamber and the heat exchanger, as well as between the heat exchanger and the air heater housing, is heated and used in technological processes Or heats the room.
The fuel supply system provides cleaning, discharge and spraying it, maintain a given injection pressure, controlled by a manometer. Injected fuel flammives from the ignition candle attached to the secondary winding of the ignition system transformer. The amount of fuel supplied is adjusted by changing the injection pressure or changing nozzle nozzles. On the air heater there is a system for controlling the torch and temperature of the coolant. The control panel is installed voltmeter, control buttons, a warning lamp, an electrocontact thermometer dial and drive switch.
The aircraft heater of HPT-600 on the principle of operation and design is similar to the aircraft heater of the WSG-400, but differs from it greater thermal power. The purpose of this work is the in-depth study of the design and the working process of the TG-2.5 heat generator.
Tasks
Explore general device and the heat generator;
Record its technical characteristics;
explore the order of start-up and method of testing the heat generator;
conduct testing the heat generator onset mode;
process test results;
Check out:
B) Fill out the test log.
Purpose of heat generator
Our industry produces heat generators TG-75, TG-150, TG-1, TG-2.5, TG-3.5 developed by the WESX-OM and differ from each other, some non-accepted constructive features. They are designed for air heating and ventilation of animal bedrooms, repair shops, garages, as well as drying buildings under internal finishing works.
Comparative characteristics of heat generators
| TG-75 | TG-2,5 |
|
| 1. Heat production capacity (thermal power) |
||
| Kcal / hour | 7500 | 25000 |
| (kW) | 87 | 290 |
| 2. Air consumption, m 3 / hour | 5060 | 1500 |
| m 3 / s | 1,4 | 4,2 |
| 3. Angry air, o with | on 55. | 52 |
| 4. Fuel | kerosene |
|
| 5. Fuel consumption, kg / hour | 8.8 | 30 |
| kg / s | 0,0024 | 0,0083 |
Device and operation of the heat generator TG-2.5
The heat generator TG - 2.5 (Figure 14) is an installation for heating air products of fuel combustion and surface heat exchanger 3.
1 - a high-guide with an electric motor and a casing; 2 - chimney; 3 - heat exchanger; 4- Corps; 5 - automatic system sensor; 6 - nozzle; 7-fuel sump; 8 - ignition transformer; 9- Management Station.
The main axial fan 1 is designed to supply cold air to the heat generator for heating it. The fan is activated from the electric motor with a power of kW. The fan performance is adjusted by changing the angle of rotation of the blades.
The heat exchanger is made of heat meters, stainless steel. To increase the heating surface, it has 16 ribs inside which the inserts of two types that serve as traction retarders are placed. Combustion products pass between inserts and ribs, give them their heat and go into chimney 2 . The heat exchanger has a neck for installing a nozzle with a mechanical fuel sprayer 6 and a hatch pipe.
The nozzle is designed for burning liquid fuel. Consists of a housing, an electric motor, on the shaft of which the wheel of the blowing wheel is notaled centrifugal fan, fuel pump with a drive from this electric motor through an elastic coupling. Power of the electric motor - 0.6 kW, 2800 rpm. The pump serves fuel under the pressure of 0.98-1.37 MPa (10-14kgs / cm 2) through the magnetic valve along the central fuel line into the sprayer.
The flow of fuel passing through the sprayer receives a rotational-vortex movement and is sent to the combustion chamber in the form of a cone. The pressure of the fuel pump is adjusted using the adjusting screw and the control pressure gauge.
Before entering the combustion chamber with airflow, a swirl is also reported to a rotational-vortex movement, but opposite with sprayed fuel directions.
The amount of air supplied by air damper built into the nozzle body.
Spray fuel consists of nozzles, swirl, nuts
and filter. Rotationally vortex movement fuel gets in grooves internal surface nozzles.
The injector ignition system includes a ignition transformer-1020 K, electrodes fixed in insulators, and high-voltage wires with tips. Electrodes are made of steel X25T and are located necessarily above the sprayer in strict accordance with the installation scheme. With incorrect installation of electrodes, fuel ignition will not happen, and the ignition transformer may fail. Spray fuel flammifies exclusively using an intersecting spark between the electrodes, when applying for them high voltage from the transformer.
Control over the torch is carried out by two photose presticks in the block inserted into the hole of the nozzle housing.
A box with a clermin is installed on the nozzle, which is connected: the nozzle electric motor, the ignition transformer (primary winding), the solenoid valve and the photoresistance unit.
The solenoid valve with an anchor coil disconnected under the action of spring and pressure ensures reliable overlap of the exhaust channel of the distributor. When the coil is turned on, the anchor opens the exhaust channel and fuel comes through the central fuel line into the combustion chamber. For dense locking, the exhaust channel anchor is equipped with a rubber gasket made from the scrap-resistant rubber of the brand and a thickness of 4 mm.
Plant developed I. serially from 197 bg, a new heat generator TG-2.5 A. is produced in this unit. Automation and fuel equipment are unified with a TG-2.5 heat generator. However, the new heat generator has a number of advantages: the efficiency is increased by 12%; Specific metal is reduced by 5.2%; Improved, the design of the burner and the regulator (guide apparatus) of air supply; An audible alarm is introduced; An explosive safety valve and a manual pump BKF - 2M, etc.
Heat generator control systems
Depending on the time of year, the heat generator can be used as a heater or fan. The control system of the heat generator is automatic-and survived to work without constant observation by the service personnel in the "Heating automatic" mode. In addition, the control system provides for the necessary manual control of the heat generator in the necessary cases.
The control system in the "Heating automatic" mode provides for the following operations:
but) Automatic inclusion of the heat generator, if the air temperature in the heated room is lower than specified. The inclusion occurs in the following sequence:
The nozzle motor is activated for purging the combustion chamber;
fuel and ignition are fed;
ignition is turned off (after fuel ignition); fan electric motor;
If the air temperature in the heated room reached a given value;
If the torch did not stop when the heat generator is turned on;
when the torch is resetting during the operation of the heat generator;
When overheating the heat generator over the permissible temperature;
If you refuse some elements of the scheme (photos prestings, relays, etc.) and triggered protection. Disconnection occurs in the following order: at the same time the fuel supply is stopped and the nozzle electric motor is turned off;
The fan electric motor is turned off (after cooling the combustion chamber);
d) The signaling of the normal operation of the heat generator to emergency disabilities.
Installation, installation and commissioning
In the poultry houses and livestock rooms, the heat generator is installed in separate room Not lower than the third degree of fire resistance.
The fuel system is mounted in accordance with the scheme. To the consumable Baku, which is set above the nozzle pump level of at least I M top, attach the pipeline from the underground tank made from steel pipes with conditional passes 20-25 mm.
To supply fuel from a tank to a consumable tank, a manual pump of BKF-4 or the KAMA electric pump is used.
The fuel from the consumable tank in the sump comes with gravity, and then flexible hose to the pump nozzle.
The smoke tube is made of sheet steel - thickness - 2 mm. The least permissible height The chimney is 5 m. Between the chimney and the heat generator, the condensate collection is set.
Suction and distribution air ducts are manufactured when mounting from thin galvanized steel.
The electrical circuit is designed to connect the heat generator to the network voltage 380/220 B. The control cabinet is connected to the power grid in accordance with the "rules of the electrical installation device" cable, tightly clamping in the gland or wire in gas pipeconnected to a wardrobe with thread. The cross-conductive vein section is chosen at least 2.5 mm 2.
The thermosystem of the air temperature regulator is set to the center of the room at a height of 0.8 - 1 m and connect with a wiring wiring closet or wire laid in grounded tube that runs the role of the screen (wire section of at least 0.5 mm 2).
The heat generator and the control cabinet are grounded in accordance with the above rules.
After installing the heat generator, you set the necessary response temperature and the thermostat differential.
Operation of heat generator
The heat generator is launched only after the combustion of the chamber combustion during the C0 C, especially after a short time stop (with a hot combustion chamber). Failure to comply with this requirement can lead to an explosion of fuel vapor.
It is forbidden to be opposite the nozzle and bend over the viewing window at the time of launch. The worker serving a heat generator must be on time startup from the control cabinet.
With a sudden stopping of the main fan, the re-launch of the heat generator is allowed after eliminating the cause of the stop and cooling of the combustion chamber to a temperature of 25-28 o C.
The duration of one click on the "Ignition" button is not more than 10 s.
When working in the "Manual heating" mode, it is impossible to leave a working heat generator without observation, since in the event of a torch popping in this mode, fuel continues to flow into the combustion chamber.
Initial launch of mages to be produced only after thorough checks of all electrical and mechanical connections .
It is prohibited to remove the photoresistance to remove the photoresistance during the heat generator under voltage.
When you ignite the signal lamp "Alarm", you must disable the installation and find out the cause of the fault.
Foreign faces into the room where the heat generator is not allowed.
When operating heat generators, it is prohibited:
shive the fuel lines with an open flame;
use gasoline as fuel or add it to fuel;
work with a non-adjusted nozzle with abnormal burning of the torch;
leave a heat generator unattended;
spark off working mixture through the observation hatch;
adjust the gap between the electrodes during the operation of the heat generator;
operate the heat generator in the absence of glass on the sight eye;
remove cores from electromagnetic valve covers in the fuel supply system;
To allow the heat generator to work in the absence of a protective lattice on the suction air duct.
Start, work and stopping the heat generator are manufactured under the following measures:
Check before starting the amount of fuel in the consumable tank;
Before turning on the heat generator, he blows the combustion chamber with air;
convinced inspections between the electrodes;
adjust the air supply;
After the fuel is supplied, the combustion process is adjusted, achieving a clean and transparent flame.
After the end of the heat generator is completed, the shut-off fuel valve at the tank and the tapped sump, the heat generator is purged.
Test method of heat generator.
The heat generator is started on the "heating" mode and at maximum fuel supply to warm up to the steady mode, when it is reached, the measurements of the required values \u200b\u200band write them to the test log. For more reliable test results, experience in this mode is repeated three times.
Test Journal of the Heat Generator.
| Name of magnitude | Designation and dimension | Number of experience |
|||
| 1 | 2 | 3 | Average |
||
| Air temperature entering the heat generator | T 1, O C | ||||
| Air temperature located in the heat generator | T 2, O C | ||||
| Fuel consumption for experience | b O, kg | ||||
| Duration of experience | C. | ||||
| Axial air vents | V C, m / s | ||||
| Recreation density in the air duct |  , kg / m 3 | ||||
| Average air speed |  , m / s | ||||
| Volumetric air flow |  , m 3 / s | ||||
| Consumption provided to normal conditions |  , m 3 / s | ||||
| Useful thermal power |  , kw | ||||
| Fuel consumption |  , kg / s | ||||
| |  , kw | ||||
| Efficiency of the heat generator |  | ||||
Processing test results
When processing test results, it is calculated:
Air density in the air duct.
, kg / m 3 (1.7)
Where 
\u003d 1.29 kg / m 3 - air density under normal conditions;
-
absolute air pressure is permissible to accept;
Average air speed.
,
m / S. (2.7)
Where 
\u003d 0.75 - the coefficient of the high-speed field.
Volumetric air flow at the final temperature
, m 3 / s (3.7)
-
air duct area.
Volumetric air flow given to normal conditions
,
m 3 / s (4.7)
Useful thermal power
, kw (5.7)
Where 
-
the average bulk isobaric heat capacity of air.
-
air temperature in ° C, respectively, at the inlet and outlet of the heat generator.
Fuel consumption
,
kg / s (6.7)
The expended thermal power
, kw (7.7)
Where - fuel consumption, kg / s;
\u003d 42000 kJ / kg - fuel calorism (kerosene and diesel).
Efficiency of the heat generator
, (8.7)
Control questions:
Thermal generating units used in agricultural production.
General About fuel and its classification. Concept of conditional fuel.
Determination of heat combustion liquid and solid fuel.
Theoretical and actual amount of air required for combustion. The excess air coefficient.
The device of the TG-2.5 heat generator and its characteristics.
Baskakov A.P. Heat engineering. -M.: Energoatomizdat, 1991, 224c.
Droganov B.Kh. The use of heat in agriculture. - M.: Agropromizdat, 1990.
Zakharov A.A. The use of heat in agriculture. 3rd ed., Pererab. and add. - M.: Agropromizdat, 1986. - 288 p., Il.
Lukanin V.N., Shatrov M.G., Kamfer G.M. Heat engineering: studies. For universities; Ed. V.N. Lukanina. - 3rd ed., Act. - M.: Higher School, 2002. - 671 p.: Il.
Krutov V.I. Technical thermodynamics. Ed. IN AND. Krutova. - M.: Higher School, 1991. - 384 p.
Alekseev G.N. Total heat engineering. - M.: Higher School, 1980. - 552 p.
Andryzhenko A.I. Basics of thermodynamic cycles of thermal power plants. - M.: Energoatomizdat, 1985. - 319 p.
Isachenko V.P., Osipova V.A., Sukomel A.S. Heat transfer. - M.: Energia, 1981. - 416 p.
Kutulladze S.S. Basics of heat exchange theory. - M.: Atomizdat, 1976. - 416 p.
Chechetkin A.V., Zanemonets N.A. Heat engineering. - M.: Higher School, 1986. - 334 p.
Rivkin S.A., Aleksandrov A.A. Thermodynamic properties of water and water vapor. - M.: Energy, 1975.
Theoretical basis Heat engineers. Heat engineering experiment. Directory Ed. V.M.Zorina. - M.: Energoatomizdat, 1988.
Heat engineering directory. Ed. P.D. Lebedeva and V.N. Yureva. T. 1-2. - M.: Energy, 1975-76.
tachometer, which allows the device to immediately show wind speed at the moment, without additional computing, and monitor changes in the wind speed in real time ( induction anemometer).
Heat generators are effective air heating equipment. The heat generator has proven itself in heating systems used for heating the premises of large sizes. The output air pressure generated by the fan allows to operate heat generators in extended ventilation networks.
Heat generators belong to indirect heating air heaters and consist of the following main assembly units: fuel block, block burner with control panel, control cabinet.
The principle of operation of heat generators is that the fuel enters the burner, which is mixed with air supplied to burning, and burns in the combustion chamber. The resulting combustion products pass through the heat generator heat exchanger, giving heat through the heat exchanger walls heated air, and removed by chimney pipe It is excluded outside to get them into the heated room or grain. Thus, there is no direct contact between the combustion products and the heated air. Two-stage regulation "Big" and "Small Fire" provides economical use of fuel and improving supply air parameters.
Heat generators produced by Bresslylmash OJSC are provided by means automatic control and controls that allow the finding personnel in a separate room in connection with this heat generators are able to constantly maintain the required temperature to ensure uninterrupted manufacturing process in room. The temperature in the room or in the drying zone is given by the temperature meter regulator.
Bresslylmash earlier produced the heat generators of the following stamps that are currently removed from production:
TG-2,5A heat generator - analogue of TGZ-0.29;
TG-F-2,5B-02M heat generator - analogue of TGZ-0,29;
TG-F-2,5B-03M heat generator - analogue of TGG-0,29:
Analogs of heat generators of other manufacturers:
TG-1,5 heat generator ("Mozyrselmash") - analogue of TG-0,18;
Distinctive features and advantages of heat generators:
- The use of heat-resistant stainless austenitic steels ensures high reliability of the heat generator and the long service life of the heat exchanger;
- The possibility of transition to another type of fuel (it is enough to replace the burner);
- Automatic maintenance of a given temperature;
- Quick start and heating (just a few minutes);
- High efficiency, reliability and simplicity of service;
- Ease of installation;
Bresslylmash OJSC produces heat generators working on a liquid (chimney or diesel fuel) and a gaseous form of a fuel-natural gas with a capacity of 180 kW and 290 kW, such as TGG and TGG, respectively.
Examples of recording heat generators in other documents and when ordering:
1 Execution of a heat generator operating on liquid fuel with a thermal power of 0.18 MW:
Heat generator TGZ-0.18 TU RB 00238473.023-98.
2 Execution of a heat generator working on a gas-shaped fuel with a thermal power of 0.29 MW:
Heat generator TGG-0.29 TU RB 00238473.023-98.
3 Execution of the heat generator operating on the gaseous fuel of medium pressure (from 6 to 24 kPa) thermal power of 0.29 MW:
TGG-0,29-01 heat generator TU RB 00238473.023-98.
The heat generator consists of the following main assembly units:
- the filling unit 1 serving to transfer heat to air flow and consisting of body 2, heat exchanger 3, fan 4 with air supply control, explosive valve 5, shut-off devices 6, fences 7;
- block burner with control panel 8, serving to obtain a fuel and air mixture, its burning and movement flue gases through the heat exchanger of the flue block and the chimney;
- control cabinet 9 designed to control the operation of the heat generator by sensor signals, tracking the temperature in a heated room, performing emergency shutdowns and issuing an accident signal.
Scheme of functional heat generators of the TGG type and TGZ production of OJSC BressLellmash
The main technical characteristics of TGG and TG type heat generators
|
Name of the indicator |
TGZ-0,18. |
TGG-0,18. |
TGZ-0,29. |
TGG-0,29. |
|
Nominal thermal power, kW |
||||
|
Heat power regulation |
Two-stage |
|||
|
Nominal gas pressure before locking valve, kPa |
1,4-36 |
1,6-36 |
||
|
Efficiency, efficiency, no less |
91.5 |
91,5 |
||
|
The volumetric supply of the heated-form-aid, which is reduced to the temperature of 20 ° C, density of 1.2kg / m3, pressure of 101325 Pa, relative humidity 50%, m3 / h |
12 000 ÷ 17 000 |
|||
|
Full air pressure Navoode heat generator, Pa |
320 ÷ 180. |
|||
|
Fuel consumption |
||||
|
Natural gas, m 3 / h |
||||
|
Oven household, kg / h |
||||
|
Electrical network parameters |
220V / 380V. |
|||
|
Electrical power consumption, kW |
||||
|
Overall dimensions, mm., Not more |
||||
|
Length |
2165 |
3000 |
||
|
Width |
1500 |
1500 |
||
|
Height |
1300 |
1300 |
||
|
Mass (without a set of spare parts), kg. |
||||
|
Service life |
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