RU12722U1 - HEAT AND POWER MODULE - Google Patents

Abstract

The heat energy module for heating and hot water supply of various kinds of premises and objects, characterized in that, in order to increase productivity, expand the range of applicability, increase the efficiency of the heat transfer process, the heat module is equipped with a highly efficient heater in conjunction with a forced coolant pumping system, while the heat transfer wiring diagram accepts more simplified option of heat supply.

Description

1, Description of the heat energy moOul

1.1. The heat energy mozul belongs to the heating equipment and is pre-installed for heating and providing hot water in residential Zomozh; Boz from public industrial and agricultural premises; About other premises of the equipment of the BoE heating system,

1.2, Heat energy MOE TM refers to the heating equipment on the heating oil for heating and hot water supply for various rooms,

According to the level of technology, the heated heat meter will meet the high requirements of modern technology. 4 varnishes are combined in its construction: small goborites of high efficiency and high efficiency universal application. Complete automation of control and somosopus system during work; High KPB, ease of maintenance, safety of operation is not inferior to the level of izvestnymi onalagami on a similar equipment, construction equipment. heating characteristics 5

Arrangement of the heat energy mole

The heat energy module ТМ consists of six basic components of the low-temperature heaters 14.8106 (15.8106)

and their mobilization or according to Webasto company of similar design 4j

fuel side 2; rectifier block 6j control panel 7j circulating nose 8j corcos 3.

On the example of the heating heating circuit-1, heat-module ТМ works as follows: fuel through filter-3 enters a high-pressure fuel pump of heater 8-heater. 3 microns and saturated with BoseEuch burns out almost completely in the heat chamber-6 of the heater. At the same time, the efficiency of the heating unit 9 reaches 95X.

Combustion products through the walls of the heat chamber -6 transfer the heat of the Bo9e heating system and then through the flue gas | the nozzle is removed b 9 wet 9. The hot bob9a, which is in the casing of the apparatus, is pushed b the system with a circulation pump -10 9.99 b.

The electronic unit -7 ensures the safety of the start-up cycle of the heater b, which is

-Free passage of the combustion chamber by the fan.

-Fuel injection and switching on high voltage but electric.

ignition.

-After L'Ozgaronia toplio, the automatic deletion of the High.

voltage with electric.

- The combustion chamber after switching off the heater. The temperature controller has a warm room mode (from the standby mode the temperature is controlled by the sensitivity of the device when the room is in error) An example of a working circuit is 1 ° by which it is about 9 ° + 40 ° C). When the temperature is reached, it switches off the heater. TM 5 heating mode. 1-ТМ control panel, power supply unit, 2-tank fuel Z. Fuel filter 4-Thermal fuse aryarniyags To turn off the heater. 5-WATER-BONE HEATER 14.8106 (15.8106) 6-Haro camera 7-Electron automatic control unit for the operating mode of the TM. 8-Temperature sensor control the return line of the heating system. 9-temperature sensor auto off 5 off TM by return temperature. 10-Circulation pump 1 of forced flow of heating medium (Lo9a or uantifreeze) I. Cranes. 12. Heating device.

Considering the technical performance of ТМ and its compatibility with the well-known analogues of the Russian Federation and well-known foreign samples of heating equipment that are in demand on the Russian market, ТМ in terms of the main indicators are the efficiency of the design and the performance of the e9 mass. It is not competitive. Using 9 available and safe fuel is competitive COMPARISON WITH VEHICLE HEATERS ON LIQUID FUEL. An additional design feature of ТМ is a built-in circulation pump, which makes it necessary to pump the coolant through the system, as well as to remove the heated booster pump 4 m from the ТМ level.

A flexible connection system, see Fig. 2, the communicability of the device allows connecting the TM to almost any heating system.

This allows you to use TMs.

When repairing heating systems, it is NECESSARY to block damaged central heating lines and temporarily for repair work, to keep the heat in the nursery, schools and other residential premises.

The most vulnerable part of private ZOMA used in boilers with boilers for heating stationary heaters is LIQUID fuel such as AOZHV-9 (2105) jAOXB-20 (2107) j ANNOAL Spare heaters, there is a natural circulation of the heat carrier. The position is reversed. See Scheme 2 for gyrosostatic pressure, which makes it possible, due to the different densities of chilled and hot boilers. To do this, when installing the heaters and the heat generator, a complex circuit of boilers to heat is required Ilam giZrostaticheskogo napora.V protinom case, the heating system does not work buZet.Zto Zorogo angering consumers

1-boiler 2-overflow Tpy6aj 3-expansion tank; 4-th9th | 11th linej 5-adjustable | crane; 6-return line j 7-floor channel; 8-tee ale descent bc9y.

When using TM cm, scheme-3 simplifies the arrangement of the heating system 6 of the heat carrier circulation as b heat emulsion ТМ The pump circulation of the heat carrier is provided. -Z about also pipes of the minimum 9 diameter (9o 12-16mm) are used,

Scheme-3 about the enotrubny system of hot-water heating

1-teplomo9ul TM E-expansion barrel, 3- heating devices 4- locking-regulating valve 5- crane for lowering the system from the system. 6- electronic temperature regulator

Thus, the proposed heating system on the hot fuel of TM TM is more uni versal in terms of the used samples of the similar heating equipment; In essence, simplifies the heating system. MANAGEMENT OF PRE-ELAGOMOAUA WATERFUL TM can be carried out but at a distance that allows it to be used in automatic mode.

Bibliography | ea (| physical 9ann1e

-Helpful allowance Heating and hot water

sTory Yu.P. Sosnin; E.N. Bukharkin 1991,

-Instruction manual for heating the heaters 14.8106. - Collection N4 30 1997, Industrial equipment,

Appendix

1. An example of using TM1LM2 2, Heat power module TM with full technical specifications

sheet 10 L1 sheet 12

The temperature controller has a warm room mode (from the zonal mode, the temperature is controlled by the sensitivity of the device in the room with an error. An example of a working circuit is 1 ° C according to which Zo + 40 ° C is used). , TM b heating mode. 1-control panel ТМ; Power Supply; 2-Tank fuel Z. Toplynyr filter 4-Thermal fuse of emergency shutdown of the HEATER. 5-Chi8 bone heater 8-Temperature sensor control the return line of the heating system. 9-Auto temperature sensor on off TM temperature return HOPi line. 10-Circulation pump 1 for a positive flow of heating medium (Lo 9a or antifreeze) 11. Faucets. 12. Heating device.

Considering the technical indicators of TM and the case with the well-known analogues of the Russian Federation and the famous foreign models of heating equipment, which are in demand on the Russian market. According to the main indicators, ТМ is 5% more efficient and more efficient than E9, there is no competition. Using 9 available and safe fuel makes ТМ competitive compared to heaters on ZhiEk Toplib. .An additional design feature of ТМ is a built-in circulation pump allowing to pump the coolant through the system; and also to pick up the heated L09y at 4 m from the level of TM.

A flexible connection system, see Fig. 2, the communicability of the device allows connecting TMs to almost any heating system.

This makes it possible to use ТМ in repair work of heating systems, when it is necessary to block damaged central heating lines and temporarily during period of repair work, to increase heat in 9 nursery schools, schools and other residential premises.

The most vulnerable part of the private 9 ohms used with bogg heating of stationary heating appliances on live fuel such as AOZHV-9 2105) JAOXB-20 (2107) j ANSNY 9p.heater1, there is a natural circulation of the heat carrier. In 9a from these systems 9 This is shown in Fig. 9 by reference to Diagram 2 of the hydrostatic pressure that arises; due to the different densities of the cooled and the hot water, for this purpose, when installing the heaters and the heat generator, a complicated scheme of the water heating must be carried out strictly according to the rules gyrostatic pressure, otherwise the heating system will not work. This is 9th for the consumer

1 boiler 2 overflow pipe; Z-expansion tank; 4th line9th line; 5-way valve; 6-return line; 7-paspolny channel; 8-mile Alya descent ba8y,

When using the ТМ see diagram-3, the design of the heating system is simplified b part of the heat carrier circulation, such as b the heat of the ТМ motor, the pump circulation of the heat carrier is sharply increased. 3, about also the pipes of the minimum Ziometer (9o 12-16mm) are used,

Scheme-3 of the Bottom Heating System

1-teplomo9ul TM 2-expansion drums, 3- heating devices, 4- controversially regulating ventil, 5- crowns of the descent LoEy from the system, 6- electronic temperature regulator, U-coole tee.

Thus, the provided heating system on the fuels of TM heaters is less universal in comparison with the used samples of secondary heating equipment. heating systems. MANAGEMENT OF THE PROPOSED STANDARD TM can be realized at a distance that allows you to apply it in the automatic mode,

An example of using TM1, TM2. Attachment 1

TeplomoEul TM2

Teplomo9ul provides a preset temperature mode for transportation means for transporting products (vegetables, fruits) under conditions of low temperatures,

The heater operates in an automatic self-start system.

The electronic system provides automatic temperature control in the mode set by the thermostat.

The power source of the electric circuits of the heat and power module is the on-board network of the car.

ACTIVE HEATERS

Temperature regulator

-Teplomobul TM pos. 1

-Heater pos. 3 by the fan blows a warm room into the room and at the same time the supply of fresh bozuho.

-Regulator pos. 2 allows you to set any temperature in a room from 0 to 35 ° C.

- As a coolant, the sys tem uses antifreeze b and destructive cases when the robot system is in need of a boolean while ensuring complete draining of the liquid at the end of work,

Usage Example TMl TM2. Application-2 NPi

Claims (1)

The heat energy module for heating and hot water supply of various kinds of premises and objects, characterized in that, in order to increase productivity, expand the range of applicability, increase the efficiency of the heat transfer process, the heat module is equipped with a highly efficient heater in conjunction with a forced coolant pumping system, while the heat transfer wiring diagram accepts more simplified option of heat supply.