RU14645U1 - ELECTRODE WATER HEATER - Google Patents

Abstract

1. An electrode water heater containing a sealed housing, a phase electrode located in a pipe electrode connected to the supply and exhaust pipes of the coolant, characterized in that the pipe element is flow-through, its wall is provided with through holes connecting the inner space of the pipe to the collector of the coolant, and the axis of the pipe holes are directed normally to the longitudinal axis of the electrode. 2. The water heater according to claim 1, characterized in that the holes in the wall of the pipe electrode are made of different diameters.

Description

ELECTRODE BRAKE HEATER

The utility model relates to heat engineering, and it is to the means of heating feed water with the use of electric heaters that can be used in heating systems.

Known electric water heater 1, a socially-shaped geometric housing, a pelvic elektode placed in the medium of the coolant, the pipes of its inlet and outlet.

The disadvantage of this water heater is the rapid wear of the -phase electrode, associated with intense corrosion in the heat transfer zone. This is due to local overheating of the coolant in this zone, which reduces the reliability and efficiency of the water heater.

A more advanced device j 2 j is known, in which a by-pass channel of the coolant is additionally used, and the body is equipped with heat-shielded rib-a-bows.

This solution is not sufficiently $$ objective, but also difficult to manufacture and operate.

The shortcomings of the known methods were eliminated by the proposed useful model. This is achieved by the fact that the E-electrode water heater, which contains a sealed housing and a phase electrode, placed in a pipe electrode connected to the coolant inlet and outlet pipes, is made up of a flow elec- tide, its wall is provided with through holes connecting the pipe’s inner space with the coolant’s collector, and the axis of the pipe holes are directed normally to the longitudinal axis of the electrode.

The iodine heater is characterized in that the hole in the wall of the tube electrode is made of different diameters.

;.: PC F 24 N 1/20

It ensures the possibility of a different temperature due to its temperature due to the constant supply of coolant supplied to the electrochemical generator and the electrical connection to the pipe electrode. The completion of a large diameter is free and easy. The EHMIS is able to obtain the required correlation of the thermal clay iasopcrc epexol and optical seismic temperature, so I find it more local: more and more time. (as it is in the form of a file with javascript jl, 2J 3

-constructions The work of the evil almsman (EEG) is explained in description 1, where isoboalens:

I-KCC-VC VEP;

2-tz 7big zlektots;

- tac -y / zaektoop;

- ioTcv5oK Stzop Tepsiss / those I;

z-gzte bsk of a supply of heat carrier1;

from 1 - he 1nik tobsnogo zlektosla (sensed poovsda and zacheuchech.ya);

., Of a different gchestogg;

- his SOBSh13n stgeost f ° dgyya chsvozv 5 teggsnos $ tel;

T -gEO-ChTSE.

and it’s got a geo-offer of ZRP. his subordinate 3 - from the net of the net; but, including, including on / off start-up, the message is about protection and tesgloooeguyatos. Ja .I fear of not showing, i.e. according to standard cvei e ИЕБЗСТНУК Э1е ° ntah.

 P r ltseniyu SER Zase ty-st / null ° ° The heating system ase HeTCH has to be removed.

A guest is a group of VEP and its 5–7 days is fed by an individual wage.

Go / echo-goden elekto / s-eksgsg current cheshes zlektoopovoopopi to D tettsnosgtel in zazoe E-ZU xaxaxial zez "with unsuccessful subscriber (different zg-tssgsi 3 v only tensely and efficiently) 2 ± / electropower, CKODOCTF ig Ulyaiki heat transfer agent with c- / 7g current in circuit g ectosdgv.

U D FLTHH of the heat carrier is provided by those

in the electronic circuit breaker, the coolant (lighter) is forced out of it by the coolant (heavier) cooled in the heating devices, which allows the first to rise along the riser and enter the separate devices through the supply line.

Pirkulyayionny water pressure in the system depends on the height difference between the centers of heating appliances and EEC. After placing the GDP below the heating devices, the pressure is all-d-s-B - QTO pi te; sh-th-th - oivfvmv --- v0r e 4 a4yu shad-nv stitched-height difference 15 y.

An experimental check of the VIZ was carried out in the heating systems of a number of facilities in the Altai Territory.

The check was carried out under the following conditions:

- The rated single-phase voltage of the alternating current 220 V.

- Nominal frequency of alternating current 50 Hz.

- The consumed current - no more than 75 A.

- Rated power - 13.5 kW.

- Heat carrier: liquid with a good resistance 2-4 kS / cm.

Test Results:

- The consumed zl.energy at a specific heat carrier resistance of 2.4 kOu / cm - 4.4 15 kW / h.

-Maximum temperature of the coolant at the outlet of the EEC: Es ° C.

- CAT EVP - up to 96%.

-Volumes of a heated room - up to 300 m3.

-Volume of coolant in the otplennaya system - up to СО l.

According to the test results, it was concluded that the SVP of the proposed model can be used for heating the heater up to 600 f, with a volume of 5 water in the heating system of -00 g. Installing an optional pump pump.

The industrial lacency of the proposed lacrimal larvae put on the RFP to determine the accessibility of the residential systems of residential / e1: enig, which included:

-individual doya and kstte.gl5-g;

high-rise houses;

-homes for administrative purposes; -garages, gas stations, construction cars, railway cars.

The ALSULCH Baonaul limited liability partnership) plans to organize the serial production and implementation of the computer models of the proposed model in 1999-2000.

Director

I. Sergienko 11/25/99

FERMULA USEFUL MODEL

I. ELECTRODE WATER HEATER, comprising a sealed housing, a phase electrode, placed in a pipe electrode connected to the coolant inlet and outlet pipes, characterized in that the tea is made of grooved grooved metal, equipped with through holes connecting the inside of the pipe with the coolant supply manifold, and the axis of the pipe holes are directed normally to the longitudinal axis of the electrode.

2. WATER HEATER according to claim 1, characterized in that the holes in the wall of the pipe electrode are made of different diameters.

Sources of information:

H. Svid. on PM ЗР 3074 ELECTRIC HEATER. NPK F 24 H 1/20, 10.II. 1995.

2. Type. on PM Ґ 8784 ELECTRODE HEATING DEVICE. ШШ Р 24 Н 1/20, June 5, 1998

Author: //) / Seogienko I.I.

Claims (2)

1. An electrode water heater containing a sealed housing, a phase electrode located in a pipe electrode connected to the supply and exhaust pipes of the coolant, characterized in that the pipe element is flow-through, its wall is provided with through holes connecting the inner space of the pipe to the collector of the coolant, and the axis of the pipe holes are directed normally to the longitudinal axis of the electrode. 2. The water heater according to claim 1, characterized in that the holes in the wall of the pipe electrode are made of different diameters.