SU1223008A1 - Contact heat exchanger - Google Patents

Description

2. Tei. Subscriber item 1, characterized in that. that the connections of the branch pipes with co; |. 1 ckO) () m (). and the form of ei: lofov.

3. Ten, loo exchange of IC according to claim 1, characterized in that the movable connections of the nozzles with the Steppes of the comus nous are shaped in the form of 11yod: from the steam lines; 1jub1imn.

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one

Isob) relates to: 1ner | -ethetics and can be used in gasified KOTe. ibHiiix d.Pagreva water in contact devices.

In my opinion, i) b) eteni e 1 with increased reliability. 0enia 1 by improving the distribution of the distribution of water under variable operating conditions.

Pa fi1. I p) eustav; 1en contact tsmitobmeipik, obp1y view; on . 2 node 1 iia (|) I1 1 (. A mobile connection of nozzles with 1 cages in the form of sliders with popes) avl 1oni1.mi).

The coaxial) H1 1 e11 exchanger contains a vertical body 1 with an inlet 2 and an outlet 3 gas nozzles. -5 Corners 1) ascic) bed 11a nozzle 4 e installed above the water dispenser in the form of a vertical, supply pipe 5, installed on the axis of the housing 1, and the collector 6, bonded with one pile of radii, 1) 1st psr (lori 1vapi X nozzles 7, others which are shak) en; 1 are corium l. 1. The collector 6 is mounted with the possibility of vertical movement due to the connection to the vertical pipe 5 behind and 1 of the servo drive 8, the operation of which fell through the control unit 9, which receives the currents from the temperature sensors (), raslo-; Auguste x. for 1) ac 1rede.1pte; I go on the go. 1 atrubki 7 with walls

 1 and KO ,:; SCTOR 6 with OMO1TS O

Comp) (X 1viz 1 x eoedenine, k) e, i as si;) - backgrounds 1 i in case of ck)) ubkov 7e with co-selector 6, and to the case of scratch. nozzles 7 with slmzhi case 1 connection c).) 1 In video io; 3yiiOB 12 e 1 rights 13, p) willow)) 1 to 1 pipe 1. In case 1 above the water distributor there is a locker 14, and above nozzle 4 a moisture collector 15.

f2 / J

Srig. 2

Co) Tactical Type 1 lobmeipik works e.ie-) 1.im.

Hot gases are supplied through the inlet)) At a pipe of 2 V 1, they go through a nozzle 4 and feed water, which comes about through the vertical) with a single pipe 5 to the radial distributor 7. (inflow from the pack 4, (after heating the water is collected in i .. a oc6op uiKe 15, and oh; each averaged 1 | | yuhodnt h (cut; eluter 14 and leave through the exit) oh – nd) 1 tube 3.

 The calculation for the 1st water discharge corresponds to o) the isoital position of the radium. (} yuRo 5a 1 s iatrubki 7, which ensures equal distribution of 1red. water through s)) nozzles 7. At m. 1b of consumption of water, the density of irrigation of 1dtractive 4) increases, and iep-shaped - decreases Therefore, the gas temperature detected by the central temperature sensor 10 is lower than the temperature fixed by peripheral sensors 0. The imbalance signal produced in the equilibrium block 9 is amplified and sent to the servo 1 drive 8, which is displaced vertical; Ь 1у1о 1 water supply I blow pipe 5 ver. X. P) and a pipe chain) 5 upwards, 1 Cope 1 problem occurs: Vector 6 and Co-C & M through si; Phon 1 1 -) x nozzles 7. At the expense of 1 plo and 1 pt; 1 per s, from the center to 1 of the periphery 1, c) equals 1) the distribution of water O) 7 and the overflow 4, which leads to b (): ((}) effective water exchange with azo tag. In s; 1 increase in 1 and the flow of water through vertical) Nyu 1: water supply pipe 5, 1 In room 1e) and its last source. (1 pipe of 7 eo walls 1 and a col. Vector of 6 with K) - mo, nodvizh) connections Ozvo; It provides for elongation and cutting. 1 uniform distribution; e- WATER 1 () attributes 7.

VNIIPI:) ak; and lf)) 8; 4i

1 and;) already.) Lo.iiim noe

Filia. IPG "Patent, Uzhgo |) ol. Proektna St., 4

Claims (3)

1. CONTACT HEAT EXCHANGER containing a vertical housing with a nozzle and mounted above the last water distributor in the form of a collector fastened to one end of the distributing radial perforated nozzles, as well as a droplet eliminator and a moisture collector located in the housing respectively above the water distributor and under the nozzle, characterized in that, with the purpose of increasing its reliability by improving the uniformity of water distribution under variable operating conditions, the distributing nozzles at the other ends are fastened to the body, and the collector is installed updated with the possibility of vertical movement, and the nozzles are attached to the walls of the housing and the manifold using compensating elongation of the movable joints. Fig 1 2. The heat exchanger according to claim 1, characterized in that. that the movable connections of the nozzles with the collector are made in the form of sludge. 3. Heat exchanger according to η. 1. characterized in that the movable connections of the nozzles with the walls of the housing are made in the form of sliders with guides.