SU113985A1 - Device for water supply of bottling machines of metallurgical plants - Google Patents

Description

networks supplied either from the water supply network or from the circulating water supply 15 of the cleaning network.

The latter includes a cast iron pulp and a suspension; a sewage separator, the discharge pipe of which is connected to the pump to remove the right pipe from it.

On f; 1 shows a diagram of the pre-august device applied by telpo to two filling machines; on . 2nd Pts Network.

The entire irrigation network of the spreading pitcher is divided into two parts; i 2. Part / is intended for cooling Myrjnia in the molds K for cooling the inclined plates of the so-called cone. –– ––––––– –––––––––––––– 2 hours, 2 seconds, it is necessary for a platform and railroad tracks to be collapsed.

For the supply of water to each of the indicated parts, there are independent Eol, conductive inputs 3 to 4. In this case, the possibility of switching the water supply to separate parts of the base of the main water supply line 5 is provided. lnbo from circulating water monitor ;:: one ;; 6. I) 0: v; e In addition, with the simultaneous operation of two machines from a cluster, fresh water can work, and another can be used to rip water; machines: os is divided into nodachn Vedas in separate areas; il il1e set ;; 1tc10capacity of Cluxpulls CaCO3 in water,. (Into the network, and makes it impossible to overgrow with lime.

11ot); a miscible amount of water for cooling the mangines rschllm1) to be in each:; ontropem s.chuchaee depending on your security,; | -luate, or this casting machine.

The zodchga from the different rsa mapgni to the collection channel 7:; the astunast in Chuu;: O.: Ork 8; :: Elst zl; -io11; th self1 Eebo, HH1OY with mock formed during casting of pig iron ;; a, as well as cast iron skyscale, | 0, luchayuni xc at the hope of horn; tunic pigs from the molds to silt phores. ; ns n ;;;; m cenajiaTOpOM 10, from) it to the central pipe, it goes to the lower part of the separator. In the separator 1G V | 0, it is upward and, -.with sludge, reigstka // and vBeIen1; og (N laMa, fi ttrusty , freeing from suspended particles, you know: I; a- Psnivgnis lo upper koineptricheskogo same, then go to the receiving well of the pumping station M, from which sleep is collected by a centrifugal pump and fed into circulation.

Inside ccnapaTOi a 10 at 0.8-1.0 .h below the upper gutter. Two scoops are installed for mo gol 15 to remove the gnome. The common well is a casosia staicin 14, from where the needles are fed to the skins of blast furnaces in pipe 17 3 of the first mixing drum of the sinter factory.

 before iol; and pumping out nt.tama from the bottom of the separator 10, a special pipe 18 is provided, along which a tube can be used for pumping. In the case of a pipe 18, the upper end of the tube can be used for cleaning, in order to avoid air penetration into the pump suction lug on the tube 18 of the pipe, a plug 19 can be installed, the water from the separator will be lightened and the hygiene pipes from the separator to the narrow wells will have an uninterrupted working light equipped with switch, and}, 1 with gate valves.

Och; And | Stka cast iron head from cast iron due to its small volume is produced manually.

The water is drained from the cast iron head and is cleaned through the drainage device into the slurry troughs of the separator. In the same way it is produced when it is necessary to wash the sludge gkelobi.

Subject invention

A device for water supply of various machines of metallurgical plants, characterized in that, in order to eliminate the overgrowth of irrigation irrigation networks and so on and feed into the network of recycled water, it is discharged from two separate irrigation sources, it has j, 6 OT. 11 . :) mot () cnog (;, or from c) bspst ;; 1o ;; odC;: rosol.oz. }: och | stitelnoe network, including a cast-iron head and suspension e. ionn separator, the discharge pipe of which is connected to the pump to remove sludge from it.