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MECHANICAL FRAME-CLAMPING PRODUCTION OF PLANT

In area of tooling, heat treatment of metals, making of metallic constructions and metalwork-frame-clamping works a plant possesses the followings technological possibilities:
lathe works — diameter upto 1000 mm, lognto 5000 mm;
lathe-merry-go-round works are a diameter upto 2500 mm, high to 1600 mm;
boring including XY — size of table 800x1000 mm;
flat polishing — details measuring 2000x500x400 mm;
round polishing - diameter upto 180 ìì, long to 630 mm;
inwardly polishing - diameter upto 100 ìì, long to 125 mm;
teethfretted works — cog-wheels with a direct and slanting tooth, diameter upto 500 mm, modul to 10 mm;
plane mortising works- length of planing upto 3000 mm;
heat treatment — details by mass to 20 kg, by a size 800x500x300 mm;
making of metallic constructions in accordance with the requirements of SNIP (graduate welders).
In addition, there are drillings machine-tools, guillotine scissors with the thickness of reza to 30 mm, bending press, sheet bendings rollers.
1.About 160th of TA vehicles is produced for the input of powder-like wire in metallurgical fusion. They successfully work on the metallurgical enterprises of Ukraine (OAO of «Azovstal'», MK the name of Il'icha, Alchevskiy, Enakievskiy metzavody, Kremenchug steel-making factory), Russia (Magnitogorskiy metkombinat, Volzhsk pipe, joint-stock COMPANY of VMZ «Red October», OAO of «Tulachermet», Lipeckiy MZ the «Free falcon», propulsion MODULE «NOBODY», Lower Tagil), Byelorussia (RUP the «Byelorussian metallurgical factory», Zhlobin), Moldova (Joint-stock COMPANY is the «Moldavian metallurgical factory», Fish-pond). Last construction of TA vehicle fashions TA 08.1.000 — 01 supplied control system on the basis of logical pio (PLK), that provides it new functional possibilities. 2.Possibility of connection through the tire of profibas with the system more high level, for example, as to ACE of plant, that provides objective and reliable information for implementation in the automatic mode of passport of melting and eliminates influence of human factor on this process. In the end it results in upgrading melting for an user.
3.Flexibility of management an object without a change management system configuration due to the use of programmatic management.
4.Managements two and more by the brooks of serve of wire from one stand of operator.
5.Possibility of the use of remote-control and management from the stand of operator.
TA vehicles on a separate order are provided with the stands of the static unwinding of powder-like wire and tick captures for implementation of loadings and unloading works with the bays of powder-like wire.
The specialists of plant carry out starting and adjustings works of vehicles for a customer and their service in the process of exploitation (repair, making of spare givings rollers and other)
Projected, made and put the specialized line of production of armature steel 4-8 mm for the factory of santekhizdeliy (Moldova, Fish-pond). The specialized line has motive cages and allows to produce products both in hanks and in prutkakh of the measured length.


Short-story technological passport of processing equipment of frame-clamping machine-shop

Name of equipment

class

of exactness

model

Basic technical descriptions

Lathe group


Most width of treatment of detail, mm:

Most Length

turning-offs,

L,mm

N, kW

by a bed

by support

in a cartridge

Lathe-screw-cutting

Í

163

630

340

65

1260


14

Lathe-screw-cutting

Í

163

630

340

65

1260


14

Lathe-screw-cutting

Í

163

630

340

65

1260


14

Lathe-screw-cutting

Í

1Ì63Ì

630

340

65

1260


15

Lathe-screw-cutting

Í

1Ê62

400

220

45

930


10

Lathe-screw-cutting

Í

1Ê62

400

220

45

930


10

Lathe-screw-cutting

Í

1Ê62

400

220

45

930


10

Lathe-screw-cutting

Í

16Ê20

400

220

45

930


13

Lathe-screw-cutting

Í

bolgtype 500

400

220

45

930


10

Lathe-screw-cutting

Í

1Ì61

400

220

45

930


10

Lathe-screw-cutting

Í

ÑÓ500/1500

500

300

60

1500


10

Lathe-screw-cutting

Í

SNA580/2000

500

300

60

2000


7,5

Lathe-screw-cutting

Í

165

1000

650

80

4500


28

Lathe-screw-cutting

Í

1525Ô

2500



1600


40


Milling group


Size of table, mm.

Most mechanical moving of table, mm

N, êÂò

L

B

longitudinal

transversal

vertical line

Vertical milling

Í

6Ð13

1600

400

1000

300

400

10

Wide universal frezer

Í

6Ð82Ø

1250

320

800

240

410

7,5

Wide universal frezer

Í

HECKERT

1250

320

800

240

410

11

Wide universal frezer

Í

FS400

1600

400

1120

355

400

11

Toothed milling

Í

5Ê310

D=200

m=4




4,5

Toothed milling

Í

50À80Í

D=300

m=10




8

Milling detachable

Í

8Ã622Ô

Dïèë=710

Âðåç=8




7,5

Machine-tool hacksaw

Í

8Á72Ê

D, Êâ250


1,7


L= 450

¹ 24

2,5 ìì.

70-200 êÃ




Planing group


Size of table, mm

Motion of table, slide-block, mm

N, êÂò

L

B

longitudinal

transversal

vertical line

Longitudinal planer

Í

7110

3000

900


700 - 3200


40/4,5

Transversal planer

Í

7Ì36

700

450


150- 700


8

Mortising

Í

7À470

D = 500


Most moving of table, mm

2,8






longitudinal

transversal

êðóãîâ,

ãðàä






500

400

360



Drilling group


Size of table, mm.

Size of workparts, mm.

N, êÂò

L

B

long

width

high

Horizonta

Í

2615

1000

800

800

600

1000

5\5

XY

Ï

2Å440À

710

400

610

300

600

4,5

vertical

Í

2Ê125

350

350




2,8

vertical

Í

2Í150

350

350




7,5

vertical

Í

2À135

450

500




4,5

Radial drilling

Í

2Ì55

2500

1000

2500

1000

1600

3,8


Polishing group


size of table, mm

Size of workparts, mm

N, êÂò

L

B

diametr/long

weigh

high

Round polishing

Í

3À151



180/ 630



7\1

Flat polishing

Ï

3Ã71Ì

630

300

/630

200

320

2,2

Flat polishing

Ï

3Á724

2000

400

/2000

400

500

22\4

Inwardly polishing

Í

3À227

750

350

20-100/125

125


3

Universal immured


3Â641







Universal immured


3À64Ì







Sharpening polishing


3Â659







Peeled polishing



110

90




1,5


Blacksmith's press equipment


Effort, t.

Size of sheet, mm.

Maximum size

bend of details

Dmin table

sort

rental

N, kW

Ð

B x L

t

Press an eccentric person


ÏÝ-16Ì

16





1,7

Press one crank-type spatial action


ÊÄ2326Ì

40






Press hydraulic


Ï414

40





10

Scissors a leaf


Í481À

140

1000x3150

20



50/27

Scissors a leaf


ÍÄ3318Ã






7

Scissors a leaf


Í475






7

Press scissors combined

ÍÂ5222Á

sort 68

(D=45,Êâ40,Øâ

Äâ18,Óã125,160)




4,8




sheet 35


16






holl 49


d x h=30x28




Press scissors combined

ÍÂ5222Á

sort 68

(D=45,Êâ40,Øâ

Äâ18,Óã125,160)




4,8




sheet 35


16






holl 49


d x h=30x28




The press of sheetbending

È1330

100

200x2550

6



14,5/4

Rollers

È2220


1500x2000

îò 4 äî 10

320

Äâ20,Øâ24

7/ 2,8








Óã75,








Ïîë30x20


Rollers




900x1500

up 2 to 5

100





Basic technical descriptions

Welding equipment


Tension

of feed,v

Rod of current, A

D, mm

wire

speed

wire, mph

Expense

of gas,

lph

Mass

of wire in

cassete, kg

Semi-automatic device with the source of welding current ÊÈÓ 501


ÏÄÃ508Ì

3x380

permanent

1,2-2

120-1200

8\20

12

Semi-automatic device


ÏÄÃ516

3x380

permanent

1,2-2

120-1200

8\20

12

Rectifier welding


ÂÄ500


500





Rectifier welding


ÂÄ500


500





Rectifier welding


ÂÄ300


300





Rectifier welding


ÂÄ300


300





fluidizer melting in ÑÎ2


own construction







Rectifier welding


ÊÈ 002-500

3x380

500





Rectifier welding


ÊÈ 002-500

3x380

500





Rheostat ballast


ÐÁ-302Ì


315






Thermal equipment



Basic technical descriptions


Nubber

temp

zone

Sizes of working space, mm

Temperature

Ñ

N, kW

weigh

long

high

Stove ÑØÖÌ - 6,6/9Ì1



2

D =600

H = 1200


900

73,2

Stove ÏÝ-0,3.0,6.0,2/1100



1

300

600

200

1100

15,6

Stove ÑÍÎ - 0,5.0,8.0,3/1000



1

500

800

300

1000

40

Stove ÑÍÎ- 0,5.0,8.0,3/1260



2

500

800

300

1260

40

Stove ÑÍÎË









Tverdomer of Brinell









Tverdomer of Rockwell









A faucet is a beam Q = 1 ò









lifting equipment









faucet, Q =5 ò










   
Universal Equipment Plant OJSC, 2012