O documento descreve diferentes tipos de botões de comando, incluindo suas características e usos. Detalha botões de impulsão, comutação, emergência e seus símbolos. Também apresenta elementos de saída de sinais como indicadores luminosos e sonoros.
O documento descreve diferentes tipos de botões de comando, incluindo suas características e usos. Detalha botões de impulsão, comutação, emergência e seus símbolos. Também apresenta elementos de saída de sinais como indicadores luminosos e sonoros.
Reduction methods of armature reaction in DC machinesSrinivas13191
Armature reaction is the effect of the magnetic field produced by current in the armature conductors on the main field produced by the generator's poles. This distorts the main field in two ways: by weakening it (demagnetization) and shifting it (cross-magnetization). Several methods are used to reduce the effects of armature reaction, including using laminated pole shoes, compensating windings, and ensuring a strong main field compared to the armature field.
The document discusses improvements and new features in Yokogawa Electric Corporation's CENTUM CS 3000 process automation software. CENTUM CS 3000 R3.07 focuses on enhancing integration capabilities and the human-machine interface. New features include improved migration tools, expanded PROFIBUS DP support, enhanced integration with plant asset management systems, and an updated HMI with multi-monitor support. The updates aim to increase visibility of real-time plant data and diagnostic information across different systems.
Fieldbus Tutorial Part 4 - Installation of FieldbusEmerson Exchange
Fieldbus Tutorial Part 4 – Installation of Fieldbus: Foundation Physical Layer, Choosing Components and Layout, System Design, Field Checkout and Commissioning, Trouble Shooting a Fieldbus System
This document discusses different types of instrumentation diagrams used in process instrumentation:
- Process Flow Diagrams (PFDs) show the overall process flow with minimal instrumentation details.
- Process and Instrument Diagrams (P&IDs) show both the process flow and instrumentation connections.
- Loop diagrams focus on instrumentation details like wire and terminal connections.
- SAMA diagrams focus on control strategies through information flow rather than physical connections.
The document explains key details depicted in each type of diagram through examples.
CENTUM VP has a simple & common architecture consisting of human machine interfaces, field control stations, and a control network. It supports not only continuous and batch process control but also manufacturing operations management.
O documento discute os conceitos básicos da pneumática, incluindo propriedades do ar comprimido, instalações de produção de ar comprimido, compressores, válvulas de controle e atuadores pneumáticos.
Predikatna rečenica - primjeri za vježbanje jednostavne i složene rečenice; preoblikovanje imenskoga dijela predikata u predikatnu rečenicu; preoblikovanje predikatne rečenice u jednostavnu rečenicu
This document summarizes the growing adoption of Foundation Fieldbus technology in industrial process automation. It notes that there are now over 200,000 Fieldbus devices in more than 5,000 installations. Many large industrial facilities are implementing Fieldbus for new projects and system upgrades in industries like refining, chemicals, pharmaceuticals, and pulp and paper. The document also lists the wide variety of field devices from over 25 automation manufacturers that have been registered as compatible with Fieldbus standards.
Top Ten Programming Mistakes by People New to SiemensDMC, Inc.
DMC, a Siemens Solution Partner with the most S7 Certified Engineers in the United States, presented insights to people new to Siemens to help avoid common mistakes at the 2011 Siemens Automation Summit. Over the years we have encountered numerous applications written by novices and seen first-hand some of the more common errors made.
Reduction methods of armature reaction in DC machinesSrinivas13191
Armature reaction is the effect of the magnetic field produced by current in the armature conductors on the main field produced by the generator's poles. This distorts the main field in two ways: by weakening it (demagnetization) and shifting it (cross-magnetization). Several methods are used to reduce the effects of armature reaction, including using laminated pole shoes, compensating windings, and ensuring a strong main field compared to the armature field.
The document discusses improvements and new features in Yokogawa Electric Corporation's CENTUM CS 3000 process automation software. CENTUM CS 3000 R3.07 focuses on enhancing integration capabilities and the human-machine interface. New features include improved migration tools, expanded PROFIBUS DP support, enhanced integration with plant asset management systems, and an updated HMI with multi-monitor support. The updates aim to increase visibility of real-time plant data and diagnostic information across different systems.
Fieldbus Tutorial Part 4 - Installation of FieldbusEmerson Exchange
Fieldbus Tutorial Part 4 – Installation of Fieldbus: Foundation Physical Layer, Choosing Components and Layout, System Design, Field Checkout and Commissioning, Trouble Shooting a Fieldbus System
This document discusses different types of instrumentation diagrams used in process instrumentation:
- Process Flow Diagrams (PFDs) show the overall process flow with minimal instrumentation details.
- Process and Instrument Diagrams (P&IDs) show both the process flow and instrumentation connections.
- Loop diagrams focus on instrumentation details like wire and terminal connections.
- SAMA diagrams focus on control strategies through information flow rather than physical connections.
The document explains key details depicted in each type of diagram through examples.
CENTUM VP has a simple & common architecture consisting of human machine interfaces, field control stations, and a control network. It supports not only continuous and batch process control but also manufacturing operations management.
O documento discute os conceitos básicos da pneumática, incluindo propriedades do ar comprimido, instalações de produção de ar comprimido, compressores, válvulas de controle e atuadores pneumáticos.
Predikatna rečenica - primjeri za vježbanje jednostavne i složene rečenice; preoblikovanje imenskoga dijela predikata u predikatnu rečenicu; preoblikovanje predikatne rečenice u jednostavnu rečenicu
This document summarizes the growing adoption of Foundation Fieldbus technology in industrial process automation. It notes that there are now over 200,000 Fieldbus devices in more than 5,000 installations. Many large industrial facilities are implementing Fieldbus for new projects and system upgrades in industries like refining, chemicals, pharmaceuticals, and pulp and paper. The document also lists the wide variety of field devices from over 25 automation manufacturers that have been registered as compatible with Fieldbus standards.
Top Ten Programming Mistakes by People New to SiemensDMC, Inc.
DMC, a Siemens Solution Partner with the most S7 Certified Engineers in the United States, presented insights to people new to Siemens to help avoid common mistakes at the 2011 Siemens Automation Summit. Over the years we have encountered numerous applications written by novices and seen first-hand some of the more common errors made.
3. Naziv proizvoda
Vazdusni sistem,
lok.461- 013 i 020
Baza
lok.461
j.
m
. A4
Nomenklaturni broj
023 989
MIN HOLDING Ko. AD "LOKOMOTIVA"
Red.
broj
Naziv sklopa-materijala
Koli~ina
za bazu
j.m
.
Nomenklaturni broj Poz. NAPOMENA
28.
Dvostruki manometar
za gl.vod i vod gl. rez.
2 C135 30 (0 - 16) bar,0 Ø80,kl. 1.6
29. Produzni kocnik 2 K3254-51 31 D2, Knor
30.
Spojno crevo
za mazanje venaca tockova
2 32 McNP8x650 A61,J10
31.
Pneumatski ventil
za budnik, PVB
1 K-911.081 33 IV-1, MZT
32.
Slavina
za koc. u slucaju opasnosti
2 K-301.655 34 R1", D
33.
Kompenzacioni rezervoar
za produzni kocnik
2 FK-74.565 35 5l, I.U.T.
34
Vremenski rezervoar
za produzni kocnik
2 FK-73 36 25l, I.U.T.
35
Precistac
za produzni kocnik
3 PR - 02 37 R1", Knor
36.
Odvajac kondenzata
za glavni vod
2 K-302.136 38 R1", MZT
37. Rezervoar, prigusni 1 FK-130 39 3lit. I.U.T.
38.
Ceona slavina
za gl. vod i gl. rez.
4 K-301.655 40 R1", D, MZT
39.
Ceona slavina
za gl. vod i gl. rez.
4 K-301.660 41 R1", L, MZT
40.
Vazdusna poluspojnica
za glavni vod
4 K-301.101 42 glava JUS PG5121, MZT
41
EP ventil
za budnik
1 K-665.101 43 b,110 v, MZT,(P29)
42
Spojno crevo
na vodu za koc. cilindre
2 44
McNP20x900 C20,C20,
(R3/4"x14)
42 Kocni cilindar 6 K-321.461 45 12", MZT
43
Iskljucna slavina
za EPV sirene
2 K-391.201 46 R1/4", MZT
44. Isklucna slavina 10 K-391.201AS 47 R1/4", odusna, MZT
45.
EP ventil
za peskarenje
2 10740000000 48 EP20, Minel
46.
Spojno crevo
na vodu za peskarenje
2 49
McNP10x900 C20,C20,
(R3/8"x19)
47.
Mlaznica
za peskarenje
8 K-361.001A 50 MZT
48. Precistac 2 PR-02 51 R1/2", Kron
49. Precistac 1 PR-02 56 R3/4", Kron
Sastavio/datum
A.Vukic / 07.12.
List
2
Odobrio/datum List
4
4. Naziv proizvoda
Vazdusni sistem,
lok.461- 013 i 020
Baza
j.
m.
A4
Nomenklaturni broj
023 989
MIN HOLDING Ko. AD "LOKOMOTIVA"
Redni
broj
Naziv sklopa-materijala
Kolicina
za bazu
j.m
.
Nomenklaturni broj Poz. NAPOMENA
56
Regulator pritiska
za EP aparate
1 K-690.201 57 RP-1, 9 / 5 bar, MZT
57
Manometar
za EP aparate
1 C42 58 (0 - 10) bar, Ø 80, kl. 2, Borac
58
Manometar
za glavni prekidac
1 A42 59 (0 - 16) bar, Ø 80, kl. 2, Borac
59 Rasprasivac alkohola 1 K-900.982 60 R3/4", MZT
60.
Kontrolnik pritiska
za EP aparate
1 FF4-8 61 R3/8", 4 / 4.4 bar, FANAL,(P4)
61
EP ventil
za protivkliznu zastitu
1 K-665.101 64 a,110v, MZT,(br.6)
62
EP ventil
za ispus. ventil prot. kliz.zastite
1 10710000000 65 EP10, Minel,(br.5)
63
Ispusni ventil
za protivkliznu zastitu
1 K-911.271 66 ZV-1, MZT
64
Ispusni ventil
za AS ure|aj
1 K-308.001 67 MZT
65
Prenosni ventil
za AS ure|aj
1 K-308.021/RU 62 MZT, (F27)
66
Kontaktni ventil
za AS uredaj
1 K-308.021/RU 63 MZT, (F27)
67.
Regulator pritiska
za pantograf
1 K-690.201 68 RP-1, 9 / 6 bar, MZT
68. Prigusni ventil 2 FK- 144 70 R3/4", 23 August
70.
Kontrolnik pritiska
za kocne cilindre
2 FF4-2 71 R3/8", 0.8 / 1.25 bar, (br.3)
71. Kompresor , pomocni 1 206-87750 73 PPT
72. Glavni prekidac 1 EB250014 74 BBC, N6
73
Odvajac ulja
za vod gl. rezervoara
1 K-302.001 75 R11/2", MZT
74.
Ventil sigurnosti
za vod pomocnog kompresora
1 K-390.001 76 R1/2", 7,5 bar, MZT
75. EP ventil otkocnik 1 K-665.101 77 EV5,c,110v,MZT, (br.7)
76.
Valjkasti prekidac
za upravljanje pantografom
1 78 (S7.17)
77.
EP ventil
za dizanje pantografa
1
78.
EP ventil
za spustanje pantografa
1
79.
Regulacioni ventil
za pantograf
2 1075.000 000 80 Minel
80. Valljkasti prekidac 1 83 (S7.21)
Odobrio/datum Listova
3
4
5. Naziv proizvoda
Vazdusni sistem,
lok.461- 013 i 020
Baza
j.
m.
A4
Nomenklaturni broj
023 989
MIN HOLDING Ko. AD LOKOMOTIVA"
Redni
broj
Naziv sklopa-materijala
Kolicina
za bazu
j.m
.
Nomenklaturni broj Poz. NAPOMENA
74.
Regulator pritiska
za glavni prekidac
1 K-690.201 84 RP-1,9/8.5 bar, MZT
75.
Vazdusna poluspojnica
za vod gl.rezervoara
4 K-310.406 88 glava JUSPG5.124, MZT
76.
EP ventil
za vazd. sirenu
4 10740000000 90 EP20, Minel
77.
Vazdusna sirena
za visoki ton
2 1780012414 91 Automatik
78.
Vazdusna sirena
za niski ton
2 1780011514 92 Automatik
79.
Vazdusni cilindar
za pantograf
2 1021.800.000 99
80.
Kontrolnik pritiska
za koc. cilindre
2 FF4-2 104 R3/8",0.4 / 0.6 bar, Fanal,(P6)
81.
EP ventil
za podmaz. venaca tockova
2 10710000000 106 EP10, Minel,(N49)
82.
Rezervoar
za ulje
2 K-310.641 107 7lit.
83.
Pneumatska pumpa
za ulje
2 K-308.051 108 MZT
84.
Brizgaljka
za ulje
8 K-308.081 109 MZT
85.
Spojno crevo
na vodu za blokove vuce
6 113
Mc NP13 x 900 J20, J20
86.
Spojno crevo
na vodu za pantograf
2 114 McNP10h340,A60,A60, Fadip
87.
Spojno crevo
na vodu za glavni prekidac
1 115 McNP13h560F20,A20, Fadip
88.
Kontrolnik pritiska
za glavni prekidac
1 FF4-8 116 R3/8", 3.8 / 4.2 bar, Fanal
89.
Spojno crevo
na vodu za pom. kompresor
1 121 McNP16x 360 J10, J10
90.
Spojno crevo
na vazd. vodu za brizgaljke
8 122 McNP6x500 F10, F10
91.
Spojno crevo
na uljnom vodu za brizgaljke
8 123 McNP4x500 F10, F10
92.
Spojno crevo,
za gl. kompresor
1 112 V1 NP25 x 700 C20, C20
93.
EP ventil,
za ispust kondenzata 1 K-665.101 124 a,110v, MZT
94. Automatski ispusni ventil 1 K-331.401A 125 MZT
Sastavio/datum
A.Vukic / 07.12.
List
4
Odobrio/datum Listova
4
6. KomadaRed.
br.
Naziv sklopa, podsklopa i namena Tip Tehnički podaci Proizvođač
013 020
Pozicija [ema
Modi
fikac
ija
Napomena
1 VU^NI MOTOR LJE 108-2 850kW, 770V, 1100 o/min ASEA 6 6 M1-6 1
1 VU^NI MOTOR ISVK 644-8 RK 6 6 M1-6 1
2 UTIKA^ ZA SPOJ VM ZA UTI^NICU S1-S6.22 1980-G30.Gmj 1-POLNI DUNKEL 8 8 M1-M6.1 1
3 ^ETKICE ZA UZEMLJENJE NA OSOVINAMA
UKS NID 235968
1152.000.000
250A/21cm2 MINEL 6 6 D1-D6 1
3 ^ETKICE ZA UZEMLJENJE NA OSOVINAMA NID 2359-68 250A/21cm2 UEPC 6 6 D1-D6 1
4 MAGNETNA PRIJEMNA GLAVA 8275312070 500Hz;1000Hz;2000Hz SEL 2 2 D20.1,2 14
4 MAGNETNA PRIJEMNA GLAVA ZO 050 42-13 500Hz;1000Hz;2000Hz SIEMENS 2 2 D20.1,2 14
4 MAGNETNA PRIJEMNA GLAVA LLC 0512 500Hz;1000Hz;2000Hz RIZ 2 2 D20.1,2 14
4 MAGNETNA PRIJEMNA GLAVA 500Hz;1000Hz;2000Hz EI 2 2 D20.1,2 14
5 DAVA^ 58312.001 1000 o/min;60V HASLER 1 1 14
Ime Datum Potpis
Projekt.
Naručilac:
JP Železnice Srbije
Identifikacioni broj: 122.02-58.548
Razrad. V.T. 11.11. List: 1
Napomena
* izvodi se ako nedostaje
slavina “GPR”
Kontrol. V.K. 11.11.
Objekat:
461-013,020 Listova: 57
Izmena Datum Potpis Odobrio V.A. 11.11.
AD "LOKOMOTIVA"
Niš
Naziv:
SASTAVNICA
ELEKTRO-
PNEUMATSKE
OPREME Iz. crt.: Zamena za:
7. KomadaRed.
br.
Naziv sklopa, podsklopa i namena Tip Tehnički podaci Proizvođač
020 013
Pozicija [ema
Modi
fikac
ija
Napomena
1
PANTOGRAF
POS 254 /IIIA,
1022 000 000
400A,25kV kliza~
"MORGAN"
tip:3116/Z600238F,CYX280
MINEL 2 2 N1,2 1
2 RASTAVLJA^ PANTOGRAFA
PR-1/E,
1153.000.000
25kV,500A MINEL 2 2 N3,4 1
2 RASTAVLJA^ PANTOGRAFA
A006-68 / AL3-
1059
25kV,500A ASEA 2 2 N3,4 1
3 ODVODNIK PRENAPONA NA STRANI 25kV XAD 33s
Upr=45kVefmin
Upr=58kVefmax pri 50Hz
ASEA 1 1 N5 1
4 GLAVNI PREKIDA^ DBTF 30i250
25kV, 400A, (4-10)bar,
Pr=250MVA,
BBC 1 1 N6 1
5 NAMOTAJ ZA EP-VENTIL ZA UKLJ.GL.PREK. A 919927 R10 Un=(100-125)VDC; 113W BBC 1 1 N6.1 4
6 NAMOTAJ ZA EP-VENTIL ZA ISKLJ.GL.PREK. A 919927 R10 Un=(100-125)VDC; 113W BBC 1 1 N6.2 4
7 NAMOTAJ ZA EP-VENTIL ZA DR@ANJE GL.PREK. A 913499 R10 Un=(100-125)VDC; 113W BBC 1 1 N6.3 4
8 POMO]NI PREKIDA^ 2 350 6- polni BBC 1 1 N6.4 4,7
9 UTI^NICA ZA UTIKA^ N44.33 433A40035AMN7 35-polna ELMOS 1 1 N6.5
9 UTI^NICA ZA UTIKA^ N44.33
NID 2591-69,COD
918
30-polna UEPC 1 1 N6.5
10
STRUJNI TRANSFORMATOR ZA PREKOSTRUJU
PRIMARA
CIT 0,5 ; Cs-A-
042-74
500/5A, 4VA; 25kV; 50Hz ASEA 1 1 N7 1
10
STRUJNI TRANSFORMATOR ZA PREKOSTRUJU
PRIMARA
IXDA 500/5A, 4VA; 25kV; 50Hz MINEL 1 1 N7
11 PROVODNI IZOLATOR
G4257, CS-A-005-
68
36kV, 400A ASEA 1 1 N8 1
11 PROVODNI IZOLATOR
KPI-35 1102 000
000
36kV, 400A MINEL 1 1 N8
12 POTPORNI IZOLATOR 25kV
PIL25 /
1103.000.000
MINEL 7 7
Ime Datum Potpis
Projekt.
Naručilac:
JP Železnice Srbije
Identifikacioni broj: 122.02-58.01
Razradio V.T. 11.11. List: 2
Napomena
Kontrol. V.K. 11.11
Objekat:
461-013,020
Listova:57
Izmena Dat. Potpis Odobrio V.A. 11.11
AD "LOKOMOTIVA
Niš
Naziv:
SASTAVNICA
OPREME
OBRTNOG
POSTOLJA
Iz. crt.: Zamena za:
8. KomadaRed.
br.
Naziv sklopa, podsklopa i namena Tip Tehnički podaci Proizvođač
020 013
Pozicija [ema
Modi
fikac
ija
Napomena
13 KROVNI VOD 42975 MIN 1 1
13 KROVNI VOD 42976 MIN 1 1
13 KROVNI VOD 42977 MIN 1 1
14
NAPONSKI MERNI TRAFO ZA MERENJE NAPONA
KONTAKTNOG VODA
VFI 36 25kV/403V BBC 1 1 N9 1
14
NAPONSKI MERNI TRAFO ZA MERENJE NAPONA
KONTAKTNOG VODA
NMT-I-25
25kV/403V;30VA
Sth=600VA;kl. 0,7
FMT 1 1 N9 1
15
AUTOMATSKI OSIGURA^ ZA ZA[TITU NAP.MERNOG
TRAFOA N9
S281 UC Z2 380V,2A ABB 1 1 N9.1 1
16 UTI^NICA ZA UTIKA^ N44.51
433A24007AM
N7
7-POLNA ELMOS 1 1 N9.2 1
17 UREAJ ZA KLIMATIZACIJU KABINA
MACH3
ROUGNECK
AC8473B96/
8370-715
240V±10%,50Hz COLEMAN 2 2 N10A,B 16.1
Ime Datum Potpis
Projekt.
Naručilac:
JP Železnice Srbije
Identifikacioni broj: 122.02-58.01
Razradio V.T. 11.11. List: 3
Napomena
Kontrol. V.K. 11.11
Objekat:
461-013,020 Listova: 57
Izmena Datum
Pot
pis
Odobrio V.A. 11.11
AD "LOKOMOTIVA"
Niš
Naziv:
SASTAVNICA
OPREME
KROVA
Iz. crt.: Zamena za:
9. KomadaRed.
br.
Naziv sklopa, podsklopa i namena Tip Tehnički podaci Proizvođač
013 020
Pozicija [ema
Modi
fikac
ija
Napomena
1
PRIKLJU^AK ZA GREJANJE VOZA NA STRANI
UPRAVLJA^NICE A
A1-260, CS-A-
004-68
800A UEPC 1 1 N24 2
1
PRIKLJU^AK ZA GREJANJE VOZA NA STRANI
UPRAVLJA^NICE A
4156 000 000 800A MINEL 1 1 N24 2
2
PRIKLJU^AK ZA GREJANJE VOZA NA STRANI
UPRAVLJA^NICE B
A1-260, CS-A-
004-68
800A UEPC 1 1 N25 2
2
PRIKLJU^AK ZA GREJANJE VOZA NA STRANI
UPRAVLJA^NICE B
4156 000 000 800A MINEL 1 1 N25 2
3 PROVODNIK ZA UTIKA^ ZA GREJANJE VOZA
A3-1280-LE,Cs-
A-004-68
800A , 2800mm UEPC 1 1 N26 2
3 PROVODNIK ZA UTIKA^ ZA GREJANJE VOZA 4144000000 800A , 2800mm MINEL 1 1 N26 2
4 MIKROPREKIDA^ RU^NE KO^NICE EMP-10 500V,50Hz,10A EMPRO 2 2 N30A,B 17
4 MIKROPREKIDA^ RU^NE KO^NICE stand.5944 500V,50Hz,10A UEPC 2 2 N30A,B 17
5 RADIONI^KI PRIKLJU^AK 1015.000.000 3x380V,50Hz MINEL 1 1 N31 10
6 OTPORNIK UZEMLJENJA
LE.1.A , Cs166-
76
100Ω,2,5A UEPC 6 6 N34.1-6 1
6 OTPORNIK UZEMLJENJA 100Ω,0,6kW
MA[INOSERVI
S
6 6 N34.1-6 1
7 GLAVNI KOMPRESOR SFN 125 SERVIKOM 1 1 N35 2
8 MOTOR GLAVNOG KOMPRESORA 30kW, 56A SERVIKOM 1 1 N35.1 2
9 KALORIFER AI- 00
380V,50Hz,3x2kW,Q=400m3
/h
UEPC 2 2 N37A,B 2
10 MOTOR VENTILATORA KALORIFERA B5-80-0,37,1000 3X380V,50Hz,0,37kW UEPC 2 2 N37.1A,B 2
10 MOTOR VENTILATORA KALORIFERA ZKCV 80 B-6
3X380V,50Hz,0,37kW,IP65/
TH
SEVER 2 2 N37.1A,B 2
Ime Datum Potpis
Projekt.
Naručilac:
JP Železnice Srbije
Identifikacioni broj: 122.02-58.01
Razradio V.T. 11.11. List: 4
Napomena
Kontrol. V.K. 11.11
Objekat:
461-013,020 Listova: 57
Izmena Datum Potpis Odobrio V.A. 11.11
AD "LOKOMOTIVA"
Niš
Naziv:
SASTAVNICA
OPREME
MA[.PROSTORA
Iz. crt.: Zamena za: