OROT RABIN POWER STATION Combined Cycle Power Plant

Page 1

Sheet Information Class, if applicable, on pg. 1 et sqq

AP Doc Code

Document ID

Revision Revision Date

Originator

Equipment Tag Number(s):

Projects:

OROT RABIN POWER STATION Combined Cycle Power Plant

Purchaser

The Israel Electric Corporation Limited

Contractor

General Electric Global Parts & Product GmbH, Switzerland

GE International Inc US

Page 2

Max. roughness Ra (µm)

Roughness grade

25

N4N5N6N7N8N9N10N11

Range of nominaldimension (mm)

±3±2±1.2±0.8±0.5±0.3±0.2±0.1±0.1

±8±7±6±5±4±3±2±1.2±0.8±0.5±0.3±0.2

Deviationgrade "medium"

.

X

>120...400

>8000...12000

>400...1000

>0.5...3.0

>3.0...6.0

>6.0...30.0

>30...120

>1000...2000

>2000...4000

>4000...8000

>12000...16000

>16000...20000

Deviationgrade "coarse"

12.5 6.3 3.2 1.6 0.8 0.4 0.2

General tolerances (mm): Linear dimension <4000 acc. to ISO 2768-1, >4000 acc. to DIN 7168 Roughness symbols according to ISO 1302

Machining: if necessary prescribed forbidden

Full penetrant weld: 0.7

ASME VIII Div.1, part UW

US-Standards

ASME VIII Div.1, part UW

Fillet weld: 0.5

European Standard

EN ISO 5817

EN ISO 9692

Full penetrant weld: B

Fillet weld: C

Welding quality

Weld preparation

Quality for not

specified welds

0,85/1 0,7

ASME

0,5 0,5 0,6 B,C

EN ISO 5817 BC

D B,C

=Welding circumference

=Full penetrant weld,

=Butt weld with welding

1'000

over 2'000

2'000 4'000 to to

±6 ±4

400

of manufacturer. Openings for nozzles shallWeld seams: Partition of plates is in the responsibility

8'000 to

Deviation limits (mm)

4'000 over 8'000

120

±6

±10

30

±7

±12

16'000 20'000 to 12'000 over

12'000 to

not be crossed by weld seams.

over 16'000 to

±8

±14

20'000 over

to to

over

±3

to to 1'000

±4 ±5

±8

=Single fillet weld

=Butt weldon reverse side

welding on both side

=Double fillet weld

=Welding at site ±16

over over

±1A

B

Tolerance category

2 EN ISO 13920

Set-up

Assembly ±2

30

±2

±3

400 120 over over

±1 ±1

±2

±9

R = min 5mm R = between 2/3 * t1 and 1/4 * t2

General nozzle finish:

Weld thickness t:Fillet welds:

Butt welds: t

t

t 1t2

t2

t 1t2

t 1

RRR

Notes: *1) Detail "n1" & "n2": Pipe, sealing and nuts are part of delivery scope from external partner Detail "n3": Pipe, sealing, bolts and nuts are part of delivery scope from external partner *2) Connection must be tight welded. *3) Weld where accessible. *4) Adjust if necessary. *5) Sliding bearings installed without foam frame, see also Erection Instruction *6) Shown on 2nd sheet *7) Weld under support plates clips *8) Cut the Lifting lug on position after the Neck quarters are assembled and welded together *9) Full penetrant weld as much as possible, the rest should be done with fillet weld *10) Do not weld *11) This connection shall be blanked before operation (see also Erection Instruction) *12) Pipe on Level pipe should be cut and adjusted to fit valve dimensionTitle / Designation Document ID Doc CodeErection Item list 1GC002772 ORO/70/H/MAG01–CA10/MA/001 Erection assembly Overview 3D 1GC002773 ORO/70/H/MAG01–CA10/MD/001 Erection assembly 2D 1GC002774 ORO/70/H/MAG01–CA10/MD/002Shipping and Handling drawing 1GC002775 ORO/70/H/MAG01–CA10/MD/003List of weld seams at site 1GC002776 ORO/70/H/MAG01–CA10/MD/004Erection instruction 1GC002778 ORO/70/H/MAG01–CA10/EI/001 ITPL site assembly 1GC002780 ORO/70/H/MAG01–CA10/EQ/001Insulation clips 1GC002963 ORO/70/H/MAG01–CA10/DD/001

987654321 10 11 12 13 14 15 16 17

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17

L

K

J

H

G

F

E

D

C

B

A

M

L

K

J

H

G

F

E

D

C

B

A

M

1000

Document No. Revision:

Scale:

Resp. department:

Derived from:

Approval of revision:

Review of revision:

Prepared:

A 02/01Sheet:

Format:

A0

Language:

en

Doc. Type:

MDTitle:

M.Maruski

W. Beuth

A. Sgambati

1GC002774

1:75

CM/S Condenser

Erection Assembly 2D

OROT RABIN

-X. ECCN: US Origin:NO:YES:Export controlled: YES: NO: X.

-GE POWER

PE - MHX

1000

Geometrical tolerances according to ISO 11011GC002774

Geometrical tolerances according to ISO 1101

© COPYRIGHT 2020 General Electric Company.All rights reserved. The information here in is Proprietary and Technically Exclusive content that is solely owned by GeneralElectric Company and/or its affiliates. Thus, it is being provided with the explicit expectation of restricted and privileged use.All persons or legal entities receiving this information shall be deemed by the act of its receipt have contractually agreed tomake no duplications, reproductions of any nature by any means, modifications, disclosures, or use any portion of thismaterial; except as is expressly authorized in writing by the General Electric Company, and/or its legitimate affiliates.

Non-Public

2020-02-20

602

*6) *6) *6)

622623

601623

603

622

604

j*6)

o*6)

*6)

n2n2

n2c1

n1

n3

g

g

n1

n2

koj

l

a1

a1 n3

501

w1*6)

w1*6)

a3

f1

f2

c

x1

x1

x2

x2

d2

a2

h

d1

p

p

a3

108 107

w1*6)

d5

d5

w2*6)

w1*6)

506502

f3 f4

x3x3x4

x4

d3 d4

d5

d5

f1 1:10

601

622

623

602

CONDENSER SIDETURBINE SIDE

a10971.1 *2)

a5972.1 *3)

970.1 *2)

a10973.1 *2)

f2 1:10

970.2 *2)

a5972.2 *3)

a10973.2 *2)

a10971.2 *2)

TURBINE SIDE CONDENSER SIDE

623

622

603604

f3 1:10

TURB

INE

SIDE

COND

ENSE

R SI

DE

a5972.3 *3)

623

602

622

a10971.3 *2)

a10973.3 *2)

604

970.3 *2)

f4 1:10

COND

ENSE

R SI

DETU

RBIN

E SI

DE

a10973.4 *2)

623

601603

a10971.4 *2)

a5972.4 *3)

970.4 *2)

622

c 1:5

120101

106

a3925.1

a3925.2

a7920.2

c1 1:10

120

101

6x951.16x951.2

a7 920.1920.3

a7920.6

920.4920.5

x1-x1 1:10

OUTSIDE

INSIDE601 602

930

934.1 934.2 934.3 934.4 934.5

926.1926.2926.3926.4926.5

x2-x2 1:10

935.1 935.2 935.3 935.4 935.5

604603

931

927.1 927.2 927.3 927.4 927.5

OUTSIDE

INSIDE

x3-x3 1:10

OUTSIDEINSIDE

928.1 928.2 928.3 928.4 928.5

936.1 936.2 936.3 936.4 936.5

932

601

603

x4-x4 1:10

INSIDEOUTSIDE

602

604

929.1929.2929.3929.4929.5

937.1937.2937.3937.4937.5

933

d2 1:10

604603 101

941

a7a7

13x945

*4)

d3 1:10

120

602101 604

5x946

942

a8

*4)

d4 1:10

120601101

603943

a8

5x948*4)

a2 1:10

608 101120

601602603604

24x939

a5a5

24x938

2 0 0 2 0 0 2 0 0 2 0 0

g-g 1:20

g1 g1

g1

g1

g1g1

*7) *7) *7) *7)

g1

g1

g2

g2

40 0( )

h 1:20

a33x981

502501

a33x982

3x980.2

3x980.1

*12)

*12)

d5-d5 1:15

601602

120

101

120

603604

a7a7

2x950

*4)

a5a5

2x909

a5a5

2x908

n1 1:10

109

120

110114

*1)

101

n2 1:10

111

120101

112115

*1)

d1 1:10

940

602601

120

a7a7

17x944

*4)

g1-g1 1:5

101

501

a7 4x20015x911

*7)

120

101

a1-a1 1:10

105

120

101

a5a5

11x923

a5a5

11x924

a5a5

11x921

a5a5

11x922g2-g2 1:20

503

a3914.1

501

a3914.2

504

504

a32x913.1

a32x913.2

g3

9 3( )

g3 1:10

a7916a3

2x912

503 501

101

p-p 1:10

101

501

a75x910.1

a75x910.2

n3 1:5

126127

101120

*1)

a3 1:5

a7a7

2x947.12x947.2

601602

101120

603604

freigegeben/ Released

Page 3

Max. roughness Ra (µm)

Roughness grade

25

N4N5N6N7N8N9N10N11

Range of nominaldimension (mm)

±3±2±1.2±0.8±0.5±0.3±0.2±0.1±0.1

±8±7±6±5±4±3±2±1.2±0.8±0.5±0.3±0.2

Deviationgrade "medium"

.

X

>120...400

>8000...12000

>400...1000

>0.5...3.0

>3.0...6.0

>6.0...30.0

>30...120

>1000...2000

>2000...4000

>4000...8000

>12000...16000

>16000...20000

Deviationgrade "coarse"

12.5 6.3 3.2 1.6 0.8 0.4 0.2

General tolerances (mm): Linear dimension <4000 acc. to ISO 2768-1, >4000 acc. to DIN 7168 Roughness symbols according to ISO 1302

Machining: if necessary prescribed forbidden

Full penetrant weld: 0.7

ASME VIII Div.1, part UW

US-Standards

ASME VIII Div.1, part UW

Fillet weld: 0.5

European Standard

EN ISO 5817

EN ISO 9692

Full penetrant weld: B

Fillet weld: C

Welding quality

Weld preparation

Quality for not

specified welds

0,85/1 0,7

ASME

0,5 0,5 0,6 B,C

EN ISO 5817 BC

D B,C

=Welding circumference

=Full penetrant weld,

=Butt weld with welding

1'000

over 2'000

2'000 4'000 to to

±6 ±4

400

of manufacturer. Openings for nozzles shallWeld seams: Partition of plates is in the responsibility

8'000 to

Deviation limits (mm)

4'000 over 8'000

120

±6

±10

30

±7

±12

16'000 20'000 to 12'000 over

12'000 to

not be crossed by weld seams.

over 16'000 to

±8

±14

20'000 over

to to

over

±3

to to 1'000

±4 ±5

±8

=Single fillet weld

=Butt weldon reverse side

welding on both side

=Double fillet weld

=Welding at site ±16

over over

±1A

B

Tolerance category

2 EN ISO 13920

Set-up

Assembly ±2

30

±2

±3

400 120 over over

±1 ±1

±2

±9

R = min 5mm R = between 2/3 * t1 and 1/4 * t2

General nozzle finish:

Weld thickness t:Fillet welds:

Butt welds: t

t

t 1t2

t2

t 1t2

t 1

RRR

Notes: *1) Detail "n1" & "n2": Pipe, sealing and nuts are part of delivery scope from external partner Detail "n3": Pipe, sealing, bolts and nuts are part of delivery scope from external partner *2) Connection must be tight welded. *3) Weld where accessible. *4) Adjust if necessary. *5) Sliding bearings installed without foam frame, see also Erection Instruction *6) Shown on 2nd sheet *7) Weld under support plates clips *8) Cut the Lifting lug on position after the Neck quarters are assembled and welded together *9) Full penetrant weld as much as possible, the rest should be done with fillet weld *10) Do not weld *11) This connection shall be blanked before operation (see also Erection Instruction) *12) Pipe on Level pipe should be cut and adjusted to fit valve dimensionTitle / Designation Document ID Doc CodeErection Item list 1GC002772 ORO/70/H/MAG01–CA10/MA/001 Erection assembly Overview 3D 1GC002773 ORO/70/H/MAG01–CA10/MD/001 Erection assembly 2D 1GC002774 ORO/70/H/MAG01–CA10/MD/002Shipping and Handling drawing 1GC002775 ORO/70/H/MAG01–CA10/MD/003List of weld seams at site 1GC002776 ORO/70/H/MAG01–CA10/MD/004Erection instruction 1GC002778 ORO/70/H/MAG01–CA10/EI/001 ITPL site assembly 1GC002780 ORO/70/H/MAG01–CA10/EQ/001Insulation clips 1GC002963 ORO/70/H/MAG01–CA10/DD/001

987654321 10 11 12 13 14 15 16 17

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17

L

K

J

H

G

F

E

D

C

B

A

M

L

K

J

H

G

F

E

D

C

B

A

M

1000

Document No. Revision:

Scale:

Resp. department:

Derived from:

Approval of revision:

Review of revision:

Prepared:

A 02/02Sheet:

Format:

A0

Language:

en

Doc. Type:

MDTitle:

M.Maruski

W. Beuth

A. Sgambati

1GC002774

1:75

CM/S Condenser

Erection Assembly 2D

OROT RABIN

-X. ECCN: US Origin:NO:YES:Export controlled: YES: NO: X.

-GE POWER

PE - MHX

1000

Geometrical tolerances according to ISO 11011GC002774

Geometrical tolerances according to ISO 1101

© COPYRIGHT 2020 General Electric Company.All rights reserved. The information here in is Proprietary and Technically Exclusive content that is solely owned by GeneralElectric Company and/or its affiliates. Thus, it is being provided with the explicit expectation of restricted and privileged use.All persons or legal entities receiving this information shall be deemed by the act of its receipt have contractually agreed tomake no duplications, reproductions of any nature by any means, modifications, disclosures, or use any portion of thismaterial; except as is expressly authorized in writing by the General Electric Company, and/or its legitimate affiliates.

Non-Public

2020-02-20

w2 1:5

601602603604

601602603604

w1 1:5

616

615

601

601

614

602603604

602603604

ss

s s

bb

u

q

q

b-b

s s

b1

b1

b2

b2

b3

b3

z

z

s s

u 1:10

602

601 a3975

u1 u1

u1-u1 1:10

601602628

*10)

13x Tack weld 2x 974

60

60

q-q 1:20

601

621

603

a7a7

977.5

a7a7

977.6

620

977.1

977.2977.3977.4

a7a7

977.7977.8977.9977.10977.11977.12

b1-b1

602 601

604 603

985.1

984.2 *9)

983.2

984.1 *9)

983.1

624

626

b2-b2

6x986

4x987

601602

604 603

0 . 5 ± 0 . 2 5 0 . 5 ± 0 . 2 5

54 0 . 5( )

k 1:10

117 101

102

FF2M

k1 k1

k2

o 1:10

104

101117

k2

FF2BFF2B

o1 o1

j 1:10

101

103 118

FF1S/FF2S

j1 j1

j20 . 5 ± 0 . 2 5

0 . 5 ± 0 . 2 5

5 7( )

l 1:10

a12904

505501

FF1M

4 0 0

j1-j1 1:10

118103

*5)

a124x901.1a1 1x20

4x901.2

a1 1x204x901.3

250

k1-k1 1:10

*5)a12

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117

a1 1x20902.2

a1 1x20902.3

3 0 0

200

5

1 0

3

2

j2 2:1

121

118

122

a1905*Tack weld

a1906*Tack weld

1 0

5

32

k2 2:1

117a1905*Tack weld

a1906*Tack weld

124123

o1-o1 1:10

*5)

104

117

a124x903.1

a1 1x204x903.2

a1 1x204x903.33 0 0

200

b3-b3

602 601

604 603

985.2

984.4 *9)

983.4

984.3 *9)

983.3

623

625

30

z-z 1:10

*8)

s-s 1:5

a26x978631

601602603604

*11)

freigegeben/ Released