43
Limited Liability Company <SpecTransContainer> Tank-container T11-26KL PASSPORT T11-26,000 litre Reg.№ BBSU760000-760049 Model: NT/26/21

PASSPORT T11-26,000 litre · 2019. 10. 6. · 5853,5±4,5 2259±4 13. Difference of distances between the points of the projections of the axes diagonally opposite corner fittings,

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Page 1: PASSPORT T11-26,000 litre · 2019. 10. 6. · 5853,5±4,5 2259±4 13. Difference of distances between the points of the projections of the axes diagonally opposite corner fittings,

Limited Liability Company <SpecTransContainer>

Tank-container T11-26KL

PASSPORT

T11-26,000 litre

Reg.№ BBSU760000-760049

Model: NT/26/21

Page 2: PASSPORT T11-26,000 litre · 2019. 10. 6. · 5853,5±4,5 2259±4 13. Difference of distances between the points of the projections of the axes diagonally opposite corner fittings,

ATTENTION TO THE VESSEL OWNER

1. The passport must remain in the vessel owner

2. Permission to operate the vessel shall be obtained in accordance with the Rules

of industrial safety equipment operating under excessive pressure.

3. When transferring to another vessel owner with a vessel attached real passport

4. Copies Gospromnadzor permits derogation from the requirements of technical

regulations shall be attached to the certificate of the vessel

5. The tank container is a finished product and requires no extra mounting

Page 3: PASSPORT T11-26,000 litre · 2019. 10. 6. · 5853,5±4,5 2259±4 13. Difference of distances between the points of the projections of the axes diagonally opposite corner fittings,

1. General information

Name and address of the manufacturer

Nantong Tank Container Co., Ltd 3888, Jintong highway, Tongzhou, Nantong, Jiangsu, China

Manufacture date 21.11.2018 Type T11-26KL Name and purpose Tank container for safe transportation and temporary storage

of liquid safe and dangerous goods assigned in accordance with UN classification to hazard class 3, 4.1, 4.2, 4.3, 5.1, 6.1, 8 and 9

Model NT/26/21 Manufacture’s № 02F169B218 Estimated cost of the vessel service

2. Information about the technical specifications and parameters

Parameter Name Value

1. Number UN instructions UN T11

2. Nominal volume, liters 26,000 3. Maximum permissible gross mass, kg 36,000 4. Weight of the empty container (containers), kg

3,800

5. Maximum Capacity, kg 32200 6. Maximum Capacity in kg minimum permissible degree of filling,%

80

7. Maximum allowable density of the cargo at a temperature of 15˚C and a degree of filling of the tank 80%, kg / l

1,55

8. Allowable weight of the upper container when stacked, kg

216000

9. Envelope according to ISO 668: 2013 1CC 10. Size and type code in ISO 6346: 1995 / Amd.33: 2012

22K2

11. Overall dimensions: - length - width - height

6058-6

2438-5

2591-5

12. Distance between centers holes corner fittings, mm: - length - width

5853,5±4,5 2259±4

13. Difference of distances between the points of the projections of the axes diagonally opposite corner fittings, mm: - by the end walls - along the side walls - of the roof

10 13 13

14. The inner diameter of the tank, mm 2414 15. The nominal wall thickness of the cylindrical part of the tank, mm

4,4

16. The equivalent thickness of the cylindrical wall of the tank by soft steel not less than, mm

6,0

Page 4: PASSPORT T11-26,000 litre · 2019. 10. 6. · 5853,5±4,5 2259±4 13. Difference of distances between the points of the projections of the axes diagonally opposite corner fittings,

17. The nominal wall thickness of the tank bottoms, MPa

5,4

18. The maximum allowable working pressure, MPa

0,40

19. Design Pressure, MPa 0,40 20. Test pressure, MPa 0,60 21. Pressure relief valve starts opening, MPa

0,44

22. Complete pressure relief valve after tripping, MPa

0,40

23. Calculated external pressure, MPa 0,041 24. The pressure in the test tank at a density, MPa, not less than

0,1

25. The maximum vapor pressure in the heating system, MPa

0,40

26. Test pressure in the heating system, MPa

0,60

27. Calculated temperature, ˚C +130 28. Maximum temperature of transported cargo, ˚C

+50

29. Operating temperature range, ˚C -40 to +50 30. The minimum allowable negative wall temperature, ˚C

-40

31. Maximum temperature of the coolant, ˚C

+130

32. Name of the work environment Liquid safe and dangerous goods hazard classes 3, 4.1, 4.2, 4.3, 5.1, 6.1, 8 and 9

33. Working environment group 1 34. Gain compensation for corrosion 0

Page 5: PASSPORT T11-26,000 litre · 2019. 10. 6. · 5853,5±4,5 2259±4 13. Difference of distances between the points of the projections of the axes diagonally opposite corner fittings,

3. I

nfo

rma

tion

ab

out

the

bas

ic e

lem

ents

of

the

tan

k-c

on

tain

er

Th

ese

wel

din

g

Met

hod

and

vo

lum

e co

ntr

ol

AS

ME

VII

I D

iv.1

/

EN

14

02

5

A

SM

E V

III

Div

.1 /

E

N1

40

25

IS

O1

49

6-3

AS

ME

VII

I D

iv.1

/

EN

14

02

5

Ele

ctro

des

wel

din

g

wir

e (t

ype,

g

rad

e,

stan

dard

s o

r sp

ecif

icat

ion

s)

SF

A-

5.9

/SF

A-

5.9

M

SF

A-

5.9

/SF

A-

5.9

M

SF

A-

5.1

8/S

FA

-5

.18

M

SF

A-

5.9

/SF

A-

5.9

M

Wel

din

g

Th

e p

roce

ss o

f th

e co

nn

ecti

on

GM

AW

GM

AW

GM

AW

GM

AW

Mat

eria

l

TN

PA

SA

NS

50

028

-7

SA

NS

50

028

-7

GB

/T

1591

-

Q34

5D

JIS

G

4305

S

US

30

4

Ste

el

grad

e

1.44

02/

1.44

04

1.44

02/

1.44

04

GB

/T

1591

-

Q34

5D

JIS

G

4305

S

US

30

4

Dim

ensi

ons,

mm

Len

gth

(hei

ght)

4930

544

6058

* 24

38*

2591

4577

The

w

all

thic

kne

ss

(nom

inal

)

4.4

4.6 - 2.5

The

di

amet

er

(ins

ide)

2414

2414

- -

Num

ber

of u

nits

.

1 2 1 8

Con

tain

er e

lem

ent

desi

gnat

ion

cyli

nder

cou

rse

Tor

osph

eric

al b

otto

m, t

ype

C

Fra

me

Cha

nnel

hea

ting

sy

stem

1.

2.

3. 4.

Page 6: PASSPORT T11-26,000 litre · 2019. 10. 6. · 5853,5±4,5 2259±4 13. Difference of distances between the points of the projections of the axes diagonally opposite corner fittings,

4. I

nfo

rmat

ion

ab

out

the

fitt

ings

, co

vers

, fla

nge

s w

ith

fas

ten

ing

par

ts (

scre

ws,

bol

ts, n

uts

)

Mat

eria

l TN

PA

Ste

el

grad

e

316

316

304

316

304

316

304

Mai

n c

har

acte

rist

ics

Val

ue

215

.9

82.5

27.5

200

95.3

26

6 x

M12

43

200

114

.3

35.5

8 x

M12

47,3

9,4

0

127

32

23

4xM

10

38

- - -

Nam

e

Ou

tsid

e d

iam

eter

, mm

Inne

r di

amet

er,

mm

Th

ick

ness

, mm

Ou

tsid

e d

iam

eter

, mm

Inne

r di

amet

er,

mm

Th

ick

ness

, mm

Th

read

, mm

Th

e le

ngt

h o

f th

e st

ud, m

m

Ou

tsid

e d

iam

eter

, mm

Inne

r di

amet

er,

mm

Th

ick

ness

, mm

Th

read

, mm

Th

e le

ngt

h o

f th

e st

ud, m

m

Ou

tsid

e d

iam

eter

, mm

Inne

r di

amet

er,

mm

Th

ick

ness

, mm

Th

read

, mm

Th

e le

ngt

h o

f th

e st

ud, m

m

Ou

tsid

e d

iam

eter

, mm

Inne

r di

amet

er,

mm

Th

ick

ness

, mm

Am

oun

t

1

1

1

1

1

1

1

-

Mar

k an

d d

esig

nat

ion

, v

entu

re m

anuf

actu

rer

S06

04

36

8/0

80S

312

/110

0

324

/900

0

324

/208

0

35

0/0

025

350

/130

0

No

ne

Nam

e

Fla

nge

mo

unti

ng

of

the

safe

ty v

alv

e

Fla

nge

mo

unti

ng

top

dis

char

ge

prov

isio

n

Stu

ds

and

fast

enin

g n

uts

fo

r t

op

dis

char

ge p

rov

isio

n F

lang

e m

oun

tin

g b

otto

m

dis

char

ge

dev

ice

(p

ouri

ng)

load

Stu

ds

and

fix

ing

nut

s b

ott

om d

isch

arge

dev

ice

(p

our

ing

) lo

ad

Val

ve

mou

ntin

g f

lang

e o

f t

he

gas

(ai

r) l

ine

Stu

ds

and

nuts

fas

ten

ing

th

e g

as v

alv

e (a

ir)

lin

e

Fla

nge

mo

unti

ng

ther

mo

met

er

1.

2.

3.

4.

5.

6.

7.

8.

Page 7: PASSPORT T11-26,000 litre · 2019. 10. 6. · 5853,5±4,5 2259±4 13. Difference of distances between the points of the projections of the axes diagonally opposite corner fittings,

Mat

eria

l

TN

PA

Ste

el g

rad

e

316

304

Mai

n c

har

acte

rist

ics

Val

ue

165

48.

8

31

4xM

16

60

Nam

e

Ou

tsid

e d

iam

eter

, m

m

Inne

r di

amet

er,

mm

Th

ick

ness

, mm

Ou

tsid

e d

iam

eter

, m

m

Inne

r di

amet

er,

mm

Th

ick

ness

, mm

Ou

tsid

e d

iam

eter

, m

m

Th

ick

ness

, mm

Ou

tsid

e d

iam

eter

, m

m

Inne

r di

amet

er,

mm

Th

ick

ness

, mm

Ou

tsid

e d

iam

eter

, m

m

Ful

l le

ngth

, m

m

- - -

Am

ou

nt

- - - 2

2

Mar

k a

nd

desi

gn

atio

n,

the

man

ufa

ctur

er

- No

ne

No

ne

35

5/3

100

31

1/3

05

0

Nam

e

ther

mom

eter

tub

e

Fla

nge

mou

ntin

g ad

diti

onal

saf

ety

val

ve

Bli

nd f

lan

ge a

ddit

ional

saf

ety

valv

e

Ad

dit

ion

al b

lind

fla

nge

mo

unt

ing

Stu

ds

and

stub

fla

nge

nut

s ad

diti

onal

bl

ind

fla

nges

9.

10.

11.

12.

13.

14.

Page 8: PASSPORT T11-26,000 litre · 2019. 10. 6. · 5853,5±4,5 2259±4 13. Difference of distances between the points of the projections of the axes diagonally opposite corner fittings,

5. I

nfo

rmat

ion

ab

out

the

safe

ty d

evic

es, t

he

mai

n v

alve

, mea

suri

ng

and

con

trol

dev

ices

an

d s

afet

y d

evic

es

Inst

alla

tio

n s

ite

Mat

eria

l

31

6L

CF

8M

CF

8M

CF

8M

Des

ign

Pre

ssur

e,

MP

a

0.4

0.4

4

Mai

n c

har

acte

rist

ics

Val

ue

500

32

- - - 77

0.4

-40

~1

60

Nam

e

Inne

r di

amet

er,

mm

Th

e p

ress

ure

of f

ull

op

enin

g, M

Pa

Tes

t p

ress

ure,

MP

a

Ori

fice

, m

m

Ori

fice

, m

m

Th

e p

ress

ure

of f

ull

op

enin

g, M

Pa

Th

e li

mit

of

mea

sure

men

t,

MP

a

Ori

fice

, m

m

Th

e p

ress

ure

of f

ull

op

enin

g, M

Pa

Th

e li

mit

of

mea

sure

men

t?

˚C

Am

oun

t

1

1

1

1

1

Mar

k a

nd

Des

ign

atio

n,

the

man

ufa

ctu

rer

Gu

ard

, R

45

83A

01-

00

Gu

ard

, A

MF

48

00

1-0

0

Gu

ard

, Q

KB

0400

1-0

0

No

ne

No

ne

Gu

ard

, H

DJ4

800

1-0

0

Nam

e

Man

hole

Saf

ety v

alve

Val

ve

gas

(ai

r) l

ine

Ov

erfl

ow

dev

ice

(pour

ing)

loa

d

Man

omet

er

Bot

tom

dra

in d

evic

e

(po

urin

g)

load

Th

erm

om

eter

1.

2.

3.

4.

5.

6.

7.

Page 9: PASSPORT T11-26,000 litre · 2019. 10. 6. · 5853,5±4,5 2259±4 13. Difference of distances between the points of the projections of the axes diagonally opposite corner fittings,
Page 10: PASSPORT T11-26,000 litre · 2019. 10. 6. · 5853,5±4,5 2259±4 13. Difference of distances between the points of the projections of the axes diagonally opposite corner fittings,
Page 11: PASSPORT T11-26,000 litre · 2019. 10. 6. · 5853,5±4,5 2259±4 13. Difference of distances between the points of the projections of the axes diagonally opposite corner fittings,
Page 12: PASSPORT T11-26,000 litre · 2019. 10. 6. · 5853,5±4,5 2259±4 13. Difference of distances between the points of the projections of the axes diagonally opposite corner fittings,
Page 13: PASSPORT T11-26,000 litre · 2019. 10. 6. · 5853,5±4,5 2259±4 13. Difference of distances between the points of the projections of the axes diagonally opposite corner fittings,

10. For information on the whereabouts of the vessel

Owner’s Name Vessel Location Installation Date

Page 14: PASSPORT T11-26,000 litre · 2019. 10. 6. · 5853,5±4,5 2259±4 13. Difference of distances between the points of the projections of the axes diagonally opposite corner fittings,

11. Person responsible for the good condition and safe operation of the

vessel

Number and date of the order

of appointment

Position, last name, first

name, patronymic

List of the person responsible

for the good condition and

safe operation of the vessel

Page 15: PASSPORT T11-26,000 litre · 2019. 10. 6. · 5853,5±4,5 2259±4 13. Difference of distances between the points of the projections of the axes diagonally opposite corner fittings,

12. Information about installed fixtures

Date of

insta-

llation

Name

Am

ou

nt

No

min

al

dia

met

er,

mm

No

min

al

pre

ssu

re, M

Pa

(kg

s/ c

m2) Mater

ial

Installati

on site

Painted face of the

person responsible for

the safe condition and

safe operation of the

vessel

Other vessel installation data:

1) corrosive environment _____________________________________________________________________

2) anticorrosive coating ______________________________________________________________________

3) thermal insulation -

Page 16: PASSPORT T11-26,000 litre · 2019. 10. 6. · 5853,5±4,5 2259±4 13. Difference of distances between the points of the projections of the axes diagonally opposite corner fittings,

13. Information on the replacement and repair of the main elements of the

pressure vessel and valves

Date Replacement and repair information Painting of the person responsible

for the condition of the condition

and safety operation of the vessel

Page 17: PASSPORT T11-26,000 litre · 2019. 10. 6. · 5853,5±4,5 2259±4 13. Difference of distances between the points of the projections of the axes diagonally opposite corner fittings,

Date Replacement and repair information Painting of the person responsible

for the condition of the condition

and safety operation of the vessel

Page 18: PASSPORT T11-26,000 litre · 2019. 10. 6. · 5853,5±4,5 2259±4 13. Difference of distances between the points of the projections of the axes diagonally opposite corner fittings,

Date Replacement and repair information Painting of the person responsible

for the condition of the condition

and safety operation of the vessel

Page 19: PASSPORT T11-26,000 litre · 2019. 10. 6. · 5853,5±4,5 2259±4 13. Difference of distances between the points of the projections of the axes diagonally opposite corner fittings,

Date Replacement and repair information Painting of the person responsible

for the condition of the condition

and safety operation of the vessel

Page 20: PASSPORT T11-26,000 litre · 2019. 10. 6. · 5853,5±4,5 2259±4 13. Difference of distances between the points of the projections of the axes diagonally opposite corner fittings,

14. Record the results of the technical examination

Date of

technical

examination

Result of technical examination Permissible

pressure, MPa

(kgs / cm2)

Period of the next

technical

examination

Page 21: PASSPORT T11-26,000 litre · 2019. 10. 6. · 5853,5±4,5 2259±4 13. Difference of distances between the points of the projections of the axes diagonally opposite corner fittings,

Date of

technical

examination

Result of technical examination Permissible

pressure, MPa

(kgs / cm2)

Period of the next

technical

examination

Page 22: PASSPORT T11-26,000 litre · 2019. 10. 6. · 5853,5±4,5 2259±4 13. Difference of distances between the points of the projections of the axes diagonally opposite corner fittings,

Date of

technical

examination

Result of technical examination Permissible

pressure, MPa

(kgs / cm2)

Period of the next

technical

examination

Page 23: PASSPORT T11-26,000 litre · 2019. 10. 6. · 5853,5±4,5 2259±4 13. Difference of distances between the points of the projections of the axes diagonally opposite corner fittings,

Date of

technical

examination

Result of technical examination Permissible

pressure, MPa

(kgs / cm2)

Period of the next

technical

examination

Page 24: PASSPORT T11-26,000 litre · 2019. 10. 6. · 5853,5±4,5 2259±4 13. Difference of distances between the points of the projections of the axes diagonally opposite corner fittings,

Date of

technical

examination

Result of technical examination Permissible

pressure, MPa

(kgs / cm2)

Period of the next

technical

examination

Page 25: PASSPORT T11-26,000 litre · 2019. 10. 6. · 5853,5±4,5 2259±4 13. Difference of distances between the points of the projections of the axes diagonally opposite corner fittings,

Date of

technical

examination

Result of technical examination Permissible

pressure, MPa

(kgs / cm2)

Period of the next

technical

examination

Page 26: PASSPORT T11-26,000 litre · 2019. 10. 6. · 5853,5±4,5 2259±4 13. Difference of distances between the points of the projections of the axes diagonally opposite corner fittings,

Date of

technical

examination

Result of technical examination Permissible

pressure, MPa

(kgs / cm2)

Period of the next

technical

examination

Page 27: PASSPORT T11-26,000 litre · 2019. 10. 6. · 5853,5±4,5 2259±4 13. Difference of distances between the points of the projections of the axes diagonally opposite corner fittings,

Date of

technical

examination

Result of technical examination Permissible

pressure, MPa

(kgs / cm2)

Period of the next

technical

examination

Page 28: PASSPORT T11-26,000 litre · 2019. 10. 6. · 5853,5±4,5 2259±4 13. Difference of distances between the points of the projections of the axes diagonally opposite corner fittings,

Date of

technical

examination

Result of technical examination Permissible

pressure, MPa

(kgs / cm2)

Period of the next

technical

examination

Page 29: PASSPORT T11-26,000 litre · 2019. 10. 6. · 5853,5±4,5 2259±4 13. Difference of distances between the points of the projections of the axes diagonally opposite corner fittings,

Date of

technical

examination

Result of technical examination Permissible

pressure, MPa

(kgs / cm2)

Period of the next

technical

examination

Page 30: PASSPORT T11-26,000 litre · 2019. 10. 6. · 5853,5±4,5 2259±4 13. Difference of distances between the points of the projections of the axes diagonally opposite corner fittings,

Date of

technical

examination

Result of technical examination Permissible

pressure, MPa

(kgs / cm2)

Period of the next

technical

examination

Page 31: PASSPORT T11-26,000 litre · 2019. 10. 6. · 5853,5±4,5 2259±4 13. Difference of distances between the points of the projections of the axes diagonally opposite corner fittings,

Date of

technical

examination

Result of technical examination Permissible

pressure, MPa

(kgs / cm2)

Period of the next

technical

examination

Page 32: PASSPORT T11-26,000 litre · 2019. 10. 6. · 5853,5±4,5 2259±4 13. Difference of distances between the points of the projections of the axes diagonally opposite corner fittings,

Date of

technical

examination

Result of technical examination Permissible

pressure, MPa

(kgs / cm2)

Period of the next

technical

examination

Page 33: PASSPORT T11-26,000 litre · 2019. 10. 6. · 5853,5±4,5 2259±4 13. Difference of distances between the points of the projections of the axes diagonally opposite corner fittings,

Date of

technical

examination

Result of technical examination Permissible

pressure, MPa

(kgs / cm2)

Period of the next

technical

examination

Page 34: PASSPORT T11-26,000 litre · 2019. 10. 6. · 5853,5±4,5 2259±4 13. Difference of distances between the points of the projections of the axes diagonally opposite corner fittings,

Date of

technical

examination

Result of technical examination Permissible

pressure, MPa

(kgs / cm2)

Period of the next

technical

examination

Page 35: PASSPORT T11-26,000 litre · 2019. 10. 6. · 5853,5±4,5 2259±4 13. Difference of distances between the points of the projections of the axes diagonally opposite corner fittings,

Date of

technical

examination

Result of technical examination Permissible

pressure, MPa

(kgs / cm2)

Period of the next

technical

examination

Page 36: PASSPORT T11-26,000 litre · 2019. 10. 6. · 5853,5±4,5 2259±4 13. Difference of distances between the points of the projections of the axes diagonally opposite corner fittings,

Date of

technical

examination

Result of technical examination Permissible

pressure, MPa

(kgs / cm2)

Period of the next

technical

examination

Page 37: PASSPORT T11-26,000 litre · 2019. 10. 6. · 5853,5±4,5 2259±4 13. Difference of distances between the points of the projections of the axes diagonally opposite corner fittings,

Date of

technical

examination

Result of technical examination Permissible

pressure, MPa

(kgs / cm2)

Period of the next

technical

examination

Page 38: PASSPORT T11-26,000 litre · 2019. 10. 6. · 5853,5±4,5 2259±4 13. Difference of distances between the points of the projections of the axes diagonally opposite corner fittings,

Date of

technical

examination

Result of technical examination Permissible

pressure, MPa

(kgs / cm2)

Period of the next

technical

examination

Page 39: PASSPORT T11-26,000 litre · 2019. 10. 6. · 5853,5±4,5 2259±4 13. Difference of distances between the points of the projections of the axes diagonally opposite corner fittings,

15. Vessel Registration

Tank container serial number №_______ has been registered as

№___________ in __________________ (Registering body)

In the passport numbered and laced up __________ pages.

____________________________ (Position registering entity)

________________________ (Last name, first name, middle name (if any))

_______________ (Signature)

20___ (year) _____________(Month) ______(day)

Page 40: PASSPORT T11-26,000 litre · 2019. 10. 6. · 5853,5±4,5 2259±4 13. Difference of distances between the points of the projections of the axes diagonally opposite corner fittings,

16. Warranty

Warranty periods of operation are calculated from the date of shipment of

the container to the customer (consumer) if they comply with the conditions and

rules for storage, transportation and operation established by the Operating Manual

NT/26/21 and are established:

Indicate the year!

On the tank –

On the metal structures of the power elements of the frame -

Body Insulation -

Heat insulation casing -

Safety valve, gas valve (airline), manhole, upper discharge device (loading)

of the load, lower discharge device (loading) of the load, pressure gauge,

thermometer -

Paints and varnishes -

Applications -

If defects in parts and assembly units appear during the warranty period, the

representatives of the consumer and the manufacturer must, in accordance with the

established procedure, draw up an act of complaint.

In accordance with the complaint act, the manufacturer must correct the

defects or replace parts and assembly units as soon as technically possible, but no

later than 20 days from the date of receipt of the act.

If the manufacturer refuses to eliminate defects, the customer reserves the

right to send the container to the manufacturer or give the value for the previously

paid products.

Page 41: PASSPORT T11-26,000 litre · 2019. 10. 6. · 5853,5±4,5 2259±4 13. Difference of distances between the points of the projections of the axes diagonally opposite corner fittings,

17. Certificate of acceptance of the container for use

Owner code______________________________________________________

Number assigned by the owner of the container__________________________

Check number____________________________________________________

Legal and postal address of the company owning the container

__________________________________________________________________

__________________________________________________________________

__________________________________________________________________

Head of the company –

the owner of the container:

______________ (Signature)

_________________________________ (Last name, first name, middle name (if any))

Head of the technical service of the enterprise –

the owner of the container:

______________ (Signature)

_________________________________ (Last name, first name, middle name (if any))

Note:

The certificate is drawn up when the owner of the container changes, leases it or the operating

organization (enterprise).

Page 42: PASSPORT T11-26,000 litre · 2019. 10. 6. · 5853,5±4,5 2259±4 13. Difference of distances between the points of the projections of the axes diagonally opposite corner fittings,

Appendix B

General view of the vessel

4 - Supporting shells attaching the tank to the

end frames

5 - Pins (rings of stiffness)

6 - cargo heating system

16 - Luke

50 - Cylindrical shells

51 - Bottoms

52 - Base Sheets

53 - Flange mounting the upper device

discharge (filling) of the goods

54 - Flange mounting additional top device

drain (filling) of the goods (closed with a plug

in the absence of an additional device)

55 - Flange mounting valve gas (air) line

56 - Flange mounting the main safety valve

57 - Flange mounting additional safety valve

58 - Thermometer mounting flange

59 - mounting flange of the lower load

draining device

Figure B.1 - General view of the vessel

Page 43: PASSPORT T11-26,000 litre · 2019. 10. 6. · 5853,5±4,5 2259±4 13. Difference of distances between the points of the projections of the axes diagonally opposite corner fittings,