3 Tu Dien Truong Giang

8/15/2019 3 Tu Dien Truong Giang

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2009, TRUONG GIANG Electric

TRUONG GIANG Electric Company

TRUONG GIANG Electric JSC

Date: 18th Sep 2!

Internal "eetin#

Thin$ %&t&re to#ether


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TRUONG GIANG ElectricMarch 2009

2

N'i (&n#

• Gi)i thi*&• +,nh -.c ho/t 0'n#

• ho/ch 3 Chin l45c

• S6 07 t ch9c• Doanh ;


3/28


3

Gi)i thi*&

• Cn 0i*n Tr4?n# Gian# l@ Cm N#&yn Th@nh

http://www.tge.vn/mailto:[email protected]:[email protected]://www.tge.vn/


4/28


4

+,nh -.c ho/t 0'n#

• SXn &t: b SXn &t t ]Xn# 0i*n tr&n# h/ th b Tr/m io$

b Cc lo/i t 0i*n h/ th B"SZY SSZY DZY "CCY t t ]jY ATSYk

b Rac$ 1!

b Than# mn# cp

b OE"

• Th46n# m/i: b U=SY my ]in pY h* th;n# Z&_ayY cpYk


5/28


5

ho/ch -@ chin l45c 2! b 211

• Nhi*m -: SXn &tY $inh (oanh h* th;n# t ]Xn# tr&n# h/ th+@ OE" cho cc 0;i tc l)n

• Chin l45c: TFp tr&n# -@o th` tr4?n# Xn phm cht l45n#

• P/t type Tete( t "[ ngm 2!

• P/t type Tete( t +[ ngm 21

• Dn 0>& th` tr4?n# -\ th` tr4?n# t tr&n# th -@ tr/m io$• TO= M nh@ Xn &t t ]Xn# 0i*n h/ th• &t $h& Xn phm man# th46n# hi*& Tr4?n# Gian#• " r'n# f&y m< ho/t 0'n# Btgn# -;n 0i\& l*Y lFp chi nhnh b

[=PDY t/o 0i\& $i*n cho nhn -in tham #ia c ph>n c


6/28


6

S6 07 t ch9c #iai 0o/n 0>&

Hội Đồng Quản TrịHội Đồng Quản Trị(Board of President)

Phạm Quốc TrưngPhạm Quốc Trưng(General Director)

Đ!m "#n To!nĐ!m "#n To!n(Sales & Marketing manager)

Vacant 1(Marketer)

$gu%&n Ho!ng 'ai$gu%&n Ho!ng 'ai(Technical & Production Manager)

Nguyễn uang Doanh Nguyễn uang Doanh(Production Manager ! Mechanical Di"ision)

#$ V%n #a#$ V%n #a(Production Manager !

'lectrical Di"ision)

VV

(&D Manager! Mechanical Di"ision)

Vacant 1(General *ccounting )

$gu%&n $gc 'inh$gu%&n $gc 'inhPurchase & +ogistic Manager

Vacant ,(ece-tionist )

Vacant .(Security )

Vacant /(G0Ser"ice sta )

Vacant 1('lectric technical

Manager)

Vacant ,(2)

Vacant ,('stimator)

Vacant .(Pro3ects Salesman)

"acant "acant (*dministration & *ccount Manager)

M 4 5orkers

' 4 5orkers


7/28TRUONG GIANG ElectricMarch 2009

7

DESIGN• TECNICA+ INOR"ATION• Technical peci%ication 3 tan(ar(Q• 2Q1 Technical peci%ication• Stan(ar( IEC KWM!b1• Tet &atet• Ata Ba&tralian• Electrical Characteritic• Rate( -olta#e BUe K! [Q AC• Rate( in&lation -olta#e BUi 1 [• Dielectric tet -olta#e M $[

• Rate( imp&le _ithtan( -olta#e BUimp 12 $[• Rate( %ref&ency WbK q• Rate( c&rrent BIn 2VA b WA• Rate( hortbtime _ithtan( c&rrent BIc_ Up to 1 $A 1 ecQ• "echanical Characteritic De#ree o% protectionY IEC KV2! I= VW• rame_or$ teel BAl&qinc or painte( 2Q mm• Zae %rame teel B=ainte( 2QVmm• Door 3 plate teel B=ainte( 1QV or 2Q mm• "o&ntin# plate teel BAl&qinc 1QV mm• Internal partition teel BAl&qinc 1Qb1QV mm• Internal eparation orm 1 b W• Stainle teel ANSI MW Y M1K• ^ith Al&qinc Bmil( teel coate( _ith Al&mini&m an( inc



TECNICA+ INOR"ATION Technical peci%ication 3 tan(ar(Q

• 2Q2 =aint peci%ication• =aint =olyeter po_(er paint• Coatin# thic$ne Kb8 s• Colo&r B%rame 3 cla((in# RA+ M2 Y 28WY MV• Colo&r B]ae %rame RA+ !V • Bother colo&r on ref&et• =AINT =ROCEDURE• All part are tranporte( on o-erhea( con-eyer throh the %ollo_in# phae at a con-eyer •

pee( o% MbW mLmin&teQ• =hae 1 De#reain# an( iron phophatin# at a temperat&re o% Mu C• =hae 2 De#reain# an( %inihin# iron phophatin# at a temperat&re o% Wu C• =hae M Sho_er _ith %reh tap _ater • =hae W Sho_er _ith (emineralie( _ater • =hae V Air (ryin# _ith hi#h pre&re air ]lo_er • =hae K eat (ryin# in o-en at a temperat&re o% 12u C• =hae A&tomatic electrotatic po_(er paintin# %or tan(ar( colo&r or lar#er ]atche o%

• pecial colo&rQ "an&al electrotatic po_(er paintin# %or maller ]atche o% pecial colo&r• =hae 8 C&rin# in o-en %or 1b12 min&te at a temperat&re o% 1b2u C• =hae ! &ality control o% ran(om ample a %ollo_Q:• [i&al inpection a#aint a mater ample &in# M (i%%erent ha(e o% li#htQ• Gri( c&t in or(er to tet that the enamel a(heion ecee(• Control o% coatin# thic$ne• Control o% #lo



orm

• TECNICA+ INOR"ATION• Enclo&re• MQ1 rame _or$• E-ery "SZ i ma(e ecl&i-ely %rom tan(ar( an( type co(eb mo(&le Q All the mo(&le em]race a hi#h f&ality con%ormin# to

Tr&on# Gian# (ei#n peci%icationQ The %rame]ar an( cro]ar are &pplie( in iqe %rom 1 to 11 mo(&le B1 mo(&lev2 mmQ• Dimenion: ei#ht: 1KY 18Y 2Y 22Y 2Kmm B_ith ]&]ar top &nitQ• ^i(th: WY KY 8Y 1Y 12mm• Depth: WY KY 8Y1Y 12mm

Internal Enclo!re "!#ar $!nctional !nit ca#le

%e&aration incl!'in( ter)inal *or e+ternal con'!ctor (lan'



orm

• MQ2 Internal %orm o% eparation

• The %ollo_in# are typical %orm o% eparation ]y partition:

• orm 1 No internal eparation

• orm 2a Separation o% ]&]ar %rom the %&nctional &nitQ

• Terminal NOT eparate( %rom ]&]arQ



orm

• orm 2]

• Separation o% ]&]ar %rom the %&nctional &nitQ

• Terminal eparate( %rom ]&]arQ

• Type 1 3 2

• Type 1: Z&]ar eparation ]y in&late( co-erin#

• eQ# lee-in#Y _rappin# or coatin#Q

• Type 2: Z&]ar eparation ]y metallic or non

• metallic ri#i( ]arrier or partition

• orm Ma


• Separation o% %&nctional &nit %rom one anotherQ

• Separation o% terminal %rom %&nctional &nit ]&t not %rom each otherQ

• Terminal NOT eparate( %rom ]&]ar



orm

• orm M]


• Type Separation o% %&nctional &nit %rom one anotherQ

• 1 3 2 Separation o% terminal %rom %&nctional &nit ]&t not %rom each otherQ

• Terminal eparate( %rom ]&]arQ


• eQ# lee-in#Y _rappin# or coatin#Q


• metallic ri#i( ]arrier or partitionQ

• orm Wa


• Type Separation o% %&nctional &nit %rom one anotherQ

• 1 3 2 Separation o% terminal o% %&nctional &nit

• Terminal in ame compartment a %&nctional &nitQ


• eQ# lee-in#Y _rappin# or coatin#Q Ca]le #lan(e( ele_hereQ


• metallic ri#i( ]arrier or partition Ca]le #lan(e( ele_hereQ



orm

• orm W]

• Separation o% ]&]ar %rom the %&nctional &nitQ• Type Separation o% %&nctional &nit %rom one anotherQ• WYV 3 K Separation o% terminal o% %&nctional &nit• Terminal NOT in ame compartment a %&nctional

• Type W: Z&]ar eparation ]y in&late( co-erin#• eQ# lee-in#Y _rappin# or coatin#Q• Ca]le #lan(e( ele_hereQ• Type V: Z&]ar eparation ]y metallic or non

• metallic ri#i( ]arrier or partitionQTerminal• eparate( ]y in&late( co-erin#Q• Ca]le #lan(e( in common ca]lin# cham]erQ• Type K: All eparation ]y metallic or non metallic• ri#i( ]arrier or partitionQ• Ca]le #lan(e( in common ca]lin# cham]erQ

• orm W] Type : All eparation ]y metallic or non metallic• Type ri#i( ]arrier or partitionQ• The terminal %or each %&nctional &nit ha-e• their o_n inte#ral #lan(in# %acilityQ



TECNICA+ INOR"ATION Enclo&re

• MQW Ratin# ta]le: RATING TAZ+E OR CO==ER ZUSZARS ACCORDING TO DIN WMK1

• Ratin# at WuC am]ient temperat&re an( maim&m ]&]ar temperat&re 12uCQ

• The ratin# are tete( -al&e an( the tet are per%orme( in a orm W type panel _ith a

• (e#ree o% protection I= W



TECNICA+ INOR"ATION Enclo&re• "ain Z&]ar on top an( ca]le connection %rontQ

• Z&]ar on top &p to WA BOne main ]&]ar ytem



TECNICA+ INOR"ATION Enclo&re• "ain Z&]ar on top an( ca]le connection %rontQ

• Z&]ar on top %rom WA &p to WA BT_o main ]&]ar ytem



TECNICA+ INOR"ATION Enclo&re• Z&]ar on top &p to WA BOne main ]&]ar ytem

•Z&]ar on top %rom WA &p to WA BT_o main ]&]ar ytem


20/28



Aem]ly



TECNICA+ INOR"ATIONWQ ^irin#• WQ1 Ca]le connection

• In #eneralY %lei]le copper ca]le i &e( %or _irin# the ini(e o% a _itch]oar(Q or an operatin# -olta#e o% le than hal% the ca]lein&latin# -olta#e or in other _or( w V- Y thee ca]le are treate( a ]elon#in# to la 2Q Conef&ently they may ]e ec&re((irectly to metal &pport _itho&t inertin# an in&latorQ

• WQ2 + crimpin#• A l ho&l( only contain a in#le po_er ca]leY all the tran( o% the con(&ctor ho&l( ]e locate( ini(e the l ]arrelQ• Ue( crimp toolY o% a &ita]le iqe Y a recommen(e( ]y the l man&%act&re Q Apply the ti#htenin# %orce peci%ite( ]y the

man&%act&re o% the crimp tooQ Tool ho&l( ]e chec$e( at re#&lar inter-alQ• ea#onal nec$in# (itri]&te the crimpin# in a &ni%orm manner aro&n( the lQ


24/28


Ro&ntine tet


25/28


Ro&ntine tet


26/28


TECNICA+ INOR"ATION KQTranport

• KQ1 +i%tin# ]y crane

•

"aim&m +oa( 2$# %or W li%tin# Eye

• KQ2 "o-in# ]y pipe ection


27/28


TECNICA+ INOR"ATIONQ Intallation• Q1 Ditance to _all an( #an#_ay _i(th


28/28

TECNICA+ INOR"ATIONQ2 iin# plane• Q2 Intallation on %ale %loor an( (irectly on concrete

• 1QS_itch]oar(

• 2Q Zo#ir(er

• MQ itte( %loor plate

• WQ S&pport a(x&ita]le

• VQ Concrete %loor

Documents

3 Tu Dien Truong Giang