44
Enwv gia ovla ta avlla suvrmata arkeiv na kavnete
merikev‰ strofev‰ sti‰ entribev‰ gia na epiteucqeiv h
swsthv pivesh.
Kleivste to portavki th‰ upodochv‰ phnivou kai anavyte
th sugkollhtikhv mhcanhv.
Epilevxte to provgramma sugkovllhsh‰ katavllhlo pro‰
to suvrma pou qevlete na crhsimopoihvsete.
3.1.2
Proetoimasiva monavda‰ trofodosiva‰ suvrmato‰ th‰
tsimpivda‰
PUSH-PULL.
Crhsimopoihvste ton kuvlindro evlxh‰ me to laimov pou
na antistoiceiv sth diavmetro suvrmato‰ pou qa crhsi-
mopoihvsete. H diavmetro‰ eivnai caragmevnh pavnw se
mia ovyh tou kulindrou.
An o kuvlindro‰ prevpei na antikatastaqeiv
:
•
Xebidwvste ta povmola
B
kai afairevste thn prostasi-
va
C
wvste na blevpete th monavda evlxh‰.
•
Xebidwvste to paximavdi
D
peristrevfontav„ to dexiov-
strofa.
•
Pievste to moclov
E
gia na afairevsete ton kuvlindro
F
.
•
Xebidwvste to mpek aerivou
H
kai to mpek reuvmato‰
G
.
•
Pievste to moclov
E
gia na shkwqeiv to roulemavn pive-
sh‰ suvrmato‰
O
wvste to suvrma na mhn sunanthvsei
empovdia katav thn prwvth eisagwghv.
•
Pievste to plhvjktro th‰ tsimpivda‰
I
wvste na procwrhv-
sei to suvrma, mevcri na bgei apov to termatikov akro-
fuvsio
L
.
Autov prevpei na procwravei se camhlhv tacuvthta.
•
Sunistavtai na stamathvsete to suvrma th stigmhv
pou bgaivnei apov ton odhgov
M
kai na ektelevsete to
procwvrhma se mikrav diasthvmata mevcri na mpei ston
odhgov
N
kai na bgei apov to termatikov akrofuvsio
L
.
•
Eisavgete ton kuvlindro evlxh‰
F
,
eivnai shmantikov na eiv-
nai sumbatov me ton tuvpo suvmarto‰ pou qa sugkollhv-
sete.
•
Bidwvste to paximavdi
D
peristrevfontav‰ to aristerov-
strofa
.
•
Bebaiwqeivte ovti to suvrma eivnai topoqethmevno mevsa
sto laimov tou kulivndrou evlxh‰
F
kai, sth sunevceia,
afhvste to moclov
E
wvste to roulemavn
O
na pievzei to
suvrma ston kuvlindro
F
.
•
Xanatopoqethvste thn prostasiva
C
kai mplokavretev
thn bidwvnonta‰ ta povmola
B
.
•
Bidwvste to mpek reuvmato‰
G
kai to mpek aerivou
H
.
Katav thn eisagwghv surmavtwn alouminivou, eidikav dia-
mevtrwn
0,8
kai
1mm,
qa mporouvsan na sunanthqouvn
duskolive‰ eisovdou tou suvrmato‰ mevsa sto termatikov
akrofuvsio. Sunistavtai loipovn na to afairevsete.
(
PRIN XEBIDWSETE TO TERMATIKO AKROFUSIO
STAMATHSTE TH ROH NEROU
)
afouv to suvrma bghvke
apov to swvma alouminivou, egkatasthvste xanav to akro-
fuvsio
,
eisavgonta‰ ceirokivnhta to suvrma mevsa sto ivdio
elevgconta‰ ovti to suvrma bgaivnei apov to mpek reuvma-
to‰. Eivnai avkrw‰ shmantikov na bidwvnete mevcri to tevvr-
ma to termatikov akrofuvsio wvste ovtan xanarcivsei h
rohv nerouv na mhn upavrxoun apwvleie‰ hv yeudeiv‰ hlek-
trikev‰ epafev‰.
4
SUGKOLLHSH
.
4.1
PROETOIMASIA TSIMPIDAS
PUSH-PULL
GIA TO
ULIKO POU QA SUGKOLLHSETE
Bebaiwqeivte ovti h sugkollhtikhv mhcanhv eivnai prodia-
teqeimevnh gia th diavmetro suvrmato‰ kai ton tuvpo
ulikouv pou qevlete na sugkollhvsete.
Bebaiwqeivte ovti egkatasthvsate sthn tsimpivda
PUSH-
PULL
ton kuvlindro diamevtrou pou na antistoiceiv sto
suvrma pou qa crhsimopoihvsete kai to mpek reuvmato‰
swsthv‰ diamevtrou.
Ruqmivste to reuvma, sth gennhvtria, se scevsh me to
evrgo pou qa ektelevsete.
Proseggivste to shmeivo sugkovllhsh‰ kai pievste to
plhvktro tsimpivda‰
I
.
Me to plhvktro
“UP-DOWN”
P
mporeivte anavloga me
ton tuvpo gennhvtria‰, na ruqmivsete to reuvma sugkovllh-
sh‰ hv na ruqmivsete kai diorqwvsete thn tacuvthta tou
suvrmato‰ sugkovllhsh‰.
An èprevpei na sugkollhvsete gia megavla cronikav dia-
sthvmata suvrmata sidhvrou hv anoxeivdwtou cavluba suni-
stavtai na antikatasthvsete to spiravl apov
PA CAR-
BON
me to metallikov.
(
bl. paravgrafo
2.1).
Afouv antikatasthvsete to spiravl apov
PA CARBON
me
to metallikov, prevpei na egkatasthvsete xanav mevsa
sthn kentrikhv suvndesh th‰ gennhvtria‰, to metallikov
kalamavki pou prohgoumevnw‰ eivcate afairevsei.
5
KULINDROI ELXHS SURMATOS
Kuvlindro‰ evlxh‰
ø 0,8 mm -
laimov‰ tuvpou
V
kwd
. 3080903.
Kuvlindro‰ evlxh‰
ø 0,9 mm -
laimov‰ tuvpou
V
kwd
. 3080919.
Kuvlindro‰ evlxh‰
ø 1,0 mm -
laimov‰ tuvpou
V
kwd
. 3080904.
Kuvlindro‰ evlxh‰
ø 1,2 mm -
laimov‰ tuvpou
V
kwd
. 3080921.
Kuvlindro‰ evlxh‰
ø 0,8 mm -
laimov‰ tuvpou
U (Al)
kwd
.
3080922.
Kuvlindro‰ evlxh‰
ø 0,9 mm -
laimov‰ tuvpou
U (Al)
kwd
.
3080923.
Kuvlindro‰ evlxh‰
ø 1,0 mm -
laimov‰ tuvpou
U (Al)
kwd
.
3080924.
Kuvlindro‰ evlxh‰
ø 1,2 mm -
laimov‰ tuvpou
U (Al)
kwd
.
3080925.
Eik
.3
Summary of Contents for PULL 2008
Page 5: ...O N M B C E O F D I H G P L O I 5...
Page 9: ...9 O N M B C E O F D I H G P L O I...
Page 13: ...13 O N M B C E O F D I H G P L O I...
Page 17: ...17 O N M B C E O F D I H G P L O I...
Page 21: ...21 O N M B C E O F D I H G P L O I...
Page 25: ...25 O N M B C E O F D I H G P L O I...
Page 29: ...29 O N M B C E O F D I H G P L O I...
Page 33: ...33 O N M B C E O F D I H G P L O I...
Page 37: ...37 O N M B C E O F D I H G P L O I...
Page 41: ...41 O N M B C E O F D I H G P L O I...
Page 45: ...45 O N M B C E O F D I H G P L O I...
Page 47: ...47 Art 2008 Art 2009 Art 2010...
Page 48: ...Art 2008 48...
Page 50: ...50 Art 2009 2010...
Page 52: ...52...