Precision matthews CS-315V User manual

1SAF
E
This
a
r
e
t
a
t
h
1.1
G
1.2
B
1.3
E
2MAC
H
3TEC
H
3.1
G
4TRA
N
5GET
T
5.1
D
5.2
M
5.3
V
5.4
S
5.5
S
5.6
C
6GET
T
6.1
M
t
h
6.2
A
6.3
A
6.4
E
M
7REC
O
7.1
G
M
7.2
O
7.3
D
7.4
D
8
A
DJ
U
8.1
D
8.2
A
8.3
C
8.4
C
C
8.5
T
8.6
C
9THE
O
9.1
M
9.2
V
9.3
L
Decr
e
s
9.4
S
9.5
O
E
TY REGU
L
machine c
o
a
nd local ac
c
e
gulations.
a
mpering o
f
h
e manufa
c
G
eneral Sa
f
B
lade Guar
d
E
mergenci
e
H
INE DIME
H
NICAL C
H
G
eneral C
h
N
SPORTIN
G
T
ING TO K
N
D
isk Head
A
M
achine B
a
V
ice
............
S
upport R
o
S
tand
.........
C
oolant Pu
m
T
ING STA
R
M
inimum
R
h
e Machin
e
A
nchoring
t
A
ssembly
a
E
lectrical
C
M
achine
....
O
MMEND
A
G
eneral
A
d
v
M
achine
.....
O
perator P
o
D
eactivatin
g
D
ismantlin
g
U
STING TH
D
isk Head
..
A
djusting t
h
C
hanging t
h
C
leaning a
n
C
oolant Sy
s
Tr
oublesh
o
C
ommon P
O
PERATI
O
M
iter angle
V
ise Opera
t
L
oading th
e
e
ase vibrat
i
s
etting) .......
S
e
t
ting Cut
t
O
peration
C
..
L
ATIONS
o
mplies wit
h
c
ident prev
e
Improper
f
the machi
n
c
ture
r
of all
r
f
ety
A
dvic
e
d
Safety
...
e
s
..............
...
NSIONS
H
ARACTE
R
h
aracteristi
c
G
THE MA
C
N
OW YOU
R
A
ssembly
.
a
se
............
.................
o
ller
...........
.................
m
p
............
.........
R
TED
R
equireme
n
e
...............
t
he Machi
n
a
nd Setup
.
C
onnection
.................
A
TIONS
A
N
D
v
ise Befor
e
.................
o
sition
......
g
the Mac
h
g
................
E MACHIN
.................
h
e Miterin
g
h
e Disk
.....
n
d
A
ccessi
s
tem
.........
o
oting the i
n
roblems a
n
.
O
N CYCLE
.................
t
ion
...........
e
Work-pie
c
i
on (workpi
e
.................
t
ing Lengt
h
C
ycle
.........
.
.................
h
the nation
a
e
ntion
use and/or
n
e will relie
v
r
esponsibili
t
e
................
.
.................
.
.................
.
.................
.....
R
ISTICS
c
s
..............
.......
C
HINE
R
MACHIN
E
.
.................
.
.................
.
.................
.
.................
.
.................
.
.................
.
.................
n
ts for Hou
s
.
.................
e
...............
.
.................
of the
.
.................
.
D
ADVICE
e
Using th
e
.
.................
.
.................
h
ine
...........
.
.................
...............
E
.
.................
g
Lock Lev
e
.
.................
ng the
.
.................
n
verter
......
n
d Solutio
n
.
.................
.
.................
.
.................
c
e
..............
e
ce positio
n
.
.................
h
................
.
.................
1
.... 2
al
v
e
ty. 2
.... 2
.... 2
.... 2
.... 2
.... 3
.... 3
.... 3
.. 3
E
.... 3
.... 4
.... 4
.... 4
.... 4
.... 4
.... 5
s
ing
.... 5
.... 5
.... 5
.... 8
.... 8
e
.... 8
.... 8
.... 9
.... 9
.. 10
.. 10
er
10
.. 10
.. 10
.. 11
n
s
11
.. 14
.. 14
.. 14
.. 15
n
.. 15
.. 15
.. 15
10
M
T
1
1
1
1
1
1
1
11
T
1
12
1
1
1
1
1
1
1
ROUTI
N
M
AINTENA
N
T
HE MAINT
BEEN D
MONTH
INTERV
A
MACHI
N
RESUL
T
POOR
P
0.1
D
0.2
W
0.3
M
0.4
S
0.5
O
0.6
O
0.7
S
TROUB
L
T
his chapte
r
malfunc
t
machine
possible
1.1
B
WIRING
2.1
W
2.2
P
2.3
E
2.4
P
2.5
P
2.6
E
2.7
P
Ta
b
E AND SP
E
...........
.
N
CE
E
NANCE
S
IVIDED IN
T
L
Y,
AND S
A
LS. NEG
L
N
E MAINTE
T
IN PREM
A
P
ERFORM
A
D
aily Maint
e
W
eekly Mai
n
M
onthly Ma
S
ix-Monthly
O
ils for Lub
O
il Disposa
S
pecial Mai
L
ESHOOTI
O
r
lists the pr
o
ions that c
o
is being u
s
remedies f
o
B
lade and
c
DIARAM
A
W
IRING DI
A
P
ARTS LIS
T
E
xplosion
d
P
arts List-
P
P
arts List-
P
E
xplosion
d
P
a
r
ts List-
P
ble of C
o
ECIAL
.
.................
S
CHEDULE
T
O DAILY,
IX-MONTH
L
ECTING
T
NANCE WI
A
TURE W
E
A
NCE.........
e
nance
......
ntenance
..
a
intenance
.
Maintena
n
b
ricating C
o
l
................
ntenance
..
............
O
N
obable faul
t
o
uld occur
w
sed and su
g
or
solving t
h
c
ut diagno
s
A
ND PART
S
A
RAM ........
T
................
dr
aw
..........
P
art A
........
P
art A
........
dr
aw
..........
P
a
r
t B
........
o
ntents
........ 16
AS
WEEKLY,
LY
T
HE
LL
E
AR AND
........ 16
........ 16
........ 16
........ 17
n
ce
.. 17
o
olant
17
........ 17
........ 17
........ 18
t
s and
w
hile the
g
gests
h
em. 18
s
is
.... 18
21
S
LIST
........ 21
........ 22
........ 23
........ 24
........ 25
........ 26
........ 27

1SAF
E
This m
a
use an
d
1.1
Ge
n
•
A
l
w
•
A
l
w
bla
d
•
Ne
v
•
Do
•
Do
cha
op
e
•
Tie
•
Ke
e
•
Fo
c
•
Ke
e
•
Ke
e
•
Wh
e
1.2
Bla
d
•
Th
e
use
•
Ne
v
1.3
Em
In the
e
immedi
a
require
Note:
R
the sp
e
2MA
C
1130
1150 mm
E
TY REG
U
a
chine com
p
d
/o
r
tamper
i
n
e
r
al Safet
w
ays wear s
u
w
ays discon
n
d
e/cutting d
v
e
r
expose
y
not shift th
e
not wear, g
ins, neck ti
e
e
ration
back long
h
e
p the work
c
us on one
t
e
p your han
e
p your han
e
n the mac
h
d
e Guard
S
e
blade gua
r
the machi
n
v
er handle
b
ergencies
e
vent of inc
o
ately by pr
e
resetting o
f
R
esetting o
f
e
cific restart
C
HINE DIM
U
LATION
S
p
lies with t
h
i
ng of the
m
y Advice
u
itable eye
n
ect the m
a
isk, or perf
o
y
ou
r
hands
e
machine
w
loves, very
e
s; or any
o
h
air.
area free
o
t
ask at a ti
m
ds free; do
ds clean.
h
ine is not i
S
afety
r
d is a self
–
n
e without t
h
b
lade guar
d
o
rrect oper
a
e
ssing the
e
f
the emerg
f
machine
o
button.
ENSIONS
1850
10
0
S
h
e national
a
m
achine will
protection.
a
chine from
o
rming any
o
r
limbs to
w
hile in ope
loose or lo
n
o
the
r
object
of
equipmen
m
e
not carry t
o
n use, the
s
–
adjusting
c
h
e blade g
u
while the
b
a
tion or dan
g
e
mergency
s
ency stop
b
o
peration af
t
2
0
0mm
a
nd local a
c
relieve the
the power
s
maintenan
c
the cutting
ration.
n
g clothing,
that could
g
n
t, tools or
a
o
o many ob
j
s
aw blade
s
c
ove
r
that p
u
ard.
b
lade is run
n
gerous con
s
top button
.
b
utton.
t
er each e
m
c
cident pre
v
manufactu
r
s
ource bef
o
c
e work.
area while
long and l
o
g
et caught i
a
ny other o
b
j
ects in you
s
hould not
b
revents co
n
n
ing.
ditions, the
.
This will
s
m
ergency st
o
v
ention reg
u
r
e
r
of all re
s
o
re changin
g
the machin
o
ose sleeve
n the mach
b
ject.
r
hands.
b
e moving.
n
tact with th
machine
m
s
hut off the
m
o
p is achie
v
u
lations. I
m
s
ponsibility.
g
the saw
e is operati
e
s, bracelet
s
h
ine during
h
e blade. N
e
m
ay be stop
p
m
achine a
n
v
ed by reac
m
prope
r
ng.
s
,
e
ve
r
p
ed
n
d will
t
ivating

3TEC
H
3.1
Ge
n
Cutt
i
Capa
0
ْ
◌
45
◌
Main Mot
o
Spindle S
Saw Blad
e
Maximu
m
Cooling
P
Coolant t
a
Machine
W
Machine
D
(withstan
d
StandDim
e
4TRA
N
5GET
T
5.1
Dis
H
NICAL
C
n
e
r
al Cha
r
i
ng
city
ْ
◌
5
0
ْ
◌
5
0
o
r
peed
e
m
Vise Openin
g
P
ump
a
nk
W
eight (KGS)
D
imensions
d
)Lx W xH
e
nsions
N
SPORTI
N
T
ING TO
K
k Head
A
s
A
B
C
HARACT
E
r
acteristics
0
mm 2”
0
mm 2”
g
N
G THE
M
K
NOW Y
O
sembly
E
RISTICS
100mm
4
90 mm 3-
1
H
S
M
ACHINE
When tr
a
hand tr
o
UR MAC
H
The se
c
system,
A.
Cont
r
A long
a
starting,
B.
Tran
The cen
and oil
t
3
4
” 82 x 8
2
3-5/16” x
1
/2” 75 x 75
3” x 3
”
2 HP /
4
15 ~12
0
S
S 2.0mm x
3
120 mm
1/8
H
5
L
230 kgs (wi
t
1150 x 100
0
45.3” x 39.
600 x 580
x
23.6” x 22.
a
nspor
t
ing in
o
lley.
H
INE
c
tion of the
m
disc or bla
d
r
ol Lever
a
ngled leve
r
raising, an
sfe
r
Case
n
tral part of
t
t
ank.
2
mm
3-5/16”
11
0
4-5
/
mm
”
8
5
3-5/
1
4
pole
0
RPM
3
2 x Ф315 m
m
4.7 ”
H
P
L
t
h stand)
0
x 1850mm
4” x 72.8”
x
720 mm
8” x 28.3”
its own pa
c
m
achine co
d
e, and co
n
r
with a ha
n
d lowering
t
t
he assem
b
0
x 70 mm”
/
16”x2-3/4”
5
x 70mm
1
6” x 2-3/4”
m
c
kaging, us
e
mposed m
o
n
trol handle
.
dle grip an
d
t
he disk he
a
b
ly, housing
e
a forklift t
r
o
tor, gear tr
.
d
trigger s
w
a
d
the gear s
y
r
uck or
a
nsfe
r
itch for
y
stem

5.2
Ma
c
5.3
Vic
e
5.4
Su
p
5.5
Sta
5.6
Co
o
c
hine Bas
e
e
p
port Roll
e
nd
o
lant Pum
p
e
er
p
A heav
y
vise sys
A clamp
security
hand-w
h
The cla
m
clamp
w
A Devic
e
assists
s
Support
Base, a
n
control
b
Found
w
contain
e
and ho
s
4
y
cast iron s
s
tem, and h
e
p
ing system
for the wo
r
h
eel, which
m
ping vise
c
w
orkpiece o
f
e
that supp
s
tock movi
n
structure f
o
n
d Vise sy
s
b
ox at the f
r
w
ithin the m
e
d system t
h
s
es.
tructure th
a
e
ad assem
b
that provid
e
k material.
opens and
c
an be adj
u
f
various si
z
ort longer s
n
g through t
or
the Mach
s
tem. The s
t
r
on
t
and co
o
achine sta
n
h
at include
s
a
t supports
t
b
ly.
e
s the basi
c
Operation
s
closes the
v
u
sted forwa
r
z
es.
ized materi
a
he vise.
ine Head
A
t
and also st
o
o
lant pump
n
d, the cool
a
s
a tank, pu
t
he miter s
y
c
support a
n
s
are condu
vise jaws.
r
d and bac
k
al. The roll
A
ssembly,
M
t
ores electri
c
at rear.
a
nt pump i
s
u
mp motor,
f
y
stem,
n
d
c
ted by
k
ward to
er
M
achine
c
al
s
a self
f
ilters

6GET
T
•
Ma
k
the
•
Us
e
•
All i
wel
l
eve
6.1
Mi
n
The M
a
Enviro
n
Relativ
e
6.2
A
n
c
6.3
A
s
s
2
1
T
ING STA
k
e sure tha
t
identificati
o
e
a good qu
a
nternal an
d
l
-lit area or
n slight ac
c
n
imum Re
q
a
in voltage
a
n
ment temp
e
e
humidity
n
c
horing th
e
s
embly an
d
RTED
t
the electri
c
o
n plate on
t
a
lity groun
d
d
/o
r
internal
where ther
e
c
idents.
q
uirement
s
a
nd freque
n
e
rature fro
m
n
ot over 90
%
e
Machine
d
Setup
c
al supply
a
t
he motor f
o
d
ed electric
a
operations
,
e
is sufficie
n
for Housi
n
n
cy complyi
n
m
–10°C to
+
%
.
•
Posi
•
Mai
n
rear
•
A
nc
h
diag
tie r
o
stan
•
Ens
u
Positioni
Please f
o
from the
•
Tak
e
som
e
•
Tak
e
wor
k
is ab
•
Met
h
the
c
•
Met
h
on t
h
grab
Initial Cl
e
•
Mac
h
proo
f
oil /
g
•
The
s
on e
a
and
N
solid
•
Plea
s
the
s
prev
e
5
a
nd the ma
c
or
the corre
c
a
l system.
,
maintena
n
nt
light fro
m
n
g the Mac
h
ng with the
+
50°C.
i
tion the m
a
n
tain a mini
of the mac
h
o
r
the ma
c
ram, using
o
ds that co
n
d.
u
ring that it
ng the mach
o
llow the ins
t
package.
e
out the acc
e
e
parts later.
e
out the ma
c
k
ing location
b
out 300kgs
a
h
od one: Us
e
c
ollar of the
m
h
od two: Usi
n
h
e base of th
e
or sling hoo
e
aning
h
ine is ship
p
f
oil coating
f
g
rease.
stand of the
a
ch side of t
h
Nuts M12 .
T
ly on the flo
o
se refer to t
h
s
tand to the f
e
nt distortio
n
c
hine’s volt
a
c
t voltage.
n
ce or repai
extra sour
c
h
ine
requireme
n
a
chine on a
mum dista
n
h
ine.
c
hine to the
screws an
d
n
nect throu
g
is sitting le
v
ine
t
ruc
t
ion bell
o
e
ssory box f
r
c
hine from th
by hoisting
w
a
t point E.
e
a sling. Ca
r
m
oveable ja
w
n
g lift rings.
A
e
machine.
A
ks to the lift
r
p
ed with rust
p
f
rom all exp
o
cold saw ha
s
h
e stand, att
a
T
he cold sa
w
o
r.
h
e anchoring
l
oor, apply e
v
n
of the stan
d
a
ge are the
r
s, must be
c
es so as t
o
n
ts for the
m
firm and le
v
n
ce of 800
m
ground, as
d
expansion
g
h holes in
v
el.
o
w when unp
r
om the rear
e package t
o
w
ith the belts
efully wrap t
h
w
and motor
m
A
ttach lifting
r
A
ttach a thre
e
r
ings.
p
roof oil coa
t
o
sed metal s
s
four mount
a
ched the 4
w
should be
k
section abo
v
v
en torque t
o
d
.
same. Re
f
performed
o
avoid the
m
achine’s
m
v
el concret
e
m
m from th
e
s
shown in t
h
n
plugs or s
u
the base o
f
p
acking the
m
for assembl
i
o
the intend
e
s
. The load c
a
he sling (E)
a
mount.
rings to thre
e
e
-point sling
t
ing. Clean t
h
s
urface. The
n
t
ing holes, t
w
of bolts M1
2
k
ept
level an
d
v
e. When se
o
the fasten
e
fer
to
in a
risk of
m
otor.
e
floor.
e
wall to
h
e
u
nken
f
the
m
achine
i
ng
e
d
a
pacity
a
round
e
points
with
h
e rust
n
apply
w
o holes
2
x35
d
rest
curing
e
rs to

5
J
7
M
6
8
3
G
4
N
L
O
G
G
H
J
G
G
The mac
Giving th
•
A
lig
base to t
•
Dir
e
lowering
•
Se
c
exposed
The cool
a
following
•
Inse
r
•
A
lig
n
inter
i
•
A
ppl
y
•
Sec
u
•
Use
from
Attach th
•
Inse
r
fill h
o
•
Turn
cont
r
•
A
lig
n
(Ref
e
Connect
•
Loc
a
the t
o
•
Plug
•
Use
a
Attach th
•
Plac
e
•
A
lig
n
mat
c
•
A
ppl
y
•
Loo
s
hole
s
•
A
dju
s
acro
s
in n
o
plac
e
until
•
Sec
u
tight
e
6
c
hine has be
e
h
e picture by
n the four s
e
heir corresp
o
e
c
t
the setsc
r
the machin
e
c
ure the mac
h
setscrews.
an
t
tank plat
f
g
is for your r
e
rt
platform (
H
n
the platfor
m
i
or of the ma
y
an M8x18
x
u
re the platf
o
a wrench to
the oil fill h
o
e control ha
n
rt
the thread
e
o
le (J).
the control
h
r
ol handle (L
n
the handle
e
r to image)
the electric
w
a
te the open
o
p of the mo
in the contr
o
a wrench to
h
e support ro
e
the suppo
r
n
the 2 slots
(
c
hing screw
h
y
an M10 w
a
s
ely screw th
s
.
st
the height
s
s the mout
h
o
t available,
u
e
a small lev
e
level.
u
re the supp
o
e
n down the
e
n fixed on t
h
appearing t
h
e
tscrews (G)
o
nding hole
s
r
ews (G) into
e
onto the st
a
h
ine onto th
e
f
orm has be
e
e
ference.
H
) to the inte
r
m
holes (i) to
chine stand.
x
2, washer t
o
o
rm (H) to th
e
unscrew a
M
o
le (J).
n
dle to the h
e
e
d end of th
e
h
andle (L) al
o
) until a tight
(L) so that t
h
w
ire with the
s
ocke
t
(M) a
tor.
o
l handle ca
b
s
crew in the
ller to the le
f
r
t roller (P) u
p
(
O) in the ba
s
h
oles on the
a
sher for ea
c
e hex head
b
of the supp
o
h
of the vise
a
u
se a straigh
e
l on top. R
a
o
rt roller (P)
i
2 hex head
h
e stand alr
e
h
e foxing poi
n
on the unde
r
s
in the stan
d
their matchi
a
nd.
e
stand usin
g
e
n fixed on a
r
ior of the m
a
the screw h
o
o
each of the
e
stand.
M
20 X 40 he
x
e
ad assemb
l
e
control han
d
o
ng the shaf
t
fit.
e trigger swi
motor.
t
the side of
t
b
le into the o
cable conn
e
t
side of the
b
p
next to the
s
e of the su
p
base of the
m
c
h of 2 M10x
2
b
olts into the
o
rt roller (P).
a
nd support
r
t bar or piec
e
a
ise or lowe
r
i
nto place.
U
b
olts.
e
ady to use.
nts for refer
e
r
side of the
m
d
.
ng holes wh
i
g
three nuts
t
a
lready. The
a
chine stand
o
les (i) on th
e
2 M8x12 sc
x
head scre
w
ly.
d
le into the
g
ft
to screw in
i
tch (K) poin
t
the electrica
pen socket (
e
cter nut (N).
base.
machine ba
s
p
port roller
w
m
achine.
2
5 hex head
aligned slot
Place a lev
e
roller. If a lo
e
of material
r
the support
U
se a wrenc
h
e
nce.
m
achine
i
le
t
o the
.
e
rews.
w
(J)
g
ear oil
the
up.
l box on
M).
s
e.
w
ith the
bolts.
(O) and
e
l
ng level
then
roller
h
to

11
9
Q
10
T
12
13
1E
1F
1G
V
X
X
Attach th
•
Inse
r
vise.
•
Turn
•
Use
slee
v
Assembl
e
•
Inse
r
•
A
ppl
y
•
Sec
u
•
Plac
e
•
Con
n
•
Use
a
Install th
e
•
Orie
n
mac
h
•
Plac
e
The
c
the
b
the
c
•
Inse
r
con
n
•
Plac
e
Attach t
h
•
Plac
e
•
A
lig
n
top
o
•
A
ppl
y
•
Sec
u
A
ttached
There ar
e
while un
p
•
Inse
r
bas
e
•
A
lig
n
mat
c
•
A
ppl
y
•
Loo
s
slot
(
•
A
dju
s
dow
n
•
Inse
r
of th
e
scre
w
7
h
e bar stop t
o
rt
the thread
the long ro
d
a hex wrenc
v
e counter-c
l
e the coolan
t
rt
the coolan
t
y
an M6 wa
s
u
re pump (X
)
e
the hose c
l
n
ect the flo
w
a flat head s
e
coolant ta
n
nt
the coola
n
h
ine stand.
e
the coolan
t
coolant tank
b
ottom of the
c
oolant platf
o
rt
one end o
f
n
ector (1B) o
n
e
the other
e
h
e rear plate
e
rear plate
(
n
the plate h
o
o
f the machi
n
y
an M8 wa
s
u
re with 4 sc
r
d
the splash
p
e two plates
p
acked.
rt
a splash p
l
e
.
n
the 2 slots
(
c
hing screw
h
y
a washer
f
s
ely screw th
(
1F) and hol
e
st
the splas
h
n
the screws
rt
a longer o
n
e
machine b
a
w
s to allow f
r
o
the vise.
end of the l
o
d
clockwise u
h 5mm to lo
c
l
ockwise, so
t
tank
t
pump (X) i
n
s
her to each
)
to tank (T)
w
l
amp (V) ont
o
tube (W) to
crewdriver t
o
n
k
n
t pump (X) t
o
t
tank (1A) o
n
(1A) contai
n
tank. This
t
o
rm (H).
f
the 0.5” dra
n
the under
s
e
nd into the i
n
to the back
o
(
1C) across
t
o
les (1D) wit
h
n
e stand.
s
her to each
r
ews and wa
p
lates
at the front
a
ate (1E) ont
o
(
1F) in the b
a
h
oles on the
o
r each of 2
e socket he
x
e
s.
h
plate (1E) t
o
to secure.
n
e of splash
a
se. This pl
a
r
ee moveme
o
ng rod (R) i
n
ntil snug.
c
k the screw
that bar sto
p
n
to the coola
n
o
f 2 M6x20
s
w
ith prepare
d
o
the 0.375”
t
he hose co
n
o
tighten the
o
wards the r
e
n
to the cool
a
n
s a divider t
h
rough fit ove
i
n hose (Y)
o
ide of the m
a
n
ser
t
(Z) of t
h
o
f the stand.
t
he back of t
h
h
the set of
4
o
f 4 M8x25
s
s
hers.
a
nd rear sid
e
o
the front si
d
a
se of the sp
machine ba
s
hex socket
h
x
head scre
w
o
the proper
p
late (1G) o
n
a
te need not
nt or conven
n
to the side
o
M12x10 (Q)
p
unit is secu
nt tank (T).
s
crews (U).
d
screws (U)
flow tube (
W
n
nector (V).
hose clamp
e
ar opening
a
nt platform
(
h
at forms a t
r
e
r the vertica
l
o
nto the hos
e
a
chine base.
h
e coolant t
a
h
e machine
s
4
holes towa
r
s
crews.
e
already in
s
d
ewall of m
a
p
lash plate w
s
e.
h
ead screws
w
s into the ali
g
position and
n
to the rear
s
t
be secured
n
ient remova
l
o
f the
on the
re.
.
W
).
(V).
of
(
H).
r
ough in
l
lip of
e
a
nk (1A).
s
tand.
r
ds the
s
talled
a
chine
i
th the
M8x20.
g
ned
tighten
s
idewall
with
l
.

6.4-1
6.4
Ele
7REC
7.1
Ge
n
•
Thi
s
mat
e
wor
k
•
Lim
i
•
To
o
an
h
use
d
•
A
lw
a
•
Do
n
•
Im
m
ma
c
che
c
•
Bef
o
7.2
Op
e
ctrical Co
n
OMMEND
n
e
r
al
A
dvi
s
s
machine is
e
rials may b
e
k
.
i
t the machin
o
btain good
r
h
our. This o
p
d
continuou
s
a
ys check th
n
ot use a dis
m
ediately rel
e
c
hine before
c
k the disk t
e
o
re carrying
o
e
rator Pos
i
n
nection of
ATIONS
A
s
e Before
U
designed to
e
required f
o
es use to a
s
r
unning-in o
f
p
eration sho
s
ly.
a
t
the workp
k size that i
s
e
ase the star
t
raising the
m
e
eth for any
d
o
ut any repa
i
tion
the Machi
n
•
Mak
e
220
V
con
n
•
The
c
with
•
The
p
as s
h
•
This
24~1
wind
If the ma
connect
e
1.
The
2.
The
d
swit
c
3.
Ref
e
A
ND
A
DVI
C
U
sing the
M
cut metal co
r fabrication
s
ingle opera
t
f
the machin
e
u
ld be repe
a
iece is secu
r
s
outside the
t
/run/trigger
b
m
achine hea
d
d
amage. If
a
irs of the ma
The ope
r
hand to
g
8
n
e
e
sure whet
h
V
/ 1 phase o
r
n
ec
t
ion.
c
ontrol elect
r
a latching d
o
power conn
e
h
own in the
p
machine us
e
1
20rpm. Ple
a
ow on the c
o
chine canno
e
d, please c
h
Emergency
s
door of the
e
c
hed ON (lo
c
e
r to the Tabl
C
E
M
achine
nstruc
t
ion m
workshops,
t
or.
e
it is advisa
a
ted two or t
h
r
ely clamped
limits of the
b
utton if the
d
d
. Then op
e
a
ny of the te
e
a
chine, cons
u
r
ator should
s
g
rip the cont
r
h
er the volta
g
r
(220V,380
V
r
ical box is l
o
o
or.
e
ction cable
i
p
icture (6.4 -
1
e
s an invert
e
a
se refer to t
h
o
ntrol panel.
t be operate
d
h
eck the foll
o
s
witch is rel
e
e
lectrical cab
c
ked).
e of Error C
o
aterials of di
f
machinist s
h
ble to start
u
h
ree times,
a
and that lo
n
machine sp
e
d
isk should
g
n the vise a
n
e
th are brok
e
u
lt a technici
a
s
tand in fron
r
ol handle.
g
e of the ac
q
V
,400,440V)
/
o
cated at the
i
s at the rear
1
).
r to change
t
h
e informati
o
d
after wires
wing items:
e
ased.
i
net is prope
o
des for the i
f
feren
t
shap
e
ops, and ge
n
sing it at int
e
a
fter which t
h
g pieces ar
e
e
cifications.
g
et stuck in
a
n
d remove t
h
e
n, replace t
h
a
n.
t
of the mac
h
q
uired machi
/
3 phase pr
i
e
front of the
s
r
of the elect
r
t
he speed r
a
o
n in front of
t
have been
rly closed a
n
i
nverter ( 8.
6
e
s and profil
e
n
eral constr
u
e
rvals of ab
o
h
e machine
m
e
suitably su
p
a
cut. Switch
h
e workpiec
e
h
e saw blad
e
h
ine using a
ne is
i
or to
s
tand
r
ical box
a
te from
t
he
n
d
6
).
e
s. The
u
c
t
ion
o
ut half
m
ay be
p
ported.
off the
e
. Lastly,
e
.
single

9
7.3
Deactivating the Machine
If the machine is to be inactive for a long period, prepare the machine as follows:
•
Detach the plug from the electric supply panel
•
Release the head return spring
•
Empty the coolant tank
•
Carefully clean and grease the machine
•
If necessary, cover the machine.
7.4
Dismantling
General rules
Before disposing of the machine, the machine should be broken down and separated into the 3
categories as follows:
•
Cast iron or ferrous materials: These materials should be of single composition, without
combination or attachment to other types of materials. This is a recyclable material. The
materials may be sent to metal scrap and recycling centers.
•
Electrical components: This includes cables and electronic parts (magnetic cards, etc.). These
materials may be considered as urban waste. Give the materials to your local public waste
disposal service.
•
Old mineral, synthetic and/or mixed oils: Blend oils and greases are special refuse. Have these
collected by a service specializing in oil disposal.
Note: Standards and legislation for waste disposal is in a state continuous change and evolution.
The user must be informed of current regulation for waste disposal of machine tools, as they may
differ from those described above. They are to be considered as general guideline.

8
A
DJ
U
BEFOR
E
THE P
O
8.1
Dis
If exces
s
Pay att
e
8.2
A
dj
8.3
Ch
a
8.4
Cle
E
U
STING T
E
PERFOR
M
O
WER CABL
E
k Head
s
ive axial pl
a
e
ntion and a
v
usting the
a
nging the
aning and
C
A
HE MAC
H
M
ING THE F
O
E
MUST BE
a
y is found o
n
v
oid making
t
Mitering L
o
Disk
A
ccessin
g
B
H
INE
O
LLOWING
COMPLET
E
n
the hinge,
i
t
he joint too
t
o
ck Lever
The lock
the mac
h
for mach
lever:
•
Loo
s
•
Sup
p
•
Pivo
t
moti
o
•
The
n
To cha
n
•
Rele
scre
w
•
Rot
a
•
Plac
e
•
Low
e
on t
h
•
Use
•
Rot
a
(bec
a
•
Rem
ass
e
•
Slip
o
•
Plac
e
•
Con
t
rem
o
the Cool
a
•
Pull
o
•
Pull
o
•
Rem
•
Pou
r
•
Was
h
•
Repl
•
Fill
w
•
Repl
10
OPERATIO
N
E
LY DISCO
N
i
t will be suff
t
ight.
lever may r
e
h
ine base an
d
ine head.
s
en screw (A
p
ort the bus
h
t
the lever (
C
o
n.
n
tighten the
n
ged the di
s
e
ase the mo
b
w
(B).
a
te the mobil
e
e
a block of
w
e
r the machi
n
h
e block of
w
a hex wrenc
a
te the disk i
n
a
use it has
a
m
ove the disk
e
mbly.
o
ff the flang
e
e
the flange
t
inue the rep
o
val of the di
s
a
nt System
o
ut the drain
o
ut the cool
a
m
ove the filte
r
r
out the coo
l
h out the dir
t
ace the filte
r
w
ith coolant
s
ace the cool
N
S, THE EL
E
N
NECTED.
i
cient to tigh
t
e
quire adjust
d
it fail to ad
e
I
f there is in
s
)
h
ing (B) so t
h
C
) to unlock
s
screw (A).
s
k:
b
ile guard (A
)
e
guard (A)
b
w
ood into th
e
n
e head to r
e
w
ood.
h to remove
n
the clockwi
s
a
left-handed
or blade (D
)
e
(E) from th
e
o
nto the rep
l
lacement of
s
k.
hose from t
h
a
nt tank fro
m
r
(A) from th
e
l
an
t
t
and debris.
r
(A).
s
olution of 1:
ant tank in r
e
E
CTRIC PO
W
t
en the scre
w
men
t
when t
e
quately se
c
s
ufficient bra
k
a
t
it does n
o
s
ide to allow
m
)
by removin
g
b
ack.
e
vise.
e
s
t
the cuttin
g
the hex soc
k
s
e direction
t
thread).
)
and flange
(
e
disk (D).
acement di
s
t
he disk in r
e
h
e filter (A).
the coolant
e
tank
1
0 ratio of c
o
e
verse order
W
ER SUPP
L
w
s.
t
he lever is li
m
c
ure the mite
r
k
eage of the
o
t drop in po
s
more range
o
g
the hex so
c
g disk or sa
w
k
e
t
screw (C
)
t
o loosen it
(E) from the
s
k or blade (
D
e
verse order
platform in t
h
o
olant to wat
e
of removal.
L
Y AND
m
ited by
r
angle
lock
s
ition.
o
f
c
ket
w
blade
)
,
head
D
).
of
h
e stand.
e
r

11
8.5
Troubleshooting the inverter
Troubleshooting the inverter
Prior to operating all electronic parts, the following aspects should be taken into consideration first
Note:
Only eligible and qualified personnel can make electronic adjustments.
1. Disconnect machine from power supply.
2. Electronic parts are extremely sensitive, do not use hands or metal tools to remove or install such
parts.
3. As remaining voltage still exists in the capacitor even after the electric current has been cut off,
wait until the light disappears from the lighted display completely before proceeding with any work
to prevent any accidents or hazards from occurring.
4. Pay close attention to the electronic circuit board so that they are free from any defects.
5. Never connect the alternating current directly to the output connector (U/V/W) of the speed
adjuster. The electronic self-diagnosis program can notify you of situations like motor overloading
and too low or too high voltage, etc. When the program detects an error, the machine will stop
immediately and such error will be displayed on the inverter’s digital display. Follow the solutions
to correct any errors. Close the electrical cabinet and connect machine to power supply.
6. Wait 5 seconds after a fault has been cleared before performing reset via keypad of input terminal.
7. As soon as getting the faulty to device, please get back the code information to the service and getting
more solution.
8.6
Common Problems and Faulty code list

12

13

9THE
Before
o
on “reg
u
9.1
Mit
e
9.2
Vis
e
The qui
c
width.
T
A
OPERATI
o
perating all
t
u
lating the m
a
e
r angle
e
Operatio
c
k clamp vis
e
T
his allows f
o
B
ON CYCL
t
he main pa
r
a
chine”)
B
D
A
n
e
lever allow
s
o
r efficient u
s
C
E
r
ts of the ma
c
•
Use
t
•
Rot
a
•
Che
c
vise
•
Use
t
s
the operat
o
s
e of machin
e
Use the
h
pieces th
•
Rot
a
•
Rot
a
the
v
Use the
v
the sam
e
•
Rot
a
•
Rot
a
wor
k
The cla
m
and bac
k
There is
of the vi
s
•
Pull
o
vers
a
The cla
m
cutting i
n
•
Tak
e
Use
rod (
•
Loo
s
•
Rot
a
angl
e
•
Upl
o
14
c
hine must
b
the miter loc
a
te the disk h
c
k the miter
a
the miter loc
o
r to quickly
e
for loading
h
and wheel
t
h
at vary in wi
d
a
te the hand
-
a
te the hand-
v
ise jaw (C) t
o
v
ise lever to
e
width.
a
te the vise l
e
a
te the vise l
e
k
-piece.
m
ping vise s
e
k
ward for ext
a sliding de
v
s
e. Please r
e
o
ut the vise
s
a
.
m
ping vise e
q
n
the head w
a
e
off the set
o
a hex wrenc
Q-6.3 pic.-9
s
en the mite
r
a
te the entir
e
e on the indi
o
ad the mate
b
e set to opti
m
k lever (A) t
o
ead assem
b
a
ngle on the
k lever (A) t
o
clamp and u
and feeding
t
o open and
c
d
th.
-
wheel (A) c
o
w
heel (A) cl
o
o
the work p
quickly clam
e
ver (B) cloc
k
e
ver (B) cou
n
et
equips wit
h
e
nding the c
v
ise betwee
n
e
fer to the in
d
s
et that the
e
q
uips with a
n
a
s set in 90
d
o
f bar stop o
f
h 5mm to lo
s
).
r
lock lever (
9
e
dick head u
cator (9.1, B
rial and cla
m
m
um conditi
o
o
release the
ly to the cor
r
angle indica
t
o
lock in the
m
nclamp wor
k
forward wo
r
c
lose the vis
o
unter-clock
w
o
ckwise to cl
o
i
eces.
p and uncla
m
k
wise to cla
m
n
ter-clockwis
h
the functio
n
l
amp capaci
t
the swing b
a
d
icator on pi
c
e
ntire vise ti
c
other functi
o
d
egree.
f
setting cutti
s
s the M6x1
0
9
.1 A).
nit to the rig
h
) at the 90 d
e
m
p it securel
y
o
ns (see the
e
disk head
a
r
ec
t
miter an
g
a
tor (B) belo
w
m
iter angle.
k
-pieces of s
a
r
k-pieces.
s
e jaw for wo
w
ise to open
ose and ap
p
m
p work pie
c
m
p the work-
s
e to unclam
p
n
to adjust fo
t
y.
ase and the
c
ture (9.1 D).
c
ome out an
d
o
n for makin
g
ng measure
m
0
screw on t
h
h
t, checking
e
gree of vis
e
y
before cutti
n
chapter
ssembly.
g
le.
w
the
a
me
r
k
the vise.
roach
c
es of
p
iece.
p
the
rward
bottom
d
vice
g
the slot
m
ent.
h
e long
t
he
e
.
n
g.

9.3
Lo
a
•
Use
•
Me
a
•
Pla
c
•
Slid
e
•
Pre
s
•
Use
If repeti
t
•
Use
bet
w
•
The
Decrea
s
The cla
size.
Please
decrea
s
1. chec
2.
9.4
Se
t
Setting
t
single le
The sto
p
•
Cut
•
Unc
•
Slid
e
•
Cla
m
•
The
9.5
Op
e
E
B
a
ding the
W
the vise ha
n
a
sure and m
a
c
e the work-
p
e
the work-p
s
s the work-
p
the vise ha
n
t
ive cuts are
the vise ha
n
w
een the mo
n use the vi
s
s
e vibratio
n
mping vise
be followe
d
s
ing the vib
r
k the work
p
t
ting Cuttin
t
he cutting le
e
ngth.
p
bar in use
off the first l
e
c
lamp the wo
e
the work-p
m
p the work
-
n proceed w
er
ation Cy
c
W
ork-piece
n
d-wheel to
o
a
rk off the le
n
p
iece on the
f
iece across
t
p
iece up aga
n
d-wheel to
c
required for
m
n
d-wheel to
a
bile vise jaw
s
e lock lever
n
(workpiec
e
can be adj
u
d
the trick a
s
r
ation.
p
iece’s cent
e
g Length
ngth remov
e
e
ngth of wor
k
rk-piece
iece forward
-
piece.
ith the oper
a
c
le
A B C
H
C
A
D
o
pen the vis
e
n
gth of mate
r
f
lat surface i
n
t
he vise so t
h
inst the bac
k
c
lamp the w
o
m
aterial of t
h
a
pproach th
e
and the wor
k
to clamp an
d
e
position s
e
u
sted forwa
s
below wh
e
er
not over
e
s the need t
o
•
Mea
s
off.
•
Loa
d
•
Line
•
Cla
m
•
Loo
s
•
Slid
e
stop
•
Tigh
t
k
-piece.
until it reac
h
a
tion cycle
•
Set t
•
Ope
n
•
Loa
d
•
Cla
m
•
A
dju
s
•
Che
c
•
Set t
(H).
15
e
wider than
t
rial desired t
n
between t
h
h
at the lengt
h
k
vise jaw.
o
rk-piece.
h
e same wid
t
e
work-piece
,
k-piece.
d
unclamp th
e
tting)
a
rd and bac
k
e
n loading
the center
o
o repeatedl
y
s
ure and m
a
d
the work-pi
e
up the cut
m
p the work-
p
s
en the hex
n
e
the bar rise
bar (B) touc
h
t
en the hex
n
h
es tip of the
t
he miter cut
n
the vise, if
d
the work-pi
e
m
p the work-
p
st
the bar st
o
c
k that the m
t
he speed (C
t
he width of
t
o be cut-off.
h
e vise jaws.
h
mark lines
t
h:
,
but leave a
n
e work-piec
e
k
ward to cl
a
(
setting) th
e
o
f blade. Pl
e
y
measure w
o
a
rk off the le
n
e
ce.
p
iece.
n
ut at the ba
s
r (A) along t
h
h
es the end
n
ut at the ba
s
stop bar (A)
angle, if nec
necessary
e
ce
p
iece
o
p for cutting
ain power li
g
), read the s
p
t
he work-pie
c
up with the
b
n
approxima
t
e
.
a
mp work-p
e
work-piec
e
e
ase see d
r
o
rk-pieces fo
gth of mater
s
e of the bar
h
e long rod (
C
o
f the work-
p
s
e of the bar
.
e
ssary
length, if ne
g
ht is ON (A)
p
eed displa
y
c
e.
b
lade or dis
k
t
e 5mm gap
p
iece for va
r
e
position f
o
rew A
o
r repetitive
c
r
ial desired t
o
riser (A).
C) so that th
p
iece.
riser (A).
e
cessary
)
.
y
ed on the wi
.
r
ious
or
c
uts of a
o
be cut-
e tip of
ndow

The ch
o
DISC –
c
and for
m
When s
t
cuts mu
s
double t
Press t
h
so as to
10 RO
U
THE M
A
AND SI
RESU
L
10.1
D
a
Make a
g
Top off
t
Inspect
t
Raise th
Check t
h
10.2
W
Thorou
g
Clean a
n
Clean t
h
Sharpe
n
o
pper is now
combined w
i
m
achine per
f
t
ar
t
ing to cut
st
be made
w
he normal ti
m
h
e red emer
g
stop machi
n
U
TINE
AN
A
INTENAN
X-MONTH
L
L
T IN PRE
M
a
ily Mainte
n
g
eneral clea
t
he coolant.
t
he disk/saw
e head into
a
h
a
t
the shiel
d
eekly Main
g
hly clean th
e
n
d grease th
h
e housing f
o
n
the saw te
e
ready to sta
i
th a suitabl
e
f
ormance.
with a new
d
w
hile exertin
m
e.
g
ency button
n
e operation
N
D SPECI
A
CE SCHE
D
L
Y INTER
V
M
ATURE W
E
n
ance
ning by rem
o
blade for w
e
a
high positi
o
d
s and emer
g
tenance
e
machine in
e vice scre
w
o
r disk/saw b
e
th.
G
•
Set t
•
Gra
s
•
Pres
•
Pull
d
con
s
•
A
fte
r
•
Rais
e
•
Pres
•
Use
v
•
Rem
•
Rep
e
rt
work, bea
r
e
descent of
t
d
isk, in orde
r
g a slight pr
e
(E) when th
e
i
mmediately
.
A
L MAINT
E
D
ULE AS B
E
V
ALS. NEG
E
AR AND
P
o
ving dust a
n
e
ar.
o
n to reduce
g
ency stops
cluding the
c
w
and sliding
s
lade.
16
t
he coolant s
w
s
p the contro
l
s the trigger
d
own the co
n
s
tan
t
pressur
e
r
cut off
e
control ha
n
s the stop b
u
vise lever to
m
ove or feed
t
e
at operatio
n
r
ing in mind
t
the head –
a
r
to safegua
r
e
ssure on th
ere are con
d
.
E
NANCE
E
EN DIVID
E
LECTING
T
P
OOR PER
n
d shavings
stress on th
e
are in good
w
c
oolant tank.
s
urfaces.
w
itch (B).
l
handle (G).
switch (F) t
o
n
trol handle
(
e
.
n
dle slowly
u
tton (D)
open the vi
s
t
he work-pie
c
n
cycle, if ne
c
t
hat the CU
T
a
re of decisi
v
r
d its life an
d
e part, so th
a
d
itions of da
n
E
D INTO D
A
T
HE MACH
FORMAN
C
f
rom the ma
c
e
return spri
n
w
orking ord
e
start.
(
G). Apply a
s
e
c
e forward
c
essary
T
TING SPE
E
v
e importanc
efficiency, t
a
t the time t
a
n
ger of malf
u
A
ILY, WEE
I
NE MAINT
C
E.
c
hine.
n
g.
e
r.
a
steady and
E
D and the T
Y
c
e for cutting
t
he first two
o
a
ken to cut i
s
u
nc
t
ions in g
e
E
KLY, MON
T
T
ENANCE
W
Y
PE of
quality
o
r three
s
about
e
neral,
T
HLY,
W
ILL

10.3
M
o
Check t
h
Check t
h
Grease
t
10.4
Si
x
Change
or equiv
a
10.5
O
i
Consid
e
own req
THE MI
N
10.6
Oi
Oil prod
u
“Machin
e
10.7
S
p
Special
contacti
n
and saf
e
o
nthly Mai
n
h
a
t
all screw
s
h
a
t
the guar
d
t
he hinge pi
n
x
-Monthly
the oil in th
e
alent oil, pro
i
ls for Lub
r
e
ring the vas
t
uirements, u
N
IMUM PE
R
i
l Disposal
u
cts must b
e
e disposal.”
p
ecial Mai
n
maintenanc
e
n
g dealer an
e
ty equipme
n
n
tenance
s
on the mot
o
d
is free fro
m
n
for the hea
d
Maintenan
e
reduction u
n
ceeding as f
o
r
icating Co
o
t
range of pr
o
sing as refe
r
R
CENTAGE
O
e
disposed in
n
tenance
e
operations
d/or importe
r
n
t and devic
e
o
r, the pum
p
m
defect.
d
assembly.
c
e
n
it using oil t
o
llows:
Remove
the contr
o
Drain off
Pour in
n
handle,
k
Full the
o
Reasse
m
Check c
o
o
lant
o
ducts on th
e
r
ence the typ
O
F OIL DIL
U
a proper m
a
must be car
r
r
the term sp
e
s.
17
p
, the vise ja
w
t
ype DN SU
P
the connect
i
r
ol handle.
the old oil fr
o
n
ew oil of to
t
k
eeping hea
d
o
il up at leas
t
m
ble all the p
o
ntinuity of t
h
e
market, th
e
p
e SHELL L
U
U
TED IN WA
T
a
nner followi
r
ied out by s
k
p
ecial mainte
w
s, and the
g
P
ER GEAR
4
i
ng plug fro
m
o
m the drain
t
he mark (A)
,
d
in a horizo
n
t
1.5 liters.
arts.
h
e equipoten
e
user can c
h
U
TEM OIL E
C
T
ER IS 8~1
0
ng local reg
u
k
illed person
n
ance also
c
g
uard are tig
h
4
60 by IDEM
m
the electric
hole (B )
through the
n
tal position.
tial protectio
h
oose the on
e
C
O.
0
%.
u
lations. Ple
a
nel. Howev
e
c
overs the re
s
h
t and secur
ITSU or DA
P
box and un
s
hole for the
o
n circuit.
e most suite
d
ase refer to
e
r, we advis
e
set
t
ing of pr
o
e
.
P
HON
s
crew
control
d
to his
e
o
tection

11 TR
O
This ch
a
being u
The fir
s
COMP
O
11.1
Bl
FAULT
TOOT
H
PREM
A
WEAR
O
UBLESH
a
pte
r
lists t
h
sed and su
s
t paragrap
h
O
NENTS.
ade and c
u
T
H
BREAKA
G
A
TURE DI
S
OOTION
h
e probabl
e
ggests pos
s
h
provides
d
u
t diagnos
i
PRO
B
G
E
Too fas
t
Wrong
c
Wrong
t
Low qu
a
Ineffect
i
Previou
Cutting
previou
s
Insuffici
wrong
e
Sticky
a
disk.
S
K
Wrong
r
Wrong
c
Unsuita
Wrong
t
Low qu
a
Insuffici
e
faults and
s
ible reme
d
d
iagnosis fo
s
B
ABLE CA
U
t
advance
c
utting speed
t
ooth pitch
a
lity disk
i
ve gripping o
f
sl
y
broken to
o
resumed on
a
s
ly.
ent lubricatin
g
e
mulsion.
a
ccumulation
o
r
unning in of t
h
c
utting speed.
ble tooth profi
t
ooth pitch.
a
lity disk.
ent lubricatin
g
18
malfunctio
n
d
ies fo
r
solv
or
TOOLS a
U
SE
f
the part in th
e
o
th left in the
c
a
groove mad
e
g
refrigerant o
r
o
f material on
t
h
e dis
k
.
i
le.
g
refrigerant.
n
s that coul
d
ing them.
n
d CUTS, t
RE
M
e
vise.
c
ut.
e
r
t
he
Decr
e
press
u
Chan
g
See c
choic
e
spee
d
Choo
s
See c
choic
e
Use
a
Chec
k
Accur
a
Make
Chec
k
Incre
a
refrig
e
the li
g
Chec
k
and c
h
See c
choic
e
Runni
Chan
g
See
C
choic
e
spee
d
Choo
s
“ Mat
e
disks”
Choo
s
See
C
choic
e
Use
a
Chec
k
Incre
a
refrig
e
the liq
d
occur whi
h
e second
f
EDY
ase advance,
u
re.
g
e disk speed
h
apter “ Mate
r
e
of disks” an
d
d
s according t
s
e a suitable
d
h
apter “ Mate
r
e
of disks”.
better quality
k
the gripping
o
a
tel
y
remove
a
the cut elsew
h
k
the level of t
h
a
se the flew of
e
rant, checkin
g
uid outlet pip
e
k
the blend of
h
oose a bette
r
h
apter “ Mate
r
e
of disks” in t
h
ng in the disk.
g
e disk speed
C
hapter “ Mat
e
e
of disks” an
d
d
s according t
o
s
e a suitable
d
e
rial classifica
t
in the paragr
a
s
e a suitable
d
C
hapter “ Mat
e
e
of disks”.
better quality
k
the level of t
h
a
se the flow of
e
rant, checkin
g
uid outlet pip
e
i
le the mac
h
f
o
r
ELECT
R
exerting less
and/or diam
e
r
ial classificati
o
d
the Table of
t
o disk diamet
e
d
isk.
r
ial classificati
o
disk.
o
f the part.
a
ll the parts l
e
here, turning
t
h
e liquid in th
e
f
lubricating
g
that the hol
e
e
are not bloc
k
lubricating co
o
r
quality disk.
r
ial classificati
o
h
e paragraph
.
and / or diam
e
rial classifica
d
the Table of
o
disk diamet
e
d
isk. See Cha
p
t
ion and choic
e
a
ph on Type
o
d
isk.
e
rial classificat
disk.
h
e liquid in th
e
f
lubricating
g
that the hol
e
e
are not bloc
k
h
ine is
R
ICAL
cutting
ter.
o
n and
cutting
e
r.
o
n and
e
ft in.
he part.
e
tank.
e
and
k
ed.
o
lant
o
n and
on
eter.
t
ion and
cutting
e
r.
p
ter
e
of
o
f disks.
ion and
e
tank.
e
and
k
ed.

FAULT
CHIPP
E
DISK
V
RIDGE
CUTTI
N
T
E
D DISK
V
IBRATION
S ON THE
N
G SURFA
PRO
B
Hardne
s
(oxides
,
etc…)
Wrong
c
Wrong
t
Vibratio
Disk in
c
Low qu
a
Incorre
c
Refrige
r
Wrong
t
Unsuita
Ineffect
i
Dimens
with re
s
cutting
d
Disk di
a
CE
Disk di
a
Ineffect
i
Too fas
t
Disk te
e
Insuffici
Toothin
g
B
ABLE CA
U
s
s, shape or
f
,
inclusions, l
a
c
utting speed.
t
ooth pitch.
ns
c
orrectly shar
p
a
lity disk.
c
t emulsion of
r
ant.
t
ooth pitch.
ble tooth profi
i
ve gripping o
f
ions of the s
o
s
pect to the
m
d
imensions.
a
meter incorre
c
a
meter incorre
c
i
ve gripping o
f
t
advance.
e
th are worn.
ent lubricatin
g
g
does not un
19
U
SE
f
laws in the m
a
c
k
of homog
e
p
ened.
the lubricatin
g
i
le.
f
the part in th
e
o
lid section to
o
m
aximum adm
ct and/or too l
ct and/ or too
f
the part in th
e
g
refrigerant.
load shaving
s
RE
M
aterial
e
neity,
g
Redu
c
adva
n
Chan
g
Chap
t
choic
e
spee
d
Choo
s
See
C
choic
e
Chec
k
Repla
suita
b
Use
a
Chec
k
the e
m
e
vise.
o
large
issible
arge.
Choo
s
See
C
choic
e
Choo
s
See
C
choic
e
of dis
k
Chec
k
Abide
Decr
e
to the
the c
u
too la
r
cut.
large.
e
vise.
s
well.
Decr
e
to the
the c
u
too la
r
cut. C
Decr
e
press
u
Shar
p
Chec
k
Incre
a
refrig
e
the liq
Choo
s
that a
l
and t
h
refrig
e
EDY
c
e the cutting
p
n
ce.
g
e disk speed
t
er ”Material cl
e
of disks” an
d
d
s according t
o
s
e a suitable
d
C
hapter “Mate
r
e
of disks”.
k
gripping of t
h
c
e the disk wi
t
le and correc
t
better quality
k
the percenta
m
ulsion.
s
e a suitable
d
C
hapter “Mate
r
e
of disks”.
s
e a suitable
d
C
hapter “Mate
r
e
of disks” in t
h
k
s.
k
the gripping
o
by the instru
c
ase the disk
d
dimensions o
f
u
tting part of t
h
r
ge for the sh
a
ase the disk
d
dimensions o
f
u
tting part of t
h
r
ge for the sh
a
hec
k
the grip
p
ase advance,
u
re.
en the tool.
k
the level of t
h
a
se the flow of
e
rant, checkin
g
uid outlet pip
e
s
e a blade wit
h
l
lows better u
n
h
at holds mor
e
e
rant.
pressure and
/
and/or diame
l
assification a
n
d
the Table of
o
disk diamet
e
d
isk.
r
ial classificati
o
h
e part.
t
h one that is
m
t
l
y
sharpened.
disk.
a
ge of water a
n
d
isk.
r
ial classificati
o
d
isk.
r
ial classificati
o
h
e paragraph
o
f the part.
c
tions.
d
iameter, ada
p
f
the part to b
e
h
e disk must n
a
pe of the par
t
d
iameter, ada
p
f
the part to b
e
h
e disk must n
a
pe of the par
t
p
ing of the pa
r
exerting less
h
e liquid in th
e
f
lubricating
g
that the hol
e
e
are not bloc
k
h
a larger too
t
n
loading of sh
a
e
lubricating
/
or the
ter. See
n
d
cutting
e
r.
o
n and
m
ore
n
d oil in
o
n and
o
n and
on Type
p
ting it
e
cut,
ot be
t
to be
p
ting it
e
cut,
ot be
t
to be
r
t.
cutting
e
tank.
e
and
k
ed.
h pitch
a
vings

FAULT
CUT O
F
STRAI
G
BLAD
E
THE C
U
T
FF THE
G
HT
E
STICKS I
N
U
T
PRO
B
Too fas
t
Ineffect
i
Disk he
a
Disk si
d
Disk thi
standar
d
Dirt on
t
N
Too fas
t
Low cu
t
Wrong
t
Sticky
a
disk.
Insuffici
B
ABLE CA
U
t
advance.
i
ve gripping o
f
a
d off the stra
d
es differently
nner than the
d
.
t
he gripping d
e
t
advance.
t
ting speed.
t
ooth pitch.
a
ccumulation
o
ent lubricatin
g
20
U
SE
f
the part in th
e
ight.
sharpened.
commercial
e
vice.
o
f material on
t
g
refrigerant.
RE
M
e
vise.
Decr
e
press
u
Chec
k
be m
o
Adjus
t
Choo
s
detail
chara
c
Caref
u
surfa
c
t
he
Decr
e
press
u
Incre
a
Choo
s
See
C
choic
e
Chec
k
and c
h
Chec
k
Incre
a
refrig
e
the liq
EDY
ase advance,
u
re.
k
the gripping
o
o
ving sideway
s
t
the head.
s
e tool quality
as regards ty
p
c
teristics.
u
ll
y
clean the
l
c
es.
ase advance,
u
re.
a
se speed.
s
e a suitable
d
C
hapter “Mate
r
e
of disks”.
k
the blend of
h
oose a bette
r
k
the level of t
h
a
se the flow of
e
rant, checkin
g
uid outlet pip
e
exerting less
o
f the part wh
i
s
.
carefully in e
v
p
e and constr
u
l
aying and co
n
exerting less
d
isk.
r
ial classificati
o
lubricating co
o
r
quality disk.
h
e liquid in th
e
f
lubricating
g
that the hol
e
e
are not bloc
k
cutting
i
ch ma
y
v
er
y
u
ction
n
tact
cutting
o
n and
o
lant
e
tank.
e
and
k
ed.
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