3 axis tb6560 red
TRANSCRIPT
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CATALOGUE
TB6560HQV3-T3...............................................................................................................................1
3 AXIS DRIVER USER MANUAL...................................................................................................1
1. Overvie ......................................................................................................................................... !
!. TB6560AHQ "#v"$%"&e .................................................................................................................. 3
!.1 A% '( )*ee# (*er"%i($ S+)%e, A#v"$%"&e) ........................................................................ 3
!.! I$ i&-)*ee# (*er"%i($ S+)%e, A#v"$%"&e) ....................................................................... 3
5. I$%er"/e "$# i%) #ei$i%i($ ..................................................................................................... 6
6. Te % "i) e*"$)i($ *(r% /($$e/%i($2 ........................................................................................
. Te 'i,i% )i%/ *(r% /($$e/%i($2 .................................................................................................... 4
4. Te )e%%i$& ( /rre$%,i/r()%e**i$& "$# /rre$%-#e/"+ ,(#e "#7)%"8'e ..................................... 9
4.1 、 Crre$%-#e/"+ ,(#e )e%%i$& ............................................................................................... 9
4.! 、 ,i/r()%e**i$& )e%%i$& ....................................................................................................... 10 4.3 、 /rre$% )e%%i$& ................................................................................................................... 11
9. Te /($$e/%i($ ( :i$#) ( )%e**er ,(%(r) ................................................................................... 11
10. Drive 8("r# "$# ,(%(r ,"%/2 .................................................................................................... 13
;1< A )**'+ v('%"&e )e'e/%e#2 ............................................................................................... 13
;!< (%*% /rre$% )e%%i$&)2 ................................................................................................... 13
11. MACH3 )(%"re i$%r(#/%i($2 .................................................................................................. 15
11.1 、 M"/3 "/%iv"%e2 .............................................................................................................. 15
11.! 、 M"/3 )(%"re )e%%i$&2 ................................................................................................. 16
11.3 、 Li,i% )i%/ ,"/3 )e%%i$& : ........................................................................................ !0
11. 、 G-C(#e r$ : ................................................................................................................. !1
1. Overview
The PC Engraving is a Multifunction Engraving Machine collects engrave
and Milling.The machine mainly applicable to Processing of a variety of moldlike : Embossing plate,Shoe mold, utton mold, !ipper"mode, Te#t die and
stamping die design, e$uipment molds, glass molds and so on.The machine also
applies to the advertising industry like: %ivision licenses, signs, architectural
models, badges, badges, nameplates, panels, logo, numbers, signs, craft
decoration, furniture decoration and so on. esides, applies to portrait,
landscape, calligraphy lettering, seals and other graphic art sculpture, &'(,
&)(* +en"profile, relief production.
ur shop products -"a#is engraving machine drive,using high"performance
dedicated micro"step aay from the computer control chip T/0/1, pen
microcomputer control according to user re$uirements to functional design to
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the driver board, the composition of the minimum control system. he control
panel is suitable for any small and medium"driven to"phase or four"phase
hybrid stepper motor. )nd have current 1./), 2.3), 2.4), 3.0) 5 stalls ad6ustable
function, support M)C73, M)C7- Series softare, support 8C)M5 Seriessoftare, e#tensive application and mold machining, engraving and other
graphic applications. )s a result of ne bipolar constant"current chopping
techni$ue, high precision, the motor is running, little vibration, lo noise,
smooth operation, safe and convenient, the vast number of %'& enthusiasts and
engraving machine manufacturers product of choice.
2. TB6560AHQ advantage
2.1 At low sp! op"#t$o% S&st' A!(#%t#)s
9o"speed operating system, is the clock fre$uency is not high, ith small
current drive"based systems, such as the speed of a fe per minute to 211 turn,
the user under the conditions in such applications, such as the use of traditional
driving scheme, or a result of integrated chips segmentation is too lo, leaving
lo"speed vibration is too large or had to choose a high drive segments, so that
the cost of an unnecessary increase.
T/0/1)7; driver chip. Motor vibration, lo noise: ecause the chip comes ith an optional sub"
3,5,2/, enough to meet nearly every minute to sitch from a fe of the
applications.
=3>. embedded drive less heat: chip built"in cooling large enough alone to support
small current"driven thermal re$uirements.
=->.support a variety of stepper motor selection: customers can choose a hybrid
or a slightly larger tor$ue permanent magnet stepper motor, the motor ork in
the alloed ma#imum tor$ue of beteen -1"01?, the electrical costs of almostunchanged chip provides multi"range current set"up and current"decay mode,
supporting the same poer inde# a variety of different parameters under the
stepper motor.
2.2 I% *$)*-sp! op"#t$o% S&st' A!(#%t#)s
7igh"speed operating system refers to a higher clock fre$uency, and a large
current drive"based systems, such as the speed of close to 2111 per minute to
sitch, under the conditions of such application"driven programs such as the use
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of traditional or integrated chip segment is too lo due to , leaving the system
speed range is too small or because of the e#cessive breakdon of the high
increase in cost, may also occur due to decline in high"fre$uency tor$ue caused
by vibration and noise.T/0/1)7; driver chip. motor vibration, lo noise: )s the chip comes ith 2/ sub"T/0/1)7; chip
functionality, to meet nearly every minute to sitch from a fe to the application
re$uirements, and automatically generates a pure sine ave control current, and
other high"integrated chip compared to the same high"speed tor$ue is not only
not fall under the contrary, increase T/0/1)7; chip can ithstand the peak
due to the driving voltage of 51@, -.0) peak current for the motor tor$ue in the
large, high"speed continuous operation under the offer of the technical support.
=3>. supports a variety of stepper motor selection: customers can choose a hybrid
moment slightly larger or permanent magnet stepper motor, so that the motor
operates at ma#imum tor$ue of beteen -1"01?, the electrical costs of almost
unchanged chip provides high"current set"up and multi"range current"decay
mode, supporting the same poer inde# a variety of different parameters under
the stepper motor.
=->. an embedded easy to drive, small si!e cooling: large current drive, the chip surface to
facilitate cooling radiator outside the company can also be directly connected to the user
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current bipolar stepper motor drive
6. Standard parallel port interface, support for M)C73, 8C)M5 series
softare
. +ith optical isolation and %C%C poer supply isolation, the full
protection of your computer parallel port and e$uipment
4. ith limit sitch,can connection 5 ai#s limit sitch
9. Support four microstepping 2
2D3
2D4
2D2/
10. 23-/@ single sitching poer supply,microchips to use as a 0@
poer supply, stable and heat small
11. sing AC FG525 automatic semi"flo,the current automatic reduce
hen stepper motor stop to don the heat
5. T/0/1T-@2 )ppearance
=i& 1
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5. I%t"+#, #%! $ts !+$%$t$o%
=i& !
30"pin parallel port control is defined as follos:
%30 control pin =P'(> The pin of the drive board Comment1 EN )ll a#es enable! STE>X H=Iirst a#is> pulse signal3 DIRX H=Iirst a#is> direction of the
signal STE>? &=Second a#is>pulse signal5 DIR? &=Second a#is>direction of
the signal6 STE>@ J=Third a#is> pulse signal DIR@ J(The third a#is> direction
of the signal10 LIMIT-1 9imit input interface 211 LIMIT-! 9imit input interface 31! LIMIT-3 9imit input interface -13 LIMIT- 9imit input interface 51 Re'"+
15 B'"$:
16 STE>B- =5th a#is> pulse signal1 DIRB- =5th a#is> direction of the
signal14-!5 GND
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6. The th ai!" e!#an"ion #ort connection$
=i& 3
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%. The &i'it "witch #ort connection$
=i&
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(. The "etting o) current*'icro"te##ing
and current+deca, 'ode ad-u"ta&e
.1
/""%t-!,#& 'o! stt$%)
>') )e 1!-!VA )i%/i$& *(er )**'+
B("r# ,"r:e# D1D! ;,"%/ i% DI> )%i/ 1 "$# !< %( )e% %e v"'e ( )i%/i$&
/rre$%-#e/"+
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D1D!: ONON100; ONO=!5;
O=ON50; O=O=0;
D1 D! (r:i$& ,(#e
ON ON =")% #e/"+
O= ON 50 ")% #e/"+
ON O= !5")% #e/"+
O== O== S'( #e/"+
.2
'$,"ostpp$%) stt$%)
B("r# ,"r:e# M1M!;,"%/ i% DI> )%i/ 3 "$# < %( )e% %e v"'e (
)i%/i$& ,i/r()%e**i$& re)('%i($
M1 M! (r:i$& ,(#e
O== ON 116
ON ON 14
ON O== 1!
O== O== 1
Q2 Te )%e**er ,(%(r #river 8("r# %e )*e/ii/ r('e ( /rre$%-#e/"+ "% i) %i)F
A2 Te )%e**er ,(%(r i) 8")i/"''+ " 8re":#($ ( %e "+ /rre$% )8#ivi)i($ '" "//(r#i$& %( %e
*")e /rre$% )i$e "ve %( 8e %"$&e$% %( %e /rre$% *(i$% ") )8#ivi)i($ *(i$%). I$ %e *")e /rre$% %(re"/ )8-*(i$% /($%r(' i) $e/e))"r+ %( /($%r(' %e /rre$% #e/"+ (%eri)e i% ('# 8e i %ere i'' 8e
$( "+ %( "//r"%e'+ *(i$% (ver)((% )%"+ i$ %e 8re":#($ ( *er)*e/%ive. Te ,(%(r "% #iere$%
)*ee#) i$ #iere$% /(i/e) ( #e/"+ ,(#e. =")% #e/"+ "% i& )*ee# '( )*ee# e$ %e )'( #e/"+.S'( #e/"+ "% i& )*ee# %ere i'' 8e vi8r"%i($) i& $(i)e *r(8'e,. L( )e'e/%i($ ( i/: #e/"+
/"$ 'e"# %( ,(%(r e":$e)) "$# i$ )evere /")e) /'()e# *()i%i($. M(%(r C($%r(' IC %e /rre$% #e/"+ i)
%e %"r&e% ( H-8ri#&e )i%/ %e /($%r(' ,(#e. S'( #e/"+ e$ %e i& )i#e *i*e) /'()e# ")% #e/"+
%i,e i& (r '( )i#e %8e) "re /'()e#. Mie# #e/"+ i) " ir)% " r"*i# #e/"+ "$# %e$ " )'( #e/"+,ii$& r"%i( ( #e/"+ %i,e i) "')( " re)'% ( /i* "$# *(er "re $(% %e )",e ")
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Re,"r:2=(r ,(%(r r$ ),((%'+ *'e")e %r+ %( )e'e/% i& )e&,e$%) )/ ") 1 16 ,i/r()%e**i$&
.3
,/""%t stt$%)
B("r# ,"r:e# T1T!;,"%/ i% DI> )%i/ 1 "$# !< %( )e% %e v"'e ( )i%/i$&
/rre$% )e%%i$&
T1 T! Crre$%
ON ON !5!.5A
O== ON 50!.5A
ON O== 5!.5A
O== O== 100!.5A
>r(*()e# /rre$% ") /'()e ") *())i8'e )%e**er ,(%(r r"%e# /rre$%
/. The connection o) ind" o) "te##er
'otor"
'e"# ire) )%e**er ,(%(r2
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6 'e"# ire) )%e**er ,(%(r2
4 'e"# ire) )%e**er ,(%(r2
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S%e**er ,(%(r A -A B -B /($$e/%i($ A> AM B> BM ( 8("r# *(r%
10. D"$( o#"! #%! 'oto" '#t,*
The driver can drive to or four phase stepper motors,motor drive in
order to obtain the most satisfactory results, need to select a reasonable set of
supply voltage and current. The supply voltage level of the decision of the high"
speed electrical performance, hile the current settings determine the motor
output tor$ue.
=2> ) supply voltage selected:
'n general, the more high of the supply voltage, the more tor$ue in high
speed, and able to avoid missing step at high speed. n the other hand, the
voltage is too high may damage the driver,also big shock in lo speed
=3> output current settings:
Ior the same motor, the greater the current set value, the greater the motor
output tor$ue, but the high heat for motor and driver. Therefore, the general
situation is that the current is set to supply long"term ork machine hen arm
but not too hot hen the values.
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2>hen 5 or / lead ires stepper motors in high"speed mode: the output
current is set to e$ual or slightly less than the motor rated current value
3> hen / lead ires stepper motor in high tor$ue mode: the output currentis set to G1? of motor rated current
-> 4 "ire motor connected in series: the output current is set to G1? of
motor rated current
5> 4 "ire motor parallel connection: the output current can be set to 2.5
times more than the motor rated current.
(ote: The current setting 20"-1 minutes after you run motors, such as the motor
temperature is too high, it should reduce the current settings.if after reducing the
current value, the motor output tor$ue is not enough, please improve the cooling
conditions to ensure that motors and drives are not hot.
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11.2
M#,*3 so+tw#" stt$%)
=i& 6 ,"/3 ,"i$ i$%er"/e
pen the M)C7- as Iig/,
there are some common buttons,then let us set up itK
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=i& ,"/3 )e%%i$& ,e$
Shon in IigG, open the C(I'* menu under the PAT B P'( menu.
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=i& 4 ree$/+ )e%%i$&
Circle 2 is for setting the fundamental fre$uency, this parameter affect the motor
rotation speed. Set up and select Circle 3, configuration pin definitions
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11.3 L$'$t sw$t,* '#,*3 stt$%)
Click Linput signal,
setting as Iig22
=i& 11
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=i& 13 O*e$ %e MACH3 i% G-/(#e )e' %e)%.
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=i& 1
pen the * code, you can see the red AESET flashing, you can use mouse
click the AESET to stop the flashing, then you can press circle 3 position
C&C9EST)AT run.
)lso if you need to manual, then you can press T) key to open the manual
control panel
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=i& 15
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