AUROTEK_PCB+Separator多机型介绍.pdf - 第6页
Suitable for Small Lot Production T eaching p ad introduc ti on n Teaching Pad Introduction Help starter to operate the separator easily. Feel free to program and edit routing path by teaching pad. TP-104E操控器，操作介面簡單， 方便使…
Setting Fixture
2 stations
Working Area
X:330mm Y:330mm Z:15mm
Component Height
Top side:15mm, Bottom side:45mm
PCB Thickness
0.5 ~ 2mm (It’s necessary to contact Aurotek
in advance for over 2mm )
Routing Bit Diameter
Ø1 ~ Ø2 mm (Option: over Ø 2mm )
Precision of Cutting
±0.1mm
Positioning Accuracy
±0.01mm
Positioning Repeatability
±0.02mm
Number of Axes in use
4 (X,Y1,Y2,Z)
Driving Speed (Max.)
X, Y1,Y2: 1,000mm/sec Z: 750mm/sec
Cutting Speed (Max.)
X, Y, Z: 100mm/sec
(it’s according to the specification of Bit for
the best speed setting)
Spindle
High speed variable frequency motor,
150W(Max. 58,000 rpm)
Cutting Possibilities
Linear, Arc, Circular, U-curve, L-curve
Motor of Axes
4 axes (AC Servo motor)
Routing Bit Sectioning
Max.2 sections
Route Planning
Direct coordinate input or manual guiding
with 10X CCD camera
Safety Area Sensor
Standard
Tool Break Detection
Standard
Operating System
Windows XP
Program Storage
HDD
Program Backup
USB
Man-Machine Interface
TFT monitor + keyboard + mouse
Conveyor Adjustment
PCB Loading/Unloading
Manual
Power Supply
3-Phase AC220V±5℅ 50/60Hz
[3HP Vacuum included]3kw,11A
Air
Dry air 0.5Mpa
Dimensions(W x D x H)
1190x1039x1401+535 mm (signal tower)
Weight(approx.)
390kg
Working Height
90cm±5cm
PATHWAY
SIMULATION
R
outing
B
it
S
ectioning
Pathway simulation function can
easily accurate understanding
of current cutting point or has
been cut point at any time. In
order to observe and modify,
reduce duplication sure that
each cut point time-consuming.
Routing bit automatically lift
and shift to next programmed
point then cutting to extend
the life time of routing bit.
藉由路徑模擬功能可以隨時準確地了
解目前未切割路徑及已切割路徑，以
便觀察與修改，減少重覆確認每個切
割點所耗費的時間。
銑刀切割一定距離後自動上升/下降
至另一段未切割之刀刃位置，以延
長銑刀壽命。
パスシミュレーション機能を通し、テ
ィーチングの確認時間を短縮すること
ができ、カットされた、またはカット
中のポイントの位置を確認できます。
ビットは基板切断後カットポジショ
ンを自動シフトし、ビットの消耗を
ビットの寿命を最大に活かします。
2
Suitable for Small Lot Production
T
eaching pad introducti
on
n
Teaching Pad Introduction
Help starter to operate the
separator easily. Feel free to
program and edit routing path
by teaching pad.
TP-104E操控器，操作介面簡單，
方便使用，能快速執行基板切割路徑
之程式製作以及編輯。
TP-104Eティーチングペンダントにより操作が簡易化。基盤分割パターンのセ
ッテイングや編集が自由自在。
3
Setting Fixture
1 station
Working Area
X:330mm Y:330mm Z:70mm
Component Height
Top side:15mm, Bottom side:45mm
PCB Thickness
0.5 ~ 2mm (It’s necessary to contact Aurotek
in advance for over 2mm )
Routing Bit Diameter
Ø1 ~ Ø2 mm(Option: over Ø 2mm )
Precision of Cutting
±0.1mm
Positioning Accuracy
±0.02mm
Positioning Repeatability
±0.02mm
Number of Axes in use
3 (X,Y,Z)
Driving Speed (Max.)
X,Y: 500mm/sec Z:100mm/sec
Cutting Speed (Max.)
X, Y, Z: 100mm/sec
(it’s according to the specification of Bit for
the best speed setting)
Spindle
High speed variable frequency motor,
150W(Max. 58,000rpm)
Cutting Possibilities
Linear, Arc, Circular, U-curve, L-curve
Motor of Axes
3 axes (AC Servo motor)
Routing Bit Sectioning
Max.2 sections
Route Planning
Safety Area Sensor
Tool Break Detection
Operating System
Dedicated Board Computer
Program Storage
EEPROM
Program Backup
USB
Man-Machine Interface
TP-104E
Conveyor Adjustment
PCB Loading/Unloading
Manual
Power Supply
Single phase AC220V±5%(vacuum excluded)
1.5kw, 6A
Air
Dry air 0.5Mpa
Dimensions(W x D x H)
670x840x840mm
Weight(approx.)
118kg
Working Height
120cm±5cm
R
outing
D
evic
e
R
outing
B
it
S
ectioning
The routing device equipped
high speed precision spindle
motor to reduce the reaction
pressure from work piece.
Aurotek own designed PC-
Based motion control board
provides linear, circular
motions to meet different kind
of shape of PCB.
Routing bit automatically lift
and shift to next programmed
point then cutting to extend
the life time of routing bit.
使用高轉速精密主軸馬達，對於PC
板的切割壓力小，搭配自行開發之PC-Based控制器，具備直線、弧、圓
弧、U 型切割功能，可適合各種形狀PC板。
銑刀切割一定距離後自動上升/下降
至另一段未切割之刀刃位置，以延
長銑刀壽命。
高速スピンドルモータを使用している為、基盤切断時による切断応力が減少
(約プレスの1/10)。また自社開発のコントローラにより、直線や曲線などの自
在な切断が可能。多種類の基盤形状に対応。
ビットは基板切断後カットポジショ
ンを自動シフトし、ビットの消耗を
ビットの寿命を最大に活かします。
4