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Chapter 1 ���������������� � �� �� �� �
1.1 ���� � � ―――――――――――――――-------------------――――――――4
1.2 MPC03 � � �� ―――――――――――------―-―――――――――――4
1.3 MPC6515 � � �� �――――――――――----------―――――――――――5
1.4 � � � � �――――――――――---------------―-――――――――――――5
1.5 USB �� �―――――――――――――-----------------------------――――――6
�
Chapter 2 CorelDraw � � �� � �� � �� � � ���� � � � � ����2.1 � ��� � � ―――――――――――――――-――――――――――――――7
2.2 DST � �� � � � � �―――-―――――――-―――――――――――――――11
2.3 � �� � � � � � �―――――――――――――---――――――――――――――11
2.4 �� � �―――――――――――----――――――――――――――――――――11
�
Chapter 3 AutoCAD � � �� � �� � �� � � ���� � � � � ����3.1 � ��� � � ――――――――-―――――――――――――――――――――12
3.2 � � � � � � � �――――-―――――――――――――――――――――――12
3.3 �� ----――――――――――-―――――――――――――――――――――12
3.4 !"# $ �―――----―――――-―――――――――――――――――――――12
�
Chapter 4 universal � � �� � �� � �� � � ���� � � � � ����4.1 � ��――――――---――――――――――――――――――――――――――13
4.2 % & �―――――――――――――――――――――――――――――――――14
4.3 ' � �――――――---―――――――――――――――――――――――――16
4.4 ( ―――――――――――――――――――――――――――――――――19
4.5 � ���)* � �―――――――――――――――――――――――――――――21
4.6 � � �―――――――――――――――――――――――――――――――――24
4.7 + , - �――――――――――――――――――――――――――――――――24
4.8 (. � / 0 1 2 3 ――――――――――――――――――――――――――25
�
Chapter 5 � � � � � � � � � � � � ����5.1 � �4 ―――――――――――――――――――――――――――――――26
5.2 5 �6 ―――――――――――――――――――――――――――――――32
3
5.3 Stand Alone (Only For MPC6515) ――――――――――――――――――――34
Chapter 6 � �� �� �� � ����6.1 � 7 89 ―――――――――――――――――――――――――――――36
6.2 : ; 5 �< ―――――――――――――――――――――――――――――37
6.3 = � ―――――――――――――――――――――――――――――――39
6.4 > ? ―――――――――――――――――――――――――――――――41
6.5 @ A ―――――――――――――――――――――――――――――――39
6.6 Grade engrave ―――――――――――――――――――――――――――43
6.7 B C ―――――――――――――――――――――――――――――――44
�
Chapter 7 � � �� � �� � �� � � (Only For MPC6515)
7.1 PAD03� � 7 89�―――――――――――――――――――――――――45
7.2 PAD03� : ; 89 ―――――――――――――――――――――――――46
7.3 PAD03� � D 89 ―――――――――――――――――――――――――47
Chapter 8 � �� �� �� � � � � �� � � �� � � �� � � � (Only For MPC6515)
8.1 MPC6515 ; � �6 � EEEEEEEEEEEEEEEEEEEEEEEEE49
8.2 )* � �(*.mol) / F G � ―――――――――――――――――――――――50
�
Chapter 9 Comments on tool programs
9.1 Version check program (For MPC03) ―――――――――――――――――52
9.2 Version check program (For MPC6515) ―――――――――――――――――53
9.3 IO check program (For MPC03) ―――――――――――――――――――――53
9.4 Notes of error code(For MPC03) ―――――――――――――――――――55
�
Chapter 10 Addenda
10.1 How to deal with mass data ―――――――――――――――――――――57
10.2 How to make AI (Adobe Illustrator) files ―――――――――――――――――57
10.3 FAQ(For MPC03) ―――――――――――――――――――――――――――58
4
Chapter 1 � � �� � �� � �� � � ���� � �� �� �� �
�
1.1 ���������������� � �� �� �� � �������H� G � I 4 �J6 K � � � �L� M � 6 I 4 �� B N O P � G � I 4 Q�
MPC03-L�RQ�MPC6515�J6 K � � � ST / . M � 6 I 4 Q�J6 K � � � ��
� !�1 L�J6 K � M � 6 I 4 ST / ��
�� M � 6 I 4 � U V W ' � X :
� �� �� �� � ���� � � � �� � � �� � � �� � � � � �� �� �� � � � � �
Install � � �
Drivers J6 K � � � � � !�1
Tools IOcheck L�Vercheck � � �
Demo Data PLT, BMP Y. � Z � � �
Read me M 6 � I 4 � X
1.2 MPC03 ! " ! " ! " ! " ���� � �� �� �� � ����1.2.1 [ \ � ] ^
_� ` + a : Window2000bWin XP
c� CPU: Pentium 3
d� e Z ' : 512 e )
f� G � � U �g : 10 G
h� CD-ROM
i� PCI j k � l m
n� USB " o ��
1.2.2 p q
�rs t� u G v , / w t�x!� y �z � . { T / �
_ [ \ |� } ~� s � � � t� � �� y � � .
c [ \ � � 1 |� � ~�PCI � � |� k � $ T / �
d � 1 |� � � T / .
f � �< ��J6 K � � � L� � � |� � # $ T / .
h � � L� [ \ |� � T / .
[ \ )��: ��, p q � ��J6 K � � � |� � g G ~� � !�� �� |�
� � T / ����� “cancel”t��� ~�Drivers\ Win2000 (or Win XP)\
SetupMpc03.exe| � � G v y �z . { T / .
5
“Setup” t �� 9 p q � � � !�1 ) � T / . [ \ | � � � G ��
. { T / .
1.2.3 �q �
�� � � �� � !�1 Q� p q � �� � O ���r � ¡ a ��q � �� $ T / �
C � !�� ¢ ���� £ ¡ a ,
Mpc03ls.inf| C:\WINDOWS\INF ¢ ¤ ] $ T / .
MPC03LS.SYS|�C:\WINDOWS\SYSTEM32\DRIVERS ¢ ¤ ] $ T / .
1.3 MPC6515 ! " ! " ! " ! " ���� � �� �� �� � ���� Drivers\SetupMpc6515Drv.exe| � � $ T / .
�¥ ��� � � � t� G �� ¦ G 9 MPC6515 § 4 � L [ \ � ¨ © H
r� T / .
1.4 # $ % & ' "# $ % & ' "# $ % & ' "# $ % & ' " ���� � �� �� �� � ���� Setup.exe| � � G 9 �ª � / �« � ) ¬ D T / .
� � �
6
“Edition type” ¢Q� � )���� ��®� T / � “LaserCut50”t� � ¯ G �9 � 7 �
¡ �Q “C:\LaserCut50” ST / . t��� 9� ¡ �|� ° ¡ ±���®� T / ��
' ~� “Setup”t �� 9 M � 6 I 4 ) � T /
1.5 USB ( ) "( ) "( ) "( ) " ���� � �� �� �� � ����USB ² �t� [ \ ¢� ³ � 9�´� G � I 4 |� µ ¶ / ~� $ T / ������ “cancel”
t �� ~ Drivers\ redDogInstdrv.exet � � · y �z . { T / .
“Install Driver” 1 2 t��� 9�USB ² ��� � !�1 )� � T / �
7
Chapter 2 CorelDraw � � � � ���� � �� �� �� �
CorelDraw|� � � G 9��ª L� ¸ H�89�� ¬ D T / �
2.1 � � � � � � � � ���� � � � �
�� 1 2 t��� 9 �ª �� / �« � )� � ST / ��
2.1.1 � �4
“Chapter 5”t ¹ @ . { T / .
2.1.2 5 �6
� � � � DST� � � � � � � � � � � � �
8
“Chapter 5”t ¹ @ . { T / .
2.1.3 Stand aloneºonly for MPC6515»
“Chapter 5”t ¹ @ . { T / .
2.1.4
�� 1 2 t��� 9 �ª �� / �« � )� � ST / �
2.1.4.1 j ¼
�� X ½ � ��¾ H� ST / .
89t� j ¼ G ¿ 9��� 1 2 t��� ~�89t� À Á G � � ��
2.1.4.2 ÂM
�� X ½ � ��¾ H� ST / .
89t�ÂM G ¿ 9��� 1 2 t��� ~�89t� À Á G � � �
2.1.4.3 89�q
�� X ½ � ��¾ H� ST / .
89t��q G ¿ 9��� 1 2 t��0�Ã�89¢Ä � Å Æ � Ç a �|��0� È É ¢Ä �
� G Q� Ê Ë � ���q $ T /
2.1.4.4 s � 89
�� X ½ � ��¾ H� ST / .
89¢ s � : ; t � v Ì / .
9
2.1.4.5 89Í Î
�� X ½ � ��¾ H� ST / .
�Ï£ Ð Ñ � Z Ò : ; t 89¢ Í Ó 4 � v Ô
2.1.4.6 � ��� Õ ��Ï
�� X ½ � ��¾ H� ST / .
�� 1 2 t��� 9 �ª �� / �« � )� � ST / �
] Ö p )� � G Q� × t� � Õ � ���Ï$ T / .
2.1.4.7 Array output options
�� X ½ � ��¾ H� ST / .
�� 1 2 t��� 9 �ª �� / �« � )� � ST / ��
Cell Width(X/Y): � � � � ª g �
Times: Ø � Ù � Ú � � �, Û � ¤ Ü �
Gap: � Ú � � AA� Ý Þ
Width: s � � � � ß �
Height: s � � � � à �
Gap along Y: YÂ� � á â ã L ä â ã � Ú � Ý Þ
Gap along X: XÂ� � á â ã L ä â ã � Ú � Ý Þ
Array-data Only Draw Box: � �� t � ¯ G 9 89¢ Ù å � � � �
� �~ ¬ æ �Q ] Aç � �� � �è £/ .
10
Auto-cover Calculation: �éH S� Ù ê ¢ x! s � �ë | ì í � � �
] Ö ± � Ú � � å �| p q � � � î Ù/ . � 1 2 t �� �9,
Material width(X): �ë � ï(� 7 H 5 �< ï)
Material height(Y): �ë � à �(� 7 H 5 �< à �)
- �ª Q� ð ñ ST / .
2.1.4.8 : ; � 5 �< ��q G �
�� X ½ � ��¾ H ST / .
� 1 2 t �� �~ Ç a �| �q G 9 : ; 5 �< ¢Ä : ; u | ° ¡ ± �
®� T / .
2.1.4.9 � î
�� X ½ � ��¾ H ST / .
ª ò �¬ : ; � !e D ) �Ï£ ¡ a � �¢ �Ï� Ö t �k G � u G v
� 1 2 t À Á ·ó � $ T / .
2.1.4.10 � Z
�� X ½ � ��¾ H ST / .
� !e D ô � t õ ë Ã, � 1 2 t �� �9 : ; � Ö t � g G � u G v
11
� Z | ± � ®� T / .
2.1.4.11 � Z � ö + ��Ï
�� X ½ � ��¾ H ST / .
1 2 t��� 9 �ª �� / �« � )� � ST / �
� Z � ö + |��Ï$ T / �
2.1.4.12 ÷ È � : ; �Ý
�� X ½ � ��¾ H ST / .
1 2 t��� 9 �ª �� / �« � )� � ST / �
2.2 DST � �� �� �� � ���� * + , �* + , �* + , �* + , �
DST � �t� � � �T / .
2.3 � �� �� �� � ���� - . - �- . - �- . - �- . - �
� �� ø � � �t� � � � � � $ T / �
2.4 � �� �� �� �
“Chapter 6”t ¹ @ . { T / .
12
Chapter3 AutoCAD � �� �� �� � ���� � �� �� �� �
AutoCAD � � G 9��ª L� ¸ H�89�� ¬ D T / �
3.1 � � � � � � � � ���� � � � �
“Chapter 2”t ¹ @ . { T / .
3.2 / � 0/ � 0/ � 0/ � 0 ���� - . - �- . - �- . - �- . - �
� �� ø � � �t� � � � � � $ T / �
3.3 � �� �� �� �
“Chapter 6”t ¹ @ . { T / .
3.4 1 21 21 21 2 ���� 3 43 43 43 4
�éH Ù !"� � "G v ¬ �4 ù ú å � !"t # $ ± � ] Ö $ T / .
�� � � � �éH DXF � �¢ ] Ö $ T / .
13
Chapter 4 Universal � �� �� �� � ���� � �� �� �� �
� � � t� � � G 9��ª L� ¸ H�89�� ¬ D T / ��
��¾ ¢� Ç a �|� u G 9� Ý ? Ù� � û X �� ¬ D T / ��
/ w H�A�(�� X ST / �
4.1 � �� �� �� �
4. 1.1 © ü
�� X ½ � ��¾ H ST / .
© ü � � �t� ý N $ T / �
4.1.2 � �
�� X ½ � ��¾ H ST / .
� � � � �� ý N £ � �� ç þ ��ECP-EC (�.ecp) " � �t � � �T / .
4.1.3 �k
� � � � � �
� � � � � � �
� � � � � �
� � � �
! �" � � # �" $ % �"
14
�� X ½ � ��¾ H ST / .
: ; Ù� � Ö t�ECP-EC (�.ecp) � �� �k $ T / .
4.1.4 / 0��� � ���k
: ; Ù� � Ö t ECP-EC (�.ecp) � �� / 0���� ���k $ T / �
4.1.5 � � � �
�� X ½ � ��¾ H ST / .
�.PLTb�.AIb�.DXFb�.DSTb�.BMP ç þ �� � �� � � |� � � �T / �
4.1.6 � � � �
: ; � "� � � |� � Ì PLT � � (*.PLT) RQ DXF � ��� � � � T / �
4.1.7 ��
�� 1 2 t��� 9 �ª �� / �« � )� � ST / �
������������ � �� �� �� � � � � � � � � � � � � � �� ��� ��� ��� � � �� �� �� � � � � � �� � � � �� � � � �� � � � � � �� �� �� � �������� � � �� � �� � �� � �
�� ��� ��� ��� � �������� � �� �� �� � � � � � � � � � � � � � .
p � Ù� � Ö H “Chapter 6”t ¹ @ . { T / .
4.1.8 � � �
� � � t��� T / �
4.2 � �� �� �� � ����
4.2.1 O � ' �
�� X ½ � ��¾ H ST / .
15
4.2.2 O � ' � � � M �
�� X ½ � ��¾ H ST / .
4.2.3 89Ï'
�� X ½ � ��¾ H ST / .
89t�´ � è �Ï' $ T / �
4.2.4 � ¯
�� X ½ � ��¾ H ST / .
� � |� � ¯ G 9� � ¯ £� � � Q� § &��q &� � ��� ° ¡ t�±���®� T / ��
R� / 0� � û H� � |� @ ÏG v � � G Q� ç É �� � � |� ° ¡ $ T / �
RQ� � � |� � ¯ �Ã&��o ��|��� 9� / w ��89�� ¬ D T / �
v � Ä �X-ÂÚ Y-Â�� � � |�S� G v � u |� ° ¡ $ T / �
4.2.5 j ¼
�� X ½ � ��¾ H ST / .
� � |� j ¼ $ T / �
4.2.6 ÂM
�� X ½ � ��¾ H ST / .
� � |�ÂM $ T / �
4.2.7 �
�� X ½ � ��¾ H ST / .
16
89t��q $ T / �
4.2.7 89Í Î
�� X ½ � ��¾ H� ST / .
�Ï£ Ð Ñ � Z Ò : ; t 89¢ Í Ó 4 � v Ô
4.2.8 s � 89
�� X ½ � ��¾ H� ST / .
89¢ s � : ; t � v Ì / .
4.2.9 89� � � ���q
� � |�S� ��� � � )�89t� � 4 ¬ 9��� 1 2 t� ] Ö G v � � � |�89�
� � ���q $ T / �
4.3 5 � �5 � �5 � �5 � �
4.3.1 !"
�� X ½ � ��¾ H ST / .
� � �!"t� � T / ��“Ctrl” ² |��� 9�� � �!"t� � ���®� T / �
4.3.2 ] A
�� X ½ � ��¾ H ST / .
] At� � T / ��“Ctrl” ² |��� 9�Ï] Aç t� � ���®� T / �
4.3.3 / Aç
�� X ½ � ��¾ H ST / .
/ ^Ù� / Aç t� � ���®� T / � �¥ “C” ² |��� 9�!"�� � � T / ��
“Ctrl” ² |��� 9�)k �)� F � � � t� � ���®� T / �
4.3.4 D �
�� X ½ � ��¾ H ST / .
/ ^Ù� / Aç t� � ���®� T / � “Ctrl” ² |��� 9�Ï� � t� � ���
®� T / �
4.3.5 � ��� � �
�� X ½ � ��¾ H ST / .
/ ^Ù� � ��� � � t� � ���®� T / �
4.3.6 � p
�� X ½ � ��¾ H ST / .
�� 1 2 t� À Á �Ã� Ç a �|� � 9� / w ��89�� ¬ D T / �
17
�¥ � � p |� % & G ~p � G 9��� 1 2 t��0�Ã� � p � u |� Ç a ��� � ª �·�
� T / � � p �� g � |� ° ¡ G � � s ¢� � p Q� � � �� O 4 ó � $ T / �� � � ��
° ¡ � 1 2 H� “Tools-- To curve” ST / . � p )� � � �� ° ¡ O 9� � Ö H� ° ¡ �±�
�� � � T / �
4.3.7 � � � ¤ ]
�� X ½ � ��¾ H ST / .
� ¯ � 1 2 � )t��� ~ � � |� � ¯ G 9� � � � ¤ ] )�)û $ T / �
� G Q� ° �� ê t�S� $ T / �
4.3.8 � s
�� X ½ � ��¾ H ST / .
� ¯ � 1 2 � )t��� ~ � � |� � ¯ G 9�� s ��)û $ T / �����
�o ��|��� 9��ª ��89�� ¬ D T / ��
� G Q ° �(A+ ) ê t S� $ T / .
18
4.3.9 � � (� � )
�� X ½ � ��¾ H ST / .
� ¯ � 1 2 � )t��� ~ � � |� � ¯ G 9� � � )�)û $ T / ����� � � �
��¾ t��� 9��ª ��89� � � � T / �� È ? �� � 7 �~� G ? �� % & �
� Ö ST / �
4.3.10 � � (�� )
�� X ½ � ��¾ H ST / .
� ¯ � 1 2 � )t��� ~ � � |� � ¯ G 9� � � )�)û $ T / ����� � � �
��¾ t��� 9��ª ��89� � � � T / �� È ? �� � 7 �~� G ? �� % & �
� Ö ST / �
4.3.11 �� �
�� X ½ � ��¾ H ST / .
� � �� g � |� ° ¡ $ T / �
X-ÂÚ Y-¢� � G Q� ° �� ê t�S� $ T / �� í t� ] Ö ±��Q� t
� ! T / .
4.3.12 Ï "
�� X ½ � ��¾ H ST / .
19
7 å ��Ï " ��� ��®� T / �
4.3.13 � � % &
�� X ½ � ��¾ H ST / .
� ¯ Ù� � � �� � |� % & $ T / �� : H� ] Aç �� � ST / �
Ç a ��� � |� � ª � G 9� Z ^�� ° $ T / �
� � |��q ��Q� Ç a �)� ' �� ° $ T / �� Ç a �|� # < � À Á G 9� � )�
Ó )� T / �� � ¢� Ç a �|� u �Ã� “Delete” ² |��� 9� � )� § � T / �
4.4 6666
4.4.1 � � � $ ]
�� 1 2 t��� 9��ª ��89�� ¬ D T / �
� � )� � % �®Q�&� & ' ù �é"�&� ( � G ~�®Q�� $ ] $ T / �� � � )�
(���È S� O 9 � ) G è � �� )* � r� T / . $ ] # Ú | * Ý + � �
� �G P �� “Delete” ² ���ét� § , � $ T / ����Q� - �� � ¯ � 1 2 � )t�
. � ó � $ T / �
4.4.2 � � � F � � �
�� X ½ � ��¾ H ST / .
� � � F � � � |��34 � � T / . � 9�)* � ö + )� Ë È � T / �
20
3)� �� � ®� P AAH ° 8í � Ï+ | ¬ D � T / .
4.4.3 !"� # $
( � O Q�!"t� G ¬ ��� / T / ���éH�DXF � �¢� ] Ö $ T / �
4.4.4 �ô � � �
�� X ½ � ��¾ H ST / .
� � |� ß 0 , ¬ � 1 % � T / �
� G Q� ° �� ê t�S� $ T / ��´�F � � � Q� / 0� � �4 �� � T / ���ª Q�
ð ñ ST / �
4.4.5 � � �� ° ¡
� p |� � � �� ° ¡ $ T / �
4.4.6 � � � 2 Ä
� � t� � G Q� 2 Ä �� @ Ï$ T / �
21
A ID â 3 Q�A� � � |� ¬ D � T / ���� ID�� 2 Ä |� ° ¡ G 9� � � � 2 Ä + �
° ¡ � T / ��
4.4.7 + 4 � ° ¡
�� X ½ � ��¾ H ST / .
BMP � �¢� � Ö � T / . � ¯ � 1 2 � )t��� ~� � � | � ¯ $ T / .
' ~ � 1 2 t �� 9 5 6 � + È � ° $ T / .
4.5 � � � � � � � � ���� 7 87 87 87 8
4.5.1 )* � Ê Ë �Ï�
�� X ½ � ��¾ H ST / .
�� � � � H��: Õ Ú � Ê Ë t� p q � ���Ï$ T / ���� � � �� 7 "6 Q�
8 9 ¢�®� T / ���� 7 "6 L� Ê Ë t� ° ¡ G ~p �±� ¡ a ��� 1 2 t�� ! T / ��
Ç a ����: Õ �: H� : � ] Aç �� u |� ° ¡ G ~� � ; � 1 2 t��� 9�
Ç a �)� � ç � �� ° $ T / �� Ê Ë H� “F” ² |� . � Ä � ° ¡ $ T / �
22
4.5.2 � ���)* � Õ ��Ï
�� X ½ � ��¾ H ST / .
�� 1 2 t��� 9��ª ��89�� ¬ D ¬ ~� � G Q� × ¢� � Õ t��Ï$ T / ��
4.5.3 � � � � �
�� X ½ � ��¾ H ST / .
�� 1 2 t��� 9��ª ��89�� ¬ D T / �
Cell Width(X/Y): � � � � ª g �
Times: Ø � Ù � Ú � � �, Û � ¤ Ü �
Gap: � Ú � � AA� Ý Þ
Width: s � � � � ß �
Height: s � � � � à �
Gap along Y: YÂ� � á â ã L ä â ã � Ú � Ý Þ
23
Gap along X: XÂ� � á â ã L ä â ã � Ú � Ý Þ
Array-data Only Draw Box: � �� t � ¯ G 9 89¢ Ù å � � � �
� �~ ¬ æ �Q ] Aç � �� � �è £/ .
Auto-cover Calculation: �éH S� Ù ê ¢ x! s � �ë | ì í � � �
] Ö ± � Ú � � å �| p q � � � î Ù/ . � 1 2 t �� �9,
Material width(X): �ë � ï(� 7 H 5 �< ï)
Material height(Y): �ë � à �(� 7 H 5 �< à �)
- �ª Q� ð ñ ST / .
4.5.4 � î
� � �<� � !e D )� ° ¡ �£� ¡ a ��� 1 2 t��� 9� ° ¡ £� � � )�
�k � T / �
4.5.5 � � M ,
� � � � |� M , $ T / �
4.5.6 � Z
�� X ½ � ��¾ H ST / .
� !e D ���Ï��� ¬ ~��� 1 2 t��� 9� # Ú |� $ ] G � � u G v � � Z |�
ù � $ T / ��“Esc”t��� 9� � M � T / ��
24
4.5.7 � �
�� X ½ � ��¾ H ST / .
�éH� � �4 |��Ï$ T / �� k |� 5 �6 G ~� � � |� / F �� � $ T / ��
p � Ù� X H� “Chapter 5 : laser output”t� ¹ @ � . { T / .
4.6 . �. �. �. �
4.6.1 (
File toolbar: � 1 2 t �� �9 �ª � . | = Ó , ¬ � �è $ T / .
Output toolbar: � 1 2 t �� �9 �ª � . | = Ó , ¬ � �è $ T / .
Edit toolbar: � 1 2 t �� �9 �ª � . | = Ó , ¬ � �è $ T / .
Layers toolbar: � 1 2 t �� �9 �ª � . | = Ó , ¬ � �è $ T / .
� ¯ � 1 2 � )t��0�Ã�89�� ª ò � � > t� � ¯ Ù/ �� ¯ �Ã, ? @ � �
�+ � � ° Ù/ ) ' ~ � �4 . � � ¯ G ~p G Q + 4 t �� 9 p q � �
� �4 ' �6 ¢ © ü � �4 | Ó )Ù/ .
Align toolbar: � 1 2 t �� �9 �ª � . | = Ó , ¬ � �è $ T / .
4.6.2 Status bar
� 1 2 t �� �9 �ª � . | = Ó , ¬ � �è $ T / .
È É . ¢Q Ç a � u � � | ¬ D A /
4.7 Help
4.7.1 Help
� 1 2 t �� �9 � � � �BC « t�D���®~� ] Ö E ¢� ¼ Ù�Ï� |� B ±�
25
��®� T / �
4.7.2 About
� 1 2 t �� �9, �ª � / �« � F �| D � ®� T / ..
�éH� � � � ��Ï� L� s 8â 3 |� � v Ì / �� G � � ] H H�Û�� s 8�
G � � �
4.8 Other button on the tool bar
4.8.1 Set simulate speed
� ��¾ ( )� 1 2 t �� �9 � Z � � ö + | @ > ± � ®� T / .
4.8.2 Estimate work time
� ��¾ ( )� 1 2 t �� �9 : ; �Ý t D � ®� T / .
26
Chapter 5 Laser output(������������ � �� �� �� � )
v � ¢Q��ª L� ¸ �� � � � � � �� O 4 �®� T / �
5.1 � ' � ' � ' � '
� �4 I ' �89ST / �
J H� � �4 3��®t��, ù � � 2 Ä Q� u ¢Ä ��ª ��ST / ��Ù� K t� � ¯ �Ã�
�ª �RQ� u �� Ê Ë 8 L � |��� 9� 2 Ä |� ° ¡ �±���®� T / ��
27
J H� � �4 3��®t��, Ù� K t� � ¯ �Ã� t��� 9� Z Ò � � �4 |�
� ¯ ±���®� T / �
- “Set work mode” �� � 7 �89
Work Mode: M � � �4 �� ù � Z �
Options: � 1 2 t �� �9 )* � !e D | �Ï ± � ®� T /
Output: M � � �4 �� � � �RQ� N �
: � 4 � O �6 � �4 �� 1 2 t �� �9,
Output times: M � � �4 ��)* � Ü �|��Ï$ T / �
5.1.1 “set cut options”��� � 7 �89
Cut Z � ¢Ä Options t��� 9��ª �� / �« � ) � "/ .
�
28
Speed: X-YÂ� È �� P ��= �
Power: � �� � Q
Corner Power: 8 9 �)* ��� � �� � Q ( 8 9 | � �Q, �= � ) K 4 3�
� � ¢ � Q ) �ÏG 9 8 9 ) / 0� � / R è )* � T / )
Overlap: � S Ù� ª ò t� � T �é � � � p |��� � t��&��� � !e D ��
@ Ï$ T / � �é�� � � � � � �!9�)k � U H�·# � Ê E H� � � �Ï V + |�
à �Q�é�ST /
Not Blow: ¢4 � � 4 � � �r�W�
Blow with Laser: � ����: ���¢4 � � 4 � � &� X ë ���Ï�W���� � û H�
� � � ��� �� Ø � W�
Always Blow: H È �¢4 � � 4 � � � : q
: � 4 � O �6 � �4 �� 1 2 t �� �9,
Laser: �éH PWM y � �ST / �
Original: ª ò �� ý N £� 2 Ä ¢�x!� � ���)* t�W�
Optimize: � � � ��)* ì í t� à �� � u G v ����)* � 2 Ä |�´�� ý N ���
�� ¢Q� ( å �� G u ��� ��®� T / �
In-Out: � � ¢Ä � ? � ��)*
Down-Up: > ±� à �� ê ¢�x!��ª ¢Ä � u ��)*
Automation set cut direction: p q � �� ¡ �� # Ï���¥ � Ê Ë t� ° ¡ ±� ¡ a &�
�� � û t� � M � . { T / �
29
5.1.2 “set engrave options”��� � 7 �89
Engrave Z � ¢Ä Options t��� 9��ª �� / �« � ) � "/ .
�
Speed: XÂ È � @ Aö +
Power: � �� � Q
Scan gap: XÂ Ê Ë � � @ A � YÂ È � �q , '
Bi-dir: @ A�)* ��, X – L + ^ Ê Ë � � �q Ù/ . � � û � M � Ù
Ê Ë � � �q Ù/ .
Blow: ¢4 � � 4 � � ���� � û H� � � � ��� �� Ø � W�
Expand scale: : H� Y p |� @ A±��&� � § � ] �Z � � / �)* �ï�� : è � ¬ [ �
�&��� � !e D �� � È t�Ù/ �
: � 4 � O �6 � �4 �� 1 2 t �� �9,
� �� H��ª L� ¸ �� ª ò t� : H� � � �� \ ] T / �
30
a ; � “S” Q��� � � Ö � # Ú ST / �� � !e D �� � ¡ Ú � Ý Þ t� @ Ï$ T / �
5.1.3 grade engrave �� �� ô � 89
Grade Engrave Z � ¢Ä Options t��� 9��ª �� / �« � ) � "/ .
Speed: XÂ È � @ Aö +
Scan gap: XÂ Ê Ë � � @ A � YÂ È � �q , '
Power: � �� � Q . � � !e D Q�)* �9�� ¡ ] � R �|� # ÏÙ/ ��
Min-Power: ^ M � � �� � Q
Grade-width: grade� )* ï
Bi-dir: @ A�)* ��, X – L + ^ Ê Ë � � �q Ù/ . � � û � M � Ù
Ê Ë � � �q Ù/ .
Blow: ¢4 � � 4 � � ���� � û H� � � � ��� �� Ø � W�
Repair: � �� t� � ¯ G 9� @ A�� � X ·ù / ��
Repair per: � X + � í t� @ ÏÙ/ �
5.1.4 hole �� �� ô � 89
Hole Z � ¢Ä Options t��� 9��ª �� / �« � ) � "/ .
31
Power: � �� � Q
Interval: ä� â ã � B C Ú �� Ý Þ
Radiation time: B C t� u Ù��� �Ý ���éH� B C � g � |� # ÏÙ/ ��
Hole on center: ª ò � � _ ¢� B C ��3�
Blow: ¢4 � � 4 � � ���� � û H� � � � ��� �� Ø � W
All the defaults are last saved parameters.
5.1.5 � / w � / �« � � F �¢Ä , � @ � � !e D | ô � Ù/ .
Times and Delay: �¥ � “Times”¢� ) * t�S� G ~� “Delay”¢� (* t�S� �Ã�
)* G 9, 10 å �� q �Ù� : ; t�±���®~�A�)* ���` �Ã� (* a |�
¼ � Ù/ ���éH��ë ���q Ú � ( � |� u Ù�é�/ ���� � û H� : ; ì í t�
à v Ì / ��
Immediate: � �� H� � ��� b � )� u Ù� × t� � Õ � ��"þ Ù/ ���¥ �
� g )�rO 9� ] Ö p )��ÏÙ� u )� � Õ � ��"þ £/ �
: � 4 � O �6 � �4 �� 1 2 t �� �9,
F-length (feeding length): �éH�B���� : ; ���c ��&� Ó )���q t�
32
� � Ù/ ���� � û H� � � � ��� �� Ø � W
F-speed (feeding speed): �� � û ���= � |��ÏÙ/ �
5.2 Test
Test| �� 9��ª �� / �« � ) � "/ .
: Y��q
: Y��q
: X��q
: X��q
: � 1 2 t �� �9, � �� b � ) d d 0 e u � �q Ù/ (�q �
�= � Q� “Machine Parameters Setting” dialog box �� “Slow Speed” ¢Ä �
�Ï£/ ). ' ~� � Õ � �� f � è ��q Ù/ ��(�q ��= � Q� “Machine
Parameters Setting” dialog box � “Fast Speed”�¢Ä ��Ï£/ � �éH �� £�
¢� |� § , ±���®/ ���� � � �&� � � � �)* � s ¢ k |� ' ô �·ó �
G P �éH� k |� p q � �� ' ô Ù/ � (� � û H� ] Ö p ¢�x!� � M ±���
®/ �
Length: � ��� b � ���q � , ' |��ÏÙ/ �
33
Power: � �� � Q Ä ñ !��� � � |� @ ÏÙ/ �� ^ M ê H�0 �P � ^ ¼ ê H�
100 �/ .
: � ���g
: � ��� � �
: � 1 2 t �� �9, � �� � � � � )* ± ª ò g � ¢ Í Ó 4
] A� � �q Ù/ . � � û H��ë �� j "� ���Ö £/ �
: � 1 2 t �� �9, � �� � � � � )* ± ª ò g � ¢ Í Ó 4
] A� � �q Ù/ . � � û H��ë �� j "� ���Ö £/ ��
� 1 2 t �� �9, �ª � / �« � F �| D � ®� T / .
� � �
Speed: �ë ¢ x!Ä / 0 �= � | �Ï$ T / . 5 �6 à � ) Ù �= � |
j "G Q é� � � $ T / .
Power: � �� � Q
Blank: )* h Ú > ? 9 � Ú � , ' | @ ÏÙ/ .
Save: � � �k G �
5.3 Stand Alone (Only For MPC6515)
34
5.3.1 Download CFG
Z Ò “Machine Settings” � !e D | MPC6515 § 4 � � / F Ù/ . RÙ �éH
CFG file (*.mol)t � � Ã USB disk� MPC6515� ¤ ] ± � ®/ . “Machine
Settings”� � !e D | �Ï RQ å Ï7 t ; � �6 ± � � � ô � t u G v
� : ; t ·ó $ T / .
5.3.2 Download Current
MPC6515 § 4 � � M � )* � � | / F Ù/ .
5.3.3 Download file
MPC6515 § 4 � � )* � � | / F Ù/ .
5.3.4 Del
� ¯ � �t § Ù/ .
5.3.5 Del all
MPC6515 § 4 � � Z Ò � �t �F / .
5.3.6 Export Cfg
�éH � � ô � � Z Ò � !e D | 7 WÙ *.mol � �t ý N Ù/ . � � �H
USB disk� MPC6515� ¤ ] ± � ®/ .
5.3.7 Export file
�éH : ; � � | 7 WÙ *.mol � �t ý N Ù/ . � � �H USB disk�
MPC6515� ¤ ] ± � ®/ .
35
Chapter 6 Options(� �� �� �� � )
* � �� �� �� � � �� �� �� � � �� �� �� � � � � �� � � �� � � �� � � � � � � �� � � �� � � �� � � � � � �� � �� � �� � � � �� �� �� � .
Any change of the parameters in “Options” will change the performance of the
machine. Before changing the parameter, you should consult the supplier.
6.1 Main interface
6.1.1 Information about manufacturer
It shows the basic information about the manufacturer and can’t be modified.
6.1.2 Elapse time
It shows the time that the machine has run. It can’t be modified.
6.1.3 Other options
Use advanced options: There are advanced 1 2 as in “Laser output”. Some
accessorial parameters will help you get better effect. But it will make the software more
complex. Cancel � option, and you can’t inter the interface of “advanced options”.
With Feed components: � is for feeding axis. If the machine has not feeding axis,
� option should be canceled.
Auto Datum…: If you input a number in it, the machine will datum when the run time
36
reaches the number. It can eliminate the cumulate error of the mechanism.
6.2 Worktable
6.2.1 Pulse unit
It means the distance that the laser head moves when the control system output a
pulse. If you don’t know � numerical value, please click .
�
Move: When the stepping motor moves a circuit, the laser head will move a relative
length. You need to input the number in it.
Need pulse: The number is “driver’s subdivision number” ×200.
6.2.2 Range
It is the available processing area of the machine. If you change the number, the
reference frame of the main interface will be changed accordingly. The moving range of
the 1st and the 2nd axis will be restricted by � parameter.
6.2.3 Datum Dir (Datum Direction)
37
. It is determined by the position (right or left, up 0r down) of original switch.
6.2.4 Auto datum
If you select � function, when you run the software, it will be reset automatically.
The software can remember the coordinates of laser head. So you can move the laser
head very quickly without worrying that it will overstep the worktable. If � function is
canceled, you can only move the laser head slowly (the speed is “slow speed” and you
can change it the “machine parameter setting” dialog box). And when you move the laser
head, you have to be very careful to avoid striking the machine.
6.2.5 Datum Speed
It determines the speed of datum.
6.2.6 Start Speed
It is the start speed of all axes. Normally, the number should be chosen from
5-30mm/s according to different machines. If the number set up is too high, machine will
shake intensively.
6.2.7 Const Speed
When cutting, if the (processing) speed is higher than even speed, the laser head
will slow down on corners of the graphics. If the (processing) speed is lower than even
speed, the laser head will not change speed during processing.
6.2.8 Quick Speed
� is the maximum speed of laser head moving without lasers emitting. When move
the laser head up, down, left and right, � parameter will work. If the number is too high,
machine will shake intensively.
6.2.9 Acceleration
It is the acceleration from start speed to quick speed.
6.2.10 Test Speed (fast)
� is the speed that you move the laser head when you select auto datum.
6.2.11 Test Speed (slow)
� is the speed that you move the laser head when you don’t select auto datum.
6.2.12 Laser space
If there are 2 laser heads, the space of the laser heads should be input.
38
6.3 Feeding
The feeding axis can be used as feeding and lift working table.
6.3.1 Pulse unit
It means the distance that the laser head moves when the control system output a
pulse. If you don’t know � numerical value, please click .
�
Move: When the stepping motor moves a circuit, the laser head will move a relative
length. You need to input the number in it.
Need pulse: The number is “driver’s subdivision number” ×200.
6.3.2 Range
It is the available processing area of the feeding axis. The moving range of the
feeding axis will be restricted by � parameter.
6.3.3 Datum Direction
It is determined by the position (up 0r down) of original switch.
6.3.4 Auto Datum
39
If you select � function, when you run the software, the feeding axis will be reset
automatically. The software can remember the location of the feeding axis. So you can
move the feeding axis very quickly without worrying that it will overstep the worktable. If
� function is canceled, you can only move the feeding axis slowly (the speed is “slow
velocity” and you can change it the “machine parameter setting” dialog box). And when
you move the feeding axis, you have to be very careful to avoid striking the machine.
6.3.5 Datum Speed
It determines the speed of datum.
6.3.6 Start Speed
It is the start speed of all axes. Normally, the number should be chosen from
5-30mm/s according to different machines. If the number set up is too high, machine will
shake intensively.
6.3.7 Acceleration
It is the acceleration from begin speed to fast speed.
6.3.8 Test Speed (fast)
� is the speed that you move the laser head when you select auto datum.
6.3.9 Test Speed (slow)
� is the speed that you move the laser head when you don’t select auto datum.
6.4 Cut
40
6.4.1 PWM Frequency
It determines the frequency of PWM signal.
6.4.2 Curve Disperse
It determines the precision of graph data. If the number is smaller, the precision will
be higher and cost more time to calculate processing data.
6.4.3 Min close-gas time
When the time between the former blowing off and the next blowing on is less than
the number, the machine will not blow off to protect the blowing switch.
6.4.4 Corner acc
It determines the processing precise when the processing route turns the corner.
When the machine can’t draw lines smoothly, please input a smaller number in
“Acceleration” and “Corner Acc”.
6.4.5 Gap on xy axis
Compensation gap when the motor changes direction. � parameter only works
when cut with even speed.
6.4.6 Original
The machine draws the graph according the route as it is been made.
6.4.7 Optimize
The software will calculate the route to improve processing efficiency. If you select
41
� option, there are 2 options.
In-Out: cut from inner to outer.
Down-Up: cut from down to up according the number of “divide-height”.
6.4.8 Automation set cut direction
The software will confirm the direction automatically. If you need to change the
direction, please cancel � function. Compensation
6.4.9 Overlap length
Because of the mechanical gap, circle can’t be cut round. Input a certain number in
it, and you can get the circle more round. But � will increase the processing time.
6.4.10 Circle speed
When cutting small circle (the diameter is especially between 1to 3) with high speed,
it will be distorted. The parameters of “Set circle speed” are used to reduce distortion.
Double-click ether row of the list.
When the radius of circle is in the range between “Min radius” and “Max radius”, the
cut speed will automatically be changed to the number of “Cut speed”.
6.5 Engrave
42
6.5.1 PWM Frequency
It determines the frequency of PWM signal.
6.5.2 Engrave options
Double-click ether row of the list.
Begin Speed and End Speed: When the engrave speed is set in the range
between Begin Speed and End Speed, the system will automatically apply the numbers
of Acc Length, Backlash…
Acc length: It is the engraving length without laser emitting. It determines the
distance that the X Â moves from start speed to (working) speed. If it is not long
enough, the machine will shake intensively.
Backlash: It is used for compensating mechanical gaps. If the engraving edge is not
orderly, please set up number in “Backlash”. � number can be positive or negative.
43
X start speed: It is the start speed of X Â when engraving.
X acc: It is the acceleration of X Â from start speed to (working) speed.
Y speed: It is the speed of Y Â when engraving.
Y acc: It is the acceleration of Y Â from start speed to “Y Speed”.
If you find graphics error happens (that is, motor lost step), you can set up a bigger
number in “Accelerator Length” or a smaller number in “Acceleration”.
X offset: when engraving graph is not be the actual position. There is an offset.
Input the offset is OK.
Y offset: when engraving graph is not be the actual position. There is an offset.
Input the offset is OK.
6.6 Grade Engrave
Please refer to 6.5
6.7 Hole
6.7.1 PWM Frequency
It determines the frequency of PWM signal.
44
Chapter 7 PAD Operation (Only For MPC6515)
7.1 Main interface of PAD03
Datum: � �� b � | � � � Õ � � d d 0 �q � i / .����Laser: � �� g/� �
Stop: : ; t � �Ù/ .
Test: : ; � � � ¡ � | x!Ä ] A� � �q Ù/
Start/Pause: : ; t �: /�
Esc: M � È É � ` + a ¢Ä ¬ Ý / .
Menu: � D 89� � 34 Ý /
: � 1 2 t �� ~, L | �� 9 Z Ât �q Ù/ . � � û H � � �
�� � Ø � $ T / .
: S�
����7.1.1 �: 89
s � t j 9 89¢ ” System starting, please wait” ) ¬ D T / .
45
7.1.2 e " 89
File: MPC6515 § 4 � ¢ �k £ � � ��t ¬ D A / .
Speed: �= � kl 6 . 100 � ¡ a , � § �= � Q � � � ¢ ô � £ ê ¢
x0/ .
Power: � Q kl 6 . 100 � ¡ a , � § � Q Q � � � ¢ ô � £ ê ¢ x0/ .
v � ¢ 2)� �� � ®/ . m � éH 8 9 � Q �P n � éH � Q �/ .
Pieces: � �� � ¤ Ü �
De�: M � � � §
� w ¢, � � ��� o �ù / ( Y p Q p + ,� ¡ H $ Ï)
��,
RQ | �0/ , � 9 � G Q H � t � ¯ ± � ®/ .
L | �� 9, � ¯ H � � ê t . q � ®/ .
| �� 9 Z Ò ê � S� £/ .
“Esc” | �� 9 Z Ò ét � M Ù/ ( o �ù � > � � / ). �§ ,
| �� 9 � �� b � ) , � "/ .
| �� 9 / � �� t �ϱ � ®/ ( � � ��� o �ù / )
7.2 Processing interface of PAD03����“Start”| �� 9 / w Ú ¸ H 89� £/ .
File: )* � " � � ��
Speed: �= � kl 6
Power: � Q kl 6
FILE SPEED 100� POWER 100 / 100� PIECES 1 DEL
AAA
FILE AAA SPEED 100� POWER 100 / 100� TIME 0 �0 �15
46
Time: )* �Ý
)* � ¢,
L t �� 9, � Q kl 6 | @ ϱ � ®/ ( � Q � )û , 8 9 Q
� )û )
L t �� 9, �= � kl 6 | @ ϱ � ®/ .
“Start/Pause”t �� 9 : ; � �: Ú �� Ï�| ± � ®/ .
“Stop”t �� 9 : ; t � M ± � ®/ . 89¢ “Stopped”t D � ®~
“Esc”t �� 9 � 7 89t D � ®/ .
7.3 Accessory interface of PAD03����“Menu”t �� 9 � D 89t D � ®/ .
CUT BDR: � �� b � ) ª ò ] �Z ¢ x! ] A� � �q Ù/ .
LAS SET: � �� ¢Ä t �� 9, �ª � 89� � "/ .
RQ t �� 9, � Ä | �q Ù/
RQ t �� 9, ê t . q � ®/ .
t �� 9, Z Ò ° ¡ £ ê � �k £/ .
�¥ 0 �9, “Laser”t �| � � ��) r ý G ~ s � 9 � ��) t u / .
�¥ 0 � �T 9, “Laser”t �| �, ô � £ �Ý � v � ��) r ý £/ .
LAS SET PMOV SET LANGUAGE
CUT BDR
LASER TIME SET MS POWER SET 100%
000000
47
PMOV SET: � �� ¢Ä t �� 9, �ª � 89� � "/ .
RQ t �� 9, ê t . q � ®/ .
t �� 9, Z Ò ° ¡ £ ê � �k £/ .
�¥ 0 �9, Ê Ë ² | �| � b � ) , � �~ s � 9 Û� Ï�Ù/ .
�¥ 0 � �T 9, Ê Ë ² | �| � ô � £ �Ý � v b � ) , � "/ .
LANGUAGE: � �� ¢Ä t �� 9, �ª � 89� � "/ .
° ¡ ± w 4 | � ¯ Ù/ .
DISTANCE SET 000.0 MM
� � � � � ENGLISH
48
* � � �� � �� � �� � � � � � � � � � � � � � � ! " #! " #! " #! " # $$$$ A/S % & �% & �% & �% & � � � � �� � � �� � � �� � � �
� � �� � �� � �� � � ' ( ) *' ( ) *' ( ) *' ( ) * .
Chapter 8 Download files
You can download update files, processing files and configuration files by USB disk
conveniently.
8.1 Update MPC6515
8.1.1 Copy the latest firmware files (*.FMW and *.HDW) to the root directory of USB
disk. The USB disk should be formatted to FAT. And it is suggested that other files should
not be saved in � USB disk.
8.1.2 Power on MPC6515 controller and the indicator light (D3 on MPC6515/CPU) will
flash 2 times.
8.1.3 After the indicator light (D3 on MPC6515/CPU) flashes 2 times, plug the USB
disk in MPC6515 quickly (don’t exceed 5 seconds).
8.1.4 The indicator light (D3 on MPC6515/CPU) will shine continuously 2-5 seconds.
Now, MPC6515 is updating firmware.
8.1.5 If the updating procedure is finished, the indicator light (D3 on MPC6515/CPU)
would flash frequently.
8.1.6 Pull out the USB disk, and MPC6515 will run new firmware program
automatically.
8.1.7 After MPC6515 is updated, the CFG file should be downloaded again. Please
refer to “5.3 Stand Alone (Only For MPC6515)” for detailed information.
�
If MPC6515 can’t run normally, you may make a mistake when updating. You can
repeat the above steps. If � doesn’t work, please contract the equipment supplier.
49
8.2 Download processing file (*.mol)
There are 2 ways to download processing file to MPC6515 controller.
One is by USB data line. If the computer is close to the machine, � way is very
conveniently. Please refer to “5.3 Stand Alone (Only For MPC6515)” for detailed
information.
The other is by USB disk. If you have two or more machines, � way is very
conveniently. The following is the detailed steps.
8.2.1 Copy the processing file (*.mol) to the root directory of USB disk. The USB disk
should be formatted to FAT16. And it is suggested that other files should not be saved in
� USB disk.
8.2.2 Power on MPC6515 controller.
8.2.3 Plug USB disk in MPC6515 controller.
8.2.4 The indicator light (D3 on MPC6515/CPU) will shine continuously 2-10 seconds.
If the file is too large, it will take several minutes. Now, MPC6515 is downloading file.
8.2.5 If the downloading procedure is finished, the indicator light (D3 on
MPC6515/CPU) would flash frequently. And the PAD03 will give an alarm.
8.2.6 Pull out the USB disk, and you can run the files by PAD03.
�
Notice
If the file is a configuration file, the new parameters will be effective after you run this file by PAD03. If the file is a processing data file, you can run it by PAD03 directly.
Notice
If it is the first time to use the MPC6515, you have to download the configuration file and run it. If some parameters are changed, the same operation should be finished.
Notice
You need update MPC6515 only when new version is issued.
Notice
Those USB disk with indicate light is suggested for it is convenient to check whether the download procedure is finished or not.
50
51
Chapter 9 Comments on tool programs
Tool programs are for checking if the control card is normal. It is helpful to find where
the trouble is quickly.
9.1 Version check program9999For MPC03::::����If the version numbers of card and DLL don’t match, the card won’t work. Generally,
the version numbers of card can’t be changed (unless update the firmware). Proper DLL
has to be found out to match the card. Version check program can indicate the version
numbers of card and DLL.
DLL is laid in [Bin], and the filename is mpc03ls.dll.
Version check program is laid in [Bin], and the filename is Vercheck.exe.
Run the program, if the version numbers are match, it is as shown below.
�
Run the program, if the version numbers are not match, it is as shown below.
�
Note down the version numbers of card and DLL, and get the proper DLL from the
52
supplier.
9.2 Version check program9999For MPC6515::::����If the version numbers of card and DLL don’t match, the card won’t work normally.
Generally, the version numbers of card can’t be changed (unless update the firmware).
Proper DLL has to be found out to match the card. Version check program can indicate
the version numbers of card and DLL.
DLL is laid in [Lasercut50], and the filename is MPC05ls.dll.
Version check program is laid in [Lasercut50], and the filename is
Mpc05Ver+M05.exe.
Run the program, if the version numbers are match, it is as shown below.
�
Note down the version numbers of card and DLL, and get the proper DLL from the
supplier.
9.3 IO check program9999For MPC03::::����IO check program is for checking the input and output signal. When the machine
doesn’t work normally, it is helpful to find where the trouble is quickly. � program can
run without softdog.
IO check program is laid in [Bin], and the filename is IOCheck.exe.
53
Run the program, it is as shown below.
�
�
9.3.1 General output signals
No use.
9.3.2 General input signals
No use.
9.3.3 Shield input signals
� can make some input signal useless. But it is seldom used.
9.3.4 Motion test
It can test if a certain axis works normally.
Axis No.: 2, 3 or 4 should be input.
2 represents feeding axis;
3 represents Y axis;
4 represents X axis.
Low speed: start speed (pulse per second)
High speed: work speed (pulse per second)
Acceleration: acceleration from low speed to high speed (pulse per second2)
Distance: move distance (pulse)
54
When the motor moves, the program will show the current speed and position of the
motor. If input 1000 in [Distance] and the [Position] show 1000, the control card is OK.
9.3.5 Set signal mode
It has to match the type of origin switch, decelerate switch, limit switch and alarm
switch. If the switches are open normally, [Low level] should be chose. If the switches are
close normally, [High level] should be chose.
9.3.6 Other input signals
Decelerate signal: �indicates that the signal is input. The software doesn’t use
� signal. If the program indicates that � signal is input, circuitry must have something
wrong.
Origin signal: �indicates that the signal is input. When the laser head doesn’t
contact the origin switch, if the program indicates that � signal is input, circuitry must
have something wrong or the switch has been damaged.
Limit signal: �indicates that the signal is input. When the laser head doesn’t
contact the limit switch, if the program indicates that � signal is input, circuitry must
have something wrong or the switch has been damaged.
Alarm signal: �indicates that the signal is input. If the program indicates that �
signal is input, the machine won’t work.
A, B, Z signal: indicates that the signal is input. These signals are used as
“Start”, “Pause”, and “Stop” etc. The corresponding relationship is as shown below.
ENCA2 ENCB2 ENCZ2 ENCA3 ENCB3 ENCZ3 ENCA4 ENCB4 ENCZ4
Pause Datum Stop Down Right Up Run
frame
Start Left
9.4 Notes of error code9999For MPC03::::����
Code Explanation
00010001 Loading control card’s DLL failed.
55
1, Check if the driver of control card is installed.
2, Pull out the control card, and clean the PCI interface of card and PCI
slot of PC. Then insert the control card again.
00010002 The PC can’t connect with control card, please replace the control card.
00010003 The version of DLL can’t match that of control card, please replace the
mpc03ls.dll.
00020001 The PC can’t connect with control card, please replace the control card.
56
Chapter 10 Addenda
10.1 How to deal with mass data
A mass data will expense long time to calculate. When you click “Start”, the machine
will wait long time to move.
Divide the data into several � �4 s by colors. More � �4 s, and the calculate
time shorter. One � �4 overlaps with another doesn’t matter.
10.2 How to make AI (Adobe Illustrator) file
AI file is smoother than PLT file. When cutting, it is suggested to input AI files. When
export data in CorelDraw, the file type should be selected as AIºAdobe Illustrator». The
options should be selected as following.
57
10.3 FAQ(For MPC03)
���������������������������������������������������� D1xIndicate the status of control card. D1 shining, control card is OK.
D2xIndicate the status of feeding axis. D2 shining, feeding axis is OK.
D3xIndicate the status of Y axis. D2 shining, Y axis is OK.
D4xIndicate the status of X axis. D2 shining, X axis is OK.
10.3.1 X,Y axis can’t move
Run IOcheck.exeyand input 3 (or 4) in axis number. Click positive (or negative). If
D3 (or D4) doesn’t shine, the control card is damaged. Please replace the control card. If
D3 (or D4) shines, please follow the next step.
Measure the voltage between Pin 14 and Pin 18 by multimeter. If it is not about 5V,
the switching power supply is damaged. Please replace the switching power supply. If it
is about 5V, please follow the next step.
Measure the voltage between Pin 14 and Pin 50 (axis number is 3) or Pin 14 and Pin
54 (axis number is 4) by multimeter. Click positive (or negative). Normally, it is about 2.8V.
If it is not about 2.8V, the control card is damaged. Please replace the control card. If it is
about 2.8V, please follow the next step.
68 Pin plug
PCI interface
26LS31 (C1) 26LS31 (C2)
D4 D3 D2 D1
58
Check if the indicating lamp on drivers is shining. If it doesn’t shine, the driver is
damaged. If it shines red, it is damaged.
10.3.2 X axis is OK; Y axis can’t move
Run IOcheck.exeyand input 3 in axis number. Click positive (or negative). If D3
doesn’t shine, the control card is damaged. Please replace the control card. If D3 shines,
please follow the next step.
Measure the voltage between Pin 14 and Pin 50 by multimeter. Click positive (or
negative). Normally, it is about 2.8V. If it is not about 2.8V, the control card is damaged.
Please replace the control card. If it is about 2.8V, please follow the next step.
Exchange the output junction connector (generally, it is labeled A+, A-, B+ and B-) of
X and Y drivers. Click positive (or negative). If X axis is OK, the Y motor is damaged.
Please replace the motor. If X axis doesn’t move, the Y driver is damaged. Please
replace � driver.
10.3.3 Y axis is OK; X axis can’t move
Run IOcheck.exeyand input 4 in axis number. Click positive (or negative). If D4
doesn’t shine, the control card is damaged. Please replace the control card. If D4 shines,
please follow the next step.
Measure the voltage between Pin 14 and Pin 54 by multimeter. Click positive (or
negative). Normally, it is about 2.8V. If it is not about 2.8V, the control card is damaged.
Please replace the control card. If it is about 2.8V, please follow the next step.
Exchange the output junction connector (generally, it is labeled A+, A-, B+ and B-) of
X and Y drivers. Click positive (or negative). If Y axis is OK, the X motor is damaged.
Please replace � motor. If Y axis doesn’t move, the X driver is damaged. Please
replace � driver.
10.3.4 X axis only moves on one direction
Run IOcheck.exeyand input 4 in axis number. Click positive in the beginning and
negative in the end). Measure the voltage between Pin 14 and Pin 56 by multimeter.
Normally, in the beginning it is high level (or low level) and in the end it is low level (or
high level).
High level: exceed 2.8V. Low level: less than 0.8V.
59
If it is always high level (or low level), the control card is damaged. Please replace
the control card. If it is not, please check if the driver is OK.
10.3.5 Y axis only moves on one direction
Run IOcheck.exeyand input 3 in axis number. Click positive in the beginning and
negative in the end). Measure the voltage between Pin 14 and Pin 52 by multimeter.
Normally, in the beginning it is high level (or low level) and in the end it is low level (or
high level).
High level: exceed 2.8V. Low level: less than 0.8V.
If it is always high level (or low level), the control card is damaged. Please replace
the control card. If it is not, please check if the driver is OK.
10.3.6 Laser always on (or off)
Enter the “Test Machine” interface, click and . Measure the voltage
between Pin 14 and Pin 15 by multimeter. Normally, in the beginning it is high level (or
low level) and in the end it is low level (or high level).
High level: exceed 2.8V. Low level: less than 0.8V.
If it is always high level (or low level), the control card is damaged. Please replace
the control card. If it is not, please check if the � �� � Q supply is OK.
If the control card is damaged, you can replace a certain chip to maintain it.
If the X axis is in trouble, please replace 26LS31 (C1).
If the Y axis is in trouble, please replace 26LS31 (C2).
If the laser is always on (or off), please replace 26LS31 (C2).
10.3.7 When run the software, it might show the following dialog box.
Enter the “Computer Management”. It might show as below.
60
It means that driver of control card has not been installed. Please install the driver.
There are two folders in “Drivers”: Win2000 and Win XP. If the OS is Win2000, you
should run the files in “Win2000”. If the OS is Win XP, you should run the files in “Win
XP”.
Run the file “SetupMpc03.exe”, the drivers will be installed automatically.
If � failed, please follow the next step.
Find the file “Mpc03ls.inf” in “C:\WINDOWS\INF” and delete it.
Find the file “MPC03LS.SYS” in “C:\WINDOWS\SYSTEM32\DRIVERS” and delete
61
it.
Run the file “SetupMpc03.exe”, the drivers will be installed.
If � failed, please follow the next step.
Copy the file “Mpc03ls.inf” to “C:\WINDOWS\INF”.
Copy the file “MPC03LS.SYS” to “C:\WINDOWS\SYSTEM32\DRIVERS”.
After all the steps, you should restart the PC.
Enter the “Computer Management”.
It means that the control card has been installed successfully.
Run Vercheck.exe. If it shows as bellow.
It means that the version number of control card and DLL don’t match.
62
Inform supplier of the version number of control card, and you can get the correct
DLL.
10.3.8 When grade engraving, the graph is superposition.
� always occurs when the graph is very small. Please input a smaller number in
“Grade width”.
10.3.9 If the graph can only move on one direction, please click “Shift” key or ”Ctrl” key.
10.3.10 PLT graph can’t be engraved
Please check if the graph is closed. The software only engrave closed graph.
Please check if there are two same graphs superpose together.
10.3.11 The size of output is not as same as the graph
Please adjust the “Pulse Unit”.
10.3.12 When engraving, the edge is not in order
� is caused by the mechanical gap.
Draw a rectangle, and set the mode as “Engrave”. Parameters should be set as the
following dialog box.
Generally, the odd row and even row won’t be orderly.
� Measure the gap between odd row and even row. And input the number in “Notice 3”
of the following dialog box.
63
The best way is single direction engraving. But � will slow down the efficiency.
Parameters should be set as the following dialog box.