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来源:
AllenBradley(美国:AB)
AllenBradley 8600
Parameter
Value
Comments
Baud Rate
2400
Parity
E
Databits
7
Stop Bits
2
Acramatic(美国:辛辛那提·米拉克龙)
Acramatic 850 (SX)
Parameter
Value
Comments
Baud Rate
2400
Also set these values in the DNC software
Parity
N
Databits
8
Stop Bits
1
Drip Feed ?
We do not believe drip feed is possible with this controller
See bottom of this page for Cable diagrams
Anilam(美国:艾科瑞)
Anilam Crusader
Parameter
Value
Comments
Group 1
AUX 2767
7 Data bits
Group 2
AUX 2772
Even Parity
Group 3
AUX 2784
Baud Rate 1200
Group 4
AUX 2790
No Flow Control
Group 5
AUX 2700
Send from Crusader to PC
Group 6
AUX 2701
Receive data in Crusdare (From PC)
Bosch(美国:博世·力士乐)
Bosch CC220 and CC320
Parameter
Value
Comments
Device
Port
(V240,1)
DCR
9600
Baud Rate
Status
SW Control
DFS
RECOGNISE WITH LEADER WITH TRAILER
Time Out
10 SEC
Haas(美国:哈斯)
Haas
Parameter
Value
Comments
11
9600
12
Even
13
1
14
Xon/Xoff
37
7
24
None
25
CR,LF
41
On
50
Xon/Xoff
54
9600
69
Off
70
On
Boss
Bridgeport Boss
Parameter
Value
Comments
Baud Rate
4800
Parity
Even
Databits
7
Stop Bits
1
USE DNC Port B
See Cable diagrams below
DeltaDynaPath(美国: )
Delta Dynapath
Parameter
Value
Comments
Baud Rate
Any
Suggest 2400 but not higher than 9600)
Databits
7
Parity
Even
Stop bits
1
FadalCNC(美国:法道)
Fadal 88
Parameter
Value
Comments
Baud Rate
9600
Suggest 2400 but not higher than 9600)
Databits
7
Parity
Even
Stop bits
1
Fanuc(日本:发那科)
Fanuc i(M/T)
Parameter
Value
Comments
0000
0000 0010
0020
0
0100
0010 1000
0101
1000 1001
0102
0
0103
11
9 = 2400,10 = 4800,11 = 9600* (recommended)
0138
1000 0000
TV Check
0
0 = TV Check OFF (1= TV Check ON - Never enable TV Check)
Punch Code
1
1 = ISO (0=EIA Never use EIA)
I/O Channel
0
PWE
1
Drip Feed ?
Select Auto (DNC) mode on the control - Press Cycle Start.
选择自动(DNC)控制状态,按(循环启动)。
Then go to the computer, prepare the program and click 'Send'. When data begins to flow the machine will start moving.
然后去电脑,准备程序,点击“发送”,当数据开始传送时,机床就会开始移动。
Fanuc 0(M/T)
Parameter
Value
Comments
0002
1000 0001
0038
0100 0000
0552
11
9 = 2400,10 = 4800,11 = 9600* (recommended)
TV On/Off
0
0 = TV Check OFF (1= TV Check ON - Never enable TV Check)
ISO
1
1 = ISO (0=EIA Never use EIA)
I/O
0
PWE
1
TAPEF
0
Drip Feed ?
To drip feed enable para G127.5
使G127.5 DNC操作信号动作。
Select Auto (DNC) mode on the control - Press Cycle Start.
选择自动(DNC)控制状态,按(循环启动)。
Then go to the computer, prepare the program and click 'Send'. When data begins to flow the machine will start moving.
然后去电脑,准备程序,点击“发送”,当数据开始传送时,机床就会开始移动。
Fanuc 3(M/T)
Parameter
Value
Comments
0005
0000 0001
0068
10
9 = 2400,10 = 4800* (recommended),11 = 9600
TV On/Off
0
0 = TV Check OFF (1= TV Check ON - Never enable TV Check)
ISO
1
1 = ISO (0=EIA Never use EIA)
I/O
0
Fanuc 6,9(M/T) ,0P
Parameter
Value
Comments
340
2
341
2
311
0011 1010
Baud rate - see table below for valid options.
0011 1000 = 2400
0011 1001 = 4800
0011 1010 = 9600 * (recommended)
TV Check
0
0 = TV Check OFF (1= TV Check ON - Never enable TV Check)
Punch Code
1
1 = ISO (0=EIA Never use EIA)
Input Unit
0
Input Device 1
1
Input Device 2
1
Fanuc 10,11,12,15 (M/T)
Parameter
Value
Comments
0000
****1010
0011
******00
0020
1
0021
1
2201
******00
5001
1
5002
2
5003
3
5110
4
5111
2
5112
10
* Baud rate - see table below for valid options.
5120
4
5121
2
5122
10
* Baud rate - see table below for valid options.
5130
4
5131
2
5132
10
* Baud rate - see table below for valid options.
9 = 2400
10 = 4800 * (recommended)
11 = 9600
TV Check
0
0 = TV Check OFF (1= TV Check ON - Never enable TV Check)
ISO
0
0 = ISO (1=EIA Never use EIA)
Input Device
1
Output Device
1
Drip Feed ?
Select Tape mode on the control - Press Cycle Start.
选择TAPE(磁带)控制状态,按(循环启动)。
Then go to the computer, prepare the program and click 'Send'. When data begins to flow the machine will start moving.
然后去电脑,准备程序,点击“发送”,当数据开始传送时,机床就会开始移动。
Note: Not all fanuc of this type can drip feed - must be enabled in the control.
Fanuc 16,18,21 (M/T)
Parameter
Value
Comments
0000
0000 0010
0020
0
0100
0010 1000
0101
1000 1001
0102
0
0103
10
9 = 2400,10 = 4800* (recommended),11 = 9600
TV Check
0
0 = TV Check OFF (1= TV Check ON - Never enable TV Check)
Punch Code
1
1 = ISO (0=EIA Never use EIA)
I/O Channel
0
Tape Format
0
Drip Feed ?
Select TAPE mode on the control - Press Cycle Start.
选择TAPE(磁带)控制状态,按(循环启动)。
Then go to the computer, prepare the program and click 'Send'. When data begins to flow the machine will start moving.
然后去电脑,准备程序,点击“发送”,当数据开始传送时,机床就会开始移动。
Mazak(日本:马扎克)
Mazak M Plus / T Plus
Parameter
Value
Comments
User Parameter #5
G1
1
= Baud Rate 9600
G2
3
= 2 Stop Bits
G3
0
= Even Parity
G5
3
= 8 Data Bits (Set DNC to software to 7 Databits)
G6
1
G10
3
Use xOn/xOff flow control (DC1 and DC3)
G12
0
Do not use DC2 and DC4)
G13
50
G17
0000 0000
G31
0000 0000
G33
50
G34
10
G39
0000 0100
G40
0000 0000
G48
0
Note : Even though the Mazak is set to 8 Databits - ensure than the DNC software is set to 7 databits.
In the DNC software select xOn/xOff flow control
Mazak M32
Parameter
Value
Comments
G19
2
2 = 4800 3 = 2400
G20
3
= 2 Stop Bits
G22
0
= Even Parity
G23
3
= 8 Data Bits (Set DNC to software to 7 Databits)
G24
1
G25
0
G26
0
G27
0
Use ISO code
G28
0
G29
3
Note : Even though the Mazak is set to 8 Databits - ensure than the DNC software is set to 7 databits.
In the DNC software select xOn/xOff flow control
Mazak T32 - M2
Parameter
Value
Comments
I 1
2
I 2
3
I 3
0
I 4
0
I 5
3
I 6
3
I 7
1
I 8
5
I 9
0
I 10
1
I 11
1
I 12
0
I 13
0
I 14
0
I 15
30
I 16
0
I 24
0
I 58
0000 0000
Note : Even though the Mazak may be set to 8 Databits No Parity - ensure that the DNC software is set to 7 databits with Even Parity.
Mazak T2
Parameter
Value
Comments
A15
206
A16
1
= No Parity ( But in the DNC software select Even Parity )
A17
6
= Baud rate 4800
A18
6
A19
0
A20
1
Use ISO
A21
1
A22
10
A23
10
A24
0
TV Check Off
A30
3
A31
109
A32
70
Note : Even though the Mazak is set to 8 Databits No Parity - ensure that the DNC software is set to 7 databits with Even Parity.
Mitsubishi(日本:三菱)
Mitsubishi 300-500
Parameter
Value
Comments
I/O Base parameters
1
1
2
1
3
0
6
0
7
200
I/O Devive parameters
2
2
3
3
4
0
5
1
6
3
7
3
11
3
12
1
Mitsubish M50,60/60s,E60/68,M64/65/66
Parameter
Value
Comments
I/O Base parameters
9001
2
Input Port
9002
1
Input Device
9003
2
Out Port
9004
0
Out device
9005
2
Tape Mode
I/O Devive parameters
9101
Out/In
9201
Out/In
9102
2
Baud rate 4800
9202
2
9103
1
1 Stop Bit
9203
1
9104
1
Use Parity = Yes
9204
1
9105
1
Parity = Even
9205
1
9106
2
7 Databits
9206
2
9108
3
Use xOnx/Off (DC1 and DC3)
9208
3
9109
1
9209
1
Okuma(日本:大隈)
Okuma 5000 / 7000
Parameter
Value
Comments
1
0
number of spaces/ bytes of tape leader
34
10
39
4800
Baud Rate
44
0
45
0
46
0
54
1
57
90
0000 1011
Optional parameter bits #1 (ISO Code)
1010 1010
Okuma 7000 Opt Para #8
1010 0010
Optional parameter bits #12 (Stop Bits/Parity)
Function
Punch
Go to the 'Edit mode' [F3] (PIP), [F2] (Punch), type file name, then [Return]
Read
Go to the 'Edit mode' [F3] (PIP), [F1] (Read), [Return]
Yasnac(日本:安川)
Yasnac LX MX
Parameter
Value
Comments
6000
1xxx xxxx
x = don't change
6001
1xxx xxxx
(Maybe only required on MX-2)
6003
xxx1 xxx1
6021
x111 xx1x
(Maybe only required on LX/MX-1)
6022
xxxx xx11
6026 / 6028
0001 1000
Baud rate - 2400
7 Data bits,Parity Even,2 Stop bits
Amada(日本:天田)
Amada
Parameter
Value
Comments
Baud Rate
2400
Also set these values in the DNC software
Parity
Even
Databits
7
Stop Bits
2
Punch Code
1
1=ISO (Do not use 0 EIA)
Dec Inp
0
See cable diagrams below
Heidenhain(德国:海德汉)
Heidenhain TNC 145
Parameter
Value
Comments
Baud rate
2400
Parity
Even
Databits
7
Stop Bits
2
In the DNC software select RTS/CTS flow control
DNC Software should insert STX and ETX codes into the transmit data - For example with easyDnc 4.0 this is acheived in the DNC Setup window by selecting 'Advanced' and select these options from the drop-lists.
ASCII Start Code = STX (02)
ASCII End Code = ETX (03)
Heidenhain TNC 150
Parameter
Value
Comments
MP92
1
Select Multi Func.
MP71
3
BaudRate
2400
(Same as in the DNC software )
In the DNC software select RTS/CTS flow control
DNC Software should insert STX and ETX codes into the transmit data - For example with easyDnc 4.7 this is acheived in the DNC Setup window by selecting 'Advanced' and select these options from the drop-lists.
ASCII Start Code = STX (02)
ASCII End Code = ETX (03)
Heidenhain TNC 155,355
Parameter
Value
Comments
MP232
0
MP71
515
MP222
104
in the DNC software Set Baud rate 2400 -7 DataBits -Even -2 StopBits
In the DNC software select RTS/CTS flow control
DNC Software should insert STX and ETX codes into the transmit data - For example with easyDnc 4.0 this is acheived in the DNC Setup window by selecting 'Advanced' and select these options from the drop-lists.
ASCII Start Code = STX (02)
ASCII End Code = ETX (03)
Heidenhain TNC 415,425
Parameter
Value
Comments
Device
EXT 2
MP 5200.1
2
MP 5201.1
3
MP 5020.1
104
MP 5030.1
0
in the DNC software Set Baud rate 2400 -7 DataBits -Even -2 StopBits
In the DNC software select RTS/CTS flow control
DNC Software should insert STX and ETX codes into the transmit data - For example with easyDnc 4.0 this is acheived in the DNC Setup window by selecting 'Advanced' and select these options from the drop-lists.
ASCII Start Code = STX (02)
ASCII End Code = ETX (03)
Heidenhain TNC 2500
Parameter
Value
Comments
MP 5020
100
MP 5030
0
in the DNC software Set Baud rate 2400 -7 DataBits -Even -2 StopBits
In the DNC software select RTS/CTS flow control
DNC Software should insert STX and ETX codes into the transmit data - For example with easyDnc 4.0 this is acheived in the DNC Setup window by selecting 'Advanced' and select these options from the drop-lists.
ASCII Start Code = STX (02)
ASCII End Code = ETX (03)
Hinumerik(德国:)
Hinumerik 2000,2100 (M/T)
Parameter
Value
Comments
5010
0
5012
0
5011
1100 0101
= 2400 For other Baud Rates see the table below
5013
1100 0101
Same as 5011 - For other Baud Rates see the table below
1100 0101 = 2400,1100 0110 = 4800
5016
xx10 xxxx
x = do not change
RTS
Line 1
In the DNC software select RTS/CTS flow control
Hinumerik 3000 ,3100 (M/T)
Parameter
Value
Comments
411
1110 1101
= 2400 For other Baud Rates see the table below
412
1110 1101
Same as 5011 - For other Baud Rates see the table below
1110 1101 = 2400,1110 1110 = 4800
416
1xxx xxx1
x = do not change
In the DNC software select RTS/CTS flow control
Sinumerik(德国:西门子)
Sinumerik 3M and 3T
Parameter
Value
Comments
411
1110 1101
= Baud Rate 2400
412
1110 1101
See below for other baud rates
1110 1101 = 2400,1110 1110 = 4800
416
1xxxxxx1
x = Do not change
Sinumerik 8M and 8T
Parameter
Value
Comments
428
1110 1101
= Baud Rate 2400
429
1110 1101
See below for other baud rates
1110 1101 = 2400,1110 1110 = 4800
425
xxxx x0xx
x = Do not change
430
0000 0000
461
xx0x xxxx
x = Do not change
Sinumerik 810and 850 (M/T)
Parameter
Value
Comments
5010
0
5012
0
5011
1111 0101
= Baud Rate 2400
5013
1111 0101
See below for other baud rates
1111 0101 = 2400,1111 0110 = 4800
RTS Line
1
Sinumerik 840D
Parameter
Value
Comments
Serial
1
Device
Standard/WS800A
Device Type
Universal
Protocol
RTS/CTS (Hardware)
Baud rate
9600
Stop bits 2
2
Parity
Even
Bit/character
7
Xon character
11
Xoff character
13
EOT
03
Leader
No
Ready
No
EOB
CRLF
Time out in Sec.
60
Format
Punch tape format
Traub(德国:特劳伯)
Traub TX8
Parameter
Value
Comments
#1
01
0
Parity
04
1
ISO
#2
0
12
5
Baud Rate = 1200
Fagor(西班牙:发格)
Fagor 80xx
Parameter
Value
Comments
In the control settings select
9 (Special Modes)
1 (General Parameters)
P000
Valid Baud Rates 2400, 4800 (Same as the DNC Software)
P001
7
7 Databits
P002
2
Even Parity
P003
2
Stop Bits
After making changes - reset the controller
Fagor 8025T
Parameter
Value
Comments
In the control settings select
9 (Special Modes)
1 (General Parameters)
P000
Valid Baud Rates 2400, 4800 (Same as the DNC Software)
P001
7
7 Databits
P002
2
Even Parity
P003
2
Stop Bits
P605
0001 0000
DNC activate
After making changes - reset the controller
传输故障的解决
1. 检查 PC和 CNC 的端口参数设置是否一致,波特率速度设置不宜太快(太快可能会 丢失数据),也不宜太慢(速度慢当然效率就低了) ;
2. 连接电缆是否有断线,接触不良,焊接是否正确;
3. 通讯软件选择不对,有一些系统必须用原厂的通讯软件;
4. 传输的文件格式不正确;
5. 有较大干扰,选择优质屏蔽电缆做传输线;
6. 如果上述都正确,那就是端口损坏。
另外,曾经使用过数据传送,参数设置也正确的情况下,同样也会发生传送故障,这时把PC的FIFO缓冲区取消或者使“接收缓冲区”与“传输缓冲区”为最低即可。
置方法如下:
打开PC“控制面板”—“系统”—“硬件”—“设备管理器”—“端口”—“通讯端口”,右键,“属性”—“端口设置”—“高级”—“使用FIFO缓存”,使“接收缓冲区”与“传输缓冲区”为最低即可,或者取消“使用FIFO缓存”。
标签: #1111加5121等于几