2024年4月20日发(作者：奕丹溪)
CNC数控系统通讯参数设置
来源：/
AllenBradley
（美国：AB）
AllenBradley 8600
Parameter
Baud Rate
Parity
Databits
Stop Bits
Value
2400
E
7
2
Comments
Acramatic
（美国：辛辛那提·米拉克龙）
Acramatic 850 (SX)
Parameter
Baud Rate
Parity
Databits
Stop Bits
Value
2400
N
8
1
Comments
Also set these values in the DNC software
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
Group 1
Group 2
Group 3
Group 4
Group 5
Group 6
Value Comments
AUX 2767 7 Data bits
AUX 2772 Even Parity
AUX 2784 Baud Rate 1200
AUX 2790 No Flow Control
AUX 2700 Send from Crusader to PC
AUX 2701 Receive data in Crusdare (From PC)
1 / 15
Bosch
（美国：博世·力士乐）
Bosch CC220 and CC320
Parameter
Device
DCR
Status
DFS
Time Out
Value
Port
9600
10 SEC
Comments
(V240,1)
Baud Rate
RECOGNISE WITH LEADER WITH TRAILER
SW Control
Haas
（美国：哈斯）
Haas
Parameter Value
11
12
13
14
37
24
25
41
50
54
69
70
9600
Even
1
Xon/Xoff
7
None
CR,LF
On
Xon/Xoff
9600
Off
On
Comments
Boss
Bridgeport Boss
Parameter
Baud Rate
Parity
Databits
Stop Bits
Value
4800
Even
7
1
Comments
USE DNC Port B
See Cable diagrams below
2 / 15
DeltaDynaPath
（美国： ）
Delta Dynapath
Parameter
Baud Rate
Databits
Parity
Stop bits
Value
Any
7
Even
1
Comments
Suggest 2400 but not higher than 9600)
FadalCNC
（美国：法道）
Fadal 88
Parameter
Baud Rate
Databits
Parity
Stop bits
Value
9600
7
Even
1
Comments
Suggest 2400 but not higher than 9600)
Fanuc
（日本：发那科）
Fanuc i（M/T）
Parameter
0000
0020
0100
0101
0102
0103
0138
TV Check
Value
0000 0010
0
0010 1000
1000 1001
0
11
1000 0000
0
Comments
9 = 2400，10 = 4800，11 = 9600* (recommended)
0 = TV Check OFF (1= TV Check ON - Never enable TV Check)
1 = ISO (0=EIA Never use EIA)
Punch Code
1
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）
3 / 15
Parameter
0002
0038
0552
TV On/Off
ISO
I/O
PWE
TAPEF
Value Comments
1000 0001
0100 0000
11
0
1
0
1
0
9 = 2400，10 = 4800，11 = 9600* (recommended)
0 = TV Check OFF (1= TV Check ON - Never enable TV Check)
1 = ISO (0=EIA Never use EIA)
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
0005
0068
ISO
I/O
Value
0000 0001
10
1
0
Comments
9 = 2400，10 = 4800* (recommended)，11 = 9600
0 = TV Check OFF (1= TV Check ON - Never enable TV Check)
1 = ISO (0=EIA Never use EIA)
TV On/Off
0
Fanuc 6,9（M/T） ,0P
Parameter
340
341
311
Value
2
2
Comments
0011 1000 = 2400
0011 1001 = 4800
0011 1010 = 9600 * (recommended)
TV Check
Punch Code
Input Unit
0
1
0
0 = TV Check OFF (1= TV Check ON - Never enable TV Check)
1 = ISO (0=EIA Never use EIA)
0011 1010 Baud rate - see table below for valid options.
Input Device 1
1
Input Device 2
1
Fanuc 10,11,12,15 (M/T)
Parameter
0000
Value Comments
****1010
4 / 15
0011
0020
0021
2201
5001
5002
5003
5110
5111
5112
5120
5121
5122
5130
5131
5132
******00
1
1
******00
1
2
3
4
2
10
4
2
10
4
2
10
* Baud rate - see table below for valid options.
* Baud rate - see table below for valid options.
* Baud rate - see table below for valid options.
9 = 2400
10 = 4800 * (recommended)
11 = 9600
TV Check
ISO
Output
Device
Drip Feed ?
0
0
1
0 = TV Check OFF (1= TV Check ON - Never enable TV Check)
0 = ISO (1=EIA Never use EIA)
Input Device
1
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
0000
0020
0100
0101
0102
0103
TV Check
Punch Code
Value
0
Comments
0000 0010
0010 1000
1000 1001
0
10
0
1
9 = 2400，10 = 4800* (recommended)，11 = 9600
0 = TV Check OFF (1= TV Check ON - Never enable TV Check)
1 = ISO (0=EIA Never use EIA)
5 / 15
I/O Channel
Drip Feed ?
0
Tape Format
0
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
User Parameter #5
G1
G2
G3
G5
G6
G10
G12
G13
G17
G31
G33
G34
G39
G40
G48
1
3
0
3
1
3
0
50
= Baud Rate 9600
= 2 Stop Bits
= Even Parity
= 8 Data Bits (Set DNC to software to 7 Databits)
Use xOn/xOff flow control (DC1 and DC3)
Do not use DC2 and DC4)
Comments
0000 0000
0000 0000
50
10
0000 0100
0000 0000
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
G20
G22
G23
G24
G25
G26
2
3
0
3
1
0
0
2 = 4800 3 = 2400
= 2 Stop Bits
= Even Parity
= 8 Data Bits (Set DNC to software to 7 Databits)
6 / 15
G27
G28
G29
0
0
3
Use ISO code
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
I 1
I 2
I 3
I 4
I 5
I 6
I 7
I 8
I 9
I 10
I 11
I 12
I 13
I 14
I 15
I 16
I 24
I 58
Mazak T2
Parameter Value Comments
A15
A16
A17
A18
A19
A20
A21
A22
A23
A24
206
1
6
6
0
1
1
10
10
0
= No Parity ( But in the DNC software select Even Parity )
= Baud rate 4800
Use ISO
TV Check Off
7 / 15
Comments
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.
2
3
0
0
3
3
1
5
0
1
1
0
0
0
30
0
0
0000 0000
A30
A31
A32
3
109
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
1
2
3
6
7
2
3
4
5
6
7
11
12
Mitsubish M50，60/60s，E60/68，M64/65/66
Parameter Value
9001
9002
9003
9004
9005
9101
9201
9102
9202
9103
9203
2
1
2
0
2
Out/In
Out/In
2
2
1
1
Comments
Input Port
Input Device
Out Port
Out device
Tape Mode
Baud rate 4800
1 Stop Bit
8 / 15
Comments
I/O Base parameters
1
1
0
0
200
2
3
0
1
3
3
3
1
I/O Devive parameters
I/O Base parameters
I/O Devive parameters
9104
9204
9105
9205
9106
9206
9108
9208
9109
9209
1
1
1
1
2
2
3
3
1
1
Use Parity = Yes
Parity = Even
7 Databits
Use xOnx/Off (DC1 and DC3)
Okuma
（日本：大隈）
Okuma 5000 / 7000
Parameter Value
1
34
39
44
45
46
54
57
Punch
Read
0
10
4800
0
0
0
1
90
Comments
number of spaces/ bytes of tape leader
Baud Rate
0000 1011 Optional parameter bits #1 (ISO Code)
1010 1010 Okuma 7000 Opt Para #8
1010 0010 Optional parameter bits #12 (Stop Bits/Parity)
Go to the 'Edit mode' [F3] (PIP), [F2] (Punch), type file name, then [Return]
Go to the 'Edit mode' [F3] (PIP), [F1] (Read), [Return]
Function
Yasnac
（日本：安川）
Yasnac LX MX
Parameter
6000
6001
6003
6021
6022
Value Comments
1xxx xxxx x = don't change
1xxx xxxx (Maybe only required on MX-2)
xxx1 xxx1
x111 xx1x (Maybe only required on LX/MX-1)
xxxx xx11
6026 / 6028
0001 1000 Baud rate - 2400
9 / 15
7 Data bits，Parity Even，2 Stop bits
Amada
（日本：天田）
Amada
Parameter
Baud Rate
Parity
Databits
Stop Bits
Dec Inp
Value
2400
Even
7
2
0
Comments
Also set these values in the DNC software
1=ISO (Do not use 0 EIA)
See cable diagrams below
Punch Code
1
Heidenhain
（德国：海德汉）
Heidenhain TNC 145
Parameter Value Comments
Baud
rate
Parity
Databits
2400
Even
7
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)
Stop Bits
2
Heidenhain TNC 150
Parameter Value
MP92
MP71
1
3
Comments
Select Multi Func.
(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)
10 / 15
BaudRate
2400
Heidenhain TNC 155,355
Parameter Value Comments
MP232
MP71
MP222
0
515
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
Device
MP 5200.1
MP 5201.1
MP 5020.1
MP 5030.1
Value
2
3
104
0
Comments
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)
EXT 2
Heidenhain TNC 2500
Parameter
MP 5020
MP 5030
Value
100
0
Comments
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)
11 / 15
ASCII End Code = ETX (03)
Hinumerik
（德国：）
Hinumerik 2000,2100 (M/T)
Parameter Value
5010
5012
5011
5013
5016
RTS
0
0
Comments
1100 0101 = 2400 For other Baud Rates see the table below
1100 0101 Same as 5011 - For other Baud Rates see the table below
xx10 xxxx
Line 1
In the DNC software select RTS/CTS flow control
1100 0101 = 2400，1100 0110 = 4800
x = do not change
Hinumerik 3000 ,3100 (M/T)
Parameter Value
411
412
416
Comments
1110 1101 = 2400 For other Baud Rates see the table below
1110 1101 Same as 5011 - For other Baud Rates see the table below
1xxx xxx1
1110 1101 = 2400，1110 1110 = 4800
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
411
412
416
Comments
1110 1101 = Baud Rate 2400
1110 1101 See below for other baud rates
1xxxxxx1
1110 1101 = 2400，1110 1110 = 4800
x = Do not change
Sinumerik 8M and 8T
Parameter Value
428
429
425
430
461
Comments
1110 1101 = Baud Rate 2400
1110 1101 See below for other baud rates
xxxx x0xx
xx0x xxxx
1110 1101 = 2400，1110 1110 = 4800
x = Do not change
x = Do not change
0000 0000
12 / 15
Sinumerik 810and 850 (M/T)
Parameter Value
5010
5012
5011
5013
0
0
Comments
1111 0101 = Baud Rate 2400
1111 0101 See below for other baud rates
1111 0101 = 2400，1111 0110 = 4800
RTS Line
1
Sinumerik 840D
Parameter
Serial
Device
Device Type
Protocol
Baud rate
Stop bits 2
Parity
Bit/character
Xoff character
EOT
Leader
Ready
EOB
Format
Value
1
Standard/WS800A
Universal
RTS/CTS (Hardware)
9600
2
Even
7
13
03
No
No
CRLF
Punch tape format
Comments
Xon character
11
Time out in Sec.
60
Traub
（德国：特劳伯）
Traub TX8
Parameter
#1
01
04
#2
12
Value
0
1
0
5
Comments
Parity
ISO
Baud Rate = 1200
13 / 15
Fagor
（西班牙：发格）
Fagor 80xx
Parameter Value Comments
In the control settings select
9 (Special Modes)
1 (General Parameters)
P000
P001
P002
P003
Fagor 8025T
Parameter Value Comments
In the control settings select
9 (Special Modes)
1 (General Parameters)
P000
P001
P002
P003
P605
7
2
2
0001 0000
Valid Baud Rates 2400, 4800 (Same as the DNC Software)
7 Databits
Even Parity
Stop Bits
DNC activate
7
2
2
Valid Baud Rates 2400, 4800 (Same as the DNC Software)
7 Databits
Even Parity
Stop Bits
After making changes - reset the controller
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
14 / 15
“传输缓冲区”为最低即可，或者取消“使用FIFO缓存”。
15 / 15
2024年4月20日发(作者：奕丹溪)
CNC数控系统通讯参数设置
来源：/
AllenBradley
（美国：AB）
AllenBradley 8600
Parameter
Baud Rate
Parity
Databits
Stop Bits
Value
2400
E
7
2
Comments
Acramatic
（美国：辛辛那提·米拉克龙）
Acramatic 850 (SX)
Parameter
Baud Rate
Parity
Databits
Stop Bits
Value
2400
N
8
1
Comments
Also set these values in the DNC software
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
Group 1
Group 2
Group 3
Group 4
Group 5
Group 6
Value Comments
AUX 2767 7 Data bits
AUX 2772 Even Parity
AUX 2784 Baud Rate 1200
AUX 2790 No Flow Control
AUX 2700 Send from Crusader to PC
AUX 2701 Receive data in Crusdare (From PC)
1 / 15
Bosch
（美国：博世·力士乐）
Bosch CC220 and CC320
Parameter
Device
DCR
Status
DFS
Time Out
Value
Port
9600
10 SEC
Comments
(V240,1)
Baud Rate
RECOGNISE WITH LEADER WITH TRAILER
SW Control
Haas
（美国：哈斯）
Haas
Parameter Value
11
12
13
14
37
24
25
41
50
54
69
70
9600
Even
1
Xon/Xoff
7
None
CR,LF
On
Xon/Xoff
9600
Off
On
Comments
Boss
Bridgeport Boss
Parameter
Baud Rate
Parity
Databits
Stop Bits
Value
4800
Even
7
1
Comments
USE DNC Port B
See Cable diagrams below
2 / 15
DeltaDynaPath
（美国： ）
Delta Dynapath
Parameter
Baud Rate
Databits
Parity
Stop bits
Value
Any
7
Even
1
Comments
Suggest 2400 but not higher than 9600)
FadalCNC
（美国：法道）
Fadal 88
Parameter
Baud Rate
Databits
Parity
Stop bits
Value
9600
7
Even
1
Comments
Suggest 2400 but not higher than 9600)
Fanuc
（日本：发那科）
Fanuc i（M/T）
Parameter
0000
0020
0100
0101
0102
0103
0138
TV Check
Value
0000 0010
0
0010 1000
1000 1001
0
11
1000 0000
0
Comments
9 = 2400，10 = 4800，11 = 9600* (recommended)
0 = TV Check OFF (1= TV Check ON - Never enable TV Check)
1 = ISO (0=EIA Never use EIA)
Punch Code
1
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）
3 / 15
Parameter
0002
0038
0552
TV On/Off
ISO
I/O
PWE
TAPEF
Value Comments
1000 0001
0100 0000
11
0
1
0
1
0
9 = 2400，10 = 4800，11 = 9600* (recommended)
0 = TV Check OFF (1= TV Check ON - Never enable TV Check)
1 = ISO (0=EIA Never use EIA)
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
0005
0068
ISO
I/O
Value
0000 0001
10
1
0
Comments
9 = 2400，10 = 4800* (recommended)，11 = 9600
0 = TV Check OFF (1= TV Check ON - Never enable TV Check)
1 = ISO (0=EIA Never use EIA)
TV On/Off
0
Fanuc 6,9（M/T） ,0P
Parameter
340
341
311
Value
2
2
Comments
0011 1000 = 2400
0011 1001 = 4800
0011 1010 = 9600 * (recommended)
TV Check
Punch Code
Input Unit
0
1
0
0 = TV Check OFF (1= TV Check ON - Never enable TV Check)
1 = ISO (0=EIA Never use EIA)
0011 1010 Baud rate - see table below for valid options.
Input Device 1
1
Input Device 2
1
Fanuc 10,11,12,15 (M/T)
Parameter
0000
Value Comments
****1010
4 / 15
0011
0020
0021
2201
5001
5002
5003
5110
5111
5112
5120
5121
5122
5130
5131
5132
******00
1
1
******00
1
2
3
4
2
10
4
2
10
4
2
10
* Baud rate - see table below for valid options.
* Baud rate - see table below for valid options.
* Baud rate - see table below for valid options.
9 = 2400
10 = 4800 * (recommended)
11 = 9600
TV Check
ISO
Output
Device
Drip Feed ?
0
0
1
0 = TV Check OFF (1= TV Check ON - Never enable TV Check)
0 = ISO (1=EIA Never use EIA)
Input Device
1
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
0000
0020
0100
0101
0102
0103
TV Check
Punch Code
Value
0
Comments
0000 0010
0010 1000
1000 1001
0
10
0
1
9 = 2400，10 = 4800* (recommended)，11 = 9600
0 = TV Check OFF (1= TV Check ON - Never enable TV Check)
1 = ISO (0=EIA Never use EIA)
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I/O Channel
Drip Feed ?
0
Tape Format
0
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
User Parameter #5
G1
G2
G3
G5
G6
G10
G12
G13
G17
G31
G33
G34
G39
G40
G48
1
3
0
3
1
3
0
50
= Baud Rate 9600
= 2 Stop Bits
= Even Parity
= 8 Data Bits (Set DNC to software to 7 Databits)
Use xOn/xOff flow control (DC1 and DC3)
Do not use DC2 and DC4)
Comments
0000 0000
0000 0000
50
10
0000 0100
0000 0000
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
G20
G22
G23
G24
G25
G26
2
3
0
3
1
0
0
2 = 4800 3 = 2400
= 2 Stop Bits
= Even Parity
= 8 Data Bits (Set DNC to software to 7 Databits)
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G27
G28
G29
0
0
3
Use ISO code
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
I 1
I 2
I 3
I 4
I 5
I 6
I 7
I 8
I 9
I 10
I 11
I 12
I 13
I 14
I 15
I 16
I 24
I 58
Mazak T2
Parameter Value Comments
A15
A16
A17
A18
A19
A20
A21
A22
A23
A24
206
1
6
6
0
1
1
10
10
0
= No Parity ( But in the DNC software select Even Parity )
= Baud rate 4800
Use ISO
TV Check Off
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Comments
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.
2
3
0
0
3
3
1
5
0
1
1
0
0
0
30
0
0
0000 0000
A30
A31
A32
3
109
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
1
2
3
6
7
2
3
4
5
6
7
11
12
Mitsubish M50，60/60s，E60/68，M64/65/66
Parameter Value
9001
9002
9003
9004
9005
9101
9201
9102
9202
9103
9203
2
1
2
0
2
Out/In
Out/In
2
2
1
1
Comments
Input Port
Input Device
Out Port
Out device
Tape Mode
Baud rate 4800
1 Stop Bit
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Comments
I/O Base parameters
1
1
0
0
200
2
3
0
1
3
3
3
1
I/O Devive parameters
I/O Base parameters
I/O Devive parameters
9104
9204
9105
9205
9106
9206
9108
9208
9109
9209
1
1
1
1
2
2
3
3
1
1
Use Parity = Yes
Parity = Even
7 Databits
Use xOnx/Off (DC1 and DC3)
Okuma
（日本：大隈）
Okuma 5000 / 7000
Parameter Value
1
34
39
44
45
46
54
57
Punch
Read
0
10
4800
0
0
0
1
90
Comments
number of spaces/ bytes of tape leader
Baud Rate
0000 1011 Optional parameter bits #1 (ISO Code)
1010 1010 Okuma 7000 Opt Para #8
1010 0010 Optional parameter bits #12 (Stop Bits/Parity)
Go to the 'Edit mode' [F3] (PIP), [F2] (Punch), type file name, then [Return]
Go to the 'Edit mode' [F3] (PIP), [F1] (Read), [Return]
Function
Yasnac
（日本：安川）
Yasnac LX MX
Parameter
6000
6001
6003
6021
6022
Value Comments
1xxx xxxx x = don't change
1xxx xxxx (Maybe only required on MX-2)
xxx1 xxx1
x111 xx1x (Maybe only required on LX/MX-1)
xxxx xx11
6026 / 6028
0001 1000 Baud rate - 2400
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7 Data bits，Parity Even，2 Stop bits
Amada
（日本：天田）
Amada
Parameter
Baud Rate
Parity
Databits
Stop Bits
Dec Inp
Value
2400
Even
7
2
0
Comments
Also set these values in the DNC software
1=ISO (Do not use 0 EIA)
See cable diagrams below
Punch Code
1
Heidenhain
（德国：海德汉）
Heidenhain TNC 145
Parameter Value Comments
Baud
rate
Parity
Databits
2400
Even
7
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)
Stop Bits
2
Heidenhain TNC 150
Parameter Value
MP92
MP71
1
3
Comments
Select Multi Func.
(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)
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BaudRate
2400
Heidenhain TNC 155,355
Parameter Value Comments
MP232
MP71
MP222
0
515
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
Device
MP 5200.1
MP 5201.1
MP 5020.1
MP 5030.1
Value
2
3
104
0
Comments
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)
EXT 2
Heidenhain TNC 2500
Parameter
MP 5020
MP 5030
Value
100
0
Comments
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)
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ASCII End Code = ETX (03)
Hinumerik
（德国：）
Hinumerik 2000,2100 (M/T)
Parameter Value
5010
5012
5011
5013
5016
RTS
0
0
Comments
1100 0101 = 2400 For other Baud Rates see the table below
1100 0101 Same as 5011 - For other Baud Rates see the table below
xx10 xxxx
Line 1
In the DNC software select RTS/CTS flow control
1100 0101 = 2400，1100 0110 = 4800
x = do not change
Hinumerik 3000 ,3100 (M/T)
Parameter Value
411
412
416
Comments
1110 1101 = 2400 For other Baud Rates see the table below
1110 1101 Same as 5011 - For other Baud Rates see the table below
1xxx xxx1
1110 1101 = 2400，1110 1110 = 4800
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
411
412
416
Comments
1110 1101 = Baud Rate 2400
1110 1101 See below for other baud rates
1xxxxxx1
1110 1101 = 2400，1110 1110 = 4800
x = Do not change
Sinumerik 8M and 8T
Parameter Value
428
429
425
430
461
Comments
1110 1101 = Baud Rate 2400
1110 1101 See below for other baud rates
xxxx x0xx
xx0x xxxx
1110 1101 = 2400，1110 1110 = 4800
x = Do not change
x = Do not change
0000 0000
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Sinumerik 810and 850 (M/T)
Parameter Value
5010
5012
5011
5013
0
0
Comments
1111 0101 = Baud Rate 2400
1111 0101 See below for other baud rates
1111 0101 = 2400，1111 0110 = 4800
RTS Line
1
Sinumerik 840D
Parameter
Serial
Device
Device Type
Protocol
Baud rate
Stop bits 2
Parity
Bit/character
Xoff character
EOT
Leader
Ready
EOB
Format
Value
1
Standard/WS800A
Universal
RTS/CTS (Hardware)
9600
2
Even
7
13
03
No
No
CRLF
Punch tape format
Comments
Xon character
11
Time out in Sec.
60
Traub
（德国：特劳伯）
Traub TX8
Parameter
#1
01
04
#2
12
Value
0
1
0
5
Comments
Parity
ISO
Baud Rate = 1200
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Fagor
（西班牙：发格）
Fagor 80xx
Parameter Value Comments
In the control settings select
9 (Special Modes)
1 (General Parameters)
P000
P001
P002
P003
Fagor 8025T
Parameter Value Comments
In the control settings select
9 (Special Modes)
1 (General Parameters)
P000
P001
P002
P003
P605
7
2
2
0001 0000
Valid Baud Rates 2400, 4800 (Same as the DNC Software)
7 Databits
Even Parity
Stop Bits
DNC activate
7
2
2
Valid Baud Rates 2400, 4800 (Same as the DNC Software)
7 Databits
Even Parity
Stop Bits
After making changes - reset the controller
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
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“传输缓冲区”为最低即可，或者取消“使用FIFO缓存”。
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