Teac TD-9000T User manual

D01393105A
Z
EtherNet/IP™ Instructions for Use
TD-9000T(E/IP)

2
Introduction
Thank you for purchasing the TD-9000T(E/IP) Digital Indicator.
Please read this manual and the manual for the main unit com-
pletely before using them to get the best performance and
ensure safe and proper operation.
Disclaimers
Information is given about products in this manual only
for the purpose of example and does not indicate any
guarantees against infringements of third-party intellectual
property rights and other rights related to them. TEAC
Corporation will bear no responsibility for infringements on
third-party intellectual property rights or their occurrence
because of the use of these products.
EtherNet/IP is a trademark of ODVA, Inc.
TEAC is a trademark of TEAC CORPORATION, registered in the
U.S. and other countries.
Other company names, product names and logos in this
document are the trademarks or registered trademarks of their
respective owners.
For information about EtherNet/IP communications, refer to
dedicated documents about it, for example.
ATTENTION
EtherNet/IP and USB/RS232C can be used for transmission with
this unit. When using EtherNet/IP for control, however, discon-
tinue control by USB/RS232C, and when using USB/RS232C for
control, discontinue control by EtherNet/IP.
Operation cannot be guaranteed when controlled by both at
the same time.

3
Contents
Introduction..................................................2
1. Names and functions of parts...............................4
1-1. Front...................................................4
1-2. Back ...................................................5
2. Communication functions ..................................6
2-1. FIELD NETWORK .......................................6
2-1-1. SETTINGS. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .6
2-2. EtherNet/IP ............................................6
2-2-1. Settings ..........................................6
2-3. Cyclic communication (implicit messages) .............7
Communication from a TD-9000T to a scanner..........7
Communication from a scanner to a TD-9000T..........9
2-4. Message communication (setting commands) ....... 10
Parameters used by all commands.................... 10
System ............................................... 10
Field network......................................... 11
Calibration ........................................... 12
Work ................................................. 14
Message communication
(measurement data commands)...................... 15
Transmission of measurement
and band waveforms........................... 16
Common error codes................................. 16
3. Setting lists ............................................... 17
3-1. Setting value list ..................................... 17
3-2. Serial communication (SERIAL COMM.) ............... 17
3-2-1. Field network................................... 17
3-2-2. EtherNet/IP..................................... 17
4. Specifications............................................. 18
EtherNet/IP communication specifications ............... 18
General .................................................. 18

4
1. Names and functions of parts
1-1. Front
A
A LINK indicator
Unlit: No connection
Blinking: Waiting for connection
Lit: Connection established
Blinking rapidly: Connection error

5
1-2. Back
A SENSOR connector
Insert the included sensor connector plug here.
B CONTROL connector
C DC power supply input terminals
Connect a DC power supply.
The voltage range is DC 24V ±10%.
D FG (frame grounding) terminal
Frame grounding terminal for DC power supply.
VAlways be sure to connect the frame ground-
ing terminal.
E EtherNet/IP
P1 connector
P2 connector
NS indicator
Unlit: Either no power supplied or IP address
not set
Lit green Online and connection established
Blinking green Online but connection not established
Lit red IP address is duplicated or fatal error
Blinking red One or more connections have timed
out (CIP Class 1 or 3)
MS indicator
Unlit No power supplied
Lit green Normal
Blinking green Scanner is idle
Lit red Malfunction or network trouble
Blinking red Parameter error
F RS-232C connector
1. Names and functions of parts

6
2. Communication functions
2-1. FIELD NETWORK
2-1-1. SETTINGS
To open the FIELD NETWORK screen, touch the buttons in the
following order on the Home Screen.
e
CALIB. & SYSTEM
e
SYSTEM
e
FIELD NETWORK
CONTROL INPUT
Select the device control method.
Only one method can be used for control.
Control terminal: Use external contact.
COMM. (Communication control): Use communication.
MEMORY CONTROL
Select the sensor number and work number switching
method.
FORBID: Use control input signals.
ALLOW: Use communication.
(Work switching is only enabled when work number
switching is set to external input in the work settings.)
EtherNet/IP
Ethernet settings
2-2. EtherNet/IP
Refer to the following values for connection input/output
settings.
Input settings
Instance ID: 100
Data size: 48-byte
Output settings
Instance ID: 150
Data size: 2-byte
2-2-1. Settings
To open the EtherNet/IP screen, touch the buttons in the fol-
lowing order on the Home Screen.
e
CALIB. & SYSTEM
e
SYSTEM
e
FIELD NETWORK
e
SETTINGS
(next to “EtherNET/IP”)
The input items change according to the DHCP setting.
When DHCP is off
Set the following items.
IP ADDRESS
SUBNET MASK
When DHCP is on
Values for the following items will be set by DHCP. They cannot
be input.
IP ADDRESS
SUBNET MASK
MAC
The MAC address of this unit will be shown.

7
2-3. Cyclic communication (implicit messages)
oCommunication from a TD-9000T to a scanner will return indicator values and measurement results.
Data size is 24 words.
oCommunication from a scanner to a TD-9000T will send control signals to start/stop measurement, for example.
Data size is 1word.
Communication from a TD-9000T to a scanner
Input data (TD-9000T to scanner)
Word (16-bit) Content
0 Measurement status
1
Current value
Current status
2 Load
3 Displacement
4 Load peak
5 Load bottom
6
Band judgment
Load
7 Time/displacement*
8 Result judgment
9
Zone 1
Load
10 Time/displacement*
11 Result judgment
12
Zone 2
Load
13 Time/displacement*
14 Result judgment
15
Zone 3
Load
16 Time/displacement*
17 Result judgment
18
Zone 4
Load
19 Time/displacement*
20 Result judgment
21
Zone 5
Load
22 Time/displacement*
23 Result judgment
*This depends on the X axis setting.
oThe time unit is ms.
2. Communication functions

8
Measurement status
Bit 15 14 13 12 11 10 9 8
Setting Measuring Measurement
complete Trigger output X axis displacement Band judgment
Status 2 1 HI OK LO
Bit 7 6 5 4 3 2 1 0
Setting Overall displacement judgment Overall load judgment
Status NG HI OK LO NG HI OK LO
Current status
Bit 15 14 13 12 11 10 9 8
Setting OVER/FULL SD card error Sensor number Work number
Status bit1 bit0 bit3 bit2 bit1 bit0
Bit 7 6 5 4 3 2 1 0
Setting Load decimal point position Continuous load judgment
Status MSB LSB HH HI OK LO LL
Result judgment
Bit 15 14 13 12 11 10 9 8
Setting Judgment method Displacement judgment
Status MSB LSB NG HI OK LO
Bit 7 6 5 4 3 2 1 0
Setting Load judgment
Status NG HI OK LO
Judgment method
0 Constant comparison
1 Sample
2 Peak
3 Bottom
4 Peak to peak
5 Average value
6 Maximum value
7 Minimum value
8 Inflection point
Load decimal point position
0 00000
1 0000.0
2 000.00
3 00.000
4 0.0000
2. Communication functions

9
Communication from a scanner to a TD-9000T
Output data (scanner to TD-9000T)
Bit 15 14 13 12 11 10 9 8
Setting Clear peak/
bottom
Prevent
touchscreen
operation
Enable/
disable judg-
ment output
Force back-
light lighting Switch zone Reserved
Clear results
(reset mea-
surement
results)
Start/stop
measurement
Status
Bit 7 6 5 4 3 2 1 0
Setting Digital zero
Zero balance
displacement Switch sensor Switch work
Status MSB LSB MSB LSB
2. Communication functions
Clear peak/bottom
Clear peak and bottom load values.
Prevent touchscreen operation
Disable touchscreen operation while this is ON.
Enable/disable judgment output
Disable all judgment output while this is ON.
Force backlight lighting
Enable the backlight while this is ON.
Switch zone
This is enabled when ZONE SWITCHING is set to EXT.
INPUT. While ON, it becomes zone. Switching is limited to
zones that have zone judgment enabled.
Clear results (reset measurement results)
Judgment results are cleared at the moment this becomes
ON.
All judgment output is turned OFF, and continuous judg-
ment (CONTINUE) starts.
Start/stop measurement
When “MEASURE. START. COND.” or “MEASURE. STOP.COND.”
is set to “EXT. SIGNAL”on the WORK settings screen, this
controls starting and stopping measurement.
Select the control method with EXT. START/STOP.
When set to “EDGE”, measurement will start or stop when it
switches from OFF to ON.
When set to “LEVEL”, measurement will start when it
switches to ON and stop when it switches to OFF.
Digital Zero
Digital zero is executed at the moment this becomes ON.
Zero balance displacement
The displacement sensor is zero-balanced at the moment
this becomes ON.
Switch sensor
Switch the sensor memory to the specified number.
ATTENTION!
To enable sensor switching, set MEMORY CONTROL to
“ALLOW” (page6).
Switch work
Use to switch to the specified work number.
WORK SWITCHING1 is the LSB and WORK SWITCHING8 is
the MSB.
ATTENTION!
Make the following settings to enable work switching.
oCONTROL INPUT on the FIELD NETWORK settings
screen: COMM.
oMEMORY CONTROL on the FIELD NETWORK settings
screen: ALLOW
oWORK SWITCHING on the WORK settings screen:
MANUALLY

10
2-4. Message communication (setting commands)
Parameters used by all commands
Read: Get Attribute Single (0Eh)
Write: Set Attribute Single (10h)
Class (Hex): 0A2h
Attribute: 05h
By designating each command number in an instance when communicating messages, the desired parameters can be read and
written.
NOTE
If values other than parameters are set, they will be ignored.
System
Content Command Command No. Byte Parameter Note
System
Device name 5010 16 “TD-9000T “ ASCII
Firmware version 5020 6 “1.00 “ ASCII
Backlight setting (LCD
BRIGHTNESS) 5301 1 0 to 3
Backlight time 5302 1 0 to 255
Language 5303 1 0:Japanese, 1:English, 2:Chinese,
3:Korean
Home Screen 5304 1 0: value display, 1: waveform display
OK counter 5410 4 100: Reset 64 in hexadecimal
display
NG counter 5411 4 100: Reset 64 in hexadecimal
display
Device number 5500 4
Beep 5501 1
0: OFF
1: KEY
2: KEY + JUDGE
External measurement
signal mode (EXT. START/
STOP)
5502 1 0: Edge, 1: Level
Date & time setting
Format 5503 1
0: YYYY-MM-DD
1: DD-MM-YYYY
2: MM-DD-YYYY
Date & time setting 5506 6 YYMMDDHHMMSS(BCD)
For example,
14:20:30 on May
20, 2021 shown as
210520142030
Locking
Lock calibration values
(CALIBRATION LOCK) 5201 1 0: Unlock, 1: Lock
Lock work (WORK LOCK) 5202 1 0: Unlock, 1: Lock
Lock all (ALL LOCK) 5203 1 0: Unlock, 1: Lock
Lock touchscreen 5204 1 0: Unlock, 1: Lock
Internal memory
Save results (SAVING) 5400 1
0: NO
1: AUTO SAVE
2: SAVE ON ERROR
Overwrite (OVERWRITING) 5401 1 0: Forbid, 1: Allow
Delete all 5402 4 100: Execute
2. Communication functions

11
Content Command Command No. Byte Parameter Note
Trigger output 1
Output item 5510 1 0:None, 1:Load, 2:Displacement, 3:OK
count, 4:NG count
Load output threshold (HI) 5511 4 ±99999
Load output threshold (LO) 5512 4 ±99999
Displacement output
threshold (HI) 5513 4 ±99999
Displacement output
threshold (LO) 5514 4 ±99999
OK count threshold 5515 4 0 to 99999
NG count threshold 5516 4 0 to 99999
Trigger output 2
Output item 5520 1
0: None
1: Load
2: Displacement
3: OK count
4: NG count
Load output threshold (HI) 5521 4 ±99999
Load output threshold (LO) 5522 4 ±99999
Displacement output
threshold (HI) 5523 4 ±99999
Displacement output
threshold (LO) 5524 4 ±99999
OK count threshold 5525 4 0 to 99999
NG count threshold 5526 4 0 to 99999
SD card
Automatic saving (AUTO
SAVE) 5600 1
0: NO
1: AUTO SAVE
2: SAVE ON ERROR
Format 5601 1 1: Execute
Export settings 5602 1 1: Execute
Import settings 5603 1 1: Execute
Serial commu-
nication (SERIAL
COMM.)
Port selection 5700 1 0: Front USB (USB), 1: Back D-sub (D-SUB)
Communication mode 5702 1
0: TD format
1: TD format (BCC)
2: Continuous TX
3: Send results
Baud rate 5703 1
0: Reserved
1: 9600
2: 19200
3: 38400
4: 57600
5: 115200
Bit length 5704 1 0: 8-bit, 1: 7-bit
Parity bit 5705 1 0: No, 1: Odd, 2: Even
Stop bit 5706 1 0: 1-bit, 1: 2-bit
Delimiter 5707 1 0: CR+LF, 1: CR
Field network
Content Command No. Byte Parameter Note
Control signal input (CONTROL INPUT) 5710 1 0: Control terminal (CONT. TERMINAL),
1: Communication control (COMM.)
MEMORY CONTROL 5711 1 0: Forbid, 1: Allow
2. Communication functions

12
Calibration
Content Command Command No. Byte Parameter Note
Sensor
Sensor memory 1000 1
0:Sensor Memory1, 1:Sensor
Memory2, 2:Sensor Memory3,
3:Sensor Memory4
Sampling 1006 1 0: 5kHz, 1:25kHz
Y axis 1007 1 0:Load, 1:Load and displacement
X axis 1008 1 0: Time, 1: Displacement
X axis full scale 1009 1
0:80ms, 1:170ms, 2:400ms, 3:800ms,
4:2.0s, 5:4.0s, 6:10.0s, 7:30.0s,
8:60.0s, 9:90.0s
The definitions
change according
to the X axis setting
(time/displacement).
Unit shown setting 1401 1
0:None, 1:N, 2:kN, 3:kPa, 4:MPa, 5:g,
6:kg, 7:ton, 8:mNm, 9:Nm, 10:kNm,
11:dN, 12:Pa, 13:mBar, 14:Bar, 15:m/s2,
16:Gal, 17:mm
Maximum display value
(MAX. DISP. VALUE) 1404 4 1 to 99999
Sensor input logic 1405 1 0: Standard, 1: Reversed
Low-pass filter 2001 1 0:OFF, 1:3Hz, 2:10Hz, 3:30Hz,
4:100Hz, 5:300Hz, 6:1000Hz
Moving average number
(MOVING AVG. NUM.) 2002 2 0: Disabled, 2 to 2048: Moving average number
Automatic digital filter
(AUTO DIGITAL FILTER) 2003 1 0:OFF, 1:ON
Digital zero limit (D/Z
LIMIT SETTING) 2302 4 00000 to 99999
Digital offset 2303 4 ±19999
Load cell
Bridge voltage 1001 1 0:2.5V, 1:5V, 2:10V
Load decimal point
position 1002 1 0:None, 1:0.0, 2: 0.00 3: 0.000, 4: 0.0000
Zero point input
calibration 1003 4 −3100 to +3100, (0.000 to 3.100mV/V)
Zero balancing 1004 1 1: Execute
Remote sensing 1005 1 0: Unused, 1: Used
Reset zero balancing 1100 1 1: Execute
Rated output value
(RATED OUTPUT) 1101 4 100 to 3200, (0.100 to 3.200mV/V)
Rated capacity value
(equivalent input) 1102 4 1 to 99999
Rated capacity value
(actual load) 1103 4 1 to 99999
TEDS calibration (TEDS
CALIB.) 1104 1 1: Execute
2. Communication functions

13
Content Command Command No. Byte Parameter Note
Linearization
Enable/disable
linearization
1200 1 0: Disabled, 1: Enabled
Select linearization point 1201 1 1 to 5
The point desig-
nated by this can be
changed with the fol-
lowing commands.
Selection point enabled/
disabled
1202 1 0: Disabled, 1: Enabled
Sensor output value for
calibration point
1203 4 4-digit sensor output value (no decimal)
(0 < setting value < rated output value)
Setting this value will
calculate the load
value from the current
calibration value and
make it the default
output load value for
the calibration point.
Output load value for
calibration point (equiva-
lent input)
1204 4 ±99999
An error will result if
the difference with
the default value is
5% or more.
Output load value for
calibration point (actual
load input
1205 4 ±99999
D/A
D/A output setting 1301 1 0: Voltage, 1: Current
D/A max. voltage 1302 1 1 to 10
D/A Zero 1303 4 ±99999
D/A full scale 1304 4 ±99999
TEDS sensor
Serial number 6001 4 BCD
Maximum rated capacity 6002 4
BCD (highest byte
is decimal point
position)
Maximum rated output 6003 4
BCD (highest byte
is decimal point
position)
Sensor impedance 6004 4
BCD (highest byte
is decimal point
position)
Max. excitation level 6005 4
BCD (highest byte
is decimal point
position)
Calibration date
(CAL. DATE) 6006 4 BCD
Model number 6007 2 BCD
Displacement
sensor
Reset zero balancing
(voltage) 1500 1 1: Execute
Unit shown 1501 1 1:μm, 2:mm, 3:cm, 4:m, 5:rad, 6:deg,
0:None
Input mode 1502 1 0: Pulse, 1: Voltage
Sensor input logic 1503 1 0: Standard, 1: Reversed
Zero balancing 1504 1 1: Execute
Displacement decimal
point position 1505 1 0:None, 1:0.0, 2: 0.00 3: 0.000, 4: 0.0000
2. Communication functions

14
Content Command Command No. Byte Parameter Note
Pulse displace-
ment sensor
Count number (higher
2 digits) 1600 4 Higher 2 digits (0–15) Always set from higher.
Count number (lower
6 digits) 1601 4 Lower 6 digits (000000 to 999999) 1–15000000 range with higher
Display value (equivalent
input) 1602 4 00001 to 99999
Display value (actual load) 1603 4 00001 to 99999
Zero position 1604 4 ±99999
Moving average number
(MOVING AVG. NUM.) 1605 2 0: Disabled, 2 to 2048: Moving average number
Output phase (AB, A) 1606 1 0: AB phase, 1: A phase
Voltage displace-
ment sensor
Rated output 1610 4 0.100 to 5.200V
Display value (equivalent
input) 1612 4 00001 to 99999
Display value (actual
load) 1613 4 00001 to 99999
Zero position 1614 4 ±99999
Moving average number
(MOVING AVG. NUM.) 1615 2 0: Disabled 2 to 2048: Moving average number
Low-pass filter 1616 1 0:10Hz, 1:30Hz, 2:100Hz, 3:300Hz
Work
Content Command Command No. Byte Parameter Note
Work
Work number 7000 1 1 to 16 (enabled only during manual
selection)
Switch work (WORK
SWITCHING) 7001 1 0: Manually, 1: External input (EXT. INPUT)
Copy work 7002 1 0: All, 1–16: Work number
Measurement
trigger
Measurement starting
condition 7003 1
0:EXT. SIGNAL, 1:EXT. & LOAD,
2:EXT. & DISP, 3:LOAD 1, 4:LOAD z,
5:DISPLACE. 1, 6:DISPLACE. z
Measurement starting level 7004 4 ±99999
Measurement stopping
condition 7005 1
0:EXT. SIGNAL
1:EXT. or LOAD (EXT. | LOAD)
2:EXT. or DISP.(EXT. | DISP.)
3:EXT. or TIME (EXT. | TIME)
Measurement stopping
level 7006 4 ±99999
Continuous
judgment
Enable HHLL (HH/LL ON) 7010 1 0: Disabled, 1: Enabled
HH 7011 4 ±99999
HI 7012 4 ±99999
LO 7013 4 ±99999
LL 7014 4 ±99999
Band judgment
Enable/Disable waveform
comparison (WAVEFORM
COMP.)
7100 1 0: Disabled, 1: Enabled
If no reference wave-
form has been set,
it will not become
enabled.
Zone judgment
Zone switching 7101 1 0: Preset, 1: External input
Indicator value display
(INDICATOR VALUE) 7102 1 0: Input value, 1 to 5: Zone number
2. Communication functions

15
Content Command Command No. Byte Parameter Note
Zone settings
Set zone number 7200 1 1 to 5
(resets to 1 when power turned on/off)
The zone set by this
can be changed
with the following
commands.
Enable zone 7201 1 0: Disabled, 1: Enabled
Zone range starting point 7202 4 0 to 99999
Zone range ending point 7203 4 0 to 99999
Load high limit (HI) 7204 4 ±99999
Load low limit (LO) 7205 4 ±99999
Displacement high limit (HI) 7206 4 0 to 99999 This can be set when
the X axis is set to
displacement.
Displacement low limit (LO) 7207 4 0 to 99999
Judgment method 7208 1
0:Constant comparison, 1:Sample,
2:Peak, 3:Bottom, 4:Peak-to-peak,
5:Average value, 6: Maximum,
7:Minimum, 8:Inflection point
Maximum/
minimum
Load difference (LOAD DIF.) 7211 4 ±99999
Scaling factor 7212 1
00 to 99 (input without decimal point)
(0.0 to 9.9)
Values higher than
9.9 automatically
rounded to 9.9.
Number of detections
(COUNT) 7213 1 1 to 10
Values higher than
10 automatically
rounded to 10.
Inflection point
(INFLECTION)
Detection starting load
(STARTING LOAD) 7220 4 ±99999
Detection extent A
(WIDTH A) 7221 4 1 to 9999
Detection extent B
(WIDTH B) 7222 4 1 to 9999
Load difference (LOAD DIF.) 7223 4 ±99999
Offset extent (OFFSET) 7224 4 0 to 99
Message communication (measurement data commands)
Content Command Command
No. Service Transmitted data (in word* units)
Zone display
Zone 1 300 R Start pos End pos Load(Lo) Load(Hi) Disp(Lo) Disp(Hi)
Zone 2 301 R Start pos End pos Load(Lo) Load(Hi) Disp(Lo) Disp(Hi)
Zone 3 302 R Start pos End pos Load(Lo) Load(Hi) Disp(Lo) Disp(Hi)
Zone 4 303 R Start pos End pos Load(Lo) Load(Hi) Disp(Lo) Disp(Hi)
Zone 5 304 R Start pos End pos Load(Lo) Load(Hi) Disp(Lo) Disp(Hi)
Measurement
waveform
Measurement range 305 R Start pos End pos
Load measurement
waveform (load) 310 to 319 R 1 block = 224 words* (10 blocks total)
Load measurement
waveform (displacement) 320 to 329 R 1 block = 224 words* (10 blocks total)
Load measurement time 330 to 339 R 1 block = 224 words* (10 blocks total)
Band waveform
Band waveform range 306 R/W Start pos End pos
Load band waveform
(low limit) 350 to 359 R/W 1 block = 224 words* (10 blocks total)
Load band waveform 360 to 369 R/W 1 block = 224 words* (10 blocks total)
oStart pos and End pos units are not physical units. They are dot positions on the X axis. Values are in the image range (0–2239) on
the X axis.
*1 word is 2 bytes (little-endian)
2. Communication functions

16
Transmission of measurement and band waveforms
The maximum amount of data is 2240 for measurement and band waveforms.
To send data, divide all data into 10 parts, and send 224 data with a single command number.
Use measurement range (305) and band waveform range (306) commands, and look up necessary data ranges.
Waveform data
Excluding decimal points, send indicator values as 2-byte binary data for each single data unit.
Look up the decimal point position with load decimal point position (1002) and displacement decimal point position (1505).
Command No.
Transmitted data blocks are designated by the lowest digit of each load waveform command.
xx0 : Data from 0 to 223 (block 1)
xx1 : Data from 224 to 447 (block 2)
:
xx9 : Data from 2016 to 2239 (block 10)
Data transmission example
Load measurement waveform (load) (310) response example
Byte 0 1 2 3 4 5 ... 444 445 446 447
HEX
ASCII×××××× ××××
Load value
(not including decimal point)
Load value (not including
decimal point)
Common error codes
Error code Content
0x05 The path designation is unknown (Class, Instance).
0x08 The service is not supported.
0x0E The attribute cannot be set.
0x10 The currently requested service cannot be
executed.
0x13 The data quantity is insufficient.
0x15 The data quantity is excessive.
0x2C The attribute cannot be acquired.
2. Communication functions

17
3. Setting lists
3-1. Setting value list
Item Setting Format Default value Setting range/options
FIELD NETWORK CONTROL INPUT Selection CONT. TERMINAL CONT. TERMINAL, COMM.
MEMORY CONTROL Selection FORBID FORBID, ALLOW
EtherNet/IP
IP ADDRESS Input 192.168.0.10 0.0.0.0 to 255.255.255.255
SUBNET MASK Input 255.255.255.0 0.0.0.0 to 255.255.255.255
DHCP Selection ENABLE ENABLE, DISABLE
ATTENTION!
Conducting an operation with the screen, including starting/stopping measurement and switching sensors or work memories, at the
same time that an operation is executed by communication could cause unpredictable malfunction. For this reason, we recommend
prohibiting making changes on screen during communication.
3-2. Serial communication (SERIAL COMM.)
Read the unit operation manual for details about serial communication protocol.
3-2-1. Field network
Content Command No. Default value Setting item Note
Control signal input 5710 0: Control terminal
(CONT. TERMINAL)
0: Control terminal (CONT. TERMINAL),
1: Communication control (COMM.)
Memory control 5711 0: Forbid 0: Forbid, 1: Allow
3-2-2. EtherNet/IP
Content Command No. Default value Setting item Note
DHCP 5720 1: Enabled 0: Disable, 1: Enabled
We recommend turning the power
off and on again after changing this
setting.
IP address 5721 192.168.0.10 000:000:000:000 to
255:255:255:255 Transmit 12 ASCII characters
Subnet mask 5722 255.255.255.0 000:000:000:000 to
255:255:255:255 Transmit 12 ASCII characters
Note
“Field network” and “EtherNet/IP”setting commands will be disabled if the corresponding options are not installed.

18
4. Specifications
EtherNet/IP communication specifications
Transmission type 10BASE-T/100BASE-TX
Transmission
speed
10/100Mbps
Communication
distance
100 m or less between nodes
Transmission cable Category 5/5e STP cable
Topology Star, line, tree
Maximum number
of connected units
No limit
General
Weight About 1,040g
oSpecifications and appearance are subject to change without notice.
oWeight and dimensions are approximate.
oIllustrations in this manual might differ slightly from production models.

19

Z
0522 MA-3326A
TEAC CORPORATION 1-47 Ochiai, Tama-shi, Tokyo 206-8530, Japan Phone: [phone]
TEAC AMERICA, INC. 10410 Pioneer Blvd. Unit #1, Santa Fe Springs, California90670, U.S.A. Phone: [phone]
TEAC EUROPE GmbH. Bahnstrasse 12, 65205 Wiesbaden-Erbenheim, Germany Phone: [phone]
(EU Importer)
TEAC UK Limited Luminous House, 300 South Row, Milton Keynes, Phone: [phone]
(UK Importer) Buckinghamshire, MK9 2FR, UK
TEAC SALES & TRADING Room 817, Xinian Center A, Tairan Nine Road West, Shennan Road, Phone: [phone]
(ShenZhen) CO., LTD. Futian District, Shenzhen, Guangdong Province 518040, China