Teac TD-9000T User manual

D01399405A
Z
CC-Link Instructions for Use
TD-9000T(CCL)

2
Introduction
Thank you for purchasing the TD-9000T (CCL) 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.
For information about CC-Link communications, refer to dedicated
documents about it, for example.
Included accessories
If anything is missing or damaged, contact us. (For contact
information, see the last page.)
CC-Link connector plug
35A05-60S0-B0M GF or equivalent part
1
Ferrite core
SFT-59SNB or equivalent part
1
Instructions for Use (this document) 1
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.
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.
ATTENTION
CC-Link and USB/RS232C can be used for transmission with
this unit. When using CC-Link for control, however, discontinue
control by USB/RS232C, and when using USB/RS232C for
control, discontinue control by CC-Link. Operation cannot be
guaranteed when controlled by both at the same time.

3
Contents
Introduction..................................................2
Included accessories .......................................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. CC-Link ................................................6
2-2-1. Settings ..........................................6
3. CC-Link settings ............................................7
3-1. CC-Link overview ......................................7
Version .................................................7
Station type ............................................7
3-2. Connections ...........................................7
3-2-1. Connecting to the CC-Link connector ............7
3-2-2. Connecting the CC-Link terminals ................7
3-3. Address map...........................................8
3-3-1. Remote registers with 4 stations occupied
(pages 0–2). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .8
Real-time page (page 0) ..........................8
Results page (page 1) ............................8
Waveform page (page 2) .........................9
Control (waveform selection).................9
3-3-2. Remote I/O with 4 stations occupied ........... 10
3-3-3. Remote registers with 2 stations occupied
(pages 0–3). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13
Real-time page (page 0) ........................ 13
Results page (page 1) .......................... 13
Results pages (pages 2–3) ...................... 13
3-3-4. Remote I/O with 2 stations occupied ........... 14
3-4. Setting procedures................................... 17
3-4-1.Writing exclusive area values to the unit ........ 17
3-4-2. Reading, writing and operations using commands
in the common area............................ 17
3-4-3.Transmission of measurement and band wave-
forms .......................................... 18
Band waveform start and stop positions.... 18
Waveform data............................. 18
3-5. Commands .......................................... 19
System ............................................... 19
Field network......................................... 20
Calibration ........................................... 21
Work ................................................. 23
4. Setting lists ............................................... 25
4-1. Setting value list ..................................... 25
4-2. SERIAL COMM. ....................................... 25
4-2-1. FIELD NETWORK................................ 25
4-2-2. CC-Link......................................... 25
5. Specifications............................................. 26
General .................................................. 26

4
1. Names and functions of parts
1-1. Front
A
A LINK indicator
Unlit: Network not connected (link to network not
established)
Blinking: Transmission error
Lit: Refreshing and polling

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 CC-Link
Connector
Signal Wire color
DA Blue
DB White
DG Yellow
NC
SLD Connection line (shielded)
oThe wire color is the color of the insulation used by the
CC-Link cable.
Indicators
RUN
Unlit: Network not connected or transmission
error occurred (invalid carrier, timeout,
etc.)
Lit: After network joined, refreshing and
polling received normally
SD
Unlit: No transmission
Lit: Transmitting
RD
Unlit: Carrier detection failed
Lit: Carrier detected
ERR
Unlit: Normal transmission
Lit: CRC error or device setting error
Blinking: Setting changed while linked
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 switching method.
FORBID: Use control input signals.
ALLOW: Use communication.
(Work switching is only enabled when work switching is
set to external input in the work settings.)
CC-Link
CC-Link settings
2-2. CC-Link
2-2-1. Settings
To open the CC-Link screen, touch the buttons in the following
order on the Home Screen.
e
CALIB. & SYSTEM
e
SYSTEM
e
FIELD NETWORK
e
SETTINGS (next to “CC-Link”)
OCCUPIED STATIONS
Set the number of CC-Link occupied stations.
The maximum station number is 63 when two stations are
occupied and 61 when four stations are occupied.
STATION NUMBER
This can be set between 1 and 63. Consider the number of
occupied stations, and set this so that it does not overlap
with other stations.
TRANSMISSION SPEED
Set the CC-Link transmission speed. The maximum trans-
mission distance changes according to the transmission
speed.
NOTE
Transmission speed Maximum transmission distance
156kbps 1200m
625kbps 900m
2.5Mbps 400m
5Mbps 160m
10Mbps 100m

7
3-1. CC-Link overview
Version
Ver. 1.10
Station type
Remote device station
3-2. Connections
3-2-1. Connecting to the CC-Link
connector
A 2-piece type connector is used.
Insert the included CC-Link connector plug into the CC-Link
connector.
When wiring the CC-Link connector plug, press the button for
each pin while inserting the wire.
3-2-2. Connecting the CC-Link terminals
oWe recommend the following rod terminal specifications.
Terminal diameter: Ø1.05 – 1.15 mm
Terminal length: Metal part of terminal should be at least
9mm
Material: Copper
Surface finish: metal-plated
oUse CC-Link specialty cables to make connections.
Connect the shield to the SLD connector.
oPass the connection cable through the ferrite core (SFT-
59SNB) before use. Connect the ferrite core to the TD-9000T
(CCL) end.
oIf a TD-9000T (CCL) will be the unit at both ends, connect
terminators to both DA and DB.
oAlways disconnect the power before working with wiring.
oRefer to the Install Guide issued by the CC-Link Partner
Association.
ATTENTION
oConnect the included CC-Link connector plug to the
CC-Link connector. Do not connect any connector plug
other than one included because doing so could make it
unsafe.
3. CC-Link settings

8
3-3. Address map
3-3-1. Remote registers with 4 stations occupied (pages 0–2)
Real-time page (page 0)
Station
TD-9000T (CCL) eMaster station Master station eTD-9000T (CCL)
Remote input Address Name Remote
output Address Name Area
1
RWr0000 0x2E0 Real-time value Load value RWw0000 0x1E0 High high limit (HH)
Exclusive
RWr0001 0x2E1 Displacement value RWw0001 0x1E1 High limit (HI)
RWr0002 0x2E2 Peak load value RWw0002 0x1E2 Low limit (LO)
RWr0003 0x2E3 Bottom load value RWw0003 0x1E3 Low low limit (LL)
2
RWr0004 0x2E4 OK count RWw0004 0x1E4 Digital offset
RWr0005 0x2E5 NG count RWw0005 0x1E5
RWr0006 0x2E6 RWw0006 0x1E6
RWr0007 0x2E7 RWw0007 0x1E7
3
RWr0008 0x2E8 Number of recorded waveforms RWw0008 0x1E8
RWr0009 0x2E9 Sensor number RWw0009 0x1E9
RWr000A 0x2EA Work number RWw000A 0x1EA
RWr000B 0x2EB RWw000B 0x1EB
4
RWr000C 0x2EC Command data RWw000C 0x1EC Command data
Common
RWr000D 0x2ED RWw000D 0x1ED
RWr000E 0x2EE Command No. RWw000E 0x1EE Command No.
RWr000F 0x2EF Error code RWw000F 0x1EF
Results page (page 1)
Station
TD-9000T (CCL) eMaster station Master station eTD-9000T (CCL)
Remote input Address Name Remote
output Address Name Area
1
RWr0000 0x2E0 Band Load value RWw0000 0x1E0
Exclusive
RWr0001 0x2E1 Displacement value RWw0001 0x1E1
RWr0002 0x2E2 Zone 1 Load value RWw0002 0x1E2
RWr0003 0x2E3 Displacement value RWw0003 0x1E3
2
RWr0004 0x2E4 Zone 2 Load value RWw0004 0x1E4
RWr0005 0x2E5 Displacement value RWw0005 0x1E5
RWr0006 0x2E6 Zone 3 Load value RWw0006 0x1E6
RWr0007 0x2E7 Displacement value RWw0007 0x1E7
3
RWr0008 0x2E8 Zone 4 Load value RWw0008 0x1E8
RWr0009 0x2E9 Displacement value RWw0009 0x1E9
RWr000A 0x2EA Zone 5 Load value RWw000A 0x1EA
RWr000B 0x2EB Displacement value RWw000B 0x1EB
4
RWr000C 0x2EC Command data RWw000C 0x1EC Command data
Common
RWr000D 0x2ED RWw000D 0x1ED
RWr000E 0x2EE Command No. RWw000E 0x1EE Command No.
RWr000F 0x2EF Error code RWw000F 0x1EF
3. CC-Link settings

9
Waveform page (page 2)
Station
TD-9000T (CCL) eMaster station Master station eTD-9000T (CCL)
Remote input Address Name Remote
output Address Name Area
1
RWr0000 0x2E0 Waveform data (n)/
Band start position RWw0000 0x1E0 Band waveform data (n)/ Band start position
Exclusive
RWr0001 0x2E1 Waveform data (n+1)/
Band end position RWw0001 0x1E1 Band waveform data (n+1)/ Band end position
RWr0002 0x2E2 Waveform data (n+2) RWw0002 0x1E2 Band waveform data (n+2)
RWr0003 0x2E3 Waveform data (n+3) RWw0003 0x1E3 Band waveform data (n+3)
2
RWr0004 0x2E4 Waveform data (n+4) RWw0004 0x1E4 Band waveform data (n+4)
RWr0005 0x2E5 Waveform data (n+5) RWw0005 0x1E5 Band waveform data (n+5)
RWr0006 0x2E6 Waveform data (n+6) RWw0006 0x1E6 Band waveform data (n+6)
RWr0007 0x2E7 Waveform data (n+7) RWw0007 0x1E7 Band waveform data (n+7)
3
RWr0008 0x2E8 Waveform data (n+8) RWw0008 0x1E8 Band waveform data (n+8)
RWr0009 0x2E9 Waveform data (n+9) RWw0009 0x1E9 Band waveform data (n+9)
RWr000A 0x2EA Offset (response n) RWw000A 0x1EA Offset*
(n=0–2230) Control
RWr000B 0x2EB Control (response) RWw000B 0x1EB Control (waveform
selection)
4
RWr000C 0x2EC Command data RWw000C 0x1EC Command data
Common
RWr000D 0x2ED RWw000D 0x1ED
RWr000E 0x2EE Command No. RWw000E 0x1EE Command No.
RWr000F 0x2EF Error code RWw000F 0x1EF
*Offset
This sets the 10-word waveform data start position shown in the exclusive area with an offset value.
Waveform data is shown in a 0–2239 range, so set this within that range.
Control (waveform selection)
Bit 15 (MSB) 14 13 12 11 10 9 8
Name Band start/stop
Bit 7 6 5 4 3 2 1 0 (LSB)
Name Band waveform
(H)
Band waveform
(L)
Displacement
waveform Load waveform
oOnly set one bit to 1.
ATTENTION
Remote input on the waveform page is always being updated. Read or write waveform data, only when in a STOP or CONTINUE state.
3. CC-Link settings

10
3-3-2. Remote I/O with 4 stations occupied
Station
TD-9000T (CCL) eMaster station Master station eTD-9000T (CCL)
Remote input Address Name Remote
output Address Name
1
RX0000
0x0E0
Exclusive area response RY0000
0x160
Exclusive area request
RX0001 RY0001
RX0002 Common area response RY0002 Common area request
RX0003 R/W (response) RY0003 R/W (request)
RX0004 RWr page selection (response)
(page: 0–4)
RY0004 RWr page selection
(page: 0–4)
RX0005 RY0005
RX0006 CPU operating properly RY0006
RX0007 Decimal point position 1 (load) RY0007
RX0008 Decimal point position 2 (load) RY0008
RX0009 Decimal point position 3 (load) RY0009
RX000A Decimal point position 1
(displacement) RY000A
RX000B Decimal point position 2
(displacement) RY000B
RX000C Decimal point position 3
(displacement) RY000C
RX000D RY000D
RX000E Trigger output 1 RY000E
RX000F Trigger output 2 RY000F
RX0010
0x0E1
Load judgments
(continuous/
results)
High high limit
(HH) RY0010
0x161
Digital zero
RX0011 High limit (HI) RY0011 Clear digital zero
RX0012 OK (OK) RY0012 Zero balance displacement
RX0013 Low limit (LO) RY0013 Enable/disable judgment
output
RX0014 Low low limit
(LL) RY0014 Start/stop measurement
RX0015
Displacement
judgment results
High limit (HI) RY0015
RX0016 OK (OK) RY0016 Clear results (reset measure-
ment results)
RX0017 Low limit (LO) RY0017 Force backlight lighting
RX0018 Band judgment
results
High limit (HI) RY0018 Prevent touchscreen
operation
RX0019 OK (OK) RY0019 Switch zone
RX001A Low limit (LO) RY001A
RX001B Measuring RY001B Clear peak/bottom
RX001C Measurement complete RY001C
RX001D SD error RY001D
RX001E Unit error RY001E
RX001F Load cell error RY001F
3. CC-Link settings

11
Station
TD-9000T (CCL) eMaster station Master station eTD-9000T (CCL)
Remote input Address Name Remote
output Address Name
2
RX0020
0x0E2
CONTINUE RY0020
0x162
RX0021 STOP RY0021
RX0022 WAIT RY0022
RX0023 REC RY0023
RX0024 Screen display (indicator value) RY0024 Screen selection (indicator
value)
RX0025 Screen display (graph) RY0025 Screen selection (graph)
RX0026 Screen display (static strain) RY0026 Screen selection (static strain)
RX0027 RY0027
RX0028 Sensor number (response)
(2-bit: 0–3)
RY0028 Sensor number (designation)
(2-bit: 0–3)
RX0029 RY0029
RX002A
Work number (response)
(4-bit: 0–15)
RY002A
Work number (designation)*
(4-bit: 0–15)
RX002B RY002B
RX002C RY002C
RX002D RY002D
RX002E RY002E
RX002F RY002F
RX0030
– RX003F 0x0E3 RY0030 – RY003F 0x163
*This can only be used when WORK SWITCHING is “EXT. INPUT” (External input), MEMORY CONTROL is “ALLOW”, and measurement status is “CONTINUE”.
3. CC-Link settings

12
Station
TD-9000T (CCL) eMaster station Master station eTD-9000T (CCL)
Remote input Address Name Remote
output Address Name
3
RX0030
0x0E4
Zone 1
load
High limit (HI) RY0030
0x164
RX0031 OK (OK) RY0031
RX0032 Low limit (LO) RY0032
RX0033 Zone 2
load
High limit (HI) RY0033
RX0034 OK (OK) RY0034
RX0035 Low limit (LO) RY0035
RX0036 Zone 3
load
High limit (HI) RY0036
RX0037 OK (OK) RY0037
RX0038 Low limit (LO) RY0038
RX0039 Zone 4
load
High limit (HI) RY0039
RX003A OK (OK) RY003A
RX003B Low limit (LO) RY003B
RX003C Zone 5
load
High limit (HI) RY003C
RX003D OK (OK) RY003D
RX003E Low limit (LO) RY003E
RX003F RY003F
RX0040
0x0E5
Zone 1
displacement
High limit (HI) RY0040
0x165
RX0041 OK (OK) RY0041
RX0042 Low limit (LO) RY0042
RX0043 Zone 2
displacement
High limit (HI) RY0043
RX0044 OK (OK) RY0044
RX0045 Low limit (LO) RY0045
RX0046 Zone 3
displacement
High limit (HI) RY0046
RX0047 OK (OK) RY0047
RX0048 Low limit (LO) RY0048
RX0049 Zone 4
displacement
High limit (HI) RY0049
RX004A OK (OK) RY004A
RX004B Low limit (LO) RY004B
RX004C Zone 5
displacement
High limit (HI) RY004C
RX004D OK (OK) RY004D
RX004E Low limit (LO) RY004E
RX004F RY004F
4
RX0060
– RX006F 0x0E6 RY0060 – RY006F 0x166
RX0070
– RX0078
0x0E7
RY0070
– RY0078
0x167
RX0079 RY0079
RX007A Error status flag RY007A
RX007B Remote READY RY007B
RX007C RY007C
RX007D RY007D
RX007E RY007E
RX007F RY007F
3. CC-Link settings

13
3-3-3. Remote registers with 2 stations occupied (pages 0–3)
Real-time page (page 0)
Station
TD-9000T (CCL) eMaster station Master station eTD-9000T (CCL)
Remote input Address Name Remote
output Address Name Area
1
RWr0000 0x2E0
Real-time value
Load value RWw0000 0x1E0 High high limit (HH)
Exclusive
RWr0001 0x2E1 Displacement
value RWw0001 0x1E1 High limit (HI)
RWr0002 0x2E2 Peak load value RWw0002 0x1E2 Low limit (LO)
RWr0003 0x2E3 Bottom load value RWw0003 0x1E3 Low low limit (LL)
2
RWr0004 0x2E4 Command data RWw0004 0x1E4 Command data
Common
RWr0005 0x2E5 RWw0005 0x1E5
RWr0006 0x2E6 Command No. RWw0006 0x1E6 Command No.
RWr0007 0x2E7 Error code RWw0007 0x1E7
Results page (page 1)
Station
TD-9000T (CCL) eMaster station Master station eTD-9000T (CCL)
Remote input Address Name Remote
output Address Name Area
1
RWr0000 0x2E0
Band
Load value RWw0000 0x1E0
Exclusive
RWr0001 0x2E1 Displacement
value RWw0001 0x1E1
RWr0002 0x2E2
Zone 1
Load value RWw0002 0x1E2
RWr0003 0x2E3 Displacement
value RWw0003 0x1E3
2
RWr0004 0x2E4 Command data RWw0004 0x1E4 Command data
Common
RWr0005 0x2E5 RWw0005 0x1E5
RWr0006 0x2E6 Command No. RWw0006 0x1E6 Command No.
RWr0007 0x2E7 Error code RWw0007 0x1E7
Results pages (pages 2–3)
Station
TD-9000T (CCL) eMaster station Master station eTD-9000T (CCL)
Remote input Address Name Remote
output Address Name Area
1
RWr0000 0x2E0 Zone
2N-2
Load value RWw0000 0x1E0
Exclusive
RWr0001 0x2E1 Displacement
value RWw0001 0x1E1
RWr0002 0x2E2 Zone
2N-1
Load value RWw0002 0x1E2
RWr0003 0x2E3 Displacement
value RWw0003 0x1E3
2
RWr0004 0x2E4 Command data RWw0004 0x1E4 Command data
Common
RWr0005 0x2E5 RWw0005 0x1E5
RWr0006 0x2E6 Command No. RWw0006 0x1E6 Command No.
RWr0007 0x2E7 Error code RWw0007 0x1E7
3. CC-Link settings

14
3-3-4. Remote I/O with 2 stations occupied
Station
TD-9000T (CCL) eMaster station Master station eTD-9000T (CCL)
Remote input Address Name Remote
output Address Name
1
RX0000
0x0E0
Exclusive area response RY0000
0x160
Exclusive area request
RX0001 RY0001
RX0002 Common area response RY0002 Common area request
RX0003 R/W (response) RY0003 R/W (request)
RX0004 RWr page selection (response)
(page: 0–4)
RY0004 RWr page selection
(page: 0–4)
RX0005 RY0005
RX0006 CPU operating properly RY0006
RX0007 Decimal point position 1 (load) RY0007
RX0008 Decimal point position 2 (load) RY0008
RX0009 Decimal point position 3 (load) RY0009
RX000A Decimal point position 1
(displacement) RY000A
RX000B Decimal point position 2
(displacement) RY000B
RX000C Decimal point position 3
(displacement) RY000C
RX000D RY000D
RX000E Trigger output 1 RY000E
RX000F Trigger output 2 RY000F
RX0010
0x0E1
Overall load
judgment
High high limit
(HH) RY0010
0x161
Digital zero
RX0011 High limit (HI) RY0011 Clear digital zero
RX0012 OK (OK) RY0012 Zero balance displacement
RX0013 Low limit (LO) RY0013 Enable/disable judgment
output
RX0014 Low low limit
(LL) RY0014 Start/stop measurement
RX0015
Overall displace-
ment judgment
High limit (HI) RY0015
RX0016 OK (OK) RY0016 Clear results (reset measure-
ment results)
RX0017 Low limit (LO) RY0017 Force backlight lighting
RX0018
Band judgment
High limit (HI) RY0018 Prevent touchscreen
operation
RX0019 OK (OK) RY0019 Switch zone
RX001A Low limit (LO) RY001A
RX001B Measuring RY001B Clear peak/bottom
RX001C Measurement complete RY001C
RX001D SD error RY001D
RX001E Unit error RY001E
RX001F Load cell error RY001F
3. CC-Link settings

15
Station
TD-9000T (CCL) eMaster station Master station eTD-9000T (CCL)
Remote input Address Name Remote
output Address Name
2
RX0020
0x0E2
CONTINUE RY0020
0x162
RX0021 STOP RY0021
RX0022 WAIT RY0022
RX0023 REC RY0023
RX0024 Screen display (indicator value) RY0024 Screen selection (indicator
value)
RX0025 Screen display (graph) RY0025 Screen selection (graph)
RX0026 Screen display (static strain) RY0026 Screen selection (static strain)
RX0027 RY0027
RX0028 Sensor number (response)
(2-bit: 0–3)
RY0028 Sensor number (designation)
(2-bit: 0–3)
RX0029 RY0029
RX002A
Work number (response)
(4-bit: 0–15)
RY002A
Work number (designation)*
(4-bit: 0–15)
RX002B RY002B
RX002C RY002C
RX002D RY002D
RX002E RY002E
RX002F RY002F
RX0030 to
RX0038
0x0E3
RY0030 to
RY0038
0x163
RX0039 RY0039
RX003A Error status flag RY003A
RX003B Remote READY RY003B
RX003C RY003C
RX003D RY003D
RX003E RY003E
RX003F RY003F
*This can only be used when WORK SWITCHING is “EXT. INPUT” (External input), MEMORY CONTROL is “ALLOW”, and measurement status is “CONTINUE”.
3. CC-Link settings
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.

16
3. CC-Link settings
Sensor number (designation)
Switch the sensor memory to the specified number.
ATTENTION
To enable sensor switching, set MEMORY CONTROL to
“ALLOW”(page25).
Work number (designation)
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

17
3-4. Setting procedures
3-4-1. Writing exclusive area values to
the unit
Confirm that all exclusive and common area requests and
responses are off before conducting the following.
When the master station “Exclusive area request” (RYn0) is
turned on, the exclusive area data will be written to this unit.
When this unit completes writing exclusive area data,
“Exclusive area response”(RXn0) will become on.
After confirming that the “Exclusive area response” (RXn0) from
this unit is on, turn the “Exclusive area request” (RYn0) off for
the master station.
ON
OFF
ON
OFF
ON
OFF
Exclusive area
request [RYn0]
Exclusive area
response [RXn0]
Exclusive area data
[RWwn0–9]
3-4-2. Reading, writing and operations
using commands in the common
area
Confirm that all exclusive and common area requests and
responses are off before conducting the following.
When the master station “Common area request” (RYn2) is
turned on, this unit will execute a command according to the
R/W request (RYn3) and Command number (RWwnE).
The command will use RWwnC-D command data to read or
write the unit’s data or execute the specified operation.
When this unit completes executing the command, “Common
area response”(RXn2) will become on.
After confirming that the “Common area response”(RXn2) from
this unit is on, turn the “Common area request” (RYn2) off for
the master station.
NOTE
If a command ends with an error, the RWrnE Command No.
response will be 0xFFFF.
Writing operation R/W = OFF
ON
OFF
ON
OFF
ON
OFF
ON
OFF
ON
OFF
ON
OFF
ON
OFF
Command data
[RWwnC,D]
Command No.
[RWwnC,D]
Command data
(response)
[RWwnC,D]
Command No.
(response)
[RWwnC,D]
Common area
request [RYn2]
Common area
response [RXn2]
R/W
[RXn3]
Reading operation R/W = ON
Command data
[RWwnC,D]
Command No.
[RWwnE]
Command data
(response)
[RWrnC,D]
Command No.
(response)
[RWwnE]
Common area
request [RYn2]
Common area
response [RXn2]
R/W
[RYn3]
ON
OFF
ON
OFF
ON
OFF
ON
OFF
ON
OFF
ON
OFF
ON
OFF
ATTENTION
oThe values that handle command data are all two’s comple-
ment. Input values for the valid number of digits, excluding
the decimal point.
oAfter a command is executed, check the command number
response or the error code to confirm whether or not the
command has been executed properly.
oCommands will not be executed properly when a settings
menu screen is open.
3. CC-Link settings

18
3-4-3. Transmission of measurement and band waveforms
Use page 2 of the remote register to do this (page9). These are enabled only when set to 4 STATIONS.
In the following explanation, station number 1 is used as an example.
Band waveform start and stop positions
When making settings, set values for the band start position (RWw000) and the band end position (RWw0001), and set control (wave-
form selection) (RWw000B) to 0x10.
Then, by turning R/W (RY0003) off and Exclusive area request (RY0000) on, the settings will be written to the unit.
To read settings into the exclusive area, after setting control (waveform selection) (RWw000B) to 0x10, without changing anything
else, turn on both R/W (RY0003) and Exclusive area request (RY0000). Then, the band start position (RWr0000) and the band end posi-
tion (RWr0001) will be read.
Waveform data
The maximum amount of data is 2240 for waveforms.
All waveform data is divided into 224 parts, and 10 data points are read and written with 1 exclusive area request.
NOTE
oExcluding decimal points, send indicator values as 2-byte binary data for each single data unit.
oLook up the decimal point position with load decimal point position (1002) and displacement decimal point position (1505).
Waveform data example
Waveform data (band waveform H)
Band start
position
Band end
position
Waveform data (band waveform L)
Load waveform or
displacement waveform
Offset n=0 Offset n=2230
Writing band waveforms
Since 10 points of waveform data are written to the exclusive area at a time, the offset (RWw000A) must be changed and writing
conducted multiple times. Band waveform data is written to the range between the band waveform start position and stop position.
To write band waveform data to the exclusive area, set Offset (RWw000A) to the band data offset (0–2239), and set the waveform
data from band waveform data (n) (RWw0000) to (n+9) (RWw0009). Then, set the waveform bit written to Control (waveform selec-
tion) (RWw000B) to a value of 1.
After writing band waveform data, by turning R/W (RY0003) off and turning Exclusive area request (RY0000) on, the band waveform
data of the exclusive area will be written to the unit.
Reading waveforms
Use the same procedures to read band waveform (H), band waveform (L), displacement waveform and waveform data.
Set Offset (RWw000A) to the offset of the waveform data being read and Control (waveform selection) (RWw000B) to a value of 1.
Then, by turning both R/W (RY0003) and Exclusive area request (RY0000) on, the waveform will be read into the exclusive area.
The waveform data from n (RWr0000) to n+9 (RWr0009) will be read and the data acquired.
3. CC-Link settings

19
3-5. Commands
oSee “Reading, writing and operations using commands in the common area” on page17 for details about reading and writing
by command.
NOTE
If values other than parameters are set, they will be ignored.
System
Content Command Command No. Byte Parameter Note
System
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 (year, month and
day) 5507 4 YYMMDD BCD (highest 8-bit is 0)
Time 5508 4 HHMMSS BCD (highest 8-bit is 0)
Lock
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
3. CC-Link settings

20
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 communication
(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 5710 1
0:Control terminal
(CONT. TERMINAL),
1:Communication control
(COMM.)
Memory control 5711 1 0: Forbid, 1: Allow
3. CC-Link settings