Teac TD-9000T User manual

Z
TD-9000T
D01353105D
Transducer Digital Indicator
Instructions for Use

2
Introduction
Thank you for purchasing the TD-9000T Digital Indicator.
Please read this document in its entirety before using the
product to get the best performance and ensure safe and
proper operation.
Features
oFive-digit digital display enables direct reading of physical
quantities.
oWaveforms can be checked in real time even when they are
being measured.
oSupport for TEDS sensors makes calibration easy.
Automatic calibration is also possible when a TEDS sensor
is connected.
oAn equivalent input function is included, making sensitivity
adjustment without actual loads easy.
oSupports remote sensing functions. Even using long cables
measurement is possible without losing precision.
oStatic strain measurement is possible. Identifying load cell
defects and other problems through plastic deformity is easy.
oIn addition to high and low limit comparison, this indicator
also supports high high limit and low low limit comparison
functions.
oMeasurement is possible using combinations of band and
five zone judgments as desired.
Each zone supports a variety of judgments, including con-
stant comparison, sampling, peak, bottom, peak to peak,
average value, maximum/minimum and inflection point.
oDIN size supports incorporation with testing devices and
manufacturing equipment, for example.
oD/A output according to designated values is a standard
feature.
oProduct complies with RoHS.
oWaveform display function allows input signals to be
checked as waveforms.
oMeasurement data can be saved on SD cards and in the
built-in memory of the unit.
oLinearization function improves linearity of load measurements.
Included accessories
If anything is missing or damaged, contact us. (For contact
information, see the last page.)
SENSOR connector plug
B2CF 3.50/18/180LR SN OR BX 1
CONTROL connector plug
HDCB-37P (05) connector 1
HDC-CTH (4-40) (10) case 1
Power input terminal bank cover
(pre-installed on unit) 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.
SDHC Logo is a trademark of SD-3C, LLC.
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.

3
Introduction
Using SD cards
Avoid using SD cards with adapters for microSD cards and
miniSD cards.
Media types
Compatible media
SD/SDHC cards
Recording capacity
2GB – 32GB
Recommended speed class
Class10
Media that has been verified to operate
with this system
This system uses SD/SDHC cards for recording.
We provide a list of SD/SDHC cards that we have verified
for operation with this system on our Information Products
Division load cell website.
https://loadcell.jp/en/
You can also contact us. (For contact information, see the last
page.)
oIn this manual, SD/SDHC cards are referred to as“SD cards”.
oPrepare recording media that has been formatted by the
TD-9000T (page68).
oDo not use a computer to delete, move or otherwise alter
data recorded on an SD card. Doing so could cause the
TD-9000T to become unable to properly record data.
Insertion and removal
Always insert and remove SD cards when they are not being
accessed.
Never remove an SD card when the unit is operating (includ-
ing when recording). Doing so could cause recording to fail
or recorded data to be lost, for example. Moreover, doing so
could also damage the unit.
Inserting SD cards
1 Open the recording media slot cover on the bot-
tom of the front of the unit.
2 Push the SD card all the way into the SD card slot
on the right side of the opening.
oThe SD card has a front end that must be inserted
first. Insert the card with the correct orientation.
Forcing a card into the card slot could damage this
unit.
oA clicking sound can be heard when the card is
pushed all the way in.
3 Close the recording media slot cover.
Removing SD cards
1 Open the recording media slot cover.
2 Push the SD card in gently.
The SD card will come out part way.
3 Pull the SD card out by hand.
4 Close the recording media slot cover.
SD card write-protection switches
SD cards have write-protection switches.
Locked
Writing prohibited
Write-protection switch
Writing data can be prohibited by moving
the switch to the LOCK position.
oSlide the write-protection switch to
one direction completely.
oTo use an SD card for recording or to erase recording data
on it or format it, unlock the write-protection.
ATTENTION
When using an SD card with a capacity of 2 GB, FAT file sys-
tem restrictions limit the number of files to 127. Even when
using a card with a larger capacity, we recommend keeping a
maximum of about 1000 data files because processing speed
becomes slower as the number of files increases.

4
Safety information
This document describes the safety instructions for the operation of the digital indicator. Before operating the product, read this doc-
ument carefully to familiarize yourself with the unit.
WARNING Follow the instructions below to avoid risk of
serious personal injury and death.
Never use beyond the rated specifications as there is the danger of property damage, injury, fire or electrical shock.
Never use in flammable gaseous environments including the following locations as there is the danger of explosion.
oLocations containing corrosive or flammable gases
oLocations near water, oil or subject to chemical splash
If the product malfunctions (smells strange or becomes hot), stop using it immediately and unplug the power cord as there is
danger of fire or electrical shock.
Never attempt to disassemble the product.
Carefully check connections and wiring before applying power.
Be sure to ground the product (with ground resistance of 100Ω or less).
To allow the operator to immediately shut off the power to the product, install a switch or circuit breaker that complies with
both IEC60947-1 and IEC60947-3 requirements near the product. The switch or breaker installed must also indicate that it
functions to shut off the power to the unit.
Do not allow foreign objects such as metal fragments that result from cutting panels, wires or other materials to enter this
unit.
If the unit is dropped or subject to strong impacts, it could break. If this occurs, stop using it and contact the seller from which
you purchased it.
Overvoltage category: I
Pollution degree: 2
If the unit is used in a manner not specified by the manufacturer, the protection provided by the unit may be impaired.

5
Safety information
CAUTION Follow the instructions below to avoid risk of
personal injury or property damage.
Disconnect the power cord when performing the following.
When wiring or connecting cables to the terminal banks for connecting the DC power supply, load cells and external inputs
and outputs
Connecting the ground line
Wait for at least one minute between turning the unit on and off.
Never touch the rear panel or connectors while the product is turned on.
When connecting to a power supply, frame ground or signal input/output connector, be sure to wire them correctly after
confirming the signal names and pin assignment numbers. Use shielded cables for signal input/output cables (load cell,
external input/output).
Before use, fix the cables separately so that they do not hang to prevent the connectors from being pulled out and to protect
the connectors from unnecessary pressure.
Conduct wiring in a place so that it will not be together or parallel with electrical wiring.
Avoid use in locations like the following.
oNear a power line
oWhere a strong electric or magnetic field is present
oWhere static electricity or noise, (for example, from a relay) is generated
Do not install in the following environments.
oLocations subject to temperatures exceeding the specified ranges for temperature and humidity
oLocations subject to radiant heat from heat sources
oLocations with high salt or iron content
oLocations exposed to dirt and dust
oLocations subject to direct vibration or shock
oLocations subject to severe temperature changes
oOutdoor, or locations with an altitude of higher than 2000 m
oLocations where freezing or condensation might occur
Do not operate a damaged unit.
The unit is classified as an open-type (built-in) device and must be installed inside a control panel.
If the top cover or panel faces become dirty, wipe it gently with a soft cloth that has been slightly dampened with a diluted
neutral cleaning fluid and wrung out well. DO NOT use a chemically treated dust cloth, paint thinner, or other flammable sol-
vents. Using any of them could damage the coating of the product.
If the product is used in a manner unintended by the manufacturer, the user’s safety may be adversely affected.
Always attach the DC power terminal bank cover when an electric current is present.
If subject to electromagnetic waves (from transceivers, mobile phones, amateur wireless transmissions, etc.), use metal pipes
for the wiring or make other countermeasures using shielding.

6
Safety information
Model for USA
Supplier’s Declaration of Conformity
Model number: TD-9000T
Trade name: TEAC
Responsible party: TEAC AMERICA,INC.
Address: 10410 Pioneer Blvd. Unit #1, Santa Fe Springs,
California90670, U.S.A.
Telephone number: 1-323-726-0303
This device complies with Part 15 of the FCC Rules.
Operation is subject to the following two conditions: (1)
this device may not cause harmful interference, and (2) this
device must accept any interference received, including
interference that may cause undesired operation.
Information
This equipment has been tested and found to comply
with the limits for a Class A digital device, pursuant to part
15 of the FCC Rules. These limits are designed to provide
reasonable protection against harmful interference when
the equipment is operated in a commercial environment.
This equipment generates, uses, and can radiate radio
frequency energy and, if not installed and used in accor-
dance with the instruction manual, may cause harmful
interference to radio communications. Operation of this
equipment in a residential area is likely to cause harmful
interference in which case the user will be required to cor-
rect the interference at his own expense.
CAUTION
Changes or modifications not expressly approved by the
party responsible for compliance could void the user’s
authority to operate the equipment.
Model for Canada
Industry Canada’s Compliance Statement:
This Class A digital apparatus complies with Canadian
ICES-003.
Cet appareil numérique de la classe A est conforme à la
norme NMB-003 du Canada.
Model for Europe
DECLARATION OF CONFORMITY
This product complies with the
European Directives request, and the
other Commission Regulations.
DECLARACIÓN DE CONFORMIDAD
Este producto cumple con las exigencias de las directivas
europeas y con los reglamentos de la Comisión Europea.
DÉCLARATION DE CONFORMITÉ
Ce produit est conforme aux directives européennes et aux
autres réglementations de la Commission européenne.
KONFORMITÄTSERKLÄRUNG
Dieses Produkt entspricht den Anforderungen europäischer
Richtlinien sowie anderen Verordnungen der Kommission.
WARNING
This is a Class A product. In a domestic environment, this
product may cause radio interference in which case the
user may be required to take adequate measures.
ATENCIÓN
Este es un producto de clase A. En un entorno no profe-
sional, este aparato puede producir interferencias de radio,
en cuyo caso el usuario será el responsable de tomar las
medidas necesarias para solucionarlo.
AVERTISSEMENT
Il s’agit d’un produit de Classe A. Dans un environnement
domestique, cet appareil peut provoquer des interfé-
rences radio, dans ce cas l’utilisateur peut être amené à
prendre des mesures appropriées.
Warnung
Dies ist eine Einrichtung, welche die Funk-Entstörung nach
Klasse A besitzt. Diese Einrichtung kann im Wohnbereich
Funkstörungen versursachen; in diesem Fall kann vom
Betrieber verlang werden, angemessene Maßnahmen
durchzuführen und dafür aufzukommen.

7
Safety information
DISCLAIMER
TEAC disclaims all warranty, either expressed or implied,
with respect to this product and the accompanying written
materials. In no event shall TEAC be liable for any damages
whatsoever (including, without limitation, damages for loss of
business profits, business interruption, loss of business infor-
mation or other loss) arising out of the use of or inability to use
this product.
Disposing of this product
When disposing of this product, including accessories, con-
sumable parts and related items, follow the regulations of the
local, regional and national governments.
For European Customers
Disposal of electrical and electronic equipment and
batteries and/or accumulators
a) All electrical/electronic equipment and waste batteries/
accumulators should be disposed of separately from the
municipal waste stream via collection facilities desig-
nated by the government or local authorities.
b) By disposing of electrical/electronic equipment and
waste batteries/accumulators correctly, you will help
save valuable resources and prevent any potential nega-
tive effects on human health and the environment.
c) Improper disposal of waste electrical/electronic equip-
ment and batteries/accumulators can have serious
effects on the environment and human health because
of the presence of hazardous substances in the
equipment.
d) The Waste Electrical and Electronic Equipment
(WEEE) symbols, which show wheeled bins
that have been crossed out, indicate that elec-
trical/electronic equipment and batteries/
accumulators must be collected and disposed
of separately from household waste.
If a battery or accumulator contains more
than the specified values of lead (Pb), mer-
cury (Hg), and/or cadmium (Cd) as defined
in the Battery Directive (2006/66/EC,
2013/56/EU), then the chemical symbols
for those elements will be indicated beneath the WEEE
symbol.
e) Return and collection systems are available to end users.
For more detailed information about the disposal of old
electrical/electronic equipment and waste batteries/
accumulators, please contact your city office, waste
disposal service or the shop where you purchased the
equipment.
Pb, Hg, Cd

8
Contents
Introduction..................................................2
Features ...................................................2
Included accessories .......................................2
Using SD cards.............................................3
Media types ............................................3
Media that has been verified to operate with this system ..3
Insertion and removal ..................................3
Inserting SD cards ......................................3
Removing SD cards.....................................3
SD card write-protection switches ......................3
Safety information ............................................4
1. Names and functions of parts............................. 10
1-1. Front................................................. 10
1-2. Back ................................................. 11
1-3. Home Screen ........................................ 12
1-3-1. Indicator value display.......................... 12
1-3-2.Waveform display .............................. 13
1-3-3. Zooming the waveform display in/out.......... 14
1-4. Buttons and their functions .......................... 14
1-4-1. Digital Zero..................................... 15
1-4-2. Measurement results display. . . . . . . . . . . . . . . . . . . . 15
1-4-3. SENSOR MEMORY/WORK NUMBER setting ...... 17
1-4-4. SD button ...................................... 17
1-5. Status change illustration ............................ 18
1-6. Screen transition diagram ............................ 18
2. Installation ............................................... 19
3. Making connections ...................................... 20
3-1. Connecting to the SENSOR connector................ 20
3-1-1. SENSOR connector ............................. 20
3-2. Connecting a strain gauge transducer................ 20
3-2-1. About the remote sensing function............. 20
3-2-2.Notes about bridge voltage (excitation voltage)...20
3-3. Displacement sensor................................. 21
3-3-1. Displacement sensor (pulse).................... 22
3-3-2.Displacement sensor (pulse) counting method ...22
3-4. D/A Converter ....................................... 23
3-5.Control signal output terminals (CONTROL connector)..23
3-5-1. Connecting control output terminals ........... 23
3-5-2. Control output signals.......................... 24
3-6.Control signal input terminals (CONTROL connector) ...24
3-6-1. Connecting control input terminals............. 25
3-6-2. Control input signals ........................... 25
3-7. RS-232C connector. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26
3-8. Connecting the DC power supply input terminals .... 26
4. Settings .................................................. 27
4-1. Basic operation ...................................... 27
4-1-1. Buttons ........................................ 27
4-1-2. Changing setting values........................ 27
4-1-3. Option display.................................. 28
4-1-4. Returning to the Home Screen ................. 28
4-1-5. Pop-up screens................................. 28
4-2. SENSOR settings ..................................... 29
4-2-1. D/A converter .................................. 30
4-3. Load cell calibration.................................. 31
Procedures shared by all calibration methods ......... 32
4-3-1. Equivalent input calibration .................... 33
4-3-2. Actual Load Calibration......................... 35
4-3-3.TEDS calibration ................................ 37
4-3-4. Load cell operation settings .................... 40
4-4. Displacement sensor calibration ..................... 41
Procedures shared by all calibration methods ......... 42
Locking and unlocking calibration values ............. 42
4-4-1. Equivalent input calibration .................... 42
4-4-2. Actual load calibration.......................... 43
4-5.Work settings ........................................ 44
4-5-1. CONTINUOUS JUDGMENT ...................... 45
4-5-2. BAND JUDGMENT .............................. 46
4-5-3. Zone judgment ................................ 48
4-5-4. Band + Zone judgment......................... 52
4-5-5. CURRENT BAND WAVE & MULTI-ZONE
ARRANGEMENT screen ............................... 53
4-6. Start/stop measurement ............................. 54
4-6-1. Measurement start/stop settings
for zone judgment ................................... 54
4-6-2. Continuous judgment timing chart............. 55
4-6-3. Band judgment timing chart ................... 55
4-6-4. Zone judgment timing chart ................... 56
5. System settings........................................... 65
5-1. Lock and language settings .......................... 65
5-1-1. Lock settings ................................... 65
5-1-2. Language setting............................... 65
5-2. Memory and counter settings........................ 66
5-2-1. INTERNAL MEMORY ............................ 66
5-2-2. OK/NG COUNTERS.............................. 66
5-3.Various settings ...................................... 67
5-3-1. DATE & TIME SETTING. . . . . . . . . . . . . . . . . . . . . . . . . . . 67
5-3-2.TRIGGER OUTPUT............................... 68
RESET TO FACTORY SETTINGS......................... 68
5-3-3. SD CARD ....................................... 68
5-3-4. SERIAL COMM. ................................. 70
5-3-5.TEST & INFO .................................... 70
5-3-6. FIELDBUS....................................... 70
6. Communication functions ................................ 71
6-1. Serial communication................................ 71
6-1-1. Settings ........................................ 71
6-1-2. Command lists ................................. 72
6-1-3. Communication protocol....................... 77

9
Contents
6-1-4. Unique communication protocols .............. 79
7. Setting lists ............................................... 87
7-1. Setting menu list..................................... 87
7-1-1. SYSTEM ........................................ 87
7-1-2. SENSOR ........................................ 87
7-1-3.WORK .......................................... 88
7-2. Setting value list ..................................... 89
7-2-1. SETTINGS. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 89
7-2-2. CALIB. & SYSTEM. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 89
7-2-3. SYSTEM ........................................ 89
7-2-4. SENSOR ........................................ 90
7-2-5.WORK .......................................... 93
8.Warranty explanation ..................................... 95
9. Specifications............................................. 96
10. External drawings ....................................... 97

10
1. Names and functions of parts
1-1. Front
ABCD
A POWER/SD indicator
This lights blue when the unit is on.
It lights magenta when an SD card is being accessed.
B Recording media slot cover
Open the cover to reveal the USB port (left) and SD card
slot (right) inside.
C LINK Indicator
D Display
This shows indicator and setting values.

11
1-2. Back
A
B
C
D
E
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 RS-232C connector
1. Names and functions of parts

12
1-3. Home Screen
When the unit is turned on, the screen last open when it was
turned off reopens (indicator value or waveform screen).
1-3-1.Indicator value display
Indicator value display screen example
a ZERO (digital zero) button
This forcefully sets the indicator value to 0 (Digital zero
function) (page15).
b Setting button (⚙)
Touch to open the SETTINGS screen (page27).
c Measurement result display button
Touch to show measurement results (page15).
d Work number
This shows the currently selected work number.
e Sensor number
This shows the currently selected sensor number.
f SD card button
Screenshots and measurement results can be saved on
SD cards.
g Screen switching button
Touch to switch between indicator value and waveform
display.
h Panel lock indicator
This shows the “Prevent touchscreen operation” status
set with the control signal input terminal (CONTROL
connector).
: Touchscreen locked
: Touchscreen unlocked
i Reset button
This clears hold display.
j Load unit
The load unit shown is set by the Unit shown item on
the load cell screen (page40).
k Judgment statistics
This shows the number of OK and other judgment results.
l Displacement judgment
This shows the judgment result.
HI
This appears when the hold value exceeds the high
limit value.
OK
This appears when the hold value is no less than the
low limit value and no more than the high limit value.
LO
This appears when the hold value is below the low
limit value.
H/L
This appears when multiple zones are designated and
HI and LO are mixed.
--
This appears when judgment (hold) was not possible.
m Displacement indicator value
The number of digits shown is the same as the display
value on the displacement sensor calibration screen.
oTouch this during waveform display to open the
DISPLACE. SENSOR screen.
n Status
CONTINUE: Continuous judgment
WAIT TRG: Waiting to start measurement
REC: Measuring
STOP: Measuring stopped (holding)
o Load peak and bottom values
This shows the peak and bottom values of load input.
Touch to reset these values.
p Management values
This shows the high limit, low limit, high high limit and
low low limit setting values for continuous judgment.
oThe high high limit and low low limit are shown
when HHLL is enabled (page45).
NOTE
During measurement (REC), judgment is conducted using
the management values set in the work.
1. Names and functions of parts

13
1. Names and functions of parts
q Load indicator value
This shows the current indicator value. This can also
show the zone judgment hold value after measurement
(page57).
The number of digits shown is the same as set for the
rated capacity value.
oTouch this during waveform display to open the
LOAD CELL screen.
r Load judgment
The judgment result is shown in a green rectangle.
HI
This appears when the hold value exceeds the high
limit value.
OK
This appears when the hold value is no less than the
low limit value and no more than the high limit value.
LO
This appears when the hold value is below the low
limit value.
H/L
This appears when multiple zones are designated and
HI and LO are mixed.
--
This appears when judgment (hold) was not possible.
1-3-2.Waveform display
When the X axis is set to time, the Y axis shows load or dis-
placement. The X axis shows time based on the start of
measurement or the change in displacement.
When the X axis is displacement, the Y axis shows load.
Example of screen during band measurement
s START/STOP button
Touch to manually start and stop measurement.
t SCALE button
Touch to zoom in/out or move the waveform display
(page14).
u Waveform
This shows the measurement results as a waveform.
Values between the low limit and the high limit are shown
in white .
Values above the high limit or below the low limit are
shown in red.
v Starting point
The Y axis is 0 by default, but it will change if the wave-
form is moved up or down (page14).
The X axis is fixed to 0.
w Maximum display value
If load and displacement are set for the Y axis, the max-
imum displacement display value will be shown below
the maximum load display value.
Example of screen during multi-zone judgment
x Zone range
These are shown by rectangles of different colors.
oThe 8mark shows the hold position for the zone of
the corresponding color.
1-3-2-1.X and Y axis default values
The X axis is set using “X AXIS FULL SCALE” on the SENSOR
screen (page29).
The Y axis is 110% of the “MAX. DISP. VALUE” on the load cell
screen (page40).
oThe value set with “X AXIS FULL SCALE” is the basis for the
measurement range. Set the full-scale range before setting
band measurement and multi-zone ranges.
x

14
1-3-3.Zooming the waveform display
in/out
On the waveform display screen, touch the ¥button to open
the GRAPH SCALE CHANGE SCREEN.
oThis only increases/decreases the scale of the load waveform.
5, b
Change the maximum value of the Y axis.
g, t
Change the full-scale value of the X axis.
−, +
Change the minimum value of the Y axis.
NOTE
Setting a negative value will move the starting point up,
enabling negative value waveforms to be shown.
OK
Confirm the settings and return to the waveform display
screen.
ESC
Cancel the settings and return to the waveform display screen.
Default
Restore the default settings for waveform display.
1. Names and functions of parts
1-4. Buttons and their functions
Button Function
Digital zero (page15).
Open SETTINGS screen (page27).
Show measurement results
(page15).
Open SENSOR MEMORY/WORK
NUMBER screen (page17)
Save screenshots and measure-
ment results on SD cards.
The icon shows the SD card status
(page17).
Touch to switch between indicator
value and waveform display.
Reset the hold status.
Touch during measurement to
cancel measurement.
Manually start and stop
measurement.
Zoom the waveform display in/out
(page14).
Touch a load indicator value on the
waveform display to open the LOAD
CELL screen (page40).
Touch a displacement indicator
value on the waveform display to
open the DISPLACE. SENSOR screen
(page41)
Reset the OK and NG counters.
Reset peak and bottom values.
Set the comparison values for con-
tinuous judgment (page45).

15
1-4-1.Digital Zero
The current indicator value for load or displacement becomes
zero.
Touch the ZERO button on the screen to show options for
the sensor to execute digital zero, and select the desired one
(page31).
When using a control signal input terminal (CONTROL con-
nector), turn “Digital zero” on for load and turn “Zero balance
displacement” on for displacement.
oThe range for taking digital zero is set with “D/Z LIMIT
SETTING”.
oCalibrating or turning the unit off will clear the digital zero.
oIf a digital offset is set, after digital zero is executed, the load
value shown will have the set digital offset value subtracted
from 0 (page40).
1-4-2.Measurement results display
ATTENTION
Data saved in the built-in memory are shown. See “5-2.
Memory and counter settings” on page66 for details about
data saving settings.
1-4-2-1.Operation when the measurement
result list is open
DEL LAST
This deletes the newest measured data. Deleting measure-
ment data does not affect judgment statistics.
5, b
Use to scroll up and down on the screen to show measure-
ment results.
g, t
Use to scroll left and right on the screen to show measure-
ment results.
ESC
Touch to return to the previous screen.
ENT
Show the waveform of the selected position.
−, +
Use to zoom the waveform display in and out.
Displayed items
Page 1 (initial page)
Number, overall judgment, date and time, sensor number/
work number
Page 2 and later
Band judgment cases
Overall judgment, judgment value (Y axis: load/displace-
ment), judgment position (X axis: time/displacement)
Multi-zone judgment cases
The set zones are shown in the following format.
Overall judgment, judgment value (Y axis: load/displace-
ment), judgment position (X axis: time/displacement)
1-4-2-2.Opening measurement waveforms
When the measurement result list is shown, use the 5and b
buttons to select the data, and touch the ENT button.
Touch the SD button to save a screenshot to the SD card.
1. Names and functions of parts

16
1-4-2-3.Operation during waveform display
Showing multi-zone judgment hold positions
Touch the 5button to show the cursor at the zone hold posi-
tion. Use the 5and bbuttons to change the zone shown.
Zone display colors
1: olive, 2: cyan, 3: orange, 4: light yellow, 5: pink
Moving the cursor
Touch the graph to show the cursor at that position.
Use the gand tbuttons to adjust the cursor position precisely.
oThe point of intersection between the cursor and the hold
position or other measurement waveform position could be
slightly off due to calculation rounding errors, for example.
1-4-2-4.Saved data overview
Rather than saving all sampled data as is, this unit saves data
at intervals.
2240 data points will be saved in the X axis full scale range.
For example, if the X axis is time, and X axis full scale is 800 ms,
saving will occur at 0.4ms intervals (see the table below). For
example, if the X axis is displacement and X axis full scale is
10,000, saving will occur at intervals of 5.
In the following example of data saving, the sampling fre-
quency is 25 kHz, the X axis is time and X axis full scale is
800ms.
o˜: Sampling data
o: Saved data
0.4ms 0.4ms
X axis full scale settings and saving intervals
X axis Set time Measurement time Saving interval
Time
80ms* 89.6ms 0.04ms
170ms* 179.2ms 0.08ms
400ms 448ms 0.2ms
800ms 896ms 0.4ms
2.0s 2.24s 1ms
4.0s 4.032s 2ms
10.0s 10.304s 4.6ms
30.0s 30.016s 13.4ms
60.0s 60.032s 26.8ms
90.0s 90.048s 40.2ms
Displacement
2000 2240 1.0
4000 4480 2.0
6000 6720 3.0
8000 8960 4.0
10000 11200 5.0
15000 15680 7.0
20000 20160 9.0
30000 31360 14.0
1. Names and functions of parts

17
1. Names and functions of parts
The previous waveforms are shown using the interval data.
If a hold position is not at an interval data point, the hold
position data will be shown in place of the sample data imme-
diately preceding it.
Hold position
Nearest previous sample data
1-4-3.SENSOR MEMORY/WORK NUMBER
setting
Touch the Setting button (⚙) to change the sensor memory
and work number without opening the settings screen.
ATTENTION
If work switching is set to external input, work numbers cannot
be changed.
1-4-4.SD button
Touch the SD button to open the following screen.
SCREEN SHOT
This saves the Home Screen display on the SD card in bit-
map format.
The file will be saved with a name that starts with
“td9kt_screen_”.
RESULT (CSV)
The data shown when stopped will be saved to the SD
card.
NOTE
If data cannot be saved to the SD card, the button will appear
as follows, showing its status.
Button Status
The SD button appears red to show that some
error has occurred and writing could not occur
normally. If it always appears this way, for example,
format the SD card or replace it with another one.
The SD card is write-protected. Data cannot be
saved.

18
1-5. Status change illustration
Power supply ON
c
CONTINUE (continuous judgment mode)
c
WAIT TRG* (waiting to start measurement)
c
REC (measuring)
c
STOP (measuring stopped (holding))
Clear results ON
or touch Reset button
Start/stop measurement ON
or touch START button
*Will skip if no trigger is set.
1-6. Screen transition diagram
Power supply ON
c
Indicator value display (Home Screen) Waveform display
e
d
3c 3 c
SETTINGS screen
1. Names and functions of parts

19
2.Installation
Follow these procedures to install the TD-9000T in a control
panel.
1 Open a hole in the panel in accordance with this
dimensional drawing of the panel installation
opening.
92
+1
0
92
+1
0
Panel installation opening
dimensions
Recommended panel
thickness: 1.6–3.2mm
2 Remove the screws in two locations. Then, remove
the left and right guide rails.
Guide rail
Screws
Guide rail
3 Insert the TD-9000T through the front of the panel.
4 From the back, attach the guide rails removed in
step 2 and secure them using screws in two places.
(Recommended tightening torque: 0.5N·m ≈ 5.1kgf·cm)
oDo not use any screws other than those included
with the TD-9000T.

20
3.Making connections
3-1. Connecting to the SENSOR
connector
A 2-piece type connector is used.
Insert the included sensor connector plug into the SENSOR
connector.
When wiring the sensor connector plug, press the button for
each pin while inserting the wire.
ATTENTION
Do not connect any connector plug other than one included
because doing so could make it unsafe.
3-1-1.SENSOR connector
Plug
Wire insertion hole
Lever
Wire
7–8 mm
1 Remove 7–8mm of the covering from the wire
being connected, and twist it so that the tip does
not come apart.
Suitable wiring is 0.14–1.5mm2 (26–16AWG).
2 While pressing the buttons attached to each pin,
insert the wires into the holes so that the tips do
not come apart.
3 Pull the wire gently to conrm that it is securely
clamped into the hole.
4 After the wires have been connected, press the
plug into the indicator until the levers on both its
sides lock.
3-2. Connecting a strain gauge
transducer
3-2-1.About the remote sensing
function
Set the remote sensing settings before connecting the sensor
(page33).
By default, this is set to “UNUSED (4 wire)”.
The 6-wire format (remote sensing format) is a superior con-
nection method that compensates for reduced voltages due
to cable length and voltage changes due to temperature
changes, for example.
In systems installed outdoors and other situations where
temperature changes are expected, as well as in cases when
general precision is desired, for example, we recommend using
the six-wire format for remote sensing.
ATTENTION
oWhen using a 6-wire format (remote sensing format), before
connecting a sensor, always set “REMOTE SENSING” to “USED
(6 wire)”.
oUse “UNUSED (4 wire)” with 4-wire format whether or not a
TEDS sensor is connected.
oIncorrect connections or settings could cause damage to
sensors.
3-2-2.Notes about bridge voltage
(excitation voltage)
As a reference for setting the bridge voltage, consider that the
output from the sensor should be increased, and set the max-
imum voltage in a range that does not exceed the maximum
safe excitation voltage on the sensor test report.
A sensor could be damaged If this is set to a value that exceeds
its maximum safe excitation voltage.
ATTENTION
oIf the maximum safe excitation voltage is less than 5V, set
the bridge voltage to 2.5V before connecting.
oIn TEDS calibration, when TEDS data is read, if the bridge
voltage setting is greater than the maximum safe excitation
voltage recorded in the TEDS memory, the bridge voltage
will be changed to a value that is no more than the maxi-
mum safe excitation voltage.
NOTE
oThe default value is 2.5V (page33).