Teac TD-700T User manual

Digital Transducer Indicator Instructions for Use
Z
TD-700T
D01235291C

2
Thank you for purchasing the TD-700T/TD-700T(CCL)/
TD-700T(485) Digital Indicator.
Please read this document in its entirety before using the
product to get the best performance and ensure safe and
proper operation.
The TD-700T(CCL) includes the CC-Link option.
In this manual, “this unit” or “TD-700T” is used when referring to
TD-700T, TD-700T(CCL) and TD-700T(485) models.
ATTENTION
The unit display shown in this manual shows the English
interface, but this unit is set to Japanese when sent from the
factory. (See “9-7. Languages”to change to English.)
Features
oFive-digit digital display enables direct reading of physical
quantities up to ±99999.
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 sense 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 indicators
also supports high high limit and low low limit comparison
functions.
oSupports a variety of hold functions, including peak hold,
bottom hold, peak to peak hold, peak and bottom hold,
average hold and these holds with zone designations.
oDIN size supports incorporation with testing devices and
manufacturing equipment, for example.
oD/A output according to designated values is a standard
feature.
oProduct is RoHS compliant
oOptionally supports CC-Link and RS-485 interfaces for easy
connection with production lines and other systems.
oWaveform display function allows input signals to be
checked as waveforms.
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.
Included accessories
If anything is missing or damaged, contact us. (For contact
information, see the last page.)
Micro driver (flat-blade) 1
Input and output connector plugs
B2L 3.50/08/180F SN BK BX 1
B2L 3.50/16/180F SN BK BX 1
AC adapter (GPE012T) 1
oAn AC adapter is included with the TD-700T for Japan and
North America. No adapter is included for other regions.
(The included AC adapter conforms to the safety standards
of Japan and North America.)
Panel attachment fixtures
(already attached to unit) 2
DIN rail attachment adapter 1
Power input terminal bank cover
(pre-installed on unit) 1
Instructions for Use (this document) 1
The following additional accessories are included with the
TD-700T (CCL).
KEC-NS0604-02 CC-Link connector 1
CC-Link connector cover 1
The following additional accessories are included with the
TD-700T (485).
KEC-NS0604-02 RS-485 connector 1
RS-485 connector cover 1
Ferrite core (SFT-59SNB) 1
Introduction
Company names and product names in this document are the
trademarks or registered trademarks of their respective owners.

3
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.
VWARNING 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 (any smoke, odor or noise is present), stop operating the product immediately and unplug the power
cord as there is the 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: II
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.

4
VCAUTION Follow the instructions below to avoid risk of personal injury or property damage.
Disconnect the power cord when performing the following.
oWhen wiring or connecting cables to the DC power, load cells, external inputs and outputs or CC-Link or RS-485 terminal con-
nection banks
oWiring or connecting cables to terminal blocks
oConnecting the ground line
Wait for at least five seconds between turning the unit on and off.
Never touch the rear panel or connectors while the product is turned on.
oWhen connecting to a power supply, frame ground, signal input/output connector or CC-Link or RS-485 connector, be sure to
wire them correctly after confirming the signal names and pin assignment numbers.
oUse shielded cables for signal input/output cables (load cell, external input/output).
oUse a CC-Link cable for CC-Link connection.
oConduct 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 temperature and humidity ranges
oLocations with high salt or iron content
oLocations subject to direct vibration or shock
oOutdoor, or locations with an altitude of higher than 2000 m
oLocations subject to radiant heat from heat sources
oLocations exposed to dirt and dust
oLocations subject to severe temperature changes
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 and the panel are dirty, wipe them with a soft cloth lightly dampened with a solution of a neutral detergent and
water. Then wipe them again with a slightly damp cloth. DO NOT use a chemically treated dust cloth, paint thinner, or other flam-
mable solvents. 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.
Safety information

5
Safety information
Model for USA
Supplier’s Declaration of Conformity
Model number: TD-700T
Trade name: TEAC
Responsible party: TEAC AMERICA,INC.
Address: 10410 Pioneer Blvd. Suite #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 euro-
päischer 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.

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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

7
Contents
Introduction ..................................................2
Features ...................................................2
Included accessories .......................................2
Safety information ............................................3
1. Names and functions of parts............................. 11
1-1. Front panel .......................................... 11
1-2. Rear panel ........................................... 12
1-3. Sensor signal input terminals ........................ 13
1-4. D/A output connectors .............................. 13
1-5. Control signal input terminal ......................... 14
1-6. Comparison output connectors ...................... 14
1-7. Screen transition diagram ............................ 15
1-8. Home Screen ........................................ 16
1-8-1. Standard ....................................... 16
1-8-2. Bar meter display ............................... 16
1-8-3. Large indicator value ........................... 16
1-8-4. Graph display .................................. 18
1-8-4-1.Vertical axis................................. 19
1-8-4-2. Horizontal axis.............................. 19
1-8-4-3. Pausing the graph display .................. 19
2. Installation ............................................... 20
2-1. Installing in a panel .................................. 20
2-2. Removing from a panel .............................. 21
2-3. Attaching to a DIN rail................................ 22
2-4. Removing from a DIN rail ............................ 23
3. Making connections ...................................... 23
3-1. Connecting with the input and output terminal bank. . . 23
3-1-1. Sensor signal input connector ................. 23
3-1-2. Control signal input/output connector ......... 24
3-2. Connecting a strain gauge transducer................ 24
3-2-1. About the sensor terminals ..................... 24
3-2-2. About the Remote Sense function .............. 24
3-2-3. Notes about bridge voltage (applied voltage)... 24
3-3. Connecting the power supply input terminal......... 25
3-3-1. DC power supply .............................. 25
3-3-2. AC power supply .............................. 26
3-4. Connecting control input terminals .................. 26
4. Settings .................................................. 27
4-1. Basic operation ...................................... 27
4-2. Selecting setting values from options ................ 28
4-3. Inputting numerical setting values ................... 28
4-4. Changing the decimal point position................. 29
4-5. Lock ................................................. 29
4-6. Returning to the Home Screen ....................... 30
4-7.Viewing the version .................................. 30
4-8. Initializing all settings ................................ 30
4-9. Setting menu list..................................... 30
4-9-1. Function Menu ................................ 30
4-9-2. Calibration ..................................... 30
4-9-3. Condition Setting .............................. 31
4-9-4. Comparison Setting ............................ 31
4-9-5. Hold Function Setting .......................... 31
4-9-6. System Settings ................................ 31
4-9-7.TEDS Settings .................................. 31
4-10. Setting value list . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 32
4-10-1. Calibration .................................... 32
4-10-2. Condition Setting ............................. 33
4-10-3. Comparison Setting ........................... 34
4-10-4. Hold Function Setting ......................... 34
4-10-5. System Settings ............................... 35
4-10-6.TEDS Settings ................................. 35
5. Calibration ............................................... 36
5-1. Procedures shared by all calibration methods ........ 37
5-1-1. Locking and unlocking calibration values ....... 37
5-1-2. Remote Sense/TEDS............................ 38
5-2. Equivalent input calibration ......................... 38
5-2-1. Bridge Voltage.................................. 39
5-2-2. Rated Output................................... 39
5-2-3. Rated Capacity ................................. 39
5-2-4. Zero Balancing ................................. 39
5-2-5. D/A Output Mode .............................. 39
5-2-6. D/A Max. Voltage ............................... 39
5-2-7. Select EU ....................................... 39
5-2-8. Cal. Value Lock.................................. 39
5-3. Actual Load Calibration .............................. 40
5-3-1. Bridge Voltage.................................. 40
5-3-2. Zero Balancing ................................. 40
5-3-3. Rated capacity (load calibration) ................ 40
5-3-4. D/A Output Mode .............................. 41
5-3-5. D/A Max. Voltage ............................... 41
5-3-6. D/A Full Scale .................................. 41
5-3-7. Select EU ....................................... 41
5-3-8. Max. Disp. Value ................................ 41
5-3-9. Cal. Value Lock.................................. 41
5-4.TEDS calibration ..................................... 42
5-4-1. Rated Output/Rated Capacity display ........... 42
5-4-2. Zero Balancing ................................. 42
5-4-3. Select EU ....................................... 42
5-4-4. Cal. Value Lock.................................. 42
5-5. Remote Sense/TEDS ................................. 43
5-6. Select Min. Grid . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 43
5-7. Select Disp. Times ................................... 43
5-8. Max. Disp. Value ..................................... 43
5-9. Select EU ............................................ 44
5-10. Sensor input logic .................................. 44
5-11. Zero Balancing ..................................... 44
5-12. Digital Zero ......................................... 45
6. Condition Setting ........................................ 46
6-1. Filter ................................................ 46
6-1-1. Select LPF ...................................... 46
6-1-2. Select Num. of Moving Avg. .................... 46
6-1-3. Auto Digital Filter ............................... 46
6-2. Motion Detect ....................................... 47
6-2-1.Time ........................................... 47
6-2-2.Width .......................................... 47
6-3. Zero Tracking ........................................ 48
6-3-1.Time ........................................... 48
6-3-2.Width .......................................... 48
6-4. Digital Zero Offset.................................... 49
6-5. Digital Zero .......................................... 49
6-5-1. Enable Digital Zero ............................. 49
6-5-2. Digital Zero Limit Value ......................... 49
6-5-3. Clear Digital Zero ............................... 49
6-6. Control Input Check ................................. 50
6-7. Judge Output Check ................................ 50

8
6-8. Static Strain Disp. Mode ............................. 50
6-9. Select Data Output................................... 50
7. Comparison Setting ...................................... 51
7-1. Comp. Value Setting ................................. 51
7-2. Comp. Pattern Setting ............................... 51
7-3. Comp. Mode Setting ................................. 53
7-4. HH LL Limit Enable .................................. 53
7-5. Hysteresis ........................................... 54
7-6. Judge Signal ........................................ 55
7-7. Comp. Output Pattern ............................... 55
7-7-1. Standard Output ............................... 55
7-7-2. Area Output .................................... 56
7-8. Nearly Zero .......................................... 56
7-9. Bar meter zero position .............................. 56
8. Hold Function Setting .................................... 57
8-1. Hold Mode .......................................... 57
8-1-1. Sample and hold ............................... 58
8-1-2. Peak hold ...................................... 59
8-1-2-1. No zone definition ......................... 59
8-1-2-2. Zone definition used ....................... 60
8-1-3. Bottom hold ................................... 61
8-1-3-1. No zone definition ......................... 61
8-1-3-2. Zone definition used ....................... 62
8-1-4. Average hold .................................. 63
8-1-4-1. No zone definition ......................... 63
8-1-4-2. Zone definition used ....................... 64
8-1-5. Peak to peak hold .............................. 65
8-1-5-1. No zone definition ......................... 65
8-1-5-2. Zone definition used ....................... 66
8-1-6. Peak and bottom hold ......................... 67
8-1-6-1. No zone definition ......................... 67
8-1-6-2. Zone definition used ....................... 68
8-1-6-3. Example when the judgment output
does not become OK. . . . . . . . . . . . . . . . . . . . . . . 69
8-1-6-4. Example when HH LL Limit is disabled...... 70
8-2.Times of Average .................................... 71
8-3. Fast Sampling Mode ................................. 71
8-4. External Hold Mode .................................. 72
8-5. CLEAR Signal ........................................ 72
8-6. Zone Definition . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 72
8-7. Auto Zero ........................................... 72
9. System Settings .......................................... 73
9-1. Setting Memory ..................................... 73
9-2. D/A Converter ....................................... 73
9-2-1. D/A Zero ....................................... 74
9-2-2. D/A Full Scale .................................. 74
9-2-3. D/A Output Mode ............................. 75
9-2-4. D/A Max. Voltage ............................... 75
9-2-5. D/A CAL TEST. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 75
9-3. Lock ................................................. 75
9-3-1. Cal. Value Lock.................................. 75
9-3-2. Setting Value Lock .............................. 76
9-4. Home Screen ........................................ 76
9-5. Brightness ........................................... 76
9-6. Power Save Time .................................... 76
9-7. Languages .......................................... 77
9-8. Reset to the Factory Settings ........................ 77
10.TEDS Settings ........................................... 78
10-1.TEDS Data Change ................................. 78
10-2. Restore TEDS Data .................................. 79
10-3.TEDS Data .......................................... 80
11. CC-Link Settings ......................................... 81
11-1. CC-Link overview ................................... 81
11-2. Connections ........................................ 81
11-2-1. CC-Link terminals ............................. 81
11-2-2.Inserting and removing CC-Link terminal bank...81
11-2-3. Connecting the CC-Link terminals ............. 81
11-3. Setting value list .................................... 82
11-4. Settings ............................................ 83
11-4-1. Station Type................................... 83
11-4-2. Station Number .............................. 83
11-4-3.Transmission Speed ........................... 83
11-4-4. Return Data Format ........................... 84
11-4-5. Select Memory by............................. 84
11-4-6. Save Setting................................... 84
11-4-7. Link Status .................................... 84
11-5. Address map ....................................... 85
Real-time value/hold value format.................. 85
Status .............................................. 85
11-5-1. Remote resistor ............................... 85
Ver.1.10, 4 Stations ................................. 85
Ver.1.10, 2 Stations ................................. 86
Ver.1.10, 1 Station................................... 86
11-5-2. Remote input and output ..................... 87
Remote input resistor
(TD-700T (CCL) eMaster station) .................. 87
Remote output resistor
(Master station eTD-700T (CCL)) .................. 87
Ver.1.10, 4 Stations ................................. 88
Ver.1.10, 2 Stations.................................. 89
Ver.1.10, 1 Station................................... 90
11-5-3. Remote input and output ..................... 91
Remote input resistor
(TD-700T (CCL) eMaster station) .................. 91
Remote output resistor
(Master station eTD-700T (CCL)) .................. 92
11-6. Setting procedures ................................. 93
11-6-1.Writing Exclusive area values to the device .... 93
11-6-2. Reading, writing and operations
using commands in the Common area ........ 93
11-6-3. Command .................................... 94
11-6-4. Error code..................................... 99
12. RS-485 Settings.........................................100
12-1. RS-485 overview ...................................100
12-2. Connections .......................................100
12-2-1. RS-485 terminals .............................100
12-2-2. Inserting and removing RS-485 terminal bank 100
12-2-3. Connecting the RS-485 terminals.............100
12-3. Setting value list ...................................101
12-4. Settings ...........................................102
12-5.Transmission mode ................................102
12-6. ID number ........................................102
12-7. Baud rate ..........................................102
12-8. Bit length ..........................................102
12-9. Parity ..............................................103
Contents

9
Contents
12-10. Stop bit ..........................................103
12-11. Delimiter .........................................103
12-12. Save Setting ......................................103
12-13.Transmission protocols
(TD Format/TD Format (BCC))......................104
12-13-1. Commands .................................104
12-13-2. Responses ..................................105
12-14.Transmission commands .........................106
12-14-1. Polling (0001) ...............................106
12-14-2. Status polling (0002) ........................107
12-14-3. Indicator value polling (0003) ...............108
12-14-4. Setting value writing/execution command
format ......................................108
12-14-5. Setting value loading command format .....109
12-14-6.TEDS command format .....................109
12-14-7. Continuous transmission format ............110
13. Error message list ......................................111
14.Warranty explanation...................................112
15. Specifications ..........................................113
16. External drawings ......................................114
17. Block diagram ..........................................117

10

11
1. Names and functions of parts
A Setting buttons
STRAIN
Press and hold to open static strain display.
CAL
Press and hold to conduct equivalent input calibration.
FNC
Press when an indicator value is shown to open the
Function Menu.
Press when a setting screen is open to change the
function number.
Press when changing a setting value to enable chang-
ing the symbol or decimal point.
GAIN
Press and hold to conduct actual load calibration.
TEDS
When a TEDS sensor is connected, press and hold to
open the TEDS calibration screen.
5b
Select setting items and change setting values.
gt
Change the screen shown.
Press when a setting screen is open to select setting
items and setting value digits.
B HOLD/ENT button
Press and hold to start operation of the hold function.
Press and hold this button again to disable the hold
function.
Press when changing a setting value to confirm the set-
ting item or setting value and move to the next item.
C ZERO/ESC button
When Cal. Value Lock is OFF, press and hold to use the
Zero Balancing function (page 44).
When Cal. Value Lock is ON, press this to forcibly set the
indicator value to zero (Digital zero function).
When holding, this button clears the hold value.
Press when a setting screen is open to move up one level.
oPress and hold the ESC and ENT buttons simultane-
ously to enable or disable the key lock function.
D Display
This shows indicator and setting values.
If the sensor input is abnormal or the indicator value can-
not be shown, one of the following overflow messages
will be shown.
−LOAD: A/D converter minus over
LOAD: A/D converter plus over
−FULL: display minus over (less than the minimum display
value)
FULL: display plus over (greater than the maximum dis-
play value)
−OVER FULL: input is outside the maximum input range
(negative value)
OVER FULL: input is outside the maximum input range
1-1. Front panel
B
A
C
D

12
1. Names and functions of parts
1-2. Rear panel
A B C D E
FG
A Sensor signal input terminals
Terminal bank for connecting strain gauge transducers
and TEDS sensors.
B D/A output terminals
C Control signal input terminals
D Comparison output terminals
Connect judgment outputs.
E AC adapter jack
Connect the included GPE012T AC adapter.
oSee page 26 for information about compatible plugs.
DC IN 12V
oAn AC adapter is included with the TD-700T for Japan
and North America. No adapter is included for other
regions.
(The included AC adapter conforms to the safety stan-
dards of Japan and North America.)
VDo not connect both an AC adapter and a power
supply to the DC power supply input terminal.
F DC power supply input terminals
Connect a DC power supply. The voltage range is 12–24
V DC.
G Frame grounding connector
FG connector for DC power supply.
VAlways be sure to connect the FG connector.

13
1-3.Sensor signal input terminals
1
2
3
4
5
6
7
+EXC(A)
–SIG(B)
–EXC(C)
+SIG(D)
SHIELD
+SENS/TEDS(F)
–SENS/GND(G)
Terminal
number Signal name Wire color
1 +SENS/TEDS (F) Orange
2 −SENS/GND (G) Green
3 +EXC (A) Red
4 −SIG (B) Black
5 −EXC (C) Blue
6 +SIG (D) White
7 SHIELD (E) Yellow
oTerminals 1 and 2 are data terminals for use by both remote
sense and TEDS sensors. Before connecting the sensor,
set which type will be connected in advance using the
Remote Sense/TEDS setting on the Calibration menu
page. If “Remote Sense disabled/TEDS enabled” is selected,
calibration will occur automatically if a sensor with TEDS
built-in is connected.
oThe wire colors are those that we use in the strain gauge
transducers that we make.
1-4. D/A output connectors
These can output either voltage or current.
They cannot output both at the same time. Set voltage or
current in System Settings qD/A Converter qD/A Output
Mode (page 75).
Terminal
number
Signal
name Explanation
9 V-OUT D/A voltage output
10 I-OUT D/A current output
11 COM D/A output common terminal
oThe D/A output is isolated from this unit’s circuits.
1. Names and functions of parts

14
1-5. Control signal input terminal
Terminal
number
Signal
name Explanation
12 CLEAR
This turns on when a hold is cleared
in any hold mode except sample
hold.
Set whether or not CLEAR Signals are
active or inactive in Hold Function
Setting qCLEAR Signal.
13 JUDGE
Judgment output using judgment
output control signals only functions
when this is ON.
Set whether or not JUDGE signals
are active or inactive in Comparison
Setting qJUDGE Signal.
14 HOLD
Holds function using hold start sig-
nals when this is ON.
Disable this by selecting OFF in Hold
Function Setting qHold Mode.
15 D/Z
Sets the indicator value digitally to 0.
This is active when both System
Settings qLock qCal. Value Lock
and Condition Setting qDigital
Zero qEnable Digital Zero are set
to ON.
16 SEL1
If System Settings qSetting
Memory is set to “by signal”, the SEL1
and SEL2 terminals can be used to
select the active Setting Memory.
See “9-1. Setting Memory” on page
73.
17 SEL2
18 COM This is the control input signal com-
mon terminal.
oThe control input signal is isolated from the unit’s circuits by
a photocoupler.
oSignals are input to each terminal by shorting and open-
ing with 18 COM.
A current of about 20mA results from shorting.
When using a transistor, select one with a resistance of
at least 10 V and elements that allow the flow of at least
40 mA when on.
oYou can confirm the status of the input signal on the
screen shown in“6-6. Control Input Check” on page 50.
1-6. Comparison output connectors
Terminal
number
Signal
name Explanation
19 LL Low low limit judgment output
20 LO Low limit judgment output
21 HH High high limit judgment output
22 HI High limit judgment output
23 OK OK judgment output
24 COM Comparison output common
terminal
oThe comparison output is isolated from the unit’s circuits by
a photocoupler.
Open collector output (NPN, current sync)
20mA/30V maximum collector current
oFor the operation of each signal, see “7. Comparison Setting”
on page 51.
+5V
Judgment output
24 COM
19-23 judgment
output
20mA/30V
maximum
1. Names and functions of parts

15
1-7. Screen transition diagram
Power supply ON Screen selected on the System Settings Home Screen page
will open
Standard Bar meter display
Indicator Value Only Display
Waveform display
Function Menu
Hold ON/OFF
Actual Load
Calibration
TEDS calibration
Equivalent Input
Calibration
Static Strain Disp. Mode
Cal. Value Lock Digital Zero
Zero Balancing
Press and hold
ON
OFF
Press and hold
Press and hold
Press and hold
Press and hold
Press and hold
1. Names and functions of parts

16
1-8. Home Screen
The screen selected on the System Settings Home Screen
page will open when the unit is turned on.
Use the gand tbuttons to change screen views.
NOTE
The Home Screen will open about 15 seconds after power is
supplied to the unit.
1-8-1.Standard
When high high limit and low low limit are enabled
a b c d
e
f
g
h
i
When high high limit and low low limit are disabled
j
1. Names and functions of parts
1-8-2.Bar meter display
e
g
h
f
1-8-3.Large indicator value
e
g
i
f

17
a Memory number
The currently selected memory number is shown.
b HOLD indicator
When the hold function is active, a white indicator
appears beneath the word HOLD. When the zone defini-
tion hold function is active, a gray indicator appears.
c Hold function setting
The currently selected hold mode is shown.
d JUDGE indicator
When judgment output is active, this indicator appears
white.
When Judge Signal is enabled, this appears white if
the JUDGE input terminal is ON and black if it is OFF.
When Judge Signal is disabled, it is always white.
e Judgment type
HH/HI
These light to show judgment output operation for
indicator values greater than the setting values for the
high high and high limits.
OK
This lights to show OK judgment output operation
when the indicator value is equal to or higher than the
low limit and equal to or less than the high limit.
LL/LO
These show judgment output operation for indicator
values lower than the setting values for the low low
and low limits.
NOTE
Judgment output operation changes according to the
Comp. Pattern, Comp. Output Pattern and Hysteresis
settings.
The above example is of operation when the Comp.
Pattern setting is LL/LO/OK/HI/HH, the Comp. Output
Pattern is “Standard Output” and the Hysteresis setting
is 0.
f Indicator value
1. Names and functions of parts
g High limit, low limit, high high limit and
low low limit setting values
Each setting value is shown.
If high high limit and low low limit are disabled, the LOCK
settings are shown.
h Bar meter
This is an analog representation of the indicator value.
The highest value of the bar meter range is set with the
Max. Disp. Value setting.
If the low low limit and low limit are zero or higher, the
bar meter will show from zero to the maximum display
value.
If the low low limit or low limit is less than zero, the bar
meter will show zero as the center value and show a
range from the maximum display value to negative that
value.
NOTE
If the bar meter zero position is at the center, a white line
will appear at the zero position.
i Unit
j LOCK settings
This shows the lock status.
CAL: Cal. Value Lock
SET: Setting Value Lock
KEY: Key lock
These do not appear when the high high limit and low
low limit are enabled.
NOTE
There are two key lock types.
Press and hold ESC + ENT
This is indicated on the front panel.
This cannot be used to unlock when key lock has been
set by pressing and holding g+t.
Press and hold g+t
This is not indicated on the front panel, so it can be
used to prevent unlocking when not desired.
Press and hold g+tto unlock this key lock.
This can also be used to unlock when key lock has
been set by pressing and holding ESC+ENT.

18
1. Names and functions of parts
1-8-4.Graph display
This graph shows the indicator value as the vertical axis and
the time as the horizontal axis.
The current value is plotted at the left edge and the graph
scrolls from left to right.
f
k
l
m
o
n
p
Appearance when hold function active
The screen will appear as follows when the sample hold, peak
hold, bottom hold or average hold function is active.
f q
k
r
m
o
p
The screen will appear as follows when the peak to peak hold
or peak and bottom hold function is active.
f q
k
r
r
m
o
p
k High limit setting
This shows the high limit value.
oThe high high limit is not shown.
l High limit value line
This line corresponds to the high limit value. The area
higher than the high limit value line is gray.
m Waveform
Values between the low limit and the high limit are
shown in green.
Values above the high limit or below the low limit are
shown in red.
n Low limit value line
This line corresponds to the low limit value. The area
lower than the the low limit value line is gray.
o Low limit setting
This shows the low limit value.
oThe low low limit is not shown.
p Horizontal axis duration
This is the amount of time shown by a single screen
width along the horizontal axis.

19
1. Names and functions of parts
q Hold indicator
The color shows the hold status.
White: hold activated
Gray: zone definition activated
No indicator: hold not activated
r Hold line
This line corresponds to the hold value. This line is shown
in purple.
oPress the ESC button to initialize the hold value.
1-8-4-1.Vertical axis
These values range from 0 to the maximum display (page
43).
1-8-4-2.Horizontal axis
Each time you press the bbutton, it changes as follows.
10sec 30sec 100sec
1-8-4-3.Pausing the graph display
Press the ENT button to stop the waveform screen display in
its current state.
oWhen paused, the indicator values are shown in green.
oWhen paused, holds cannot be started or stopped using
the front panel buttons.
Press the ENT button again to resume the waveform screen
display.

20
2. Installation
Follow these procedures to install the unit in a control panel.
2-1. Installing in a panel
1 Open a hole in the panel in accordance with this
dimensional drawing of the panel installation
opening.
92 +1
 0
45
+1
0
oThe recommended panel thickness is 0.8–5 mm.
2 Remove the left and right panel attachment
xtures.
While pulling their movable clasps away from the unit,
slide each one off the back of the unit.
2
1
3 Insert the unit through the front of the panel.
4 Attach the left and right panel attachment fix-
tures that were removed in step 2 to the unit from
behind and x them in place.
Clasp
indentation
Clasp