Related Products

Loadcells
Digital Indicator
http://loadcell.jp/en/
Static Strain

Comparison

Waveform*Supports remote sense functions.

TEAC’s load cells provide
solutions for force measurements.

Offers 5 different functions: displays static strain, dynamic strain, analog data
value, digital data value and used as a signal conditioner.

Portable Digital Indicator■ Eliminates confusing configuration steps
Graphical displays allow you to see numeric values or waveforms as you easily
monitor and record your measurements.

■ Measures a variety of ranges accurately

Color Graphics Digital Indicator

A variety of compact, precision and reliableload cells are ready to use.

CFCardWaveform

Data storage

Static Strain

XXXXXXXXX

Touch screen

XXX

The compact body+easy-to-read large LCD allow to capture load anddisplacement in real time.

SignalConditioner■ Ease of Use

TD-SC1(D/A)D/A output model
TD-SC1(485)RS-485 model
TD-SC1(CCL)CC-Link model
TD-SC1(E/IP)EtherNet/IP model

1-47 Ochiai, Tama-shi, Tokyo
206-8530, Japan
E-mail: cs_ipd@teac.jp
Web: https://loadcell.jp/en/

Company names and product names in this document are the trademarks or registered trademarks of their respective owners.
Features and specifications are subject to change without notice.
Precaution : To ensure safe handling and operation, read the Instruction Manual before use.

TEAC America, Inc.,
E-mail: datarecorder@teac.com

The TEDS function of both load cell and indicator/signal conditioner
provides plug and play operation■ Designed to prevent cable breaking
TEAC’s load cells and cables are designed to beresistance to mechanical stress.

Thin and light weight signal conditioner for strain gauge transducers.

TEAC CORPORATIONTEAC load cells, indicators and signal conditioners utilizing TEDS perform
auto-calibration and eliminates manual settings and human errors.

TEAC Loadcell Products Distributed by:

TEAC EUROPE GmbH.
E-mail: info@teac.eu

TEAC SALES & TRADING (ShenZhen) CO., LTD.
E-mail: teacservice3@teac.com.cn
Copyright © 2022 TEAC CORPORATION. All rights reserved.

1117 ISD-077E

TEAC’s strain gauge based load cells

Glossary

TEAC’s many years of experience and expertise have developed load cells that have
High-responsiveness, High-accuracy and High-stability.

Rated Capacity / R.C.

Insulation Resistance

Safe Overload Rating

Compensated temperature range

Maximum safe overload

Operating temperature range

Rated Output / R.O.

Permissible Temperature Range

Linearity

Temperature Effect on Zero Balance

The maximum capacity (load) that the load cell will be
subjected to its specification.

Indicators andSignal conditioners

Load cells

The maximum load that can be applied without permanent
characteristic change (damage) to the load cell.
The limiting load that can be used without causing
damage or breaking.
The value subtracted the non-load output from the output
resulted by applying the rated load. That is expressed in
the output per applied voltage. (mv/V)

All combinations ofload cells andindicators/signal conditioners are available.

Maximum deviation of a calibration curve to a specified
straight line (reference curve, which is determined byconnecting the no-load output and the rated load output).
Measured when increasing calibration load.

TEAC offers a wide variety of strain based load cells, indicators , signal
conditioners, amplifiers and accessories to support your system.

Hysteresis

Maximum difference in output produced in the same loadwhen the load increasing or decreasing (between no-loadand rated capacity). That is expressed as %R.O.

What is TEDS?

Products with TEDSTEDS Advantages■ Connecting or changing sensors saves time.
■ Eliminates confusing configuration steps.
■ Eliminates the need to remember or have on handcalibration data since it is read from the sensor.

■ Eliminates scaling and calibration errors.
■ Gives a secure solution for your measurement.

Each TEDS sensor
contains specificinformation.

ReadingTension/Compression type

TC-USR(T)-G□
TC-MFSR(T)-G
TC-BSR(T)TC-SR(T)-G□
TC-MR(T)-G□TU-QR(T)-G□TU-MXR2(T)-G□
TU-FSRSP/2(T)-G□
TU-CR(T)-GTension type

Compression type

TT-FR(T)-G□

TC-AR(T)-G□
TC-FR(T)-G□
TC-FSRSP/2(T)-G□
TC-KR(T)-G□TC-XR(T)-G□
TC-LPR(T)-G□
TC-NSR(T)-G□
TC-NSRSP(T)-G□

Indicators
TD-9000T
TD-700T
TD-260T
TD-01P
TD-SC1TU-QR ( T ) -G

For more information

The rated output shift at no-load due to a change inambient temperature. That is expressed as %R.O. per 10degrees.

Temperature effect on output

The output shift due to a change in ambient temperature.
That is expressed as %R.O. per 10 degrees.

Static strain

Robot cable

The maximum voltage that the load cell can becontinuously subjected to and keep within its specification.

Input/output terminal resistanceA cable used in moving applications such as industrial
robots and has excellent characteristics such as bending
resistance, twist resistance, oil resistance and chemicalresistance.

Resistance between the input (or output) terminals under
the output terminals opened with no load.

The static strain makes it easier to check load cells for plastic deformation.
The strain gauge based load cell produces the value of load and weight by generating strain within the elastic
region on the sensing element.
When the sensing element is undergoing permanent deformation, the load cell will not only fail to perform within
specified parameters, but it may also cause failure of the load cell and critical damage to the whole system.
Since indicators can show the input signal as microstrain, it is possible to check and monitor a load cell's
condition accurately.

Load cell defect causes
Impactfromdropping

For managementof load cellconditions

RoHS compliant
TEDS compliant

http://loadcell.jp/en/teds.html

The temperature range which can be used without
permanent characteristic change (damage) to the loadcell.

Safe excitation voltage

Overload

TEAC has various TEDS load cells and indicators for performing reliably and accurately in a variety of industries.

Temperature range that the load cell within the statedspecifications.

Maximum difference in outputs when calibration loads areapplied repeatedly under the same conditions andambient. That is expressed as %R.O.

*Model number enables you to know TEDS-compliant sensors.

Ex）

Temperature ranges by which the rated output and thezero balance are compensated to meet specifications.

Static strain is a measure of deformity in non-dynamicconditions. By recording and managing the amount ofstatic strain in the no-load state, it is possible to identify
load cell defects and other problems through plastic
deformity.

Repeatability

TEAC sensors, indicators and signal conditioners support IEEE 1451.4 TEDS.
TEDS compatible sensors store specific information that contain the model name, serial number,sensitivity and calibration information in its memory. This provides an automatic way to identify thesensor and program the indicator which eliminates any set up errors.

DC resistance between the load cell electrical circuit andthe load cell body.

Extendedload

When static strain is displayed, any plastic deformation of a load cell is easier to check.

TC-MFSR(T)-G

Semiconductor technology is essential for many consumer products, such as appliances.
TEAC’s highly accurate force measurement allows the handling of delicate micro parts.

■ Measuring and monitoring force of wafer probers■ Managing polishing force on wafer polishing machines

TC-SR(T)-G/G3
TC-SR-G3■ Force management during bonding of wire bonding machines■ To control loading pressure of SMT placement equipment■ Checking variation in fluid weight of residual quantity detecting

TC-USR(T)-G3

Load cell, indicatorand signal conditioner

Digital Indicator for load cells

Signal Conditioner-For semiconductor
TD-700T

TD-SC1

TC-NSR(T)-G3

TC-NSRSP(T)-G3

Load cells suitable for semiconductor production process
ModelTC-MFSR(T)-GTypeCompression

Rated Capacity[N]0.51251020501002005001k2k5k10k20k50k100k200k 1000k

Rated Output

Linearity

Dimension(Diameter)[mV/V][% R.O.][mm]

1.00.5φ12
φ12〜φ20

TC-SR(T)-G/G3

Compression

1.0

0.5
1(5N)

TC-SR-G3

Compression

1.0

1

φ25

TC-USR(T)-G3

Compression

0.5(〜10N)
0.75(20N〜)

0.3(2N/5N)
0.1

φ17〜φ34

TC-NSR(T)-G3

Compression

0.75

1φ20

TC-NSRSP(T)-G3

Compression

1.30.2

φ20

TC-BSR(T)-G3

Compression

1.0(10kN)
1.5(20, 50kN)

1.0(10, 50kN)
2.0(20kN)

φ21〜φ22

TU-QR(T)-G3

Tension/Compression

0.5

0.5

φ28

TU-PGRS-G

Tension/Compression

2.00.03

φ58〜φ118Robot
TEDS Cable
TC-BSR(T)-G3

TU-QR(T)-G3

TU-PGRS-G

Load cell LINEUPTEAC’s load cells are used in a variety of industries

TC-KR(T)-G6

TEAC’s many years of experience and expertise in the measurement instruments industries
allows us to provide a variety of reliable, robust and accurate load cells.
Let us help you select the right load cell for your application, contact TEAC today.

Application of load cells in production process■ Controlling critical force in process of press-fitting, press-forming and so on.
■ Measuring or managing force on universal testing machines.

TU-PGRS-G■ Measuring frictional force of sliding parts at products inspection.
■ Managing quantity or weight of tanks and hoppers.

TU-WAR

Load cell, indicator and signal conditioner-For manufacturing

TC-AR(T)-G6/G8

Color Graphics Digital Indicator
TD-9000T

Portable Digital Indicator
TD-01

Load cells suitable for various production process
ModelType

Rated Capacity[N]20501002003005001k2k3k5k

10k

20k30k

50k

100k

200k

300k

500k 1000k

Rated
OutputLinearity

Dimension(Diameter)[mV/V][% R.O.][mm]

TC-KR(T)-G6

Compression

1.00.5φ40〜φ100

TU-PGRS-G

Tension/Compression

2.00.03

φ58〜φ118

TC-WAR

Compression

2.0

φ60〜φ116

TC-AR(T)-G6/G8

Compression

2.00.15(〜20k)
0.1(50k〜)
0.15(〜30k)
0.1(50k〜)

TU-FSRSP/2(T)-G3

Tension/Compression

1.01

φ28

TC-XR(T)-G6

Compression

1.00.5φ62〜φ100

TU-GR-G

Tension/Compression

2.00.05(〜200k)
0.15(500k〜)

φ105〜φ460(10N/20N)

TEDS

TU-FSRSP/2(T)-G3

Robot
Cable

TC-XR(T)-G6

φ60〜φ120

TU-GR-GLoad cell LINEUP

Performing reliably and accurately in a variety of industries