Compression Load Cell

TC-SR series
TC-NSR(T) - G3Features
Body
Material

Small & Light-weight
Stainless SteelTC-NSR(Beryllium Steel on some models)

TC-SR

Compression Load Cell
DurableRobot Cable
standardized

Plug & Playwith
built-in KN-G3
TEDS(except TC-SRseries)

Enhanced durability against bendingthat occurs in moving parts withfrequent repetitive motion, such asindustrial robots and machine tools.
High stability and reliability are realized.

With the TD series indicators,
equivalent input calibration,
likely to forget in manual setting,can be performed automaticallyand help prevetion.

MountingMethod

BenefitEasy to install on the existing
facilities/systems.

Glue mount with Mount Base(sold separately) or Screw mount(TC-NSR)

nn(See the reverse page for detail on TEDS)

Specifications
TypeModel

Copression Load Cell

TC-SR(T) nn N-G

TC-SR(T) nn N/KN-G3(Embeded in the body) (10 substances)

Rated Capacity (R.C.)

5N

10N

20N

50N

(Embeded in the body) (10 substances)

100N

200N

500N

1kN

2kN

Natural Frequency

11kHz 17kHz 21kHz 35kHz 21kHz 25kHz 41kHz 59kHz 84kHz

Weight (Approx.)

1.7g1.7g

1.8g

1.9g

TC-SRnn KN-G3 TC-NSR(T) nn KN-G3

9.8g

9.9g

11g

11g

12g

(10 substances)(Embeded in the body) (10 substances)

5kN

10kN

1kN

2kN

101kHz151kHz52.8kHz

55.5kHz

32g

34g

16.3g

16.7g

Safe overload rating

150 ％ R.C.

150 ％ R.C.

150 ％ R.C.

Rated Output (R.O.)

approx. 1mV/V

approx. 1mV/V

approx. 0.75mV/V

0.5％ R.O.

1％ R.O.

1％ R.O.

Hysterisis

Linearity

0.5％ R.O.

1％ R.O.

1％ R.O.

Repeatability

0.5％ R.O.

1％ R.O.

1％ R.O.

Safe Excitation Voltage

6V

6V

7V

Input Terminal Resistance

350 ±20Ω

350 ±12Ω

350±20Ω

Output TerminalResistance

350 ±20Ω

350 ±12Ω

350 ±20Ω

Insulation Resistance

1000MΩ or more (DC50V)

1000MΩ or more (DC50V)

1000MΩ or more (DC50V)

CompensatedTemperature Range

0℃ to 60℃

0℃ to 60℃

(TBC)

Permissible Temperature
Range–10 to 60℃–10 to 60℃–20 to 70℃

Temperature Effect on Zero
Balance

2% R.O. / 10℃

2% R.O. / 10℃

2% R.O. / 10℃

Temperature Effect onOutput

1％ R.C. / 10℃

1％ R.C. / 10℃

1％ R.C. / 10℃

Φ3, 4-core shielded,
3m direct connection robot cablewith bare lead wires

Φ3, 6-core shielded,
3m direct connection robot cablewith bare lead wires

Glue, Housing

Screw hole

Stainless SteelStainless SteelCable

Φ2, 6-core shielded,
3m direct connection robot cablewith bare lead wires

Mounting Method
Body Material

Φ3, 6-core shielded,
3m direct connection robot cable withbare lead wires

Glue, Housing
Beryllium SteelStainless SteelDimensional drawings (Units: mm)

Advantages of the TEAC Load CellsTEAC Load Cells

Robot Cable standardized

TEDS-compatible (except TC-SR n n KN-G3)

Since the 1980s, when TEAC started manufacturing
and selling load cells, we have cultivated technologies
to achieve higher precision and smaller size with ourunique structures. With these technologies, a numberof load cells that achieve high response, high accuracy,
and high stability, as well as products that takeenvironmental conservation into consideration havebeen developed to match customers’ applications.

Robot cables provide enhanced durability andstable performance against bending that occurs inmoving parts with frequent repetitive motion, suchas industrial robots and machine tools.

The TEDS (Transducer Electronic Data Sheet)system is a generic term for a description format
standardized by IEEE that electronically reads andwrites sensor’s specific characteristic, which isrecorded in an EEPROM built into the sensor and canbe read and written electronically.

We also offer customization for specific conditions(usage environment, space) that are difficult to meetwith standard ones. From one-off prototypes to mass
production, we support engineers involved in researchand development on manufacturing technology.

* Customized proposals thatmatch your application andenvironment are available.
Please contact our sales
representatives for detail.

Every TEAC’s ultra-compact load cells employ
robot cables, together with the TEDS function,
contribute to factory
automation and labor savings.

Model name, serial number, sensitivity (output valueagainst physical quantity) and other calibration
factors are digitized and recorded in the memory
built into the load cell body. Sensor’s specific values
can be set electronically, automating the reading ofrecorded information and equivalent input calibration,
eliminating human error in setting and reducing theburden of load cell replacement.

Examples of appplication
Pressuer ofmounters

Tension ofwire saw

DicingwafersPolishingwafers

Load Cell Embedded
Equipment

TEDS-compatible
digital indicators

As shown above, fix the core wire so thatit does not move, bend it 90 degrees tothe left or right, and confirm that no wire
breakage occurs.

Sending individual specific values of each loadcell indicated in the unit’s Data Sheet

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and direct saving of waveform
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***Under planning

EtherNet/IP is a trademark of ODVA, Inc. Other company names, product names and logos in this document are the trademarks or registered trademarks of their respective holders.

TEAC CORPORATIONTEAC America, Inc.,

1-47 Ochiai, Tama-shi, Tokyo
206-8530, JapanTEAC EUROPE GmbH.

E-mail: cs_ipd@teac.jp
Web: https://loadcell.jp/en/

E-mail: datarecorder@teac.com
E-mail: info@teac.eu

TEAC SALES & TRADING (ShenZhen) CO., LTD.
E-mail: teacservice3@teac.com.cn© Copyright TEAC CORPORATION 2022 2206TCJ-PDF / ISD-193