FN3060
Load Cell for Fatigue Testing
SPECIFICATIONS S-Beam load cell

 Ranges 250 N to 2500 N (50 lbf to 500 lbf)
 Cable gland or connector output

The FN3060 S-beam load cell is highly suited for use in test
benches and fatigue tests. Due to the mechanical design, theFN3060 is especially durable.
High-level output models with integrated A1/A2 amplifier
are available. Sensor can all be supplied in higher temperature
range for fatigue tests in oven.

FEATURESHigh stiffness
Accuracy : 0.1% F.S.
Integrated Amplifier optional
IP 64 protectedWith a long standing experience as a designer andmanufacturer of sensors, TE CONNECTIVITY often works withcustomers to design or customize sensors for specific uses andtesting environments.
On request, Instruction documents can be provided toease the selection and use of our sensors and provide helpfultips.

APPLICATIONSLifetime test benches
Dynamic fatigue testing
Robotics and Effectors
Laboratory and Research
Pneumatic cylinder monitoring

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Load Cell for Fatigue Testing

STANDARD RANGES
Ranges in N

2505001k

2.5k

Ranges in lbf

50100200500

Stiffness in N/m

8 x 106

1.5 x 107

2.5 x 107

5 x 107

Stiffness in lbf/ft

5.5 x 105

1.0 x 106

1.7 x 106

3.4 x 106PERFORMANCE SPECIFICATIONS (typical values at temperature 23±3°C)
Parameters
Operating Temperature Range (OTR)-20 to 80° C [-4 to 176° F]

Compensated Temperature Range (CTR)

0 to 60º C [32 to 140° F]

Zero Shift in CTR<0.5% F.S. / 50º C [/100° F]

Sensitivity Shift in CTR<1% of reading / 50º C [/100° F]

Over-Range
Without Damage

1.5 x F.S.

Without Destruction

3 x F.S.

Accuracy
Combined non-linearity & hysteresis

±0.1% F.S.

Electrical Characteristics
ModelFN3060 1

FN3060-A1

FN3060-A2

Supply Voltage

1 to 10 Vdc

10 to 30Vdc±15Vdc (±12 to ±18Vdc)

Sensitivity “FSO” 2±2mV/V±2V ±0.2V±5V ±0.2V

Zero Offset 2±1mV

2.5V ±0.2V

0V ±0.2V

Input Impedance/Consumption

350 to 700Ω

<50mA

50mA

Output Impedance

350 to 700Ω

1 kΩ 61 kΩ 6Insulation under 50Vdc≥100MΩ≥100MΩ≥100MΩ

Notes
1. Sensors are calibrated with 10Vdc power supply as standard.
2. Signal goes positive in tension with standard wiring configuration. Other signal output on request
3. Electrical Termination: Cable gland termination; 2 m cable length standard
4. Material: Body aluminum alloy depending on F.S.
5. Protection Index: IP64
6. Output impedance < 100Ω on request
7. CE conformance according to EN 61010-1, EN 50081-1, EN 50082-1

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Load Cell for Fatigue Testing

DIMENSIONS & WIRING SCHEMATIC (IN METRIC AND IMPERIAL)
FN3060 Dimensions in mm [inch]

Wiring Schematic

FN3060-SC Dimensions in mm [inch]

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FN3060
Load Cell for Fatigue Testing

OPTIONS
A1 : Amplified Tension output with unipolar power supply
A2 : Amplified Tension output with bipolar power supply
ET1 : CTR -20 to 100º C OTR = CTR
ET2 : CTR -40 to 120º C OTR = CTR
SC : Connector output
V00: Non-standard power supply calibration, replace “00” with value in Volt (standard 10Vdc, unamplified sensor only)
L00M : special cable length, replace “00” with total length in meters

ORDERING INFORMATION

FN3060 - A1 - 500N - /ET1Options (L00M,...)
Range in Newton
Amplified version (none, A1 or A2)
Model

SUPPLIED ACCESSOIRES (ONLY WITH SC OPTION)
EFMX-4M : mating plug Jaeger 530-801-006 with clamp 530-841-006 standard and ET1 with SC option
EFMX-4H : mating plug Jaeger 530-804-006 with clamp 530-844-006 for ET2 option with SC option

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Measurement Specialties, Inc., a TE Connectivity company.
Measurement Specialties, TE Connectivity, TE Connectivity (logo) and EVERY CONNECTION COUNTS are trademarks. All other logos, products and/or company names referred to herein
might be trademarks of their respective owners.
The information given herein, including drawings, illustrations and schematics which are intended for illustration purposes only, is believed to be reliable. However, TE Connectivity makes
no warranties as to its accuracy or completeness and disclaims any liability in connection with its use. TE Connectivity‘s obligations shall only be as set forth in TE Connectivity‘s StandardTerms and Conditions of Sale for this product and in no case will TE Connectivity be liable for any incidental, indirect or consequential damages arising out of the sale, resale, use or misuseof the product. Users of TE Connectivity products should make their own evaluation to determine the suitability of each such product for the specific application.
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TE Connectivity Ltd. family of companies

SENSOR SOLUTIONS /// FN3060_en

All Rights Reserved.

06/2017

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