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Compact Compression Load Cell

MEAS

MEAS FX29

TE Connectivity’s (TE) FX29 is a compact compression load cell that offers exceptional price-to-performance in a robust sensor package with a millivolt, analog, or digital output signal.

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Datasheet |
Digital Datasheet|

Product Features

Force Sensor Type: OEM Compression Load Cells

Available from

Product	TE Part #	Documents	Full Scale Range	Full Scale Range	Operating Temperature Range	Output Signal Type
FX292X-040A-0200-L Buy on te.com	20009605-52	3D PDF	-	200 – 200 lbf	0 – 50 °C	20 mV/V
FX292X-040B-0010-L Buy on te.com	20009605-00	3D PDF	-	10 – 10 lbf	0 – 50 °C	20 mV/V
FX292X-040B-0025-L Buy on te.com	20009605-01	3D PDF	-	25 – 25 lbf	0 – 50 °C	20 mV/V
FX292X-040B-0050-L Buy on te.com	20009605-02	3D PDF	-	50 – 50 lbf	0 – 50 °C	20 mV/V
FX292X-040B-0100-L Buy on te.com	20009605-03	3D PDF	-	100 – 100 lbf	0 – 50 °C	20 mV/V
FX292X-040B-0200-L Buy on te.com	20009605-54	3D PDF	-	200 – 200 lbf	0 – 50 °C	20 mV/V
FX292X-100A-0050-L Buy on te.com	20009605-06	3D PDF	-	50 – 50 lbf	0 – 50 °C	20 mV/V
FX292X-100A-0100-L Buy on te.com	20009605-07	3D PDF	-	100 – 100 lbf	0 – 50 °C	20 mV/V
FX292X-100B-0200-L Buy on te.com	20009605-55	3D PDF	-	200 – 200 lbf	0 – 50 °C	20 mV/V
FX293X-040B-0010-L Buy on te.com	20009605-08	3D PDF	-	10 – 10 lbf	0 – 50 °C	4V
FX293X-040B-0025-L Buy on te.com	20009605-09	3D PDF	-	25 – 25 lbf	0 – 50 °C	4V
FX293X-040B-0050-L Buy on te.com	20009605-10	3D PDF	-	50 – 50 lbf	0 – 50 °C	4V
FX293X-040B-0100-L Buy on te.com	20009605-11	3D PDF	-	100 – 100 lbf	0 – 50 °C	4V
FX293X-100A-0010-L Buy on te.com	20009605-12	3D PDF	-	10 – 10 lbf	0 – 50 °C	4V
FX293X-100A-0025-L Buy on te.com	20009605-13	3D PDF	-	25 – 25 lbf	0 – 50 °C	4V
FX293X-100A-0050-L Buy on te.com	20009605-14	3D PDF	-	50 – 50 lbf	0 – 50 °C	4V
FX29K0-040B-0010-L Buy on te.com	20009605-16	3D PDF	-	10 – 10 lbf	0 – 50 °C	14 Bit I2C
FX29K0-040B-0025-L Buy on te.com	20009605-17	3D PDF	-	25 – 25 lbf	0 – 50 °C	14 Bit I2C
FX29K0-040B-0050-L Buy on te.com	20009605-18	3D PDF	-	50 – 50 lbf	0 – 50 °C	14 Bit I2C
FX29K0-040B-0100-L Buy on te.com	20009605-19	3D PDF	-	100 – 100 lbf	0 – 50 °C	14 Bit I2C
FX29K0-100A-0010-L Buy on te.com	20009605-20	3D PDF	-	10 – 10 lbf	0 – 50 °C	14 Bit I2C
FX29K0-100A-0025-L Buy on te.com	20009605-21	3D PDF	-	25 – 25 lbf	0 – 50 °C	14 Bit I2C
FX29K0-100A-0050-L Buy on te.com	20009605-22	3D PDF	-	50 – 50 lbf	0 – 50 °C	14 Bit I2C
FX29K0-100A-0100-L Buy on te.com	20009605-23	3D PDF	-	100 – 100 lbf	0 – 50 °C	14 Bit I2C
FX29J0-100A-0100-L	20009605-60	3D PDF	500 Nm	100 – 100 lbf	-40 – 85 °C	I2C (None Sleep)
FX29J0-100A-0050-L	20009605-64	3D PDF	0 – 250 Nm	0 – 50 lbf	-40 – 85 °C	14 Bit I2C
FX29J0-100B-0025-L	20009605-66	3D PDF	125 Nm	25 – 25 lbf	-40 – 85 °C	I2C (None Sleep)
FX292X-040A-0010-L	20009605-24	3D PDF	50 Nm	10 – 10 lbf	-40 – 85 °C	20 mV/V
FX292X-040A-0025-L	20009605-25	3D PDF	125 Nm	25 – 25 lbf	-40 – 85 °C	20 mV/V
FX292X-040A-0050-L	20009605-26	3D PDF	250 Nm	50 – 50 lbf	-40 – 85 °C	20 mV/V
FX292X-040A-0100-L	20009605-27	3D PDF	500 Nm	100 – 100 lbf	-40 – 85 °C	20 mV/V
FX292X-100A-0010-L	20009605-04	3D PDF	-	10 – 10 lbf	0 – 50 °C	20 mV/V
FX292X-100A-0025-L	20009605-05	3D PDF	-	25 – 25 lbf	0 – 50 °C	20 mV/V
FX292X-100A-0200-L	20009605-53	3D PDF	-	200 – 200 lbf	0 – 50 °C	20 mV/V
FX292X-100B-0010-L	20009605-28	3D PDF	50 Nm	10 – 10 lbf	-40 – 85 °C	20 mV/V
FX292X-100B-0025-L	20009605-29	3D PDF	125 Nm	25 – 25 lbf	-40 – 85 °C	20 mV/V
FX292X-100B-0050-L	20009605-30	3D PDF	250 Nm	50 – 50 lbf	-40 – 85 °C	20 mV/V
FX292X-100B-0100-L	20009605-31	3D PDF	500 Nm	100 – 100 lbf	-40 – 85 °C	20 mV/V
FX293X -040A-0025-L	20009605-33	3D PDF	125 Nm	25 – 25 lbf	-40 – 85 °C	.5 – 4.5 V
FX293X-100A-0100-L	20009605-15	3D PDF	-	100 – 100 lbf	0 – 50 °C	4V
FX293X-100B-0100-L	20009605-39	3D PDF	500 Nm	100 – 100 lbf	-40 – 85 °C	.5 – 4.5 V
FX29K0-100B-0025-L	20009605-45	3D PDF	125 Nm	25 – 25 lbf	-40 – 85 °C	I2C (Sleep)
FX29K1-100A-0100-L	20009605-48	3D PDF	-	100 – 100 lbf	0 – 50 °C	14 Bit I2C
FX29K2-100A-0100-L	20009605-49	3D PDF	500 Nm	100 – 100 lbf	-40 – 85 °C	14 Bit I2C
FX29K3-100A-0100-L	20009605-50	3D PDF	500 Nm	100 – 100 lbf	-40 – 85 °C	14 Bit I2C
FX29K0-100B-0200L	20009605-65	3D PDF	500 Nm	200 – 200 lbf	-40 – 85 °C	I2C (Sleep)

Overview

Robust Compact Compression Load Cell with Exceptional Value

Optimized for embedded force sensing applications from disposable medical devices to durable appliances and exercise equipment. The FX29 allows design flexibility with mV, amplified, and digital output options. The FX29 incorporates the high reliability Microfused technology and is offered in ranges from 10lbf to 200lbf (50N to 1000N). Microfused technology provides excellent span and zero stability, outstanding cycle life, superior resolution, high over-range capabilities, and an unamplified span sensitivity of 20mV/V. The FX29 utilizes a two-piece construction of stainless steel materials. The combination of a metal injection molded flexure and micro miniaturized MEMS strain gauges allows flexibility of force range options for a lower cost sensor. These improvements over previous load cell designs give the FX29 more precise dimensional control and better performance.

Benefits

Compact Design

mV, Amplified Analog and Digital Outputs

Optional I²C Digital Interface
Exceptional Value
Robust Construction

High Over Range Capability

Applications

Medical Infusion Pumps

Analog & Digital Scales

Fitness & Exercise Equipment

Payload Weighing

Power Tools

Robotics

Surgical & Dental Tools

Battery Powered Devices

Manufacturing Equipment

White Papers

Infographic

FX29 Load Cell Infographic (English)
Download this infographic to learn more about the top 4 benefits of our FX29 compact load cell.

Brochure

TE Connectivity Sensors for Medical Applications(English)

Solution Guide

Medical Pump TE Connectivity Sensors(English)

White Paper

Optimizing Compact Load Cell Design for Performance (English)

Microfused is a trademark.

FAQ

FREQUENTLY ASKED QUESTIONS

Will the release of FX29 obsolete the FX19 load cell?
The FX29 series will become the standard offering over the FX19 series. We will continue to manufacture custom FX19's where the customers do not want to change.

What are the possible maximum and minimum force ranges if the size is maintained?
TE has tooling to cover force ranges from 10 to 100 LB. The highest can be 200 LB, yet requires speciality tooling. The lower force range down to 1 LB, requires secondary machining.

Why is SPI output not offered?
It is not offered because the printed circuit board (PCB) does not have enough space to add one more wire. Most customers can use I²C instead of SPI when considering digital output signals.

Do we offer a non-magnetic material option for MRI applications?
It is possible for TE do manufacture a non-magnetic load cell version of the FX29. While it is currently a non-standard option, we may consider it as a standard offering in the future.

Is a hard mechanical stop option available?
A hard mechanical stop is not offered in this model as the design is significantly different. This feature is more important in the low force range sensor, and, FS19 has this design (10.5 mm diameter, as custom right now).

Does this have a weather-proof option?
A weather-proof rating of the FX29 is not standard, but it is possible with some design updates.

Is there an EMC rating for the amplified and digital outputs?
There is no room to fit an EMC circuit inside the load cell. The EMC rating only applies to the millivolt (mV) output.

Features

Please review product documents or contact us for the latest agency approval information.

Product Type Features

Force Sensor Type OEM Compression Load Cells

Electrical Characteristics

Supply Voltage Range (VDC) 3, 5, 6
Full Scale Range (Nm) 0 – 1000, 0 – 250, 50, 125, 250, 500, 1000
Full Scale Range (lbf) 0 – 200, 0 – 50, 10 – 10, 100 – 100, 200, 200 – 200, 25 – 25, 50 – 50

Usage Conditions

Accuracy (% of FS) ±1
Operating Temperature Range (°C) -40 – 85, 0 – 50
Operating Temperature Range (°F) -40 – 185, 32 – 122

Operation/Application

Output Signal Type .5 – 4.5 V, 14 Bit I2C, 20 mV/V, 4V, I2C (None Sleep), I2C (Sleep)

Industry Standards

IP Rating IP43

Other

Force Direction Compression
Sensitivity Shift (% of FS) ±.05
Zero Shift in CTR (% of FS) ±.05

Reference Number

TE Internal Number CAT-FSE0006

Related Materials

Datasheets & Catalog Pages

FX29 COMPRESSION LOAD CELL pdf English

Compact Compression Load Cell

Product Features

Force Sensor Type: OEM Compression Load Cells

Overview

Benefits

Applications

White Papers

Infographic

FAQ

FREQUENTLY ASKED QUESTIONS

Features

Product Type Features

Force Sensor Type OEM Compression Load Cells

Electrical Characteristics

Supply Voltage Range (VDC) 3, 5, 6

Full Scale Range (Nm) 0 – 1000, 0 – 250, 50, 125, 250, 500, 1000

Full Scale Range (lbf) 0 – 200, 0 – 50, 10 – 10, 100 – 100, 200, 200 – 200, 25 – 25, 50 – 50

Usage Conditions

Accuracy (% of FS) ±1

Operating Temperature Range (°C) -40 – 85, 0 – 50

Operating Temperature Range (°F) -40 – 185, 32 – 122

Operation/Application

Output Signal Type .5 – 4.5 V, 14 Bit I2C, 20 mV/V, 4V, I2C (None Sleep), I2C (Sleep)

Industry Standards

IP Rating IP43

Other

Force Direction Compression

Sensitivity Shift (% of FS) ±.05

Zero Shift in CTR (% of FS) ±.05

Reference Number

TE Internal Number CAT-FSE0006

Related Materials

Datasheets & Catalog Pages

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