Mini tens./compr. force transd. U9C/50kN

U9C

Configurable, reliable, compact, dynamic: U9C is a cost-effective miniature force sensor for compressive and tensile forces for many tasks in production or testing applications.

NEW: Available as cost-effective digital sensor with IO-Link interface. Configure your U9C here.

U9C

expand_more

chevron_left

chevron_right

U9C Miniature Load Cell: For Measurement of Tensile and Compressive Forces

The compact and cost-effective U9C type series force sensors reliably measure tensile and compressive force where space is limited. Due to their high fundamental frequency, they are suitable for very fast measurements. Like all strain gauge-based transducers, the U9C sensors also allow for static forces to be measured reliably and with long-term stability. They ensure both robustness and plug and measure solution due to their welded design from stainless steel and flexible to order concept. Available as passive load cell or with hard-wired inline amplifier with analogue or digital output signals.

HBK accuracy class: 0.2
Capacities: 50 N ... 50 kN
Output signals: mV/V (passive), 0 ... 10 V, 4 ... 20 mA or IO-Link

New: With the new option "VAIO", the U9C comes along with an digital inline - amplifier and IO-Link interface. Your advantages:

Improved reliability: The Sensor Health monitoring of the U9C sends warnings in case of exceeding temperature or mechanical limits before problems occur.
More information: Statistical information such as mean value or number of samples.
Lower costs, easy setup: The U9C with the VAIO option comes along as adjusted sensor. When connected to an IO-Link master, you will get immediately precise readings in Newton. Low cabling costs.
Standard instrument features: Limit switches, peak detection, digital output, filter.
Fast: Internal sampling rate: 40 kHz, 0.9 ms cycling time to the IO-Link master.
Greater precision: Use your calibration and improve the linearity of your U9C.

Benefits of all U9C:

Small, dynamic and robust

Small diameter and flat design.
Welded design from stainless steel; EMC-tested.
High stiffness and small masses, leading to high fundamental frequency.
Highly flexible cable, suitable for drag chains, resistance against most oils.

Besides being compact, the sensor is robust, EMC-tested, and delivers reliable results. It is ideal for measuring fast processes.

Immediately ready for use

Various practical cable lengths, cable is suitable for drag chains and fuel-resistant.
If chosen without in-line amplifier: TEDS available with a mounted plug for all HBM measuring amplifiers on request.

Time-saving plug-and-play sensors ideally suited for industrial environments.

Optionally available with inline - amplifier

Industrial standard interfaces available: 0...10 V, 4...20 mA or IO-Link.
Measurement chain instead of sensor: No need to configure the measuring amplifier.
Analogue or digital: Coming along as calibrated measurement chains, simplified set-up process.
Cost-effective due to reduced cable costs and simple or even no setup process. No space in the cabinet required.

Easier integration, less costs and more reliability with the amplifier options.

Filter

Maximum capacity (nominal load) keyboard_arrow_down
Maximum capacity (nominal load) keyboard_arrow_down
Height (without accessories) keyboard_arrow_down
Height (without accessories) keyboard_arrow_down
Diameter (without cable or plug) keyboard_arrow_down
Diameter (without cable or plug) keyboard_arrow_down

Code	Maximum capacity (nominal load)	Maximum capacity (nominal load)	Height (without accessories)	Height (without accessories)	Diameter (without cable or plug)	Diameter (without cable or plug)
1-U9C/0.5KN	0.5 kN	112 lbf	44.5 mm	1.75 in	26 mm	1.02362 in
1-U9C/1KN	1 kN	225 lbf	44.5 mm	1.75 in	26 mm	1.02362 in
1-U9C/2KN	2 kN	450 lbf	60 mm	2.36 in	26 mm	1.02362 in
1-U9C/5KN	5 kN	1.12 klbf	60 mm	2.36 in	26 mm	1.02362 in
1-U9C/10KN	10 kN	2.25 klbf	60 mm	2.36 in	26 mm	1.02362 in
1-U9C/20KN	20 kN	4.5 klbf	60 mm	2.36 in	26 mm	1.02362 in
1-U9C/50KN	50 kN	11.2 klbf	84 mm	3.31 in	46 mm	1.81102 in
1-U9C/50N	50 N	11.2 lbf	42 mm	1.65 in	46 mm	1.81102 in
1-U9C/100N	100 N	22.5 lbf	42 mm	1.65 in	18 mm	0.70866 in
1-U9C/200N	200 N	44.5 lbf	42 mm	1.65 in	18 mm	0.70866 in
K-U9C	50 N, 100 N, 200 N, 0.5 kN, 1 kN, 2 kN, 5 kN, 10 kN, 20 kN, 50 kN	11.2 lbf, 22.5 lbf, 45 lbf, 112 lbf, 225 lbf, 450 lbf, 1.12 klbf, 2.5 klbf, 4.5 klbf, 11.2 klbf	42 mm, 44.5 mm, 60 mm, 84 mm	1.65 in, 1.75 in, 2.36 in, 3.31 in	26 mm, 46 mm, 18 mm	1.02362 in, 1.81102 in

U9C - Mounting Instructions	Mounting Instructions	English, Italian, French, German
U9C - Data Sheet	Data Sheets	English

Sales documents

Reliable force measurement - Brochure

Brochure

English

Certificates and Approvals

U9C, U9CCV MPZ..., C9C, C9CCV MPZ... - EU Declaration of Conformity

Declaration of Conformity

English, English (US)

U9C
Maximum capacity (nominal load)	50 kN, 50 N, 1 kN, 100 N, 20 kN, 200 N, 0.5 kN, 2 kN, 5 kN, 10 kN
Maximum capacity (nominal load)	11.2 klbf, 11.2 lbf, 225 lbf, 22.5 lbf, 4.5 klbf, 44.5 lbf, 45 lbf, 112 lbf, 450 lbf, 1.12 klbf, 2.5 klbf, 2.25 klbf
Direction	Both directions
Type / technology	Strain Gauge
Calibration	Calibrated
Output signal	mV/V (passive strain gauge), Voltage (0…10V), Current (4-20mA), IO-Link
HBK Accuracy class	0.2
Load cell design	Miniature sensor
Degree of protection	IP67
Mechanical adaptation	Central thread
Height (without accessories)	84 mm, 42 mm, 44.5 mm, 60 mm
Height (without accessories)	3.31 in, 1.65 in, 1.75 in, 2.36 in
Diameter (without cable or plug)	46 mm, 26 mm, 18 mm
Diameter (without cable or plug)	1.81102 in, 1.02362 in, 0.70866 in

List of accessories available for all variants of this family

Product Code	Description
1-KAB168-5	Connection cable, M12, 5m, free ends
1-U9/20KN/ZGWR	Knuckle eye for U9C/2kN .. 20kN
1-U9A/50KN/ZGW	Knuckle eye for U9C/50kN
1-Z8/100KG/ZGW	Knuckle eye for U9C 50N - 1kN
1-KAB168-20	Connection cable, M12, 20m, free ends

U9C with IO-Link

In addition to the known active and passive versions, U9C now features optional IO-Link Interface, leading to fast measurements, reduced costs, greater efficiency, and increased reliability.

No more result to load

Modern Slavery Statement Imprint Cookie Policy Privacy Policy Sitemap Ethical Business Company Profile