Piezoelectric Press Force load cell, lightweight miniature force transducer, Fz max 0 … 5 kN / 9313AA1

Piezoelectric Press Force load cell, lightweight miniature force transducer, Fz max 0 … 5 kN

Piezoelectric Press Force load cell, lightweight miniature force transducer, Fz max 0 … 5 kN

Piezoelectric Press Force load cell, lightweight miniature force transducer, Fz max 0 … 5 kN

9313AA1

ID:18007649

Preloaded and calibrated force transducer, ready to measure immediately
Calibrated ranges Fz: 0 … 0,05 kN, 0 … 0,5 kN, 0 … 5 kN
Sensitivity: ≈ –10 pC/N
Dimensions DxH: 13x10 mm

Availability

In Stock

List price On Request

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Standart Force Sensors

Maximum measuring range Fz

0 … 5 kN

Maximum Overload tension/pressure

–0.5 / 5.5 kN

Maximum shear force Fx,y that equals lateral force at the joint

0.1 kN

Maximum tightening torque Mz

0.3 Nm

Maximum bending moment Mx,y at Fz = 0%

1.3 Nm

Maximum bending moment Mx,y at Fz = 100%

0.2 Nm

Crosstalk Fx,y -> Fz

<0.29 N/N

Crosstalk Mx,y -> Fz

<72 N/N

Case material

DIN 1.4542

Connector, electrical

KIAG 10-32 neg.

Global attributes

Sensitivity

–10 pC/N

Threshold

0.01 N

Operating temperature range

-40 … 120 °C

Output signal type

Charge (Piezoelectric, PE)

Degree of protection → EN 60529

IP67 (with welded sensor), IP65 (with connected cable)

Weight (without cable)

10 g

Force Sensors (Facets)

Preloaded sensor

Yes

Measuring range

0 … 5 kN

Maximum measuring range

5 kN

Force sensor type

Single axis force sensor

Dynamometers

Calibrated measuring range

0 … 5 kN (Fz 100%)

Rigidity Cz

≈0.560 kN/μm

Direct Measurement Pressure Sensors

Temperature coefficient of sensitivity

0.05 %/°C

This lightweight miniature compression force sensor is particularly suitable for measuring dynamic forces and also quasistatic forces. Preloaded and provided with practical adaptation options, the sensor is ready for immediate use. The Press Force load cell is based on the piezoelectric measuring principle. The force acting on the crystal element produces a proportional electric charge at the signal output. A measuring amplifier connected downstream to the sensor converts this charge into a process signal which can be evaluated. The particularly square shape of the sensor body and the force introduction at both ends via axial threaded bores bring advantages in special mounting situations. Tensile forces up to 10 % of the compression force range are measured. These ranges are not calibrated. However, they are often used for the detection of tool withdrawal forces, for example after press fitting processes.

Data sheet

Press Force Sensor, 0 … 50 N bis 0 … 20 kN

English

pdf

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Manual

Press Force Sensor

English

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125 results

Accessory Type

Standardized mounting spigots provide an optimum force introduction on the piezoelectrical load cell. These components are manufactured as precision parts and have a surface hardness between 400 and 490 HV (Vickers).

Mounting spigot for piezoelectrical load cells of Type 9313AAX

Mounting spigot for piezoelectrical load cells of Type 9313AAX

Mounting spigot for piezoelectrical load cell of type 9313AA1

These high-insulating connecting cables are used for piezoelectric sensors with a KIAG 10-32 neg. connector.

High-insulating connecting cables, KIAG 10-32 pos. - BNC pos., PFA green

High-insulating connecting cables, KIAG 10-32 pos. - BNC pos., PFA green

High-insulating connecting cable, KIAG 10-32 pos. - BNC pos., PFA green, 0.5 m

High-insulating connecting cable, KIAG 10-32 pos. - BNC pos., PFA green, 1 m

These high-insulating connecting cables are used for piezoelectric sensors with a KIAG 10-32 neg. connector.

High-insulating connecting cables, KIAG 10-32 pos. - TNC pos., PFA green

High-insulating connecting cables, KIAG 10-32 pos. - TNC pos., PFA green

High-insulating connecting cable, KIAG 10-32 pos. - TNC pos., PFA green, customer-specific length

High-insulating connecting cable, KIAG 10-32 pos. - TNC pos., PFA green, 5 m

These connecting cables are low-noise and high-insulation coaxial cables for use in drag-chains. Owing to their own properties, the cables are especially well suited for dynamic use.

Connecting cables for piezoelectric sensors, highly flexible, KIAG 10-32 pos. or M4x0.35 pos. - KIAG 10-32 pos. or BNC pos.

Connecting cables for piezoelectric sensors, highly flexible, KIAG 10-32 pos. or M4x0.35 pos. - KIAG 10-32 pos. or BNC pos.

Connecting cable for piezoelectric sensors, highly flexible, M4x0.35 pos. - KIAG 10-32 pos., 10 m

Connecting cable for piezoelectric sensors, highly flexible, M4x0.35 pos. - KIAG 10-32 pos., 5 m

The force to be measured must be distributed evenly on the contact surface of the piezoelectric load cell. A force distributing cap ensures an ideal distribution, if a concentrated application of force cannot be avoided.

Force distributing caps for piezoelectrical load cells of Types 9313AAX and 93X1C

Force distributing caps for piezoelectrical load cells of Types 9313AAX and 93X1C

Force distributing cap for piezoelectrical load cell of Type 9313AA1

Low-noise, oil-resistant, high-insulation coaxial cables with flexible mechanical protection. Owing to their properties, the cables are ideal for use in harsh machinery environments.

Connecting cables for piezoelectric sensors, very sturdy, KIAG 10-32 pos. - KIAG 10-32 pos. or BNC pos.

Connecting cables for piezoelectric sensors, very sturdy, KIAG 10-32 pos. - KIAG 10-32 pos. or BNC pos.

Connecting cable for piezoelectric sensors, very sturdy, KIAG 10-32 pos. - BNC pos., length 0.3 to 20 m

Connecting cable for piezoelectric sensors, very sturdy, KIAG 10-32 pos. - KIAG 10-32 pos., length 0.3 to 20 m

These smart amplifiers combine analog and digital communication technology, thus paving the way for Industry 4.0.

Miniature industrial charge amplifiers (mICA) with IO-Link, (±1 … 10 V)

Miniature industrial charge amplifiers (mICA) with IO-Link, (±1 … 10 V)

Miniature industrial charge amplifier with IO-Link (mICA), ±100000 pC

Miniature industrial charge amplifier with IO-Link (mICA), ±500000 pC

The MiniAmp single channel, industrial charge amplifiers convert the charge signal from piezoelectric sensors into an inverted proportional voltage signal.

Industrial miniature charge amplifiers MiniAmp, ±10 V

Industrial miniature charge amplifiers MiniAmp, ±10 V

Industrial miniature charge amplifier MiniAmp, low range, ±1000 pC

Industrial miniature charge amplifier MiniAmp, medium range, ±10000 pC

This excellent charge amplifier is suitable for challenging measurements, e.g., in very sensitive low-noise applications with piezoelectric dynamometers.

Laboratory charge amplifiers, multi-channel, low noise, measuring ranges ±2 to ±2200000 pC, freq. range ≈0 … 200 kHz

Laboratory charge amplifiers, multi-channel, low noise, measuring ranges ±2 to ±2200000 pC, freq. range ≈0 … 200 kHz

Laboratory charge amplifier, multi-channel, low noise, measuring ranges from ±2 to ±2200000 pC

These high insulation, low noise coaxial cables are suitable for piezoelectric force, torque and strain sensors.

Connecting cables for piezoelectric sensors, KIAG 10-32 pos. - KIAG 10-32 pos.

Connecting cables for piezoelectric sensors, KIAG 10-32 pos. - KIAG 10-32 pos.

Connecting cable for piezoelectric sensors, KIAG 10-32 pos. - KIAG 10-32 pos., 3 m

Connecting cable for piezoelectric sensors, KIAG 10-32 pos. - KIAG 10-32 pos., length 0.1 to 50 m

Green, single-wire, high insulation, PFA based cables (ø2 mm) for sensors with KIAG 10-32 neg. int. connector

Connecting cables for piezoelectric sensors, KIAG 10-32 pos. int. - BNC pos.

Connecting cables for piezoelectric sensors, KIAG 10-32 pos. int. - BNC pos.

Connecting cable for piezoelectric sensors, KIAG 10-32 pos. int. - BNC pos., length 0.1 to 20 m

Connecting cable for piezoelectric sensors, KIAG 10-32 pos. int. - BNC pos., 3 m

The industrial charge amplifiers for manufacturing applications (ICAM) convert a charge signal into an inverted low-impedance analog signal.

Industrial charge amplifiers for manufacturing applications (ICAM), 1 to 4 channels (±10 V / 4 … 20 mA)

Industrial charge amplifiers for manufacturing applications (ICAM), 1 to 4 channels (±10 V / 4 … 20 mA)

Industrial charge amplifier for manufacturing applications (ICAM), 1-channel, BNC neg., voltage output ±10 V

Industrial charge amplifier for manufacturing applications (ICAM), 1-channel, BNC neg., current output 4 … 20 mA

These 1-channel laboratory charge amplifiers are suitable for generic measurement applications with piezoelectric sensors in the laboratory environment.

Laboratory charge amplifiers, 1-channel, measuring ranges ±2 to 2200000 pC, frequency range ≈0 … 200 kHz

Laboratory charge amplifiers, 1-channel, measuring ranges ±2 to 2200000 pC, frequency range ≈0 … 200 kHz

Laboratory charge amplifier, 1-channel, rack module version, 230 V

Laboratory charge amplifier, 1-channel, rack module version, 115 V

These are green, single-wire, high insulation, PFA based cables (ø2 mm) for sensors with KIAG 10-32 neg. connector.

Connecting cables for piezoelectric sensors, KIAG 10-32 pos. 90° - BNC pos.

Connecting cables for piezoelectric sensors, KIAG 10-32 pos. 90° - BNC pos.

Connecting cable for piezoelectric sensors, KIAG 10-32 pos. 90° - BNC pos., length 0.1 to 50 m

Connecting cable for piezoelectric sensors, KIAG 10-32 pos. 90° - BNC pos., 5 m

Green, single-wire, high insulation, PFA based cables (ø2 mm) for sensors with KIAG 10-32 neg. int. connector

Connecting cables for piezoelectric sensors, KIAG 10-32 pos. int. - TNC pos.

Connecting cables for piezoelectric sensors, KIAG 10-32 pos. int. - TNC pos.

Connecting cable for piezoelectric sensors, KIAG 10-32 pos. int. - TNC pos., 0.5 m

Connecting cable for piezoelectric sensors, KIAG 10-32 pos. int. - TNC pos., length 0.1 to 50 m

These charge amplifiers for low-noise applications are also suitable for engine combustion measurements.

Laboratory charge amplifiers, 1-channel, low noise, measuring ranges ±2 to ±2200000 pC, freq. range ≈0 … 200 kHz

Laboratory charge amplifiers, 1-channel, low noise, measuring ranges ±2 to ±2200000 pC, freq. range ≈0 … 200 kHz

Laboratory charge amplifier, 1-channel, low noise, rack module version, 230 V, BNC

Laboratory charge amplifier, 1-channel, low noise, rack module version, 230 V, BNC, Piezotron (IEPE) input

The digital industrial charge amplifiers are universal devices for piezoelectric sensor signals which allow reliable and precise capture of dynamic and quasi-static processes on modern PLC systems via EtherCat, Ethernet/IP or ProfiNet.

Digital industrial charge amplifiers (dICA), 1 to 4 channels, Industrial Ethernet

Digital industrial charge amplifiers (dICA), 1 to 4 channels, Industrial Ethernet

Digital industrial charge amplifier (dICA), 1-channel, EtherCat

Digital industrial charge amplifier (dICA), 1-channel, Ethernet/IP

Standardized mounting flanges provide an optimum force introduction on the piezoelectrical load cell. These components are manufactured as precision parts and have a surface hardness between 400 and 490 HV (Vickers).

Mounting flanges for piezoelectrical load cells of Types 9313AAX and 93X3A

Mounting flanges for piezoelectrical load cells of Types 9313AAX and 93X3A

Mounting flange for piezoelectrical load cells of Type 9313AA1