Kistler Group 1-Component Press Force Sensor 9313AA1

Description
These press force sensors are 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 for example ICAM Type 5073A... typically converts this charge into a process signal which can be evaluated, for example 0 ... 10 V. 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.
Datasheet
Description
These press force sensors are 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 for example ICAM Type 5073A... typically converts this charge into a process signal which can be evaluated, for example 0 ... 10 V. 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.
Datasheet

Suppliers

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Product
Description
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1-Component Press Force Sensor - 9313AA1 - Kistler Group
Novi, MI, United States
1-Component Press Force Sensor
9313AA1
1-Component Press Force Sensor 9313AA1
These press force sensors are 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 for example ICAM Type 5073A... typically converts this charge into a process signal which can be evaluated, for example 0 ... 10 V. 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.

These press force sensors are 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 for example ICAM Type 5073A... typically converts this charge into a process signal which can be evaluated, for example 0 ... 10 V. 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.

Supplier's Site Datasheet

Technical Specifications

  Kistler Group
Product Category Force and Load Sensors
Product Number 9313AA1
Product Name 1-Component Press Force Sensor
Force Rating 4496 lbs (2039 kg)
Force Measured Tension; Compression
Package Donut / Washer
Output Analog Voltage
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