Kistler Group 2-Component Force Reaction Torque Sensor 9365B

Description
Pressure and shear sensitive quartz disks are integrated under high preload between a hollow preload screw and a nut designed as the sensor case. Because of the extremely high rigidity of the sensor elements, the components F z and M z are measured practically without change of stroke or angle. The force and torque-proportional charge signal is picked up by electrodes and fed via a shielded cable to the charge amplifier. The latter converts the charge signals into proportional output voltages, which can be recorded and evaluated.
Datasheet
Description
Pressure and shear sensitive quartz disks are integrated under high preload between a hollow preload screw and a nut designed as the sensor case. Because of the extremely high rigidity of the sensor elements, the components F z and M z are measured practically without change of stroke or angle. The force and torque-proportional charge signal is picked up by electrodes and fed via a shielded cable to the charge amplifier. The latter converts the charge signals into proportional output voltages, which can be recorded and evaluated.
Datasheet

Suppliers

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Product
Description
Supplier Links
2-Component Force Reaction Torque Sensor - 9365B - Kistler Group
Novi, MI, United States
2-Component Force Reaction Torque Sensor
9365B
2-Component Force Reaction Torque Sensor 9365B
Pressure and shear sensitive quartz disks are integrated under high preload between a hollow preload screw and a nut designed as the sensor case. Because of the extremely high rigidity of the sensor elements, the components F z and M z are measured practically without change of stroke or angle. The force and torque-proportional charge signal is picked up by electrodes and fed via a shielded cable to the charge amplifier. The latter converts the charge signals into proportional output voltages, which can be recorded and evaluated.

Pressure and shear sensitive quartz disks are integrated under high preload between a hollow preload screw and a nut designed as the sensor case. Because of the extremely high rigidity of the sensor elements, the components F z and M z are measured practically without change of stroke or angle. The force and torque-proportional charge signal is picked up by electrodes and fed via a shielded cable to the charge amplifier. The latter converts the charge signals into proportional output voltages, which can be recorded and evaluated.

Supplier's Site Datasheet

Technical Specifications

  Kistler Group
Product Category Torque Sensors
Product Number 9365B
Product Name 2-Component Force Reaction Torque Sensor
Torque 1770 In-lbs (2041 kg-cm)
Electrical Output Voltage
Torque Sensor Type Reaction
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