Micro six axis force sensor NANO17Ti from ATI, USA

NegotiableUpdate on 05/14

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Overview

The micro six axis force sensor NANO17Ti from ATI in the United States adopts the principle of strain gauge measurement, and converts external forces into electrical signals through the elastic deformation of the titanium alloy body.

Product Details

Micro six axis force sensor NANO17Ti from ATI, USA
Using the principle of strain gauge measurement, the external force is converted into an electrical signal through the elastic deformation of the titanium alloy body. The six dimensional force measurement structure includes three sets of strain gauges with orthogonal distributions, corresponding to three force components and three torque components, respectively. Independent measurement of multidimensional forces is achieved through algorithm decoupling. The sensor integrates a high-precision signal conditioning circuit internally, which can convert weak strain signals into standard analog outputs (such as voltage signals). The power supply voltage is 15V, and the output signal is linearly related to the input force, making it easy for subsequent data acquisition and analysis.Range: Metric
Fx/Fy/Fz/Mx/My/Mz
Product Details
Micro six axis force sensor NANO17Ti from ATI, USA

Range: Metric

Fx/Fy/Fz/Mx/My/Mz

Si- 8 - 0.05 8 N / 8 N / 14.1 n/ 50 nmm/ 50 nmm/ 50 NMM

Si- 16 - 0.1 16 n / 16 n / 28.2 n/ 100 nmm/ 100 nmm/ 100 NMM

Si- 32 - 0.2 32 n / 32 n / 56.4 n/ 200 nmm/ 200 nmm/ 200 NMM

Size: Φ 17 * 15 (mm)

Installation screw hole: M2 * 3

Coupling accuracy:<0.5% F.S

Unidirectional linearity:<0.05% F.S

Response frequency: FxFyTZ 3000Hz/FzTxTy 3000Hz

Overload protection: 4.9~19.6 times F.S

Quality: 9.9 g

Material: Titanium