Nano17 / SI-50-0.5

Name: Nano17 / SI-50-0.5
SKU: Nano17 / SI-50-0.5

Model / article: Nano17 / SI-50-0.5

Nano17 / SI-50-0.5 is listed by ATI Industrial Automation in Six-axis force/torque sensors. Published model data includes Product mass: 0.00907 kg; Fx/Fy sensing range: 50 N (maximum). See the specification table for operating conditions and source evidence.

Ultra-compact six-axis transducer. Each record is an explicit published metric calibration; ingress-protected configurations are separate.

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Product overview

Manufacturer / supplier: ATI Industrial Automation
Series: Nano17 six-axis force/torque sensors
Component type: Six-axis force/torque sensors
Source: Open published source

Published pricing

No verified public price indexed for this model. Contact PartMeld for a supplier inquiry.

Published specifications

Values are shown as published. Conditions, rating basis and source evidence apply to each value.

Latest source observation: 2026-09-19. Observation dates record evidence collection, not supplier re-verification.

Specifications and source evidence for Nano17 / SI-50-0.5
Specification	Published value	Conditions and source
Fx/Fy sensing rangeModel-level statement	50 NRating: maximum	rule validated Operating conditions axis loading applied loads must remain within range on every axis calibration SI-50-0.5 source scope metric calibration; standard non-IP Nano17 configuration unless separately configured Source evidence Nano17 / SI-50-0.5 \| Fx, Fy sensing range: 50 N ATI F/T Catalog pp.22–23 / Nano17 calibration table / Nano17 / SI-50-0.5 / Fx, Fy sensing range Source observed: 2026-09-19View source
Fx/Fy resolutionModel-level statement	0.0125 N	rule validated Operating conditions axis loading applied loads must remain within range on every axis basis published calibration resolution calibration SI-50-0.5 source scope metric calibration; standard non-IP Nano17 configuration unless separately configured Source evidence Nano17 / SI-50-0.5 \| Fx, Fy resolution: 0.0125 N ATI F/T Catalog pp.22–23 / Nano17 calibration table / Nano17 / SI-50-0.5 / Fx, Fy resolution Source observed: 2026-09-19View source
Fz sensing rangeModel-level statement	70 NRating: maximum	rule validated Operating conditions axis loading applied loads must remain within range on every axis calibration SI-50-0.5 source scope metric calibration; standard non-IP Nano17 configuration unless separately configured Source evidence Nano17 / SI-50-0.5 \| Fz sensing range: 70 N ATI F/T Catalog pp.22–23 / Nano17 calibration table / Nano17 / SI-50-0.5 / Fz sensing range Source observed: 2026-09-19View source
Fz resolutionModel-level statement	0.0125 N	rule validated Operating conditions axis loading applied loads must remain within range on every axis basis published calibration resolution calibration SI-50-0.5 source scope metric calibration; standard non-IP Nano17 configuration unless separately configured Source evidence Nano17 / SI-50-0.5 \| Fz resolution: 0.0125 N ATI F/T Catalog pp.22–23 / Nano17 calibration table / Nano17 / SI-50-0.5 / Fz resolution Source observed: 2026-09-19View source
Tx/Ty sensing rangeModel-level statement	0.5 N·mRating: maximum	rule validated Operating conditions axis loading applied loads must remain within range on every axis calibration SI-50-0.5 source scope metric calibration; standard non-IP Nano17 configuration unless separately configured Source evidence Nano17 / SI-50-0.5 \| Tx, Ty sensing range: 0.5 N·m ATI F/T Catalog pp.22–23 / Nano17 calibration table / Nano17 / SI-50-0.5 / Tx, Ty sensing range Source observed: 2026-09-19View source
Tx/Ty resolutionModel-level statement	0.0001 N·m	rule validated Operating conditions axis loading applied loads must remain within range on every axis basis published calibration resolution calibration SI-50-0.5 source scope metric calibration; standard non-IP Nano17 configuration unless separately configured Source evidence Nano17 / SI-50-0.5 \| Tx, Ty resolution: 0.0001 N·m ATI F/T Catalog pp.22–23 / Nano17 calibration table / Nano17 / SI-50-0.5 / Tx, Ty resolution Source observed: 2026-09-19View source
Tz sensing rangeModel-level statement	0.5 N·mRating: maximum	rule validated Operating conditions axis loading applied loads must remain within range on every axis calibration SI-50-0.5 source scope metric calibration; standard non-IP Nano17 configuration unless separately configured Source evidence Nano17 / SI-50-0.5 \| Tz sensing range: 0.5 N·m ATI F/T Catalog pp.22–23 / Nano17 calibration table / Nano17 / SI-50-0.5 / Tz sensing range Source observed: 2026-09-19View source
Tz resolutionModel-level statement	0.0625 N·m	rule validated Operating conditions axis loading applied loads must remain within range on every axis basis published calibration resolution calibration SI-50-0.5 source scope metric calibration; standard non-IP Nano17 configuration unless separately configured Source evidence Nano17 / SI-50-0.5 \| Tz resolution: 0.0625 N·m ATI F/T Catalog pp.22–23 / Nano17 calibration table / Nano17 / SI-50-0.5 / Tz resolution Source observed: 2026-09-19View source
Product massModel-level statement	0.00907 kg	rule validated Operating conditions includes standard interface plates Source evidence Nano17 / SI-50-0.5 \| Weight: 0.00907 kg ATI F/T Catalog pp.22–23 / Physical specifications / Nano17 / SI-50-0.5 / Weight Source observed: 2026-09-19View source
Outer diameterModel-level statement	17 mm	rule validated Operating conditions excludes connector and cable features Source evidence Nano17 / SI-50-0.5 \| Outside diameter: 17 mm ATI F/T Catalog pp.22–23 / Physical specifications / Nano17 / SI-50-0.5 / Outside diameter Source observed: 2026-09-19View source
Sensor axial thicknessModel-level statement	14.5 mm	rule validated Operating conditions includes standard interface plates Source evidence Nano17 / SI-50-0.5 \| Height: 14.5 mm ATI F/T Catalog pp.22–23 / Physical specifications / Nano17 / SI-50-0.5 / Height Source observed: 2026-09-19View source

Technical documents and resources

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