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6-axis force and torque sensor Omega160
analog0-10 Vvoltage output

6-axis force and torque sensor - Omega160 - ATI Industrial Automation - analog / 0-10 V / voltage output
6-axis force and torque sensor - Omega160 - ATI Industrial Automation - analog / 0-10 V / voltage output
6-axis force and torque sensor - Omega160 - ATI Industrial Automation - analog / 0-10 V / voltage output - image - 2
6-axis force and torque sensor - Omega160 - ATI Industrial Automation - analog / 0-10 V / voltage output - image - 3
6-axis force and torque sensor - Omega160 - ATI Industrial Automation - analog / 0-10 V / voltage output - image - 4
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Characteristics

Type
6-axis
Output
analog, 0-10 V, voltage output, CAN, EtherCAT P, Ethernet, ProfiNet, RS-422, RS-485
Applications
for robots
Rated force

2,500 N

Torque

400 Nm
(295.02 ft.lb)

Description

Key features
  • 6-axis force/torque sensing (Fx, Fy, Fz, Tx, Ty, Tz) with per-axis ranges up to ±2500 N (X/Y) and ±400 Nm (X/Y torque); Z force sensing up to ±6250 N.
  • Industrial form factor with embedded electronics for seamless integration into robotic arms, automation platforms and test rigs.
  • Analog output (+/-10 V) for real-time feedback; alternative interfaces available (EtherCAT, RS485, Ethernet/RS422, EtherNet/IP, CAN, PROFINET).
  • Extremely high strength: EDM wire-cut from high yield-strength stainless steel; maximum allowable overloads 4.2–15.2× rated capacities depending on variant.
  • High signal-to-noise ratio: silicon strain gauges provide ~75× stronger signal than conventional foil gauges; amplified output minimizes noise distortion.
  • Ingress protection variants: standard IP20; IP65 and IP68 (10 m) options for harsher environments.


Model / Ordering
  • Typical SKUs: 9105-TIF-OMEGA160 (Analog +/-10V), 9105-ECAT3-OMEGA160 (EtherCAT/RS485), 9105-NETRS-OMEGA160 (Ethernet/RS422). Additional part-number variants available with IP65/IP68 options.
  • Standard connector: 20-pin Hirose.


Technical specifications
  • Measurement range — 2500 N / 400 Nm
  • Sensing range:
    • X/Y force — ±2500 N
    • X/Y torque — ±400 Nm
    • Z force — ±6250 N
    • Z torque — ±400 Nm
  • Resolution:
    • X/Y force — 0.5 N
    • X/Y torque — 0.05 Nm
    • Z force — 0.75 N
    • Z torque — 0.05 Nm
  • Overload (single axis):
    • Force X/Y — ±18000 N
    • Force Z — ±48000 N
    • Torque X/Y — ±1700 Nm
    • Torque Z — ±1900 Nm
  • Stiffness (calculated):
    • Force X/Y — 7.0×10^7 N/m
    • Force Z — 1.2×10^8 N/m
    • Torque X/Y — 3.3×10^5 Nm/rad
    • Torque Z — 5.2×10^5 Nm/rad
  • Resonant frequency:
    • Fx/Fy/Tz — 1300 Hz
    • Fz/Tx/Ty — 1000 Hz
  • Physical:
    • Height — 55.9 mm
    • Weight — 2.72 kg
    • Diameter — 160 mm
    • Interface plate rating — IP20 (variants: IP65, IP68)
  • Communication interface — Analog (+/-10 V) (other available: EtherCAT, RS485, Ethernet/RS422, EtherNet/IP, CAN, PROFINET)
  • Accuracy (% full scale) — 0.75–1.25%
  • Latency — <1 ms
  • Sample rate — 40 kHz (effective per-axis rate depends on DAQ device)
  • Connector — 20-pin Hirose


Applications
  • Robotic assembly and manipulation
  • Force/torque control and compensation in automation
  • Product testing and validation
  • Research: rehabilitation, orthopedics and biomechanics
  • Telerobotics and precision positioning
  • Friction stir welding and torque-intensive processes


Mechanical & environmental
  • Housing: high yield-strength stainless steel, EDM wire-cut
  • Available environmental protections: IP20 (standard), IP65, IP68 (10 m)
  • Operating integration: compact Ø160 mm footprint, 55.9 mm height, 2.72 kg weight
  • Connector and mounting: 20-pin Hirose; multiple part numbers for alternate interfaces and ingress protection

Exhibitions

Meet this supplier at the following exhibition(s):

IMTS 2026
IMTS 2026

14-19 Sep 2026 Chicago (USA - Illinois) Hall North Level 3 - Stand 236144

*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.