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6-axis force and torque sensor Delta
analog0-10 VRS-485

6-axis force and torque sensor - Delta - ATI Industrial Automation - analog / 0-10 V / RS-485
6-axis force and torque sensor - Delta - ATI Industrial Automation - analog / 0-10 V / RS-485
6-axis force and torque sensor - Delta - ATI Industrial Automation - analog / 0-10 V / RS-485 - image - 2
6-axis force and torque sensor - Delta - ATI Industrial Automation - analog / 0-10 V / RS-485 - image - 3
6-axis force and torque sensor - Delta - ATI Industrial Automation - analog / 0-10 V / RS-485 - image - 4
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Characteristics

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

600 N

Torque

60 Nm
(44.25 ft.lb)

Description

Product overview
  • 6-axis force/torque sensing platform measuring forces and torques in Fx, Fy, Fz, Tx, Ty, Tz. Nominal payload 660 N / 60 Nm with axis-specific ranges for applications requiring balanced force and torque measurement.
  • Industrial form factor with integrated electronics for straightforward mechanical and electrical integration into test rigs, robots and automation cells.
  • Analog output (±10 V) for real-time feedback compatible with PLCs, motion controllers and common DAQ systems; other digital/network interfaces available as variants.
  • High mechanical strength: EDM wire‑cut from high yield‑strength stainless steel. Single‑axis maximum allowable overloads range between ~4.1× and ~18.8× rated capacities depending on axis.
  • High signal‑to‑noise: silicon strain gauges and onboard amplification provide low‑noise, high‑fidelity measurements.
  • Default environmental rating IP20 for controlled industrial or laboratory environments; IP65 and IP68 variants available for harsher conditions.


Key specifications (summary)
  • Measurement range: 660 N / 60 Nm
  • Sensing range (X/Y Force): ±660 N
  • Sensing range (X/Y Torque): ±60 Nm
  • Sensing range (Z Force): ±1980 N
  • Sensing range (Z Torque): ±60 Nm
  • Resolution (X/Y Force): 0.03125 N
  • Resolution (X/Y Torque): 0.002 Nm
  • Resolution (Z Force): 0.0625 N
  • Resolution (Z Torque): 0.002 Nm
  • Single‑axis overloads: Force X/Y ±3700 N; Force Z ±10000 N; Torque X/Y ±280 Nm; Torque Z ±400 Nm
  • Calculated stiffness: Force X/Y 3.6×10^7 N/m; Force Z 5.9×10^7 N/m; Torque X/Y 5.2×10^4 Nm/rad; Torque Z 9.1×10^4 Nm/rad
  • Resonant frequency: Fx/Fy/Tz 1500 Hz; Fz/Tx/Ty 1700 Hz
  • Physical: Height 33.3 mm; Diameter 94.5 mm; Weight 0.913 kg
  • Interface (default): Analog (±10 V); Connector: 20‑pin Hirose
  • Environmental rating (default): IP20 (IP65 / IP68 variants available)
  • Accuracy: 0.75–1.25% of full scale (axis dependent)
  • Latency: <1 ms; Sample rate: 40 kHz (effective per‑axis rate depends on DAQ channel allocation)


Technical characteristics & applications
  • Product family / model: Delta Force/Torque Sensor (multiple interface and IP‑rated variants available)
  • Connectivity options (variants): EtherCAT, RS485, Ethernet/RS422, EtherNet/IP/CAN, PROFINET besides analog ±10 V
  • Material & construction: high yield‑strength stainless steel, precision EDM manufacturing for repeatable performance
  • Designed for: robotic assembly and automation, real‑time force control, haptic feedback systems, rehabilitation and biomechanics research, industrial test benches
  • Typical part numbers (examples): 9105‑TIF‑DELTA; 9105‑TIF‑DELTA‑IP65; 9105‑TIF‑DELTA‑IP68; 9105‑ECAT3‑DELTA; 9105‑NETRS‑DELTA
  • Notes for integrators: select IP and interface variant according to environment and controller compatibility; ensure DAQ channel allocation for full six‑axis sampling at required effective rates.

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.