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ASAIR AF2601R82 Six-Axis Force/Torque Sensor, RS485 Modbus, 80/240 N

ASAIR AF2601R82 Six-Axis Force/Torque Sensor, RS485 Modbus, 80/240 N

ASAIR

Harga biasa $407.05 USD
Harga biasa Harga jualan $407.05 USD
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Configuration
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Overview

The ASAIR AF2601R82 six-axis force/torque sensor measures three orthogonal forces and three torques for robotic force control, automated assembly and multi-axis testing. Its low-profile 82 mm aluminum-alloy body combines silicon strain gauges with a 24-bit synchronous acquisition ADC, offering RS485/Modbus communication and measurement rates up to 300 Hz.

Features

  • Six-component sensing: Fx, Fy, Fz and Tx, Ty, Tz.
  • Fx/Fy 80 N, Fz 240 N, and 4 N·m on each torque axis.
  • ±1.5% FS accuracy with ±0.5% FS repeatability.
  • Anodized aluminum housing, 26 mm thickness and compact internal structure.
  • Silicon strain gauges, synchronous acquisition and multi-axis decoupling.
  • Temperature compensation and multi-axis calibration for consistent measurement.

Specifications

Brand / model ASAIR / AF2601R82
Sensor technology MEMS silicon strain gauges and multi-axis decoupling
Axes Fx, Fy, Fz; Tx, Ty, Tz
Fx / Fy / Fz ranges 80 N / 80 N / 240 N
Tx / Ty / Tz ranges 4 N·m each
Accuracy ±1.5% FS
Nonlinearity ±1.0% FS
Repeatability / creep ±0.5% FS each
Overload capability 150% FS
ADC 24-bit synchronous acquisition
Supply voltage 6–12 VDC
Communication RS485, Modbus protocol
Measurement rate Up to 300 Hz
Operating temperature −10 to +40 °C
Operating humidity 20–80% RH, non-condensing
Ingress protection IP64
Housing Anodized aluminum alloy
Dimensions Ø82 × 26 mm

FS means full scale. Axis capacities are measurement limits, not robot payload or shipping weight. Consider combined loads, tooling weight and dynamic forces when sizing your installation; overload capability is not a continuous operating range.

Applications

  • Robot force-controlled grinding, precision assembly and hand-guided teaching.
  • Contact and collision-load monitoring within a complete control system.
  • Automotive steering torque, tire six-component force testing and crash-load analysis.
  • Biomechanics, gait analysis, rehabilitation robotics and prosthetic-socket load research.

Application images show integration examples. Equipment must be designed around the sensor's axis ranges; the sensor alone does not constitute a complete safety or clinical system.

Mechanical Dimensions and Installation

The drawing shows Ø82 × 26 mm, Ø72 mm mounting pitch circles, six M5 threads 6 mm deep, and face-specific Ø4 mm and Ø3 mm locating features 4 mm deep. Follow the 60° and 15° angular references and the corresponding mounting face. Unspecified dimensional tolerance is ±0.1 mm.

  1. Match the adapter and tooling to both mounting faces and the designated load directions.
  2. Provide a compatible 6–12 VDC supply and RS485/Modbus host connection using the correct pinout.
  3. Set matching communication parameters, zero the installed assembly and compensate for tooling mass and orientation.
  4. Provide cable strain relief and keep connections clear of moving parts and sharp edges.

What's Included

  • 1 × ASAIR AF2601R82 six-axis force/torque sensor.

Power supply, external acquisition equipment, host adapters, cables not explicitly supplied with the sensor, mounting fixtures, robot arms and test rigs are not included.

Visual Details

AF2601R82 aluminum MEMS sensor construction
AF2601R82 aluminum MEMS sensor construction
Six-axis measurement principle and operating requirements
Six-axis measurement principle and operating requirements
Robotic, automotive and biomechanics application examples
Robotic, automotive and biomechanics application examples
AF2601R82 performance specifications
AF2601R82 performance specifications
AF2601R82 mechanical dimensions and mounting faces
AF2601R82 mechanical dimensions and mounting faces
AF2601R82 per-axis force and torque ranges
AF2601R82 per-axis force and torque ranges