The X-2A-D54-H54 2-axis force sensor is designed to simultaneously measure force and torque in demanding industrial and testing environments. Based on resistance strain gauge technology, the sensor delivers reliable measurement performance with excellent repeatability, low crosstalk error, and strong long-term stability.

Its robust structure, high rigidity, and overload protection capability make it suitable for applications requiring accurate multi-axis force monitoring. Self-compensated strain gauges help maintain stable performance across varying temperatures, supporting consistent operation in industrial environments.

Key Features

• 2-Axis Measurement:Simultaneous force and torque sensing capability.
• Strain Gauge Technology:Provides accurate and stable measurement performance.
• Low Crosstalk Error:Improves measurement accuracy between sensing axes.
• Excellent Repeatability:Repeatability up to ≤0.05% F.S.
• Overload Protection:Safe load limit up to 300% F.S.
• High Structural Rigidity:Designed for demanding industrial applications.
• Temperature Compensation:Self-compensated strain gauge design enhances stability.
• Long-Term Reliability:Maintains consistent performance over extended operation.

Technical Specifications

• Nonlinearity: ≤0.2% F.S.
• Repeatability: ≤0.05% F.S.
• Zero Balance: ±5% F.S.
• Rated Output: 5–1.5 mV/V
• Operating Temperature: -20°C to +80°C
• Compensated Temperature: -10°C to +40°C
• Insulation Resistance: ≥2000 MΩ / 50VDC
• Recommended Excitation: 5–10 VDC
• Safe Load Limit: 300% F.S.
• Protection Class: IP54

Capacity Options

• Force (Fz): 300 kg, 500 kg
• Torque (Mz): 20 N·m, 30 N·m

Material Options

• Aluminum Alloy
• Stainless Steel

Applications

• Industrial Automation Equipment
• Robotics and End-of-Arm Tooling
• Force and Torque Testing Systems
• Assembly and Process Control Equipment
• Material Testing Machines
• Research and Laboratory Equipment
• Intelligent Manufacturing Systems

The X-2A-D54-H54 provides a reliable solution for engineers requiring simultaneous force and torque measurement with high stability, low crosstalk, and long-term measurement accuracy.