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X-6A-D50-H19 6 Axis Force/Torque Sensor
The X-6A-D50-H19 6 Axis Force/Torque Sensor utilizes cutting-edge resistance strain technology, delivering unparalleled accuracy in a wide range of applications. Its self-compensated strain gauge ensures reliable performance even in environments with fluctuating temperatures, guaranteeing consistent and precise measurements. The decoupled structure of the sensor effectively minimizes long-term crosstalk errors, further enhancing measurement precision and reliability.
X-6A-D50-H19 6 Axis Force/Torque Sensor
Features of 6 Axis Force/Torque Sensor:
- Quick reaction time
- Utilizes resistance strain technology for outstanding precision
- Features a self-compensated strain gauge for reliable performance across various temperatures
- Employs a decoupled structure, resulting in minimal long-term crosstalk errors
- Boasts a compact size and low profile, making it perfect for small-volume applications
- Offers customization options for size and range to meet specific requirements
Advantages of 6 Axis Force/Torque Sensor:
- Wide Range of Applications: The torque sensor is highly versatile and finds applications across diverse industries, ranging from automotive to healthcare. In the automotive industry, this sensor can be utilized for tasks such as quality control, assembly line testing, and vehicle dynamics analysis. In healthcare, it can be employed for biomechanical research, prosthetics development, and rehabilitation applications.
- Real-time Process Optimization: The torque sensor empowers real-time process adjustments, resulting in optimized and efficient operations. With its precise and accurate measurements, this sensor provides valuable data that enables professionals to make immediate adjustments to their processes.
- Reduction in Material Waste: The 6-axis force sensor minimizes material waste in manufacturing processes by ensuring the precise and accurate application of forces. With its advanced technology and high accuracy, this sensor enables manufacturers to precisely control the forces exerted during various production stages.
Technical Parameter:
|
Non-linearity |
≤±0.5%F.S. |
Repeatability |
≤±0.05%F.S. |
|
Zero Balance |
±5%F.S. |
Operating Temp Range |
-20~80°C |
|
Compensated Temp Range |
-10~40°C |
Insulation |
≥2000MΩ/50VDC |
|
Recommended Excitation Voltage |
5VDC |
Safe Load Limit |
200%F.S. |
|
Temp Effect on Output |
≤0.2%F.S./10°C |
Temp Effect on Zero |
≤0.2%F.S./10°C |
|
Long-term Crosstalk Error |
≤3%F.S. |
Protection Class |
IP65 |
|
Cable Size |
φ2.4*3m+Lemo14 PIN Plug (Option) |
||
Dimensions:
|
Capacity (F.S) |
Fx |
Fy |
Fz |
Mx |
My |
Mz |
|
20N |
20N |
20N |
1N.m |
1N.m |
1N.m |
|
|
50N |
50N |
50N |
1.5N.m |
1.5N.m |
1.5N.m |
|
|
100N |
100N |
100N |
2.5N.m |
2.5N.m |
2.5N.m |
|
|
200N |
200N |
200N |
5N.m |
5N.m |
5N.m |
|
|
Output Sensitivity |
F:0.5~1.0mV/V |
M:0.7~1.5mV/V |
||||
|
Material |
Aluminum Alloy |
|||||
|
PIN Definition |
PIN 1 |
PIN 2 |
PIN 3 |
PIN 4 |
PIN 5 |
PIN 6 |
PIN 7 |
|
Exc+ |
Exc- |
Fx+ |
Fx- |
Fy+ |
Fy- |
Fz+ |
|
|
PIN 8 |
PIN 9 |
PIN 10 |
PIN 11 |
PIN 12 |
PIN 13 |
PIN 14 |
|
|
Fz- |
Mx+ |
Mx- |
My+ |
My- |
Mz+ |
Mz- |
Load Direction
