Models
N45 Tri-Axial Force Sensor load cell for Robotic Arm Automated Production Line
Features
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Outstanding Decoupling Performance
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Minimizes interference between each axis, allowing independent and accurate measurement of X, Y, and Z forces
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Provides precise and comprehensive data through simultaneous multi-axis measurement
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Robust Aluminum Housing
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Black aluminum housing resistant to impact and wear
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Effectively protects internal precision components
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Offers superior protection compared to the N40 model
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Strong Stability
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Unaffected by environmental changes such as temperature and vibration
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Ensures consistent long-term measurement results
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Delivers reliable data
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Wide Application Range
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Suitable for both industrial and research environments
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Maintains robust performance across diverse conditions and scenarios
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Simple Design
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Easy to install and enhances user convenience
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Digital Intelligence
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Supports integration with control computers and terminals
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Enables advanced digital applications
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- Applications:
Robotics and automation
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Robotic arms, rehabilitation devices, biomimetic testing, robotic assembly, and educational research
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Measures forces at robot end-effectors to support high-precision operations
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Ensures accuracy, stability, efficiency, and product quality during assembly and polishing tasks on automated production lines
Medical Field
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Multi-axis force sensors mounted on surgical tools provide real-time force and moment feedback
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Enhances surgical precision and safety
Aerospace Industry
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Collects and analyzes 6-axis force data in wind tunnel tests
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Supports aircraft design and optimization
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Ensures safety and success in spacecraft docking and attitude control
Automotive Industry
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Measures impact forces and moments during crash tests
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Evaluates vehicle safety
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Analyzes wheel loads for chassis and suspension development
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Optimizes design to improve stability and ride comfort
Materials Testing and Research
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Measures strength, stiffness, and plastic deformation of materials
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Provides researchers with critical quantitative data
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In biomechanics, analyzes forces and deformations on tissues and cells to aid in understanding biological systems
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Dimensions
Specifications
Specifications: | ||
Rated Load | kg | 5,10,20,30,50,100 |
Sensitivity(X,Y,Z) | mV/V | 2.0±0.2 |
Zero output | FS | ≤±5% |
Comprehensive Error(X,Y,Z) | %R.O. | ±0.02 |
Coupling interference | FS | ≤3% |
Cross-talk(X,Y,Z) | F.S | ±2.2% |
Repeatability | R.O. | ±0.05% |
Creep/30 minutes | R.O. | ±0.05% |
Excitation Voltage | VDC | 10 |
Maximum Excitation Voltage | VDC | 15 |
Output resistance | Q | 350±3 |
Insulation resistance | MQ | ≥3000(50VDC) |
SafeOverload | %R.C. | 150 |
Ultimate Overload | %R.C. | 200 |
Material | -- | Aluminum Alloy/Alloy stee |
Degree of protection | -- | IP65 |
The length of the cable | m | 3 |
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