Modular Arc Design
Flexible Communication
Precise Sensing
IP67 Protection
T290F Curved Flexible Tactile Sensor
$0.00 USD
Skip to product information
View all specifications
T290F Curved Flexible Tactile Sensor
The T290F is a curved, flexible tactile sensor engineered for structural impact monitoring in harsh outdoor environments. Its modular arc-shaped design conforms to cylindrical surfaces such as offshore wind turbine foundations, capturing full-field wave impact pressure at up to 80Hz. With IP67 protection and a 12–24V wide-voltage supply, it delivers reliable long-term data for structural integrity and fatigue life analysis.
Pressure range
0–5N/cm² (Customizable)
Pressure resolution
0.005–0.01N/cm² (Customizable)
Position resolution
2–5mm
Size
300 × 300mm
Interface
RS-485/UDP
Custom configurations
Ranges, mounting and interface can be configured to your platform. Tell us what you need.
Specification
Supply Voltage (VDC) 12 ~ 24
Communication Interface RS-485/UDP (Customizable)
Sampling Frequency (Hz) 80
Sensor Dimensions (mm) 300 × 300 (unrolled arc surface)
Position Resolution (mm) 2 ~ 5
Minimum Pressure Resolution (N/cm²) 0.005 ~ 0.01 (Customizable)
Maximum Pressure Range (N/cm²) 5 (Customizable)
Operating Temperature (°C) 0 ~ 50
Storage Temperature Range (°C) -20 ~ 70
Ingress Protection (IP Rating) IP67
Compare in this series
Three 6-axis models, different trade-offs.
| Model | Pressure range | Resolution | Size | Interface |
|---|---|---|---|---|
T290F
| 0–5 N/cm² (Customizable) | 0.005–0.01 N/cm² (Customizable) | 300 × 300 mm | RS-485/UDP |
T30
| Not specified | Not specified | 30 × 20 mm | RS-485 |
T160
| 0–500 N (Customizable) | 0.01 N (Customizable) | 161 × 150 mm | UART/USB |
T15G
| −5–20 N (Customizable) | 0.01 N (Customizable) | 15 × 13 mm | UART/USB |
T8
| −2–2 kg/cm² | 0.0001 kg/cm² | Not specified | UART/USB |
T53A
| −5–20 N (Customizable) | 0.001 N (Customizable) | 53 × 25 mm | UART/USB |
Where it is used
Structural monitoringImpact load on large structures
Custom configurations
Standard models cover most integrations, but not all. We adapt force and torque ranges, flange bolt patterns, cable exit direction, housing height and communication interfaces to your platform.