M200 X-Y Sensor (14 Ncm)
The M200 X-Y sensor uses sputtered thin film technology to create a compact and rugged sensor with long-term stability.
Quick Overview
The M200 X-Y sensor uses sputtered thin film technology to create a compact and rugged sensor with long-term stability. It is capable of sensing forces in two orthogonal axes and providing independent voltage outputs proportional to the force that is applied. Low temperature coefficients and low hysteresis make the XY Joystick Sensor an excellent choice for applications where reliable and stable long-term performance is required. Custom characteristics can be provided for high-volume OEM users.
Features
- Stainless steel elements
- Compact, low profile design
- High, Long-term zero point stability
- Low power consumption
- Ideally suited for OEM
Applications
- Powered wheelchairs
- All-Terrain Vehicles
- Aircrafts
- Electronic gaming
- Construction equipment
| Part number | M200-014 |
| Type | Multi-Axis |
| Capacity (torque) | 14 Ncm (datasheet part table lists 0.90 lb) |
| Dimensions (L x W x H) | 0.94 x 0.25 x 0.25 in |
| Capacity | 14 Ncm - 28 Ncm |
| Hysteresis | +/- 0.07 % FSO |
| Non-Repeatability | +/- 0.05 FSO |
Related Products
S100 Load Cell
The S100 Load Cell has a proprietary sputtered thin-film strain gauge design offering long-term stability and a full Wheatstone bridge.
View product S200S200 Load Cell
The S200 Load Cell is single point and low profile for accurate measurements of force up to 1000 N.
View product S215S215 Miniature Load Cell
The S215 Load Cell, featuring an ultra-low profile and single-point design, is intended for limited space applications requiring accurate and reliable full-scale force measurements (2, 4, 12, and 22 pounds-force).
View product S251S251 Miniature Platform Load Cell
The S251 Load Cell is a low profile, single point sensor that offers high accuracy for force measurements.
View productReady to integrate the M200 (14 Ncm) into your design?
Our engineering team can help specify the right configuration for your application.
