FT5-U1-R
AI

The **FT5-U1-R** is a specific electronic component, primarily recognized as a **high-precision, ultra-compact Force Sensor (Load Cell)** manufactured by **Nidec Copal Electronics**.
It is designed for industrial applications requiring delicate force measurement and high reliability in a small form factor.
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### 1. Key Technical Specifications
Below are the typical electronic and mechanical characteristics of the FT5-U1-R:
| Parameter | Specification |
|:---|:---|
| **Rated Capacity** | 5 N (approx. 510gf) |
| **Output Voltage** | 1.0 mV/V ± 20% |
| **Input/Output Resistance** | 350 Ω ± 20% |
| **Excitation Voltage** | 5V (Maximum 7V) |
| **Non-linearity** | ± 0.5% R.O. |
| **Hysteresis** | ± 0.5% R.O. |
| **Operating Temp Range** | -10°C to +60°C |
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### 2. Physical Design & Composition
The "U" in the model name often refers to the **U-shaped** or specific compact structure, while the "R" typically denotes the cable orientation or a specific revision.
* **Sensing Element:** Utilizes high-precision metal foil strain gauges or thin-film resistors bonded to a flexure element.
* **Material:** Usually constructed from stainless steel or high-strength aluminum alloy to ensure durability and resistance to corrosion.
* **Compactness:** Its primary selling point is its extremely small footprint, allowing it to be embedded in robotic fingertips or medical grippers.
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### 3. Wiring and Connection
The device typically follows standard 4-wire bridge color coding for load cells:
```yaml
Red: Excitation (+)
Black: Excitation (-)
White: Signal (+)
Green: Signal (-)
```
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### 4. Typical Applications
Due to its 5 Newton rating and high sensitivity, it is commonly found in:
1. **Robotics:** Force feedback for delicate assembly tasks.
2. **Medical Equipment:** Monitoring tension in surgical instruments or infusion pumps.
3. **Manufacturing:** Button press testing and touchscreen tactile feedback validation.
4. **Electronics Assembly:** Monitoring the "pick and place" pressure for fragile components.
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- ⤷
What is the difference between the FT5 and higher capacity models like the FT10?
- ⤷ How should I interface the FT5-U1-R with an Arduino or microcontroller?
- ⤷ Does this sensor require a specific amplifier or ADC for signal processing?