ABB PFTL 101A-2.0kN

Here’s the professional English translation of your ABB PFTL 101A-2.0kN force sensor introduction:
**ABB PFTL 101A-2.0kN Force Transducer Introduction**
**1. Product Overview**  
The **ABB PFTL 101A-2.0kN** is a high-precision **force transducer** from ABB's **PFTL series**, designed for industrial automation, testing and measurement applications. It provides accurate measurement of **both tension and compression forces**, with a maximum capacity of **2.0kN (approximately 204kgf)**.
**2. Key Specifications**  
- **Model**: PFTL 101A-2.0kN  
- **Measuring range**: 0~2.0kN (tension and compression)  
- **Output signals**:  
  - Analog outputs (e.g., ±10V, 4~20mA)  
  - Digital outputs (optional, e.g., RS485, CAN bus)  
- **Accuracy**: ±0.1% FS (full scale)  
- **Overload capacity**: Typically 150% FS (higher for short-term)  
- **Operating temperature**: -10°C to +70°C (industrial grade)  
- **Protection rating**: IP65 (dustproof and water-resistant)  
- **Mechanical interface**:  
  - Threaded holes at both ends (e.g., M8/M10) for easy installation  
**3. Core Features**  
a. **High-Precision Measurement**  
- Utilizes stable strain gauge technology with excellent long-term stability and low temperature drift.  
b. **Robust Construction**  
- Made of stainless steel or alloy steel, offering impact resistance and corrosion protection for harsh industrial environments.  
c. **Multiple Output Options**  
- Supports both analog (voltage/current) and digital communication, compatible with PLCs and data acquisition systems.  
d. **Flexible Installation**  
- Compact design allows integration into test benches, robotic arms, tension control systems, etc.  
**4. Typical Applications**  
- **Industrial Automation**: Robotic gripping force control, assembly line pressure detection.  
- **Testing & Quality Control**: Material strength testing, product durability testing.  
- **Process Control**: Tension control (e.g., cables, textiles, packaging machinery).  
- **R&D Laboratories**: Mechanical research, dynamic force monitoring.  
**5. Supporting Equipment**  
- **Signal conditioners** (e.g., ABB matching amplifier modules).  
- **Data acquisition systems** (e.g., PLCs, DAQ modules).  
- **Calibration equipment** (regular calibration required to maintain accuracy).  
**6. Important Notes**  
- Avoid overloading to prevent sensor damage.  
- Ensure force direction aligns with the sensor's axis during installation to avoid side loads.  
- Perform regular calibration (recommended annually or based on usage frequency).  
**Contact us if you need this product!**