TE Connectivity String Potentiometers

Introduction

TE Connectivity's String Potentiometers are innovative cable-actuated position sensors designed to deliver precise linear position measurements across various applications. Their robust construction and versatile configurations make them suitable for both industrial and commercial environments.

Part Description

TE Connectivity's String Potentiometers convert linear motion into an electrical signal through a durable retractable cable mechanism. These sensors are engineered for easy installation and integration, featuring compact designs that can withstand harsh conditions such as dust, moisture, and vibration. With measurement ranges extending up to 43 meters, they offer multiple output options, including analog and digital signals, making them adaptable to a wide range of applications.

Applications

• Automotive maintenance lifts
• Oil drilling equipment
• Surgical robots and tables
• Water management systems
• Gate positioning systems
• Robotics
• Vehicle suspension and crash testing
• Space launch vehicle testing
• TV and film special effects
• Amusement park rides
• Overhead cranes
• Industrial and factory automation

Industries

• Automotive
• Aerospace
• Medical
• Entertainment
• Manufacturing
• Robotics
• Oil and Gas
• Water Management

Usage Ideas

1. Automated Water Level Monitoring: Utilize the String Potentiometer to measure water levels in tanks or reservoirs, providing real-time data for automated irrigation systems.
2. Robotic Arm Positioning: Integrate the sensor into a robotic arm to accurately track and control the position of the arm during manufacturing processes.
3. Surgical Table Adjustment: Implement the String Potentiometer in surgical tables to ensure precise height adjustments, enhancing the efficiency and safety of surgical procedures.

Conclusion

TE Connectivity's String Potentiometers are versatile and reliable sensors that excel in providing precise linear position measurements across a variety of challenging environments. Their robust design and adaptability make them an excellent choice for numerous applications in diverse industries, paving the way for innovative solutions in automation, robotics, and beyond.