Gertech Sensors launches the GI-D315 series of wire-actuated encoders, a high-precision measurement solution with a measurement range of 0-10000mm. This innovative sensor combines a precision roller with stainless steel cable mounted to a rotational sensor to provide accurate and reliable linear measurements. The sensor is typically an encoder or potentiometer that produces a signal proportional to the length of wire extracted, making it a versatile linear sensor kit suitable for a variety of applications.
Getai Sensor’s wire pull sensors are widely used in various industries, including textile machinery, lifting cranes, CNC machine tools, experimental machines, water conservancy projects, wind power generation, packaging and printing machinery and many other fields of advanced manufacturing. The versatility and precision of the GI-D315 Series make it ideal for automated assembly lines and other advanced manufacturing applications. With its ability to provide precise linear measurements, it is a valuable tool for ensuring the efficiency and accuracy of a variety of industrial processes.
GI-D315 series wire-drawn encoders provide a measurement range of 0-10000mm, making them suitable for a variety of applications that require precise linear measurements. As the wire is pulled out, the sensor’s spring-loaded drum causes the sensor to rotate, producing a signal that accurately reflects the length of the wire being pulled out. This innovative technology ensures the sensor delivers reliable and consistent measurements, meeting the needs of advanced manufacturing and industrial automation.
In summary, Gertech Sensors’ GI-D315 series wire draw encoders are a versatile and accurate linear measurement solution. The sensor has a wide range of applications in advanced manufacturing, automated assembly lines and various industrial areas, providing the accuracy and reliability required for demanding industrial processes. Whether it’s textile machinery, cranes, CNC machine tools or other applications, the GI-D315 Series delivers the accuracy and performance required for efficient and reliable linear measurements.
Post time: Aug-20-2024