Erhardt+Leimer F31E ELECTROMECHANICAL EDGE SENSOR E+L
Erhardt+Leimer F31E ELECTROMECHANICAL EDGE SENSOR E+L
The Erhardt+Leimer F31E Electromechanical Edge Sensor E+L is a reliable sensing device designed for accurate web edge detection and web guiding applications. It is widely used in textile automation, industrial processing, and other machines where precise material alignment is important. The E+L F31E Edge Sensor helps detect the position of fabric, film, paper, and other continuous materials during production. Its electromechanical sensing principle provides dependable edge detection for stable web control. The Erhardt+Leimer Edge Sensor can support automatic web guiding systems and help reduce material movement, uneven edges, and production errors. It is suitable for textile machinery where accurate fabric positioning is required. The strong construction of the F31E Electromechanical Edge Sensor makes it suitable for continuous industrial operation. It can be integrated with Erhardt+Leimer web guiding systems and other industrial automation equipment. For textile manufacturers and machine operators, this sensor can help improve alignment, product quality, and process consistency. It is a useful component for modern textile machinery automation and web handling applications.
OVERVIEW
The Erhardt+Leimer F31E Electromechanical Edge Sensor E+L is designed for reliable and accurate edge detection in continuous web processing applications. It is an important component for web guiding systems, helping maintain the correct position of fabric and other flexible materials during machine operation. The E+L F31E Edge Sensor is commonly associated with textile machinery, finishing machines, and other industrial equipment where precise web alignment is required.
The Erhardt+Leimer Edge Sensor uses an electromechanical sensing method to detect the edge position of the material. This information can be used by a web guiding control system to correct material movement and maintain stable production. The F31E Electromechanical Edge Sensor is suitable for applications involving fabric, paper, film, and similar continuous materials.
For textile automation, the sensor can support better fabric positioning and consistent processing. Its industrial design makes it suitable for demanding production environments. The Erhardt+Leimer F31E can also be integrated with industrial automation and web handling equipment, making it a useful solution for accurate and dependable material edge control.
SPECIFICATION
Manufacturer Erhardt+Leimer (E+L)
Model F31E
Sensor Type Electromechanical Edge Sensor
Application Three-point control
Measuring Range ±15 mm
Adjustable Dead Zone Yes
Ambient Temperature -25°C to +80°C
Protection Class IP33
Signal Output Max. 60 V / Max. 0.2 A
Operating Voltage 5–25 V DC
Installation Force 0.01–3 N
Cable Length 2 m
Sensor Function Web/edge position detection
Suitable System E+L three-point web guiding systems
FEATURES
The Erhardt+Leimer F31E Electromechanical Edge Sensor E+L offers reliable edge detection for continuous web materials used in industrial production. The E+L F31E Edge Sensor is designed to support accurate web guiding and stable material positioning during machine operation. Its electromechanical sensing principle allows the sensor to detect the edge of materials such as textile fabric, paper, film, and other flexible webs.
The Erhardt+Leimer Edge Sensor is suitable for three-point web guiding systems and can help maintain consistent material alignment. Its compact construction makes it practical for installation on different types of textile and industrial machines. The F31E Electromechanical Edge Sensor is designed for continuous operation and can provide dependable sensing performance in demanding production environments.
For textile automation, the sensor helps reduce unwanted fabric movement and supports consistent processing quality. It can be integrated with Erhardt+Leimer web guiding systems and other industrial automation equipment. The F31E is also useful for improving web handling accuracy, reducing alignment problems, and maintaining smooth machine operation. Its practical design makes it a valuable component for modern textile machinery automation applications.
