Riegler 235.102 CS1 Hall Sensor for ACQ & ASQ Short-Stroke Cylinders 3-Wire NPN NO M8 Connector Position Sensor

Riegler 235.102 CS1 Hall Sensor for ACQ & ASQ Short-Stroke Cylinders 3-Wire NPN NO M8 Connector Position Sensor
$47 (USD)
Location:Germany
Available quantity:99
Description
The Riegler 235.102 CS1 Hall Sensor is a high-performance, industrial position sensor engineered for ACQ and ASQ short-stroke pneumatic cylinders. Employing Hall Effect technology, it ensures precise and contactless magnetic position detection, enhancing the reliability and lifespan of industrial applications. This sensor is designed for no mechanical wear, making it ideal for environments demanding high levels of precision and minimal maintenance. Featuring a 3-wire NPN Normally Open configuration, this sensor is compatible with PLC systems and other automation equipment. It comes with a robust M8 connector and a 150 mm cable, facilitating quick and secure installation. These features make it suitable for various industrial automation applications, from assembly lines to advanced robotic systems. Riegler, a well-regarded European manufacturer in pneumatic technology, stands behind this sensor's quality and durability. With its state-of-the-art design, the Riegler 235.102 CS1 Hall Sensor is optimal for projects requiring accurate, reliable cylinder position monitoring, ensuring enhanced production efficiency and process control.
Specifications
| Manufacturer | Riegler |
| Model | 235.102 |
| Year | 2024 |
| Condition | New |
| Stock Number | STK-RIEGLER-235102 |
| • Cable Length | 150 mm |
| • Industry | Industrial Automation |
| • Detection Method | Contactless Magnetic Position Detection |
| • Electrical Configuration | 3-Wire |
| • Manufacturer | Riegler |
| • Year | 2024 |
| • Contact Function | Normally Open (NO) |
| • Sensor Type | CS1 Hall Sensor |
| • Application | Cylinder Position Monitoring |
| • Model | 235.102 |
| • Technology | Hall Effect Sensor |
| • Connector Type | M8 |
| • Output Type | NPN |
| • Condition | New |
