Riegler 235.104 CS1 Hall Sensor for ACQ & ASQ Short-Stroke Cylinders PNP NO M8 Connector 150 mm Cable

Riegler 235.104 CS1 Hall Sensor for ACQ & ASQ Short-Stroke Cylinders PNP NO M8 Connector 150 mm Cable
$45 (USD)
Location:Germany
Available quantity:99
Description
The Riegler 235.104 CS1 Hall Sensor is designed for accurate position detection in ACQ and ASQ short-stroke pneumatic cylinders. Utilizing Hall-effect technology, this sensor offers reliable and precise magnetic piston detection, ideal for various industrial automation and pneumatic applications. It features a PNP normally open (NO) output, compatible with PLC systems and other machine control equipment, making it a versatile addition to your automation tasks. Installation is straightforward with an M8 connector and a 150 mm cable length, ensuring secure and quick connectivity. The 3-wire electrical connection adds to its ease of use for integrating into existing systems. The sensor’s robust and compact design allows it to perform reliably even in limited spaces, providing maintenance-free operation over extended periods. Manufactured by Riegler, this sensor ensures longevity and efficiency, adhering to the demands of modern industrial environments. Whether you're upgrading existing equipment or setting up new installations, this sensor supports efficient automation sequences, enhancing process control in factory automation, packaging, and various industrial machinery applications.
Specifications
| Manufacturer | Riegler |
| Model | 235.104 |
| Year | 2024 |
| Condition | New |
| Stock Number | STK-RIEGLER-235104 |
| • Industrial Use | Yes |
| • Output Type | PNP |
| • Manufacturer | Riegler |
| • Condition | New |
| • Cable Length | 150 mm |
| • Switching Function | Normally Open (NO) |
| • Model | 235.104 |
| • Year | 2024 |
| • Connector Type | M8 |
| • Sensor Type | CS1 Hall Sensor |
| • Application | Cylinder Position Monitoring |
| • Electrical Connection | 3-Wire |
| • Technology | Hall Effect Sensor |
| • Detection Method | Magnetic Piston Detection |
