Banner QS18 Series All Purpose Photoelectric Sensor, World-Beam, Univ Volt, Polar Retro Vis Red Range 3.5 m, Input 20-270 V ac/DC, Output D.O. N-MOSFET (Sinking) 2 m Cable, QS18RNWLP
The Banner QS18RNWLP is a versatile All Purpose Photoelectric Sensor offering a 3.5-meter range with a universal voltage input and a robust IP67-rated housing, ideal for demanding industrial applications.
View all
KWD 38.000
Description
The Banner QS18RNWLP All Purpose Photoelectric Sensor from the World-Beam series is engineered for high-performance sensing applications. It features a polar retroreflective visible red beam with a maximum sensing distance of 3,500 mm, offering precise detection capabilities. Operating on a wide voltage range of 20-270 V AC/DC, this sensor is versatile and adaptable to various power conditions. The device's output is a D.O. N-MOSFET (sinking) configuration, and it connects via a durable 2-meter cable. Designed to withstand harsh environments, the sensor boasts an IP67 rating, ensuring protection against dust and water ingress. The QS18RNWLP is housed in a compact and sturdy design, making it suitable for integration into diverse industrial setups. With a quick output response time of milliseconds and excellent repeatability, it ensures reliable performance in dynamic applications. Additionally, its visible red beam and clear indicator make installation and alignment straightforward, while its robust construction promises longevity in challenging conditions.
Advanced Technology
The Banner QS18RNWLP All Purpose Photoelectric Sensor is engineered for precision and reliability in various industrial applications. Featuring a robust Polar Retro-Reflective sensing mode, this All Purpose Photoelectric Sensor can effectively detect objects at a maximum sensing distance of up to 3,500 mm. Its visible red sensing beam ensures accurate alignment and detection even in challenging environments. With an impressive IP67 rating, this sensor is well-protected against dust and water, making it suitable for demanding conditions. The QS18RNWLP is designed to operate efficiently on a wide range of power inputs from 20-270 V AC/DC, ensuring flexible integration into existing systems.High-Quality Construction
Built with longevity and versatility in mind, the Banner QS18RNWLP All Purpose Photoelectric Sensor boasts a rugged housing style made from high-quality materials, ensuring endurance in industrial environments. It comes with a 2-meter cable connection, allowing for seamless integration into your setup. The sensor's N-MOSFET (Sinking) output is designed for reliable performance, while the NEMA/UL Type Rating ensures compliance with industry standards. This All Purpose Photoelectric Sensor's operation temperature range from -40°C to 70°C ensures reliable performance in extreme conditions, further enhancing its versatility and functionality.Object Detection
Experience unmatched precision and efficiency with the Banner QS18RNWLP All Purpose Photoelectric Sensor. Its rapid output response time of just a few milliseconds and repeatability in microseconds make it an ideal choice for high-speed applications. The sensor's output is designed to handle various operational demands, backed by its IP67 rating for robust environmental protection. The QS18RNWLP's power-up delay and sensing beam wavelength are finely tuned for optimal performance, ensuring your operations run smoothly and without interruption. Enhance your system's capabilities with this reliable sensor, designed to meet the rigorous demands of modern industrial applications.Specifications
LEGAL DISCLAIMER
All products are 100% genuine and legally purchased from authorized sources. Indspare is not an authorized dealer, agent or affiliate of any of the designers, brands, or manufacturers, the products of which are offered for sale on www.indspare.com. All trademarks, brand names, and logos mentioned are used for identification purposes only and are registered trademarks of their respective owners who reserve the rights of ownership. The use of trademark, brand name or product on our website is not intended to suggest that the company, trademark or brand is affiliated to or endorses our website.