E18 B03P1 Photoelectric Sensor, 3 Wire 6-36V Pnp Ir Photoelectric Sensor Switchs, Infrared Photoelectric Switch Sensor Suitable for Industrial Automation (5-30Cm)

Specifications:Output current: 300mADetection distance: 5-30cmOutput type: PNP 3 wireWiring: Brown: power supply +; Blue: power supply -; Black: level signalResponse frequency: 0.5KHZFeatures: connection counter, industrial automationSize: as the pictureWeight: 68gPackage included:1 × photoelectric switch sensorNote:When the load is connected photoelectric switches is greater than 300mA, use a small relay conversionWhen the photoelectric switch is connected heavy load, but also need a small relay

• DC 6-36V COMPATIBILITY: The photoelectric switch sensor operates with a DC voltage range of 6-36V, providing great flexibility for use in a variety of electronic circuits and systems. Compatible with low and medium voltage systems, it is ideal for a variety of industrial automation tasks
• WIDE RANGE OF APPLICATIONS: The photoelectric switch sensor is adaptable for a wide range of applications, including tachometers and timers. Its versatility makes it an excellent choice for a wide range of industrial and automation installations where accurate detection and control are essential
• HIGH SENSITIVITY AND RELIABILITY: This photoelectric sensor switch utilizes advanced infrared (IR) technology for high sensitivity and excellent stability. Its precise detection capability ensures that the slightest changes in the environment are recognized and responded to quickly
• SIMPLE WIRING AND INSTALLATION: The photoelectric sensor switch has a PNP 3-wire output, making wiring and installation very simple. The clear wiring layout ensures that even inexperienced users can set up the system quickly and accurately. Its straightforward installation reduces downtime, which is especially important in fast-paced industrial environments
• ENHANCED STABILITY FOR INDUSTRIAL APPLICATIONS: The photoelectric sensor switch is designed to be extremely stable, even in challenging industrial environments. Thanks to its rugged construction, it can withstand temperature fluctuations, vibrations and other harsh conditions common in manufacturing or automation environments