The Schneider Electric Telemecanique SM650AB0000AATE is an ultrasonic proximity sensor designed for reliable object detection in demanding industrial environments. This sensor operates using ultrasonic waves, enabling it to accurately measure distance and detect the presence of objects regardless of their color, transparency, or surface texture. Its robust design makes it suitable for integration into various automation systems where consistent and precise sensing is critical.

Technical details

• Sensor Type: Ultrasonic Proximity Sensor
• Detection Principle: Ultrasonic wave transmission and reception
• Target Object Independence: Unaffected by object color, transparency, or surface properties
• Sensing Range: Specific range to be confirmed via manufacturer datasheet; typical ultrasonic sensors offer ranges from millimeters to several meters.
• Output Type: Specific output type (e.g., NPN, PNP, Analog) to be confirmed via manufacturer datasheet.
• Housing Material: Typically robust industrial-grade plastic or metal, specific material to be confirmed via manufacturer datasheet.
• Operating Voltage: Specific voltage requirements to be confirmed via manufacturer datasheet; common ranges are 10-30 VDC for DC-powered sensors.
• Environmental Protection: Expected to meet standard industrial IP ratings for dust and water resistance; specific rating to be confirmed via manufacturer datasheet.

Applications & compatibility

This ultrasonic proximity sensor is well-suited for applications requiring non-contact detection of diverse materials and surfaces. Common uses include presence detection on conveyor systems, level sensing in tanks, collision avoidance for robotics, and object counting in packaging lines. Its versatility allows for integration into a wide array of industrial automation control systems.

Available from Industrial Automation Co as new, refurbished, or surplus stock, backed by a 2-year warranty with same-day shipping on in-stock items. Request a quote for the Schneider Electric Telemecanique SM650AB0000AATE or contact our technical team for cross-reference assistance with compatible ultrasonic sensing solutions.