The Schneider Electric Hyde Park SM750 is a Microsonic Remote Thru Beam Receiver designed for precise object detection in automated systems. This receiver is engineered to work in conjunction with a compatible emitter to create a reliable sensing beam, essential for applications requiring accurate presence or absence detection. It is part of Schneider Electric's extensive portfolio of industrial sensing solutions, known for their robust construction and consistent performance in demanding environments.

Technical details

• Sensing Technology: Microsonic Remote Thru Beam
• Receiver Type: Thru Beam Receiver
• Series: SM750
• Detection Method: Utilizes ultrasonic waves for detection, offering immunity to optical interference such as dust, smoke, or steam.
• Operating Principle: Receives an ultrasonic signal from a paired emitter. Detection occurs when the beam is interrupted.
• Output: Typically a digital output indicating beam status (e.g., NPN or PNP, buyer to verify against datasheet).
• Range: Specific detection range is dependent on the paired emitter and environmental conditions; consult manufacturer datasheet for precise specifications.
• Enclosure: Designed for industrial environments, likely featuring a durable housing to withstand typical factory conditions.

Applications & compatibility

The Schneider Electric Hyde Park SM750 is well-suited for integration into various industrial automation setups, including material handling systems, packaging machinery, and assembly lines. Its ultrasonic technology makes it particularly effective in environments where optical sensors might struggle, such as detecting transparent objects or in dusty conditions. This receiver is designed to be compatible with specific Schneider Electric Hyde Park ultrasonic emitters to form a complete thru-beam sensing solution.

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 Hyde Park SM750 or contact our technical team for cross-reference assistance with compatible ultrasonic sensing components.