The Schneider Electric Hyde Park SM701 is a photoelectric microsonic remote thru beam sensor designed for precise object detection in automated systems. This sensor operates within a 12-24VDC power supply range, making it adaptable to a wide array of industrial control panels and power distribution systems. Its dual-technology approach, combining photoelectric and microsonic sensing, ensures reliable performance in environments where single-technology sensors might struggle with dust, steam, or surface variations.

Technical details

• Sensor Type: Photoelectric Microsonic Remote Thru Beam
• Operating Voltage: 12-24VDC
• Detection Technology: Combines photoelectric and microsonic sensing principles
• Output Type: Typically a digital output, configuration may vary (verify with datasheet)
• Sensing Range: Specific range dependent on emitter/receiver pair and environmental conditions; consult manufacturer datasheet for precise specifications.
• Enclosure Rating: Likely designed for industrial environments; specific IP rating should be confirmed via manufacturer documentation.
• Connection Type: Standard industrial connectors; verify pinout and connector type with manufacturer specifications.
• Series: SM700 Series

Applications & compatibility

This sensor is well-suited for applications requiring robust and accurate detection of objects, such as in material handling, packaging machinery, and assembly lines. Its ability to overcome environmental challenges makes it ideal for use in food and beverage processing, woodworking, or metal fabrication environments where dust or moisture may be present. The SM701 is designed to integrate into existing automation architectures utilizing 12-24VDC control signals.

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 SM701 or contact our technical team for cross-reference assistance with compatible photoelectric and microsonic sensor components.