Omron 3F88L-155 | Omron 24VDC Electronic Cam Positioner

Description The Omron 3F88L-155 is a cam positioner designed to provide accurate position control in rotary and indexing machinery applications. Operating on 24 VDC, it delivers precise switching signals based on shaft position for synchronized machine operations. This unit is suitable for industrial automation systems requiring repeatable cam-based control. Technical Specifications Condition New/Never Used Surplus Brand Omron Category Motion Control Part Number 3F88L-155 Subcategory Cam Positioners Series 3F88L Series Operating Voltage 24 VDC Function Electronic Cam Positioning Output Type Solid-State Switching Outputs Mounting Type Panel Mount Application Rotary and Indexing Machine Control Control Method Electronic Position-Based Switching Weight Approx. 1.5 kg Information About 3F88L-155 The 3F88L-155 belongs to Omron’s 3F88L series of electronic cam positioners engineered for high-precision motion control. It monitors rotational position and outputs switching signals at programmed cam angles to coordinate machine functions. Designed for integration into 24 VDC control systems, it replaces mechanical cam mechanisms with electronic accuracy and reliability. The unit is commonly used in packaging, printing, and assembly equipment where timing and positional repeatability are critical. Key Features: Electronic Cam Control: Provides programmable switching based on shaft position. 24 VDC Operation: Compatible with standard industrial DC control systems. High Positioning Accuracy: Ensures repeatable and precise output timing. Industrial Motion Integration: Designed for rotary and indexing machinery. Solid-State Switching: Eliminates wear associated with mechanical cam systems. Panel Mount Configuration: Suitable for installation in control cabinets. Reliable Industrial Construction: Built for consistent operation in automation environments. The 3F88L-155 delivers the reliability and precision required for electronic cam-based industrial motion control applications.