Description The Omron E6C3-AG5C is an absolute rotary encoder designed for precise position detection in industrial automation systems. It provides 1024 pulse resolution with Gray code output and operates on a 12 to 24 VDC supply. This encoder is commonly used for accurate shaft position monitoring in machinery and motion control applications. Technical Specifications Condition New/Never Used Surplus Brand Omron Category Industrial Automation and Controls Part Number E6C3-AG5C Subcategory Encoders Encoder Type Absolute Resolution 1024 P/R Output Code Gray code Output Type NPN open collector Supply Voltage 12–24 VDC Current Consumption 70 mA max. Max Rotation Speed 5000 rpm Max Response Frequency 20 kHz Shaft Diameter 50 mm (housing diameter) Connection Method Pre-wired cable (2 m) Ingress Protection IP65 Operating Temperature -10°C to 70°C Material Aluminum housing Weight Approx. 300 g Information About E6C3-AG5C The E6C3-AG5C is an absolute shaft encoder from Omron’s E6C3-A series, built for reliable position feedback in industrial environments. It uses Gray code output to ensure accurate position data with minimal error during signal transitions. The unit features a robust aluminum housing with IP65 protection, making it suitable for use in demanding conditions. It is typically installed in systems requiring stable and continuous position tracking such as conveyors, packaging equipment, and automation machinery. Key Features: Absolute encoding method: Provides direct position output without the need for referencing High resolution: Delivers 1024 pulses per revolution for precise positioning Gray code output: Minimizes reading errors during signal transitions NPN open collector output: Compatible with standard industrial control inputs Wide supply voltage: Operates on 12–24 VDC systems IP65 protection: Resistant to dust and water for industrial use Pre-wired connection: Includes 2 m cable for easy installation Durable construction: Aluminum housing with high mechanical resistance The E6C3-AG5C delivers the reliability and precision required for position sensing in industrial automation systems.
